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  • ASTM Research Report RR:D31-1017

    The precision of test method D7818 is based on an interlaboratory study of WK28572, Standard Test Method for the Enumeration of Proteolytic Bacteria in Fresh (uncured) Hides and Skins, conducted in 2010. Two laboratories participated in this study. Each of the two labs reported seven replicate test results for both the number of colony forming units per gram, and the Log proteolytic bacteria, of a single uncured hide material. Every �,test result�, reported represents an individual determination. Except for the use of only two laboratories, and a single material, Practice E 691 was followed for the design and analysis of the data, the details are given in ASTM Research Report No. D31-1017.
    01.09.2012 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D31-1018

    The precision of test method D7819 is based on an interlaboratory study of WK28573, Standard Test Method for the Enumeration of Yeast and Mold on Fresh (uncured) Hides and Skins, conducted in 2010. Two laboratories participated in this study. Each of the two labs reported seven replicate test results for both the number of colony forming units per gram, and the Log yeast and mold, of a single uncured hide material. Every �,test result�, reported represents an individual determination. Except for the use of only two laboratories, and a single material, Practice E 691 was followed for the design and analysis of the data, the details are given in ASTM Research Report No. D31-1018.
    01.09.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:E37-1045

    Interlaboratory Test for ASTM E2890, Test Method for Kinetic Parameters for Thermally Unstable Materials by Differential Scanning Calorimetry Using the Kissinger Method.
    01.09.2012 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:D02-1744

    At the December 2010 meeting of D02.07.D task group (TG 32) was formed to establish the precision of the 3�,C results from D7346 Test method for No Flow Point of Petroleum Products and the relative bias these results might have compared to D97 Test Method for Pour Point of Petroleum Products. D7346 determines the No Flow Point with a resolution of 0.1C and can round that temperature to the next warmer 3�,C interval. Other Pour Point test methods similarly determine first the No Flow Point, then report the temperature found 3�,C warmer. An interlaboratory test program was designed and presented to D02.07.D which eventually consisted of 12 laboratories participating using D7346, and 12 laboratories participating using D97. As in most ILS, not all of the participating laboratories returned data resulting in a final total of 11 laboratories for D7346 and 10 laboratories for D97. The samples that were included consisted of, 6 fuels, 5 base oils (mineral and synthetic), and 9 finished lubricants (mineral and synthetic) covering the expected Pour Point range of +15 to - 60�,C. The samples were obtained from 7 different suppliers. The samples were shipped as blind duplicates and coded such that the duplicate sample was unknown.
    07.08.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D01-1163

    An interlaboratory study was conducted by six analysts, using seven different instruments, testing samples of two coatings prepared on the same substrate to establish a precision statement for ASTM D7234.
    01.07.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D13-1134

    An interlaboratory study was conducted by five laboratories participated in this study, testing five samples of two carpet types to establish a precision statement for ASTM D1335.
    01.07.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D13-1135

    An interlaboratory study was conducted by five laboratories, testing three replicates of five different carpet constructions to establish a precision statement for ASTM D3936.
    01.07.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D13-1136

    An interlaboratory study was conducted by five laboratories, testing five different types of cotton to establish a precision statement for ASTM D5867.
    01.07.2012 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:F11-1020

    An intralaboratory study was conducted to establish precision statements for F2828. One laboratory reported a total of five replicate results (each of the average of multiple measurements taken with and against the natural lay of the carpet fibers) over a period of five testing days.
    01.07.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D01-1164

    Interlaboratory Study to Establish Precision Statements for ASTM D7804-12, Test Method For Fiber Shedding of Paint Roller Covers
    01.06.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D03-1009

    An interlaboratory study was conducted by six laboratories reporting Hydrogen sulfide, Carbonyl sulfide, and methyl mercaptan concentrations on three different materials to establish precision statements for D5504. Every ",test result", reported represents an individual determination. Each participating laboratory reported five replicate test results for every material.
    01.06.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:B09-1017

    An interlaboratory study was conducted by three laboratories participating in this study, recording the magnetic saturation on three specimens each, of ten different materials. This procedure was performed three times on each material in order to determine the precision of the test method.
    15.05.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:B09-1018

    An interlaboratory study was conducted in 2010 by three laboratories participating in this study, recording the coercivity on three specimens each, of ten different materials. This procedure was performed three times on each material in order to determine precision statements for test method B887-12.
    15.05.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:F02-1031

    An interlaboratory study was conducted by two laboratories testing five samples to establish a precision statement for ASTM F1717.
    15.05.2012 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:F04-1013

    An interlaboratory study was conducted by six laboratories testing a single type of monoaxial screw to establish a precision statement for test method F1717. Every ",test result", represents an individual determination. Every laboratory reported five replicate test results for each material.
    15.05.2012 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1745

    An interlaboratory study was conducted to determine the effect of an oil-soluble red dye to help differentiate the layers in D1401 testing. The purpose was not to establish a new precision statement. Six laboratories tested twenty six samples.
    05.05.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:C16-1038

    An interlaboratory study was conducted by ten laboratories testing three samples to establish a precision statement for test method C1303.
    01.05.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D15-1033

    Interlaboratory Study to Establish Precision Statements for ASTM D1123-12 Standard Test Methods for Water in Engine Coolant Concentrate by the Karl Fischer Reagent Method
    01.05.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D20-1256

    An interlaboratory study was conducted by five laboratories testing three different Olefin plastic materials to establish precision statements for D1603. Every ",test result", represents the average of two determinations. Each laboratory reported three replicate test results for each material.
    01.05.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E08-1008

    An interlaboratory study was conducted by ten laboratories testing Precracked Charpy-type, PCC, samples to establish a precision statement for test method E1921.
    01.05.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:F02-1030

    Interlaboratory Study to Establish Precision Statements for ASTM F2638 - 12, Using Aerosol Filtration for Measuring the Performance of Porous Packaging Materials as a Surrogate Microbial Barrier
    01.05.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:F04-1013

    An interlaboratory study was conducted by six laboratories testing a single type of monoaxial screw to establish a precision statement for test method F1717.
    01.05.2012 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:G01-1024

    G69 test method was originally published as a technical paper in 1941 and has been in continuous use since as a rapid and simple method to determine the solid solution content of certain alloying elements in aluminum alloys and primarily heat-treatable alloys. A series of inter-laboratory tests were begun in 1976 to measure the solution potentials of aluminum alloys. The purpose of these tests was: 1) to determine if the procedure was sufficiently reproducible to allow it to be written as a standard test method and 2) to determine whether alternative pretreatment methods were acceptable. These tests continued through 1986. A standard practice was approved in 1981, using the time honored mechanical abrasion with dry #320 grade aluminum oxide followed by polishing with #00 steel wool. A negative in 1981 was resolved with the proviso that a round robin test program be conducted to determine whether chemical pretreatments could be used instead of the laborious mechanical pretreatment. A previous research report, G01-1015, was prepared using the data from the ILS, but it failed to incorporate the results for four of the alloys and the calculations were in error. This report presents the results of all of these tests, including the 1976 data that was used to support the G69-81 standard, and round robin testing conducted in 1983, 1985 and 1986 on chemical pretreatments.
    01.05.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D02-1741

    An interlaboratory study was conducted by twenty laboratories, testing ten samples to establish a precision statement on formulated oil to be included in ASTM D7042, Standard Test Method for Dynamic Viscosity and Density of Liquids by Stabinger Viscometer (and the Calculation of Kinematic Viscosity)
    15.04.2012 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:D02-1742

    An interlaboratory study was conducted by nineteen laboratories, testing ten samples to establish a precision statement on Diesel Fuel to be included in ASTM D7042, Standard Test Method for Dynamic Viscosity and Density of Liquids by Stabinger Viscometer (and the Calculation of Kinematic Viscosity)
    15.04.2012 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1740

    At the June 2010 meeting of D02.07.D a limited interlaboratory study was approved to establish confidence in revisions to the apparatus utilized in test methods D5771 and D5950. A newer model of apparatus has been in use for several years which utilizes an internal cooling source, the methods currently reference cooling being supplied from an external source. While there are no other differences in the apparatus and test conditions, the committee agreed that a small study using at least five instruments and five samples in duplicate spanning the temperature range of the precision would be sufficient to establish the confidence with the internal cooling source version. The design of the study eventually resulted in nine total samples and six laboratories each for the external cooling (CPP97) and the internal cooling (CPP 5Gs) apparatus using D5950, Standard Test Method for Pour Point of Petroleum Products (Automatic Tilt Method) and five total samples and six laboratories each for the external cooling (CPP97) and the internal cooling (CPP 5Gs) apparatus using D5771 Standard Test Method for Cloud Point of Petroleum Products (Optical Detection Stepped Cooling Method). The samples were a variety of fuels and lubricants covering the range of temperatures from �, 60 to +10�,C, with the precision range of the test methods being from -56 to +34�,C. The higher temperature samples, above +34�,C, were unable to be located. The samples were shipped as blind duplicates and coded such that the duplicate sample was unknown, and no two labs had the same sample coding. When the samples were tested by D5950, two complete sets with different codes were shipped to allow testing by the typical 3�,C interval and also at the 1�,C Interval.
    15.04.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D15-1031

    An interlaboratory study was conducted by four laboratories testing four samples to establish a precision statement for test method D7736.
    01.04.2012 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D15-1032

    An interlaboratory study was conducted by twelve laboratories testing four samples to establish a precision statement for test method D3321.
    01.04.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:E06-1003

    An interlaboratory study was conducted by six laboratories (two laboratories tested one additional instrument for a total of eight laboratories), testing thirteen samples to establish a precision statement for ASTM E2649.
    01.04.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E12-1007

    Interlaboratory Study # 710 was conducted to establish a precision statement for E2832- Standard Test Method for Measuring the Coefficient of Retroreflected Luminance of Pavement Markings in a Standard Condition of Continuous Wetting. A total of ten analysts, representing different companies, participated in this study, testing ten distinct locations on a specially prepared section of pavement. Each �,test result�, reported represents an individual determination, and all participants were asked to report duplicate test results for each area tested.
    01.04.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:E35-1006

    An interlaboratory study was conducted by eight laboratories testing three disinfectant samples to establish a precision statement for test method E2799.
    01.04.2012 - PDF - Englisch - ASTM
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    102,90 €

  • ASTM Research Report RR:D01-1161

    An interlaboratory study was conducted by one laboratory testing four samples to establish a precision statement for test method D7786.
    01.02.2012 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D01-1162

    An interlaboratory study was conducted by one laboratory testing one sample to establish a precision statement for test method D3273.
    01.02.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D01-1168

    Interlaboratory Test Method for Study to Establish Precision Statements for ASTM D1353-13, Standard Test Method for Nonvolatile Matter in Volatile Solvents for Use in Paint, Varnish, Lacquer, and Related Products
    01.02.2012 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D05-1041

    This Research Report contains documentation and data compiled to support revisions to ASTM standard test method (STM) D4239-11: Standard Test Method for Sulfur in the Analysis Sample of Coal and Coke Using High-Temperature Tube Furnace Combustion.
    01.02.2012 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:F23-1008

    An interlaboratory study was conducted by eight laboratories testing three samples to establish a precision statement for test method F2894.
    01.02.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:F23-1009

    An Interlaboratory Study was conducted to establish a precision statement for F1930, Test Method for Evaluation of Flame Resistant Clothing for Protection Against Flash Fire Simulations Using an Instrumented Manikin. Seven laboratories in four different countries were involved. One laboratory used two different types of instrumentation, so this second approach appears as an eight laboratory. There were four test conditions, with three specimens to be tested at each condition. The test conditions were: Condition 1: 3 second exposure at 84 kW/m2 with the manikin dressed only in the test coverall. Condition 2: 4 second exposure at 84 kW/m2 with the manikin dressed only in the test coverall. Condition 3: 4 second exposure at 84 kW/m2 with the manikin dressed in 100% cotton T-shirt and briefs under the test coverall. Condition 4: 5 second exposure at 84 kW/m2 with the manikin dressed in 100% cotton T-shirt and briefs under the test coverall.
    01.02.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D02-1735

    An interlaboratory study was conducted by nine laboratories testing 24 silicon doped samples in the range of 3-100 mg/kg samples to establish a precision statement for test method D7757.
    15.01.2012 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1736

    An interlaboratory study was conducted by fourteen laboratories testing twenty-two samples to establish precision statements for revision of ASTM D7220.
    15.01.2012 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1738

    An interlaboratory study was conducted by six laboratories testing fifteen samples to establish a precision statement for ASTM D7753.
    15.01.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D02-1737

    An interlaboratory study was conducted by nine laboratories testing eleven samples to establish a precision statement for test method D7591.
    01.01.2012 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D11-1109

    An interlaboratory study was conducted by five laboratories testing two samples to establish a precision statement for test method D6854.
    01.01.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D11-1110

    An interlaboratory study was conducted by nine laboratories testing two types of silica samples to establish a precision statement for D6845- Test Method for Silica, Precipitated, Hydrated--CTAB (Cetyltrimethylammonium Bromide) Surface Area.
    01.01.2012 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D14-1015

    An intralaboratory study was conducted by one laboratory testing six samples (Casein Glue Adhesive, Chembond for Fir, Chembond for Maple, Elastomatic, PVAc (Hard), and PVAc (Soft)) to establish a precision statement for test method D905.
    01.01.2012 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:G02-1012

    This interlaboratory testing project was designed to determine the typical variability to be expected in scratch width measurements on two materials of varying resistance to scratching, namely, polymethylmethacrylate (PMMA) and cartridge brass (70 wt% Cu-30 wt% Zn). This study aimed to establish a repeatability statement for G171. The standard involves producing a series of three linear scratches at constant normal force and speed with a diamond stylus, and then using optical measurement of the width of the scratches to calculate a scratch hardness number (HS).
    01.01.2012 - PDF - Englisch - ASTM
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    63,00 €

  • Accident Investigation Techniques, 2nd Edition

    American Society of Safety Professionals (Formerly ASSE), 2012
    01.01.2012 - PDF - Englisch - ASSP
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    26,00 €

  • ASTM Research Report RR:C09-1041

    The precision of this test method is based on an inter-laboratory study (ILS) conducted in 2010. The ILS was performed by seven laboratories using pervious concrete mixtures proportioned using local materials. Each laboratory prepared three batches (designed at void contents of 18, 20, and 22% respectively) and performed three replicate tests per batch (a test includes three individual specimens). Five of the laboratories had 2 different technicians performing the test.
    15.12.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:C01-1011

    There are two objectives to this report: 1. Examine the trends in precision of Portland cement strength test results to determine whether there has been significant change over the 40+ year period represented by CCRL Portland cement samples. 2. Develop revised statistical parameters for 3- and 7-day test ages for Portland cement test results using more recent CCRL data, and develop new estimates of precision for 1- and 28-day test ages.
    01.12.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1733

    An interlaboratory study was conducted by one laboratory testing two samples to establish a precision statement for test method D6743.
    01.12.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D04-1035

    Research Report D04-1035 and D04-1036 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7496, Standard Test Method for Viscosity of Emulsified Asphalt by Saybolt Furol Viscometer. The collaborative study included respectively 14 labs and 17 labs who used method D7496 to analyze the viscosity of several types of emulsified asphalt of varying viscosity levels, including three different standards. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.12.2011 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D04-1036

    Research Report D04-1035 and D04-1036 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7496, Standard Test Method for Viscosity of Emulsified Asphalt by Saybolt Furol Viscometer. The collaborative study included respectively 14 labs and 17 labs who used method D7496 to analyze the viscosity of several types of emulsified asphalt of varying viscosity levels, including three different standards. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.12.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D04-1037

    Research Report D04-1037 and D04-1038 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7226, Standard Test Method for Determining the Viscosity of Emulsified Asphalt Using a Rotational Paddle Viscometer. The collaborative study included respectively 14 labs and 15 labs who used method D7226 to analyze the viscosity of several types of emulsified asphalt of varying viscosity levels, including three different standards. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.12.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D04-1038

    Research Report D04-1037 and D04-1038 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7226, Standard Test Method for Determining the Viscosity of Emulsified Asphalt Using a Rotational Paddle Viscometer. The collaborative study included respectively 14 labs and 15 labs who used method D7226 to analyze the viscosity of several types of emulsified asphalt of varying viscosity levels, including three different standards. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.12.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D05-1040

    An interlaboratory study was conducted by seventeen laboratories testing fifteen coal samples to establish a precision statement for test method D409.
    01.12.2011 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:D19-1190

    Interlaboratory Study to Establish Precision Statements for ASTM D7363-11, Standard Test Method for Determination of Parent and Alkyl Polycyclic Aromatics in Sediment Pore Water Using Solid-Phase Microextraction and Gas Chromatography/Mass Spectrometry in Selected Ion Monitoring Mode
    01.12.2011 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:E01-1117

    An interlaboratory study was conducted by eight laboratories testing six samples to establish a precision statement for test method E1834.
    01.12.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:B07-1003

    The precision of this test method is based on an interlaboratory study of ASTM B769 - 07 Standard Test Method for Shear Testing of Aluminum Alloys, conducted in 2009. Each of six laboratories tested five different materials. Every test result represents an individual determination. Laboratories reported three replicate test results (from a single operator). Practice E691 was followed for the design and analysis of the data, the details are given in ASTM Research Report No. B07-1003.
    01.11.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D01-1159

    An interlaboratory study was conducted by nine laboratories testing seven samples to establish a precision statement for test method D7767.
    01.11.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D01-1160

    An interlaboratory study was conducted by one laboratory testing two samples to establish a precision statement for test method D7735-11.
    01.11.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D15-1030

    An interlaboratory study was conducted by eight laboratories testing six different coolants for their metals content in duplicate to establish a precision statement for D6130 - Standard Test Method for Determination of Silicon and Other Elements in Engine Coolant by Inductively Coupled Plasma-Atomic Emission Spectroscopy.
    01.11.2011 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D18-1020

    Interlaboratory Study 702 was conducted to establish a precision statement for D4944, Field Determination of Water Moisture Content of Soil by the Calcium Carbide Gas Pressure Tester. This Round Robin Test was conducted by the Florida Department of Transportation (FLDOT) at their State Materials Office in Gainesville, FL. Specifically a round robin test program was conducted June 14, 2007 by eight DOT technicians determining water contents of processed soil using calcium carbide gas pressure testers (commonly called �,Speedy Moisture Tester�,) and comparing to an oven dried determination using portions of each test specimen. The FLDOT permits the use of nuclear gauges for determining the wet density of compacted earthworks, however, with the exception of aggregate base material, the associated in-situ water content is determined with the use of a gas pressure tester of the type specified in ASTM D4944.
    01.11.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:E01-1116

    An interlaboratory study was conducted by six laboratories testing two samples to establish a precision statement for test method E2792.
    01.11.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:F11-1019

    An interlaboratory study was conducted by eight laboratories testing six different vacuums to establish a precision statement for test method F2609.
    01.11.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1707

    Two Interlaboratory Studies (ILS) comprising of 10 samples, five Cooperative KinVis programs comprising 11 samples, and five Interlaboratory Cross-Check Programmes comprising 5 samples were analyzed for Test Method D455, spanning the range 79 - 164 Viscosity Index and 2.4 - 80 mm2/s kinematic viscosity at 100 degrees C. One interlaboratory study (ILS) comprising eight samples and five Interlaboratory Cross-Check Programmes comprising five samples were analyzed for Test Method D7042, spanning the range 93 - 150 Viscosity Index and 3.5 - 40 mm2/s kinematic viscosity at 100 degrees C.
    01.10.2011 - PDF - Englisch - ASTM
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  • ASTM Research Report RR:D02-1729

    An interlaboratory study was conducted by eight laboratories testing ten samples to establish a precision statement for test method D7398.
    01.10.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D15-1029

    An interlaboratory study was conducted by seven laboratories testing three samples to establish a precision statement for test method D7716.
    01.10.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D35-1014

    An interlaboratory study was conducted by seven laboratories testing three materials at 1%, 5%, and 10% compressive resistance to establish a precision statement for test method D6817.
    01.10.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:C24-1061

    Intralaboratory Study to Establish Precision Statements for ASTM C1735-11, Test Method for Measuring the Time Dependent Modulus of Sealants Using Stress Relaxation
    15.08.2011 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:C09-1037

    An interlaboratory study was conducted by ten laboratories testing three samples to establish a precision statement for test method C1708.
    01.08.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:C09-1038

    An interlaboratory study was conducted by one laboratory testing two samples to establish a precision statement for test method C1708.
    01.08.2011 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:C09-1039

    An interlaboratory study was conducted by four laboratories testing four samples to establish a precision statement for test method C1708.
    01.08.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:C09-1040

    An interlaboratory study was conducted by seven laboratories testing one sample to establish a precision statement for test method C1708.
    01.08.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:E34-1002

    An interlaboratory study was conducted by ten laboratories testing twenty-two samples to establish a precision statement for test method E2694.
    01.08.2011 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1727

    An interlaboratory study was conducted by seven laboratories testing twelve samples to establish a precision statement for test method D664.
    15.07.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D13-1131

    An interlaboratory study was conducted by two laboratories testing four samples to establish a precision statement for test method D7744.
    15.07.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:C08-1021

    An interlaboratory study was conducted by eight laboratories testing two samples to establish a precision statement for test method C1446.
    01.07.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:C24-1059

    Research Report C24-1059 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM C1382-11 Determining Tensile Adhesion Properties of Sealants When Used in Exterior Insulation and Finish Systems EIFS Joints. The collaborative study included 4 labs that used method C1382 to analyze three sealant types: One component silicone, one component polysulphide and multi-component polyurethane. This Interlaboratory Study was performed during the development of the test method in 1996. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.07.2011 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:D11-1107

    Interlaboratory study 674 was conducted to establish a precision statement for D6738, Precipitated Silica- Volatile Content.
    01.07.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D11-1108

    Interlaboratory Study 676 was conducted to establish a precision statement for D6739, Silica - pH Value.
    01.07.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D13-1130

    An interlaboratory study was conducted by one laboratory testing four samples to establish a precision statement for test method D1518.
    01.07.2011 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:E05-1013

    Interlaboratory Study 591 was conducted to establish a precision statement for E0119, Test Methods for Fire Tests of Building Construction and Materials
    01.07.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E05-1014

    Interlaboratory Study 602 was conducted to establish a precision statement for E0119, Test Methods for Fire Tests of Building Construction and Materials
    01.07.2011 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D02-1739

    Evaluation of Bio-Derived Synthetic Paraffinic Kerosenes (Bio-SPKs)
    28.06.2011 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:C07-1008

    An interlaboratory study was conducted by ten laboratories testing four samples to establish a precision statement for test method C25-11.
    01.06.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D16-1043

    An interlaboratory study was conducted by one laboratory testing two samples to establish a precision statement for test method D7504.
    01.06.2011 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:E12-1004

    An interlaboratory study was conducted by ten laboratories testing ten samples to establish a precision statement for test method E2177.
    01.06.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E12-1005

    An interlaboratory study was conducted by ten laboratories testing ten samples to establish a precision statement for test method E1710.
    01.06.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E12-1006

    An interlaboratory study was conducted by eight laboratories testing seven samples to establish a precision statement for test method E430.
    01.06.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1725

    This ILS study was carried out in order to complete the precision statement for D7213.This method was needed as a separate method from D2887, since that method has a limit of FBP of 535eC.This method was carried out unofficially, by users for many years as D2887 Extended. The range of the Final boiling point is extended to Carbon 60 (BP 615 eC).
    01.05.2011 - PDF - Englisch - ASTM
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    102,90 €

  • ASTM Research Report RR:G02-1013

    An interlaboratory study was conducted by seven laboratories testing two samples to establish a precision statement for test method G181.
    01.05.2011 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:C16-1037

    An interlaboratory study was conducted by six laboratories testing a sample of cellulose insulation to establish a precision statement for test method C0739.
    01.04.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1720

    Interlaboratory Study to Establish Precision Statements for ASTM D7687-11, Standard Test Method for Measurement of Cellular Adenosine Triphosphate in Fuel, Fuel/Water Mixtures, and Fuel-Associated Water with Sample Concentration by Filtration
    01.04.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D05-1039

    Research Report D05-1039 presents the results of a proficiency test program used to establish precision and bias statements for metallurgical coke for ASTM D3173, Standard Test Method for Moisture in the Analysis Sample of Coal and Coke, D3174, Standard Test Method for Ash in the Analysis Sample of Coal and Coke, D3175, Standard Test Method for Volatile Matter in the Analysis Sample of Coal and Coke and D4239, Standard Test Method for Sulfur in the Analysis Sample of Coal and Coke Using High Temperature Tube Furnace Combustion Methods. The proficiency program included 20 laboratories which conduct analysis of metallurgical coke on a routine basis. A selection of furnace coke, foundry coke and coke breeze samples was distributed through the program over a 12 year period. All data was collected in accordance with the principles of ASTM E691 Standard Practice for Conducting an Interlaboratory Study to Determine the Precision of a Test Method. The research report presents summary method performance statistics as well as the measurement data used to calculate the precision and bias statements.
    01.04.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E33-1013

    Interlaboratory Study to Establish Precision Statements for ASTM E1414-11, Airborne Sound Attenuation between Rooms Sharing a Common Ceiling Plenum
    01.04.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E37-1040

    Interlaboratory Study to Establish Precision Statements for ASTM E2550-11, Standard Test Method for Thermal Stability by Thermogravimetry
    01.04.2011 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:F03-1018

    Research Report F03-1018 presents the results of the Interlaboratory Study 185, which was conducted to establish the precision and bias statement for ASTM F2837, Test Method for Hot Compression Properties of Gasket Materials. The collaborative study included 9 labs that used test method F2837 to measure the hot compression properties of a gasket material by measuring its creep under a constant load at both room temperature and while increasing the temperature. Besides short term creep properties, including both cold and hot creep, total creep and compression set of a gasket material were also measured. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.04.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:F17-1051

    An interlaboratory study was conducted by eight laboratories testing three samples to establish a precision statement for test method D2412.
    01.04.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:E01-1113

    An interlaboratory study was conducted by seven laboratories testing two samples to establish a precision statement for test method E1251.
    15.03.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:F06-1009

    An interlaboratory study was conducted by five laboratories testing ten different samples to establish a precision statement for test method F386.
    15.03.2011 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:F06-1010

    An interlaboratory study was conducted by five laboratories testing seven different samples to establish a precision statement for test method F387.
    15.03.2011 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D02-1718

    Research Report D02-1718 presents the results of the ASTM round robin program conducted by the ASTM Diesel Fuel Lubricity Task Force to establish the precision and bias statements for ASTM D6079, Standard Test Method for Evaluating Lubricity of Diesel Fuels by the High-Frequency Reciprocating Rig (HFRR), and for ASTM D7688, Standard Test Method for Evaluating Lubricity of Diesel Fuels by the High-Frequency Reciprocating Rig (HFRR) by Visual Observation. The collaborative study included 10 laboratories using six fuels to include Grade No. 1D, Grade No. 2-D, biodiesel, and additized fuels. Fuels were blind coded and tested according to a randomization table specific to each laboratory. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.03.2011 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:C28-1006

    An interlaboratory study was conducted by nine laboratories testing three different ceramic materials tested across two specimen geometries for a total of 5 different material sets to establish a precision statement for test method C1674.
    01.02.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D01-1157

    An interlaboratory study was conducted by six laboratories testing six different samples to establish a precision statement for test method D7681.
    01.01.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1713

    Research Report D02-1713 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7321, Standard Test Method for Particulate Contamination of Biodiesel B100 Blend Stock Biodiesel and Biodiesel Blends by Laboratory Filtration. The collaborative study included 7 labs who used method D7321 to analyze 8 samples. Sample sets included B5 and B20 blends and B100 samples derived from canola, soy, tallow and palm. Each sample set included 75% blinded samples. The sample sets were balanced such that each sample had equal blinded samples amongst the combined sample sets. All samples were coded such that the origin was known only by the ASTM statistician and the ILS coordinator. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.01.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1716

    A method is presented for the multielement determination of trace metals in crude oils using inductively coupled plasma - atomic emission spectrometry. The samples are diluted with an organic solvent before the measurements. Metallo-organic standards are used as calibration standards. Use of internal standard is mandatory in the analysis. The precision of the analysis was established by conducting an Interlaboratory Study including 18 crude oil samples and involving 16 laboratories. Three each NIST Standard Reference Materials and ASTM ILCP crude oils were also included to compare the bias of the new method against the established ASTM test methods such as D5185, D5708 or D5863. Nickel, vanadium, iron, and sulfur were quantitatively determined. Several other trace elements were below the detection limits of the method.
    01.01.2011 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:B07-1001

    Research Report B07-1001 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM B647-10, Standard Test Method for Indentation Hardness of Aluminum Alloys by Means of a Webster Hardness Gag, conducted in 2008. Each of five laboratories tested a total of four alloys.
    01.12.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:B07-1002

    Research Report B07-1002 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM B648-10, Standard Test Method for Indentation Hardness of Aluminum Alloys by Means of a Barcol Impressor, conducted in 2008. Each of five laboratories tested a total of four alloys.
    01.12.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D01-1154

    An interlaboratory study was conducted by fifteen laboratories testing four different paint samples to establish a precision statement for test method D7488.
    01.12.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D01-1155

    An intralaboratory study was conducted by one laboratory testing two different samples to establish a precision statement for test method D4796.
    01.12.2010 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D01-1156

    Research Report D01-1156 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7682, Standard Test Method for Replication and Measurement of Concrete Surface Profiles Using Replica Putty. The collaborative study included 4 labs who used method D7682 to obtain a permanent record of concrete surface profiles using replica putty. The concrete had been roughened and replica coupons were used to determine the depth of the surface profile. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.12.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D01-1158

    Research Report D01-1158 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D4361-10, Standard Test Method for Apparent Tack of Printing Inks and Vehicles by a Three-Roller Tackmeter, using Geometry A instrumentation. The collaborative study included 17 labs who used method D4361-10 to test six inks covering a range of tacks from low tack coldset black through to heatset and sheet fed inks for coated stock with high tacks. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.12.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D04-1034

    An interlaboratory study was conducted by fifteen laboratories testing ten different asphalt samples to establish a precision statement for test method D7553.
    01.12.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D11-1106

    Research Report D11-1106 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D3389, Standard Test Method for Coated Fabrics Abrasion Resistance (Rotary Platform Abrader). The collaborative study included 9 labs who used method D3389 to analyze four coated fabrics, including two types of PVC Coated Polyester and two types of Vinyl Coated Polyester. The research report presents summary method performance statistics as well as the instructions and measurement data used to calculate results for the study.
    01.12.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:F07-1009

    Research Report F07-1009 presents the results of an internal laboratory study designed to produce reflectivity measurement data suitable for supporting an interim Precision and Bias section for ASTM Standard Test Method F1252. A total of three transparent samples were measured repeatedly by one laboratory to make an estimate of the repeatability and reproducibility that might be expected from a multi-laboratory, Interlaboratory Study. The reflectivity of one sample was measured from each side since it was coated with a partially reflective coating on one side. Also, each sample/side was measured using two different incidence/reflectance angles (20 and 30 degrees). The samples ranged in nominal reflectivity of approximately 0.08 (8 percent) to 0.34 (34 percent). Three separate reflectivity measurements were made of each sample/side/angle using the procedure presented in F1252-08. After all samples were measured, the measurement set-up was disassembled and then reassembled for a repeat measurement (this was intended to partially simulate the effect that one might expect if a different laboratory made the next measurement set). Once the equipment was reassembled, another trio of measurements was made on each sample/side/angle. A total of eight measurement sets were made on each sample over several days. The data were analyzed using ASTM E691 as a guide and values for repeatability and reproducibility for each sample/side/angle were calculated.
    01.12.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:F17-1050

    An intralaboratory study was conducted by one laboratory testing three different materials to establish a precision statement for test method F2634.
    01.12.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:C21-1006

    An interlaboratory study was conducted by four laboratories testing three different materials to establish a precision statement for test method C1606.
    01.11.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D31-1013

    Research Report D31-1013 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7674, Standard Test Method for Hexane/Petroleum Ether Extract in Wet Blue and Wet White. The collaborative study included 6 labs who used method D7674 to analyze wet blue samples using both hexane and petroleum ether as the extraction solvents. Samples were prepared under two condition: As received in wet state, diced, Oven-dried at two different temperatures, or air-dried, ground. Each lab submitted two replicate test results at each condition for the test portions analyzed. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.11.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D31-1014

    Research Report D31-1014 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D2868, Standard Test Method for Nitrogen Content (Kjeldahl) and Hide Substance Content of Leather, Wet Blue and Wet White. The collaborative study included six labs who used method D2868 to analyze ground leather material at one or more of three different test portions. Each lab submitted up to six replicate test results for each test portion analyzed. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.11.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D32-1041

    An interlaboratory study was conducted by five laboratories testing six different materials to establish a precision statement for test method D4464.
    15.10.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:C26-1013

    An intralaboratory study was conducted by one laboratory testing three different control samples to establish a precision statement for test method C1742.
    01.10.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1702

    An intralaboratory study was conducted by one laboratory testing various lubricant and engine oil samples to establish a repeatability statement for test method D7417.
    01.10.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1705

    An Interlaboratory Study was conducted to establish a precision statement for D2892, Standard Test Method For Distillation of Crude Petroleum (15Theoretical Plate Column).
    01.10.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1706

    Following reports of the use of a modified lid and cup mechanism by one D93 apparatus manufacturer, a request was made to use ASTM Crosscheck data to statistically assess whether this caused any significant differences to results. Crosscheck data was collected from tests predominately using Procedure B and the modified locking mechanism, covering flash points from 70 to 210 �,C. Multiple sample comparisons were made on the data by a CS94 statistician using scatter plots, and box and whisker plots. A revision was sought to modify the D93 method to allow modified lid and cup locking mechanisms. However it was thought that allowing generic changes could affect the integrity of the method and that a specific research would be a better vehicle to describe the evaluated changes.
    01.10.2010 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D02-1731

    Test Methods D2699 and D2700 utilize the same instrumentation to detect and measure knock caused by auto ignition of the air/fuel mixture in the CFR engine. The current system utilizes a 501C detonation meter to accept and condition the electrical signal produced by the detonation pickup and to provide an output signal to an analog knockmeter that displays the intensity of the knock signal. Because of projected unavailability of critical components for the 501C meter, a new knock measurement system was developed by the producer of the CFR engine, Dresser Waukesha. The new system accepts the same electrical signal from the same detonation pickup, but uses computer software to process the signal and measure the knock intensity. In this report, the new system is referred to as the New Digital Knock Measurement System, the Digital Panel and simply the Panel. This interlaboratory study (ILS) was undertaken in 2009 with two stated objectives: a. to determine if there is any statistically observable systemic bias between the 501C and the New Digital Knock Measurement System and b. to determine if there is any statistically observable difference in precision between the 501C and the New Digital Knock Measurement System.
    01.10.2010 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:D11-1105

    An interlaboratory study was conducted by nine laboratories testing six different samples to establish a precision statement for test method D7661.
    01.10.2010 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:D14-1016

    Research Report D14-1016 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D4497, Standard Test Method for Determining the Open Time of Hot Melt Adhesives (Manual Method). This collaborative study included six labs who used method D4497 to determine the open time, in seconds, of five types of hot-melt adhesives. This study was conducted in 1985, prior to the first publication of the test method. No extant Research Report is available from that study. This report uses the data that was generated by that ILS, as published in the standard in 1985, to calculate repeatability and reproducibility to revise the original Precision statement.
    01.10.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D14-1017

    The precision of this test method is based on an interlaboratory study of D1002-05, Standard Test Method for Apparent Shear Strength of Single-Lap- Joint Adhesively Bonded Metal Specimens by Tension Loading (Metal-to-Metal), conducted in 2006. Eleven laboratories tested four different adhesive / substrate combinations for calculated failing load, percent adhesion to metal, and percent cohesion of adhesive. Every test result represents an individual determination. The laboratories were asked to report five replicate test results from each of two different times (a.m. and p.m.) for every adhesive / substrate combination. Following the initial data review, and internal investigations by the participants, qualified data from only five of the laboratories were utilized in determining the final precision statistics. Practice E 691 was followed for the design and analysisof the data, the details describing the distinct data populations and outliers that were identified are given in ASTM Research Report No. D14-1017.
    01.10.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:E35-1005

    Research Report E35-1005 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM E2783 Standard Test Method for Assessment of Antimicrobial Activity for Water Miscible Compounds Using A Time-Kill Procedure. The collaborative study included 4 labs that used method E2783 to test one sample at one time point against one organism utilizing two sample sizes with six replicates. The option of using either a 10 or 100mL sample size is given in the method. Both sample sizes were run together for the collaborative study to show that there was no statistical difference between the two sample sizes. The research report presents the data for the reproducibility and repeatability of the method for each sample size as well as the analysis of the comparison of the two sample sizes.
    01.10.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:C24-1058

    An interlaboratory study was conducted by six laboratories testing a single sealant sample to establish a precision statement for test method C0794.
    01.09.2010 - PDF - Englisch - ASTM
    mehr dazu
    81,90 €

  • ASTM Research Report RR:D02-1701

    Interlaboratory Study to Establish Precision Statements for ASTM D7620-10, Test Method for the Determination of Total Sulfur in Liquid Hydrocarbon Based Fuels by Continuous Injection, Air Oxidation and Ultraviolet Fluorescence Detection
    01.09.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1700

    An interlaboratory study was conducted by seventeen laboratories testing different fuel samples to establish a precision statement for test method D6890.
    01.08.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D08-1016

    Research Report: D08-1016 presents the results of the interlaboratory study used to establish the precision and bias statement for ASTM D7654, Specification for Asphalt Used in Roofing Measured by Dynamic Shear Rheometer. The collaborative study included 5 labs that used method D7654 to analyze 16 roofing asphalt samples in the Soft Point ranges conforming to ASTM D36 Type III and Type IV for their rheological properties. All results from one laboratory were excluded because it deviated significantly from the method. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.08.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D20-1251

    An interlaboratory study was conducted by eighteen laboratories testing eight materials to establish a precision statement for test method D6247.
    01.08.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:C24-1057

    The precision of this test method is based on an interlaboratory study of ASTM C1519 - 04 Standard Practice for Evaluating Durability of Building Construction Sealants by Laboratory Accelerated Weathering Procedures, conducted in 2009. A total of three laboratories participated in this study, recording observations of the total loss of bond in adhesion and cohesion, cracking, crazing, chalking, and discoloration. Observations were recorded on a scale from 0-5, with 0 indicating no observed change, and 5 indicating excessive change. Observations on triplicate specimens of four different sealant materials (were made regularly every 4 weeks beginning with the 4 week weathering / movement cycle, continuing through the 48 week weathering / movement cycle, and then less frequently afterwards. One of the three participating laboratories stopped reporting all observations after Week 28, and another laboratory stopped reporting data after Week 32. Details of every rating reported in this study can be found in ASTM Research Report No. C24-1057.
    15.07.2010 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:C09-1036

    Research Report C09-1036 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM C1550, Standard Test Method for Flexural Toughness of Fiber Reinforced Concrete (Using Centrally Loaded Round Panel). Six testing machines and operators were used to test six replicate panel specimens for each of six fiber reinforced concretes mixtures designed to provide different levels of peak load and energy absorption.
    01.07.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D01-1153

    Research Report: D01-1153 presents the results of the Interlaboratory Study used to establish the precision statement for ASTM D1155-10, Standard Test Method for Roundness of Glass Spheres: Procedure A. The collaborative study included 5 labs who used method D1155 to analyze the roundness of glass beads from a provided standard sample meeting the size requirements of the AASHTO M247 Type 1 specification. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.07.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D18-1018

    An interlaboratory study was conducted by twelve laboratories testing three different soil samples to establish a precision statement for test method D5084.
    01.07.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D35-1012

    An interlaboratory study was conducted by eight laboratories testing five different samples to establish a precision statement for test method D7466.
    01.07.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D35-1013

    An interlaboratory study was conducted by eight laboratories testing five different samples to establish a precision statement for test method D5994.
    01.07.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E05-1012

    An interlaboratory study was conducted by three laboratories testing four different samples to establish a precision statement for test method E0970.
    01.07.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:E37-1039

    An interlaboratory study was conducted by eight laboratories testing six different samples to establish a precision statement for test method E1868.
    01.07.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D01-1151

    An interlaboratory study was conducted by eight laboratories testing two samples to establish a precision statement for test method D7639.
    01.06.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1712

    Interlaboratory Study to Establish Precision Statements for ASTM D3240, Test Method for Undissolved Water in Aviation Turbine Fuels
    01.06.2010 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:D08-1014

    Interlaboratory Study 351 was conducted to establish a precision statement for D7635-10, Test Method for Measuring Film Thickness Over Reinforcing Fabric in Fabric Reinforced Single-Ply Roofing Membranes using Optical Microscopy.
    01.06.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D08-1015

    Interlaboratory Study 511 was conducted to establish a precision statement for D7635-10, Test Method for Measuring Film Thickness Over Reinforcing Fabric in Fabric Reinforced Single-Ply Roofing Membranes using Optical Microscopy.
    01.06.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D11-1101

    Research Report D11-1101 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D6741 Standard Test Methods for Silanes used in Rubber Formulations (bis-(triethoxysilylpropyl)sulfanes): Sulfur Content. The collaborative study included 6 labs who used method D6741 Test Method A or B to analyze the sulfur content of a (bis-(triethoxysilylpropyl)tetrasulfane sample. Due to the small number of labs no outlier were removed. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.06.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D11-1102

    Research Report D11-1102 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D6740 Standard Test Methods for Silanes used in Rubber Formulations (bis-(triethoxysilylpropyl)sulfanes): Residue on Ignition. The collaborative study included 7 labs who used method D6740 to analyze the residue on ignition of a (bis-(triethoxysilylpropyl)tetrasulfane sample. Due to the small number of labs no outlier were removed. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.06.2010 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D11-1103

    Research Report D11-1103 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D6843 Standard Test Methods for Silanes used in Rubber Formulations (bis-(triethoxysilylpropyl)sulfanes): Characterization by Gas Chromatography (GC). The collaborative study included 9 labs who used method D6843 to analyze the sum of volatile components of a (bis-(triethoxysilylpropyl)tetrasulfane sample. Due to the small number of labs no outlier were removed. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.06.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D11-1104

    Research Report D11-1104 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D6844 Standard Test Methods for Silanes used in Rubber Formulations (bis(triethoxysilylpropyl)sulfanes): Characterization by High Performance Liquid Chromatography (HPLC). The collaborative study included 9 labs who used method D6844 to analyze the elemental sulfur, the average chain length and the relative content of S2-S10 of a (bis-(triethoxysilylpropyl)tetrasulfane sample. Due to the small number of labs only one lab was removed for the elemental sulfur result due to an extreme outlier result. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.06.2010 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:D15-1027

    An interlaboratory study was conducted by eight laboratories testing two samples to establish a precision statement for test method D7637.
    01.06.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D15-1028

    An interlaboratory study was conducted by eight laboratories testing two samples to establish a precision statement for test method D7638.
    01.06.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D16-1039

    An interlaboratory study was conducted by ten laboratories testing seven samples to establish a precision statement for test method D7011.
    01.06.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:A01-1002

    An interlaboratory study was conducted by fourteen laboratories testing five samples to establish a precision statement for test method A1038.
    15.05.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D19-1185

    An interlaboratory study was conducted by six laboratories testing a reference material to establish a precision statement for test method D5907.
    05.05.2010 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:A05-1004

    The precision of this test method is based on an interlaboratory study of A428-10 Standard Test Method for Weight [Mass] of Coating on Aluminum-Coated Iron or Steel Articles, conducted in 2008. Fourteen laboratories tested a total of five different materials. Every test result represents an individual determination. The participating laboratories reported just a single test result for each material.
    01.05.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:C16-1036

    An interlaboratory study was conducted by three laboratories testing three samples to establish a precision statement for test method C1512.
    01.05.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1689

    An interlaboratory study was conducted by fifteen laboratories testing six grease samples to establish a precision statement for test methods D217 and D1403.
    01.05.2010 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:D02-1693

    An interlaboratory study was conducted by nine laboratories testing ten grease samples to establish a precision statement for test method D7527.
    01.05.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1696

    An interlaboratory study was conducted by five laboratories testing fifteen samples to establish a precision statement for test method D7619.
    01.05.2010 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:D02-1687

    Research Report RR: D02-1687 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D2638 Standard Test Method for Real Density of Calcined Petroleum Coke by Helium Pycnometer. The collaborative study included 12 labs, who used method D2638 to analyze seven (7) calcined coke samples for determination of real density. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study
    01.05.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1688

    Report RR: D02-1688 presents the results of an interlaboratory study used to establish the precision and bias statement for ASTM D7043, Standard Test Method for Indicating Wear Characteristics of Non-Petroleum and Petroleum Hydraulic Fluids in a Constant Volume Vane Pump. This report uses data from 30 tests of reference fluids from four independent laboratories to demonstrate the repeatability of D7043. A second Interlaboratory Study, which is intended to demonstrate reproducibility, will be concluded in the near future. The laboratories in this study periodically run a reference fluid in order to verify that their D7043 apparatus is functioning properly. Each laboratory maintains a stock of reference fluid, from a single batch, which is compatible with their apparatus and which does not require extensive flushing or rebuilding of their test apparatus prior to the running of a test. Each laboratory determines for themselves which fluid type and formulation best suits their needs. All data from a fifth lab was excluded when it was discovered that their reference fluid was not from a single batch. In addition, a test result from another laboratory was excluded since it fell significantly outside the norm but did correctly uncover a problem with the apparatus which was subsequently identified and corrected.
    01.05.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1690

    Research Report RR: D02-1690 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D5187 Standard Test Method for the Determination of Crystallite Size (Lc) of Calcined Petroleum Coke by X-ray Diffraction. The collaborative study included 10 labs, which used method D5187 to analyze seven (7) calcined petroleum coke samples for determination of crystallite size. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.05.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1691

    ASTM D7500 Determination of Boiling Range Distribution of Distillates and Lubricating Base Oils�,in Boiling Range from 100�,C to 735�,C by Gas Chromatography. This Research Report contains the participants Data for the Determination of the Precision of D7500.The method was developed in order to unify two separate methods : D6352 and IP480.The method extends the boiling point distribution of D6352 to 735�,C.The research report presents the samples description as well as typical chromatograms. Ten laboratories and 10 samples were used in the ILS. An additional feature of the use of a gravimetric blend for system performance is described.
    01.05.2010 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:D02-1697

    An intralaboratory study was conducted by one laboratory testing four samples to establish a precision statement for test method D7596.
    01.05.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1692

    Research Report RR-D02-1692 presents the results of the interlaboratory study used to establish the precision and bias statements for ASTM D7622 and D7623, standards for determination of Mercury in Crude Oils. The two standards can be used for Nippon and Lumex instrumentation, respectively, for this analysis. The collaborative study included about 10 samples and about 10 laboratories each. Bias could not be determined because of the non-availability of NIST SRMs at this level of mercury. The research report presents summaries of methods, statistical calculations and other pertinent data from the interlaboratory study.
    01.05.2010 - PDF - Englisch - ASTM
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    56,70 €

  • ASTM Research Report RR:D31-1012

    An interlaboratory study was conducted by ten laboratories testing three samples to establish a precision statement for test method D7584.
    01.05.2010 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:F02-1028

    An interlaboratory study was conducted by four laboratories testing two samples to establish a precision statement for test method F2824.
    01.05.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:F03-1017

    Research Report F03-1017 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM F2466, Standard Practice for Determining Silicone Volatiles in Silicone Rubber for Transportation Applications. The collaborative study included 4 labs who used method F2466. The study evaluated lab to lab consistency in determining silicone volatile content of 5 different types of Room Temperature Vulcanizable silicones (RTV Silicones), and 3 different types of High Consistency Silicone Elastomers (HCE Silicones). Based on the ILS results, precision and bias statements were prepared and added to the F2466 document. In addition, sources of error found during the running of ILS 0028 were added to a section of F2466. All results from one laboratory were excluded because it deviated significantly from the method used to develop the response factors of each cyclic silicone standard. The research report presents summary method performance statistics as well as the measurement data used to calculate results for the study.
    01.05.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:F08-1010

    An interlaboratory study was conducted by five laboratories testing nine samples to establish a precision statement for test method F2845.
    01.05.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D01-1150

    An interlaboratory study was conducted by five laboratories testing one sample to establish a precision statement for test method D1214.
    15.04.2010 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:D20-1252

    Interlaboratory Study to Establish Precision Statements for ASTM D7191-10, Standard Test Method for Determination of Moisture in Plastics by Relative Humidity Senso 1.
    01.04.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D28-1006

    An interlaboratory study was conducted by sixteen laboratories testing four samples to establish a precision statement for test method D3802.
    01.04.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D28-1007

    An interlaboratory study was conducted by eleven laboratories testing four samples to establish a precision statement for test method D2862.
    01.04.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:F09-1002

    Eighteen individuals volunteered to form a group representing a cross section of the tire industry from manufacturers and suppliers to independent testing labs and consultants as well as NHTSA observers. Since then, the task group has grown to forty members with consistent, active participation from fifteen to twenty members. The mission of the task group was to Identify, develop, and propose appropriate road wheel tests for DOT marked, load range F-and-above, radial tires in consideration of = anticipated NHTSA FMVSS 119 revisions. specified. Work began with field trials in May, 2005 and continued with data analysis, model development, FEA, and test development through September, 2008. The work was accomplished through voluntary contributions of personnel, equipment, and facility resources.This report covers the total of the activities and results of the task group. The information in this report has been vetted by the members of the task group and is approved for publication. Discussions and conclusions contained herein apply only to the classes of tires included in this work. The task group reserves the right to modify conclusions and/or recommendations within this report based upon any subsequent work and experience.
    01.04.2010 - PDF - Englisch - ASTM
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    102,90 €

  • ASTM Research Report RR:E37-1050

    An interlaboratory study was conducted in November 2009 to establish a precision statement for E2744, Standard Test Method for Pressure Calibration of Thermal Analyzers.
    15.03.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1684

    An interlaboratory study was conducted by eighteen laboratories testing two grease samples to establish a precision statement for test method D7420.
    01.03.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E37-1038

    This ASTM Research Report presents data from an interlaboratory study supporting ASTM E2584-07. It documents the evaluation of three different fire resistive materials, comprising a range of densities similar to those encountered in current construction. Specimens of each material were distributed to nine testing laboratories within the U.S. and Canada, for evaluation of thermal conductivity according to the ASTM E2584 standard practice. This data was used to prepare an interlaboratory precision statement for the existing standard.
    01.03.2010 - PDF - Englisch - ASTM
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    95,55 €

  • ASTM Research Report RR:D02-1683

    An interlaboratory study was conducted by laboratories testing 26 samples of biodiesel (B100) and biodiesel containing some alcohol content. The samples were tested for flash point by a new procedure of Test Method D93 to establish the precision.
    15.02.2010 - PDF - Englisch - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1685

    An interlaboratory study was conducted by nine laboratories testing nine samples to establish a precision statement for test method D7524.
    15.02.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1682

    This research report contains the data for the precision statement for D7096.It was obtained from 10 samples including finished gasoline samples containing ethanol. In addition alkylates, reformates and untreated naphtha were also included. All samples were analyzed by GC-FID, using capillary columns and no cryogenic temperature conditions. In contrast to all simulated distillation methods, response factors are obtained in this method and used to calibrate on a volume basis. In addition to the boiling point distribution, the precision for the analysis of the gases contained in these samples (propane, isobutane, n-butane, and isopentane) are also included. The method is intended to replace D3710.
    15.02.2010 - PDF - Englisch - ASTM
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    115,50 €

  • ASTM Research Report RR:D01-1148

    An interlaboratory study was conducted by five laboratories testing eight samples to establish a precision statement for test method D6900.
    01.02.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:E04-1007

    An interlaboratory study was conducted by seven laboratories testing three samples to establish a precision statement for test method E384.
    01.02.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1681

    An interlaboratory study was conducted by seven laboratories testing six oil samples to establish a precision statement for test method D7563.
    01.01.2010 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D13-1127

    Interlaboratory Study to Establish Precision Statements for ASTM D7269-08, Standard Test Methods for Tensile Testing of Aramid Yarns
    01.01.2010 - PDF - Englisch - ASTM
    mehr dazu
    102,90 €

  • ASTM Research Report RR:D13-1129

    Research Report D13-1129 presents the results of the Interlaboratory Study used to establish the precision and bias statement for D3773-10, Standard Test Methods for Length of Woven Fabric. Three laboratories participated in the metal rule/steel tape portion of the study (Option A in D3773), while nine laboratories participated in the motor-drive drum against back of fabric analysis (Option B in D3773). Each of the labs reported duplicate test results for 16 different upholstery fabrics.
    01.01.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D19-1183

    This ASTM Research Report includes the results of two studies performed to validate ASTM D7575. The earlier study was a single-lab validation involving three phases of testing of real-world samples containing oil and grease to estimate single-laboratory precision, and comparing the results to those of an existing oil and grease method, EPA 1664A. The first phase involved testing seven different collections of one matrix in triplicate, the second phase involved testing five other matrices in triplicate, and the third phase involved testing two matrices seven times each. D7575 was found to provide results that were not statistically different from EPA 1664 at the 95% confidence level. Single laboratory precision results from this study were later superseded by results of the more recent mutli-laboratory validation, which determined inter- and intra-laboratory precision and quality control acceptance limits. This validation involved testing three real-world matrices in Youden concentration pairs at twelve independent laboratories. The range of concentrations covered from double the expected lower reporting limit to half the upper reporting limit. The overall average relative standard deviation was found to be 13.1% and the single-operator relative standard deviation was found to be 9.7%.
    01.01.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:E28-1043

    An interlaboratory study was conducted by nine laboratories testing three samples to establish a precision statement for test method E110.
    01.01.2010 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:E01-1111

    This ASTM Research Report covers interlaboratory testing of the Acid Neutralization Potential Acidity (ANPA) titration for ores and related materials to be included in the E-1915 series of methods which for the standardized static testing used for the prediction of acid rock drainage (ARD) and metal leaching (ML). The titration method is a simplified, automatable version of the Modified Sobek neutralization potential titration methods which eliminates the need for the qualitative fizz rating by using the pH and carbonate carbon content of the sample to select the proper acid digestion conditions for the test samples. A total of eight laboratories participated in the interlaboratory testing which used calibration mixtures containing sand and calcium carbonate to set quality control limits for implementation of the method and five certified reference materials which can be used to verify proper method implementation. A limited number of laboratories also measured acid-base accounting reference materials for bias determination.
    12.12.2009 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:C08-1020

    Interlaboratory Study to Establish Precision Statements for ASTM C198-09, Standard Test Method for Cold Bonding Strength of Refractory Mortar
    01.12.2009 - PDF - Englisch - ASTM
    mehr dazu
    63,00 €

  • ASTM Research Report RR:C09-1035

    This ASTM Research Report combines data from a Round Robin testing. The more recent reproducibility study involves testing one rapid setting cementious material tested for length change in air and water by seven different laboratories. There was no previous data for this material type in these conditions. All testing was performed in accordance with Test Method C157, except as modified by Test Method C928 Section 8.3 Length Change.
    01.12.2009 - PDF - Englisch - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1676

    An interlaboratory study was conducted by six laboratories testing five different materials to establish a precision statement for test method D2619.
    01.12.2009 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1675

    This Research Report presents results of an Interlaboratory Study (ILS #298) to develop precision data for ASTM D7112-05a, Standard Test method for Determining Stability and Compatibility of Heavy Fuel Oils and Crude Oils by Heavy Fuel Oil Stability Analyzer (Optical Detection). D7112 uses the Finnish Measurement Systems Limited PORLA Heavy and Crude Oil Stability and Compatibility Analyzer. Five operators used 3 instruments at one test site to evaluate 11 samples covering a range of heavy fuel oils, various refinery residues, and crude oils to determine repeatability precision for P, Pa, Po, and FR1/5, [where the P value or peptizability is an indication of the stability or available solvency power of an oil with respect to precipitation of asphaltenes, Pa is the P-value of an asphaltene �, the peptizability or ability of an asphaltene to remain colloidally dispersed, Po is the P-value of an oil matrix, and FR1/5 is the flocculation ratio at a dilution of 5 mL of xylene and n-heptane solvent mixture to 1 g of oil.] Statistical evaluation of the data also gives the recommended precision range for each parameter.
    01.12.2009 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1678

    An interlaboratory study was conducted by five laboratories testing five oil samples to establish a precision statement for test method D7589.
    01.12.2009 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1679

    This research report documents the interlaboratory study that was done to authicate a new instrument for the determination of carbon, hydrogen and nitrogen in petroleum products. This method extends the scope of the current method (D5291) to lower levels of nitrogen, in particular. The precision obtained through this ILS is superior to that currently quoted in D5291. Ten samples and 15 laboratories participated in this ILS. The new method will be included as procedure D in the new version of D5291-10.
    01.12.2009 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1680

    An interlaboratory study was conducted by six laboratories testing twelve samples to establish a precision statement for test method D2624.
    01.12.2009 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D16-1038

    This research report presents data from Interlaboratory Study 227, which was conducted to establish a precision statement for the Pulsed Flame Photometric Detector (PFPD) using method D4735-09, Determination of Trace Thiophene in Refined Benzene by Gas Chromatography. Six laboratories participated in the study. Each laboratory analyzed 5 samples of varying targeted concentrations of thiophene in benzene and one sample of blank benzene, each analysis was run in triplicate. All original data and questionnaires submitted by the participants, a summary of the calculated statistics, and the resulting Precision and Bias Statement are included in the report. Calculations of Limit of Quantitation (LOQ) and Limit of Detection (LOD) are also described.
    01.12.2009 - PDF - Englisch - ASTM
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    81,90 €

  • ASTM Research Report RR:D19-1186

    Interlaboratory Study to Establish Precision Statements for ASTM D7598, Determination of Thiodiglycol in Water by Single Reaction Monitoring Liquid Chromatography/Tandem Mass Spectrometry (LC/MS/MS)
    01.12.2009 - PDF - Englisch - ASTM
    mehr dazu
    95,55 €

  • ASTM Research Report RR:D19-1187

    Interlaboratory Study to Establish Precision Statements for ASTM D7597, Determination of Diisopropyl Methylphosphonate, Ethyl Hydrogen Dimethylamidophosphate, Ethyl Methylphosphonic Acid, Isopropyl Methylphosphonic Acid, Methylphosphonic Acid and Pinacolyl Methylphosphonic Acid in Water by Liquid Chromatography/Tandem Mass Spectrometry
    01.12.2009 - PDF - Englisch - ASTM
    mehr dazu
    89,25 €

  • ASTM Research Report RR:D19-1188

    Interlaboratory Study to Establish Precision Statements for ASTM D7599, Determination of Diethanolamine, Triethanolamine, N- Methyldiethanolamine and N-Ethyldiethanolamine in Water by Single Reaction Monitoring Liquid Chromatography/Tandem Mass Spectrometry (LC/MS/MS)
    01.12.2009 - PDF - Englisch - ASTM
    mehr dazu
    81,90 €

  • ASTM Research Report RR:D19-1189

    Interlaboratory Study to Establish Precision Statements for ASTM D7600, Determination of Aldicarb, Carbofuran, Oxamyl and Methomyl by Liquid Chromatography/Tandem Mass Spectrometry (LC/MS/MS)
    01.12.2009 - PDF - Englisch - ASTM
    mehr dazu
    89,25 €

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