US Report
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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.
6/1/2010 - PDF - English -
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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.
6/1/2010 - PDF - English -
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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.
6/1/2010 - PDF - English -
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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.
6/1/2010 - PDF - English -
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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.
5/15/2010 - PDF - English -
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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.
5/5/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
5/1/2010 - PDF - English -
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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.
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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.
5/1/2010 - PDF - English -
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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.
4/15/2010 - PDF - English -
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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.
4/1/2010 - PDF - English -
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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.
4/1/2010 - PDF - English -
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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.
4/1/2010 - PDF - English -
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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.
4/1/2010 - PDF - English -
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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.
3/15/2010 - PDF - English -
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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.
3/1/2010 - PDF - English -
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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.
3/1/2010 - PDF - English -
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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.
2/15/2010 - PDF - English -
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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.
2/15/2010 - PDF - English -
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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.
2/15/2010 - PDF - English -
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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.
2/1/2010 - PDF - English -
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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.
2/1/2010 - PDF - English -
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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.
1/1/2010 - PDF - English -
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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.
1/1/2010 - PDF - English -
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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
1/1/2010 - PDF - English -
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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.
1/1/2010 - PDF - English -
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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%.
1/1/2010 - PDF - English -
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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 - English -
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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
12/1/2009 - PDF - English -
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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.
12/1/2009 - PDF - English -
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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.
12/1/2009 - PDF - English -
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ASTM Research Report RR:D22-1031
An interlaboratory study was conducted by eleven laboratories testing two different air filter asbestos-containing samples to establish a precision statement for test method D6281. The sample sets, one containing amosite asbestos and one containing chrysotile asbestos, were produced using an air elutriator.
12/1/2009 - PDF - English -
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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.
12/1/2009 - PDF - English -
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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)
12/1/2009 - PDF - English -
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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.
12/1/2009 - PDF - English -
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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
12/1/2009 - PDF - English -
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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)
12/1/2009 - PDF - English -
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ASTM Research Report RR:D22-1032
An interlaboratory study was conducted by ten laboratories testing one asbestos-containing microvacuum cassette sample to establish a precision statement for test method D5755. The sample set, containing chrysotile asbestos, was produced by allowing air-suspended World Trade Center dust to settle in a chamber and collecting the surface dust using microvacuum cassettes.
12/1/2009 - PDF - English -
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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)
12/1/2009 - PDF - English -
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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.
12/1/2009 - PDF - English -
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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.
12/1/2009 - PDF - English -
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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.
12/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1042
An interlaboratory study was conducted by ten laboratories testing AA2024-T351 samples to establish a precision statement for test method E9.
11/1/2009 - PDF - English -
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ASTM Research Report RR:E35-1003
An interlaboratory study was conducted by five laboratories testing 3 powder samples (approx. 100 g) comprised of the base heavy duty granule (HDG) detergent and additionally containing 10%, 5%, and 2.5% sodium dichloroisocynurate active (% NaDCC in finished product), to establish a precision statement for test method E2274.
11/1/2009 - PDF - English -
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ASTM Research Report RR:E35-1004
An interlaboratory study was conducted by five laboratories testing 3 powder samples (approx. 100 g) comprised of the base heavy duty granule (HDG) detergent and additionally containing 10%, 5%, and 2.5% sodium dichloroisocynurate active (% NaDCC in finished product), to establish a precision statement for test method E2406.
11/1/2009 - PDF - English -
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ASTM Research Report RR:D05-1038
An interlaboratory study was conducted by twelve laboratories testing twenty samples to establish a precision statement for ASTM Test Method D7582.
11/1/2009 - PDF - English -
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ASTM Research Report RR:D15-1026
An interlaboratory study was conducted by four laboratories testing two samples to establish a precision statement for test method D2809.
11/1/2009 - PDF - English -
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ASTM Research Report RR:D19-1181
Interlaboratory Study 180 was conducted to establish a precision statement for ASTM D7535-09, Standard Test Method for Lead-210 in Water.
10/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1674
An intralaboratory study was conducted by one laboratory testing two samples to establish a repeatability statement for ASTM Test Method D7546.
10/1/2009 - PDF - English -
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ASTM Research Report RR:D19-1180
An intralaboratory study was conducted by one laboratory testing 12 organic compounds of varying ability to oxidize used for this study. Each compound was chosen to represent types of organics commonly found in environmental samples. The results were used to establish a repeatability statement for ASTM Test Method D7573.
10/1/2009 - PDF - English -
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ASTM Research Report RR:F04-1012
This ASTM research report includes static bending compression and static torsion data supporting ASTM F1717-09. Five samples each of a single fusion device (with cross connectors for torsion and without cross connectors for compression) was tested at a total of six laboratories. Sufficient data were acquired to calculate the precision of these tests. For bending, the following properties were evaluated and statistically compared: Ultimate Displacement (mm), Ultimate Load (N), Stiffness (N/mm), Displacement at 2% Offset Yield (mm), Yield Load (N), and Elastic Displacement (mm). For torsion, the following properties were evaluated and statistically compared: Stiffness (Nm/�,), Angular Displacement at 2% Offset Yield (�,), Yield Torque (Nm), and Elastic Angular Displacement (�,).
9/15/2009 - PDF - English -
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ASTM Research Report RR:D05-1037
An interlaboratory study was conducted by fifteen laboratories testing twelve samples to establish precision statements for ASTM D2799.
9/7/2009 - PDF - English -
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ASTM Research Report RR:C11-1001
Interlaboratory Study to Establish Precision Statements for Method B in ASTM C0473-09, Standard Test Methods for Physical Testing of Gypsum Panel Products
9/1/2009 - PDF - English -
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ASTM Research Report RR:F04-1012
This ASTM research report includes static bending compression and static torsion data supporting ASTM F1717-09.
9/1/2009 - PDF - English -
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ASTM Research Report RR:D16-1037
An intralaboratory study was conducted by one laboratory testing eight samples to establish a repeatability statement for ASTM Test Method D7536.
9/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1672
The prime objective of this interlaboratory study coordinated under the Subcommittee 14 Biodiesel Cleanliness and Filtration Task Group is to determine interim precision of D7501 when applied to biodiesel B100 fuels, after incorporating method modifications designed to improve on the version of the CSFT in the Annex of ASTM D6751-08. The data from this interlaboratory study was used to determine an interim Precision for the proposed ASTM Test Method for Cold Soak Filtration.
9/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1670
A laboratory study was conducted by five labs testing six samples to establish preliminary equivalence between gas and electric ignition for ASTM D3828.
9/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1673
An interlaboratory study was conducted to establish a precision statement for ASTM D 2983, after re-writing the method for clarity. In addition, even though liquid baths were mentioned in the method, they had never been included in any precision work that was published. Therefore, these types of instruments were tested in the study. Lastly, the method has always mentioned having usefulness up to high viscosities, however, the past work never went above 200,000 mPa-s. This study included oils up to 900,000 mPa-s.
8/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1677
Interlaboratory Study to Establish Precision Statements for ASTM D2983-09, Standard Test Method for Low-Temperature Viscosity of Lubricants Measured by Brookfield Viscometer
8/1/2009 - PDF - English -
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ASTM Research Report RR:C09-1034
Interlaboratory Study to Establish Precision Statements for ASTM C1701-09, Test Method for Field Permeability of Pervious Concrete Pavements
8/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1668
An interlaboratory study was conducted by two laboratories testing six samples to establish precision statements for ASTM D7414.
7/1/2009 - PDF - English -
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ASTM Research Report RR:D13-1123
Interlaboratory Study 64 to Establish Precision Statements for ASTM ASTM D6961 - 03 Standard Test Method for Color Measurement of Flax
7/1/2009 - PDF - English -
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ASTM Research Report RR:E08-1006
An interlaboratory study was conducted by eight laboratories testing samples of a NiCrMoV steel to establish a precision statement for test method E399.
7/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1671
An interlaboratory study was conducted by nine laboratories testing ten oil samples to establish a precision statement for test method D4683.
7/1/2009 - PDF - English -
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ASTM Research Report RR:E08-1004
An interlaboratory study was conducted by nine laboratories testing four materials to establish a precision statement for test method E399.
7/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1669
An interlaboratory study was conducted by two laboratories testing six samples to establish precision statements for ASTM D7415.
7/1/2009 - PDF - English -
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ASTM Research Report RR:D13-1124
Interlaboratory Study to Establish Precision Statements for ASTM D7025-04 Standard Test Method for Assessing Clean Flax Fiber Fineness
7/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1667
An interlaboratory study was conducted by two laboratories testing six samples to establish precision statements for ASTM D7412.
7/1/2009 - PDF - English -
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ASTM Research Report RR:D13-1128
Research Report D13-1128 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM D7016-09, Test Method to Evaluate Edge Binding Components Used in Mattresses After Exposure to An Open Flame. The collaborative study included 5 labs that used method D7016, to analyze 6 skein samples for each of the 5 para-aramid thread types.
7/1/2009 - PDF - English -
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ASTM Research Report RR:E08-1005
An interlaboratory study was conducted by nine laboratories testing four samples to establish a precision statement for test method E399.
7/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1665
An interlaboratory study was conducted by eleven laboratories testing 20 samples, 10 for each temperature to establish a precision statement for ASTM Test Method D1401.
7/1/2009 - PDF - English -
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ASTM Research Report RR:D13-1125
Interlaboratory Study #066 to Establish Precision Statements for ASTM D 7076, Standard Test Method for Measurement of Shives in Retted Flax
7/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1666
An interlaboratory study (round robin) has been conducted by the RPVOT Working Group of D02.09.0C to determine the precision of the D2272 method on a wide range of test oils responding to oxidation in from 100 to 3500 minutes. This round robin included oils containing various older and modern chemistries. All four base stock groups, I through IV, were included in this study. In addition to the older liquid RR: D02-1666 bath approach, the Quantum Oxidation Test was also used to test equivalence in the method. Data from sixteen laboratories was collected testing eight different oils. Eight of the labs ran the liquid RPVOT and eight ran the Quantum Oxidation Test. The version of the method used was Revision 7 for D2272 RR 2008. This incorporated both the liquid and Quantum Oxidation Test protocols. Precision was determined for each individual protocol and for the both forms of instrumentation combined.
6/15/2009 - PDF - English -
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ASTM Research Report RR:D02-1663
An interlaboratory study was conducted by five laboratories testing three graphite samples of varying properties (texture, density) to establish a precision statement for ASTM Test Method D7542.
6/15/2009 - PDF - English -
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ASTM Research Report RR:C07-1006
An interlaboratory study was conducted by seven laboratories testing three different types of hydrated lime in triplicate to establish a precision statement for test method C0110, section 21: Relative Density (Specific Gravity) of Hydrated Lime Products.
6/15/2009 - PDF - English -
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ASTM Research Report RR:F08-1009
An interlaboratory study was conducted by six laboratories testing ten balls to establish a precision statement for test method F1888.
6/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1662
An interlaboratory study was conducted by eleven laboratories testing eleven samples to establish a precision statement for ASTM Test Method D7157.
6/1/2009 - PDF - English -
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ASTM Research Report RR:D04-1033
An interlaboratory study was conducted by four laboratories testing four strips of HMA to establish a precision statement for test method D7113.
6/1/2009 - PDF - English -
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ASTM Research Report RR:D04-1031
An intralaboratory study was conducted by one laboratory testing four samples (Asphalt Emulsion Residue, Polymer Modified Asphalt, Tire Rubber Modified Asphalt, and Unmodified Asphalt) to establish a precision statement for test method D7553.
6/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1041
An interlaboratory study was conducted by seven laboratories testing five steel samples to establish a precision statement for test method E643.
6/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1661
An interlaboratory study was conducted by nine laboratories testing five heavy fuel oils, two visbroken residues, and one atmospheric residue to establish a precision statement for test method D7060.
6/1/2009 - PDF - English -
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ASTM Research Report RR:D04-1032
An interlaboratory study was conducted by three laboratories testing four strips of HMA to establish a precision statement for test method D2950.
6/1/2009 - PDF - English -
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ASTM Research Report RR:E04-1006
An interlaboratory study was conducted by thirty-eight laboratories testing six sets of samples to establish a precision statement for test method E384.
5/1/2009 - PDF - English -
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ASTM Research Report RR:G01-1023
An Interlaboratory Study (ILS) was performed on November 14, 2006 at Atlanta, Georgia using the proposed Standard Test Method for Measurement of Oxidation- Reduction Potential In Soil. The interlaboratory study consisted of the determination of oxidation-reduction potential (ORP) for three differing soil types in accordance with the procedures (Exhibit I) presented in the aforesaid proposed test method. Seven individuals participated in the study. The intention of the ILS was to determine the precision of the proposed test method in accordance with the guidelines and recommendations for an interlaboratory test program described in ASTM E691-99.
5/1/2009 - PDF - English -
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ASTM Research Report RR:E34-1001
An interlaboratory study was conducted by two laboratories testing seven samples to establish a precision statement for test method E2694.
5/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1660
An interlaboratory study was conducted by seven laboratories testing seven grade oil samples to establish a precision statement for test method D7528.
4/15/2009 - PDF - English -
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ASTM Research Report RR:D15-1022
An interlaboratory study was conducted by seven laboratories testing three samples to establish a precision statement for test method D7515.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1035
An interlaboratory study was conducted by eight laboratories testing ninety reference samples of low energy level and ninety reference samples of high energy level to establish a precision statement for test method E2298.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1040
An interlaboratory study was conducted by eight laboratories testing three samples (an A533B cl.1 reactor pressure vessel steel (tested at two different temperatures) and two 4340 steels with different characteristics (low energy and high energy)) to establish a precision statement for test method E2298.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E15-1070
An intralaboratory study was conducted by one laboratory testing four samples (MEG, DEG, TEG, and TTEG) to establish a precision statement for test method E2679.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1038
An interlaboratory study was conducted by six laboratories testing three samples (an A533B cl.1 reactor pressure vessel steel (tested at two different temperatures) and two 4340 steels with different characteristics (low energy and high energy)) to establish a precision statement for test method E2298.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E56-1001
An interlaboratory study was conducted by twenty-six laboratories testing five samples to establish a precision statement for test method E2490.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1036
An interlaboratory study was conducted by nine laboratories testing eighteen Charpy V-notch samples of ERM high energy to establish a precision statement for test method E2298.
4/1/2009 - PDF - English -
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ASTM Research Report RR:C16-1034
An interlaboratory study was conducted by nine laboratories testing six samples to establish a precision statement for test method C1667.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E35-1002
An interlaboratory study was conducted by nine laboratories testing six batches of granular formulations to establish a precision statement for test method E2686.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1034
An interlaboratory study was conducted by six laboratories testing one sample (Pyromet 80A) to establish a precision statement for test method E292.
4/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1039
Research Report E28-1039 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM E 2248, Standard Test Method for Impact Testing of Miniaturized Charpy V-Notch Specimens. The collaborative study included 5 labs that used method E 2248 to analyze 3 samples.
4/1/2009 - PDF - English -
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ASTM Research Report RR:D02-1659
Interlaboratory Study to Establish Precision Statements for ASTM D7501-09, Standard Test Method for Determining of Fuel Filter Blocking Potential of Biodiesel (B100) Blend Stock by Cold Soak Laboratory Filtration
4/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1037
An interlaboratory study was conducted by thirteen laboratories testing sixty-five miniaturized Charpy V-notch samples of JRQ steel to establish a precision statement for test methods E2298 and E2248.
4/1/2009 - PDF - English -
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ASTM Research Report RR:C16-1035
Research Report C16-1035 presents the results of the Interlaboratory Study used to establish the bias for the LTTR test procedure CAN/ULC-S770 Standard Test Method for Determination of Long-Term Thermal Resistance of Closed-Cell Thermal Insulating Foams included in ASTM C1289 Specification for Faced Rigid Cellular Polyisocyanurate Thermal Insulation Board. Ten laboratories participated in the study. The bias is defined as the difference between the predicted and measured thermal resistance values of a product. Two manufacturers supplied 1.0, 2.0 and 3.0 inch products. The thermal resistance of these products were measured after 1, 2, 3 and 5 years and compared to the predicted values. It was estimated that the precision of the measurements and the calculation of LTTR values, and hence the bias, were reasonably good. In general, the test procedure over predicts the actual thermal resistance of the products used in this round robin.
3/31/2009 - PDF - English -
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ASTM Research Report RR:D15-1025
An interlaboratory study was conducted by seven laboratories testing ten samples to establish a precision statement for test method D5827.
3/1/2009 - PDF - English -
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ASTM Research Report RR:D01-1149
An interlaboratory study was conducted by twenty-three laboratories testing twenty panels to establish a precision statement for test method D3274.
3/1/2009 - PDF - English -
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ASTM Research Report RR:D01-1147
An interlaboratory study was conducted by seven laboratories testing four coating samples (Alkyd, Moisture Cure Urethane, Polyurethane, and Waterborne Acrylic) to establish a precision statement for test method D4541.
2/1/2009 - PDF - English -
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ASTM Research Report RR:D01-1145
An interlaboratory study was conducted by six laboratories testing eight samples to establish a precision statement for test method D7245.
2/1/2009 - PDF - English -
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ASTM Research Report RR:D01-1047
An interlaboratory study was conducted by four laboratories testing two pigment samples to establish a precision statement for test method D4487.
2/1/2009 - PDF - English -
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ASTM Research Report RR:D01-1146
An intralaboratory study was conducted by one laboratory testing two samples (Sample A is a waterborne acrylic-modified alkyd stain blocking primer and Sample B is a commercial acrylic latex stain blocking primer) to establish a precision statement for test method D7514.
2/1/2009 - PDF - English -
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ASTM Research Report RR:D16-1036
An intralaboratory study was conducted by one laboratory testing five materials to establish a repeatability statement for test method D7504.
1/15/2009 - PDF - English -
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€102.00 -
ASTM Research Report RR:c24-1056
An interlaboratory study was conducted by eight laboratories testing four samples with a targeted value of Delta E of 6.0 for completion of the exposures to establish a precision statement for test method C1501.
1/1/2009 - PDF - English -
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€102.00
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ASTM Research Report RR:E28-1031
An interlaboratory study was conducted by seven laboratories testing two metallic materials to establish a precision statement for test method E1875.
1/1/2009 - PDF - English -
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€102.00
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€102.00
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€102.00
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ASTM Research Report RR:F02-1027
An interlaboratory study was conducted by three laboratories testing 120 syringe samples used for the study. The syringes were tested in various ways by various methods to achieve varying targeted results to establish a precision statement for test method F2338.
1/1/2009 - PDF - English -
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€102.00
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ASTM Research Report RR:E15-1069
An intralaboratory study for chloride was conducted by one laboratory testing six analyses on two days for two samples of methanol containing approximately 0.1 mg/kg and 0.5 mg/kg chloride using a carbonate based IC system to establish a repeatability statement for test method E2664.
1/1/2009 - PDF - English -
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ASTM Research Report RR:E28-1032
An intralaboratory study was conducted by one laboratory testing forty bars of sintered polycrystalline alumina with nominal dimensions 127 �, 127 �, 3.2 mm to establish a precision statement for test method E1875.
1/1/2009 - PDF - English -
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€107.00 -
ASTM Research Report RR:D02-1657
An interlaboratory study was conducted by seven laboratories testing ten used and ten fresh oil samples to establish a precision statement for test method D7483.
12/15/2008 - PDF - English -
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ASTM Research Report RR:E28-1030
An interlaboratory study was conducted by five laboratories testing two samples to establish a precision statement for test method E2448.
12/1/2008 - PDF - English -
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ASTM Research Report RR:E28-1033
An intralaboratory study was conducted by one laboratory testing two materials at different temperatures to establish a repeatability statement for test method E855.
12/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1654
An interlaboratory study was conducted by six laboratories testing twenty samples (oil and temperature pairs) to establish a precision statement for test method D4684.
12/1/2008 - PDF - English -
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ASTM Research Report RR:F08-1008
An interlaboratory study was conducted by six laboratories testing one track to establish a precision statement for test method F2157.
12/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1655
An intralaboratory study was conducted by one laboratory testing four (4) bulk samples with varying bioburden (microbial) loads. Each bulk sample was approximately two (2) gallons in volume and consisted of pooled samples of naturally (microbially) contaminated fuels (Marine diesel) to establish a repeatability statement for test method D7463.
12/1/2008 - PDF - English -
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ASTM Research Report RR:C07-1007
Research Report C07-1007 presents the results of the Interlaboratory Study used to establish the precision and bias statement for ASTM C0110-08, Standard Test Method for Physical Testing of Quicklime, Hydrated Lime, and Limestone, Section 19: Wet Sieve Analysis of Agricultural Liming Materials. The collaborative study included 12 labs that used method C110, to analyze 5 samples.
12/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1653
An interlaboratory study was conducted by thirteen laboratories testing twelve samples to establish a precision statement for test method D5293.
10/15/2008 - PDF - English -
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ASTM Research Report RR:D05-1036
An interlaboratory study was conducted by nineteen laboratories testing eleven samples to establish a repeatability statement for test method D7348.
10/15/2008 - PDF - English -
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ASTM Research Report RR:D02-1651
An interlaboratory study was conducted by eight laboratories testing twelve samples to establish a precision statement for test method D6378.
10/15/2008 - PDF - English -
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ASTM Research Report RR:F04-1011
An interlaboratory study was conducted by twelve laboratories testing four samples to establish a precision statement for test method F2129.
10/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1649
Interlaboratory Study 328 was conducted to establish a precision statement for D6751, Standard Test Method for Determining of Fuel Filter Blocking Potential of Biodiesel (B100) Blend Stock by Cold Soak Laboratory Filtration. The prime objective of the Operability Task Force was in part to assess suitability and effectiveness of the proposed ASTM Cold Soak Filtration method in minimizing the risk of filter plugging in biodiesel blends. The data from this Operability Task Force was used to determine an interim Precision for the proposed ASTM Test Method for Cold Soak Filtration. This report is an attempt to supply such an analysis based on well-established methodologies. Subsequent to test method publication a more thorough round robin is planned. Nine laboratories tested seven fuel types.
10/1/2008 - PDF - English -
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ASTM Research Report RR:D18-1016
An interlaboratory study was conducted by six laboratories testing five sets of samples to establish a repeatability statement for test method D7458.
10/1/2008 - PDF - English -
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ASTM Research Report RR:F04-1011
An interlaboratory study was conducted by twelve laboratories testing four samples to establish a precision statement for test method F2129.
10/1/2008 - PDF - English -
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ASTM Research Report RR:D07-1005
This research report provides information about the ASTM interlaboratory study (ILS) of precision of ASTM D198 test method for the flexural or bending modulus of elasticity (MOE) of lumber under third-pointing loading. The study was conducted during 2006-2007 in sixteen laboratories in the USA and Canada in accordance with Practice E691. The scope of the ILS was limited to determination of the apparent MOE of 2x4 size materials using the deflection of the beam�,s neutral axis at the mid-span measurements of the load head displacement, similar to the D4761 edgewise bending test method under third-point loading. The test materials involved a limited sample from three product families: machine stress rated (MSR) lumber, laminated veneer lumber (LVL) and laminated strand lumber (LSL). Five specimens of each material were tested in a round robin fashion in each laboratory. Four test results were obtained for each piece of material and orientation, edgewise and flatwise. Span-to-depth ratios of 18 and 21were used in the edgewise and flatwise orientations, respectively. In addition, a steel reference bar (RHS) of comparable stiffness was tested to help tracking any possible changes in the stiffness of the wood materials from repeated loading and to serve as a reference for tracking potential changes in the specimen mass from moisture content changes.
10/1/2008 - PDF - English -
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ASTM Research Report RR:D31-1011
An intralaboratory study was conducted by one laboratory testing six materials under two different conditions (",as received", and ",dried out",), at one temperature to establish a precision statement for test method D7477.
9/1/2008 - PDF - English -
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ASTM Research Report RR:F40-1000
An interlaboratory study was conducted by three laboratories testing seven samples (BCR 680, BCR 681, RoHS 0, RoHS 1, RoHS 2, RoHS 3, RoHS 4) to establish a precision statement for test method F2617.
8/15/2008 - PDF - English -
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ASTM Research Report RR:F02-1026
An interlaboratory study was conducted by six labs on seven samples which were prepared to three levels of concentration (low, medium &, high) to establish a precision statement for F2714.
8/1/2008 - PDF - English -
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ASTM Research Report RR:D20-1246
An interlaboratory study was conducted by eight laboratories testing five polypropylene samples to establish a precision statement for test method D4440.
8/1/2008 - PDF - English -
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ASTM Research Report RR:D11-1098
This study evaluates the performance characteristics (precision, bias, linearity) of immunoenzymetric assays that are designed to quantify 4 major Hevea brasiliensis (Hev b) allergens (Hev b 1, 3, 5 and 6.02) in latex extracts under field use conditions by following American Society of Testing Materials (ASTM) protocols. This report pertains to D7427. Methods: Quantification of latex allergens in 56 latex glove extracts was performed by 6 laboratories using two-site immunoenzymetric assays and reagents (capture and detection antibodies, standards and controls) provided by one commercial source. Ten glove extracts were analyzed for each of four Hev b allergen concentrations on multiple days to evaluate assay precision and bias and 4 extracts were analyzed at multiple dilutions to evaluate assay linearity (parallelism). Data was collated and analyzed at two coordinating sites.
8/1/2008 - PDF - English -
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ASTM Research Report RR:F01-1019
An interlaboratory study was conducted by six laboratories testing three lamps to establish a precision statement for test method F2360.
7/1/2008 - PDF - English -
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ASTM Research Report RR:D04-1028
An interlaboratory study was conducted by 11 laboratories testing 28 Superpave Gyratory Compactors with 50 different molds to establish a precision statement for test method D7115.
7/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1646
This ASTM Research Report combines data from two different studies supporting ASTM D7416-09. The more recent reproducibility study involves testing thirteen different in-service lubricant samples through seven different five part integrated tester laboratories, each with a different operator. The earlier repeatability study involves testing two different in-service oil samples thirty times each in a single five-part integrated tester laboratory. All samples were tested using the multiple measurement sensors within the five part integrated tester. In addition to reporting of quantified measurements, diagnostic interpretation of that data is also reported in score values for wear status, contamination status, and chemistry status for the each sample data set.
7/1/2008 - PDF - English -
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ASTM Research Report RR:D04-1027
An interlaboratory study was conducted by eight laboratories testing five samples to establish a precision statement for test method D545.
7/1/2008 - PDF - English -
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ASTM Research Report RR:E01-1109
An interlaboratory study was conducted by six laboratories testing a single sample to reflect the new oxygen scope maximum of 0.5% in the precision statement in test method E1409.
6/15/2008 - PDF - English -
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ASTM Research Report RR:F01-1018
An interlaboratory study was conducted by twelve laboratories testing four samples to establish a precision statement for test method F76.
6/15/2008 - PDF - English -
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ASTM Research Report RR:C07-1005
An interlaboratory study was conducted by ten laboratories testing four samples to establish a precision statement for test method C0110.
6/1/2008 - PDF - English -
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ASTM Research Report RR:D01-1143
An interlaboratory study was conducted by six laboratories testing four samples to establish a precision statement for test method D4446.
6/1/2008 - PDF - English -
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ASTM Research Report RR:D27-1019
An interlaboratory study was conducted by one laboratory testing two oil samples to establish a precision statement for test method D2300.
6/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1628
An interlaboratory study was conducted by eight laboratories which tested four materials to establish the precision statement of test method D1662.
5/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1639
An interlaboratory study was conducted by eight laboratories testing ten samples to establish a precision statement for test method D5001.
5/1/2008 - PDF - English -
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ASTM Research Report RR:E15-1064
An interlaboratory study was conducted by seventeen laboratories which tested three materials to establish the precision statement of test method E1615.
4/1/2008 - PDF - English -
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ASTM Research Report RR:F08-1007
An interlaboratory study was conducted by eight laboratories which tested four materials to establish the precision statement of test method F1446.
4/1/2008 - PDF - English -
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ASTM Research Report RR:D14-1013
An interlaboratory study was conducted by nine laboratories which tested three materials to establish the precision statement of test method D3931.
4/1/2008 - PDF - English -
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ASTM Research Report RR:E15-1062
An interlaboratory study was conducted by seventeen laboratories which tested three materials to establish the precision statement of test method E1064.
4/1/2008 - PDF - English -
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ASTM Research Report RR:E15-1067
An interlaboratory study was conducted by seven laboratories which tested one material to establish the precision statement of test method E2469.
4/1/2008 - PDF - English -
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ASTM Research Report RR:E15-1065
An interlaboratory study was conducted by seventeen laboratories which tested three materials to establish the precision statement of test method E2313.
4/1/2008 - PDF - English -
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ASTM Research Report RR:E15-1063
An interlaboratory study was conducted by fifteen laboratories which tested four materials to establish the precision statement of test method E2409.
4/1/2008 - PDF - English -
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ASTM Research Report RR:F02-1025
An interlaboratory study was conducted by laboratories testing five samples to establish a precision statement for test method F2622.
4/1/2008 - PDF - English -
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ASTM Research Report RR:D14-1012
An interlaboratory study was conducted by eight laboratories which tested three materials to establish the precision statement of standard specification D3930.
4/1/2008 - PDF - English -
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ASTM Research Report RR:E15-1066
An interlaboratory study was conducted by seventeen laboratories which tested two materials to establish the precision statement of test method E2193.
4/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1635
An interlaboratory study was conducted by eleven laboratories which tested twenty seven materials to establish the precision statement of test method D4294.
3/1/2008 - PDF - English -
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ASTM Research Report RR:E01-1108
An interlaboratory study was conducted by eight laboratories which tested seven materials to establish the precision statement of test method E2575.
3/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1641
An interlaboratory study was conducted by sixteen laboratories testing sixteen diesel fuel samples to establish a precision statement for test method D7170.
2/15/2008 - PDF - English -
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ASTM Research Report RR:D01-1141
An interlaboratory study was conducted by ten laboratories which tested twenty materials to establish the precision statement of test method D7305.
2/2/2008 - PDF - English -
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ASTM Research Report RR:D01-1142
An interlaboratory study was conducted by six laboratories which tested five materials to establish the precision statement of test method D6736.
2/1/2008 - PDF - English -
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ASTM Research Report RR:D04-1030
An interlaboratory study was conducted by the MTO proficiency sample testing program testing samples that cover a wide range of Ontario aggregate types and values for the different properties establish a precision statement for test method D7428.
2/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1636
An interlaboratory study was conducted by laboratories testing 117 diesel fuel and jet fuel samples to establish a precision statement for test method D7215.
2/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1634
An interlaboratory study was conducted by five laboratories which tested three materials to created a precision statement for test method D6973.
2/1/2008 - PDF - English -
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ASTM Research Report RR:D04-1029
An interlaboratory study was conducted by the MTO proficiency sample testing program testing samples that cover a wide range of Ontario aggregate types and values for the different properties establish a precision statement for test method D6928.
2/1/2008 - PDF - English -
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ASTM Research Report RR:D05-1034
An interlaboratory study was conducted by fourteen laboratories which tested nine coal samples to establish the precision statement of test method D5373.
2/1/2008 - PDF - English -
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ASTM Research Report RR:D02-1638
An interlaboratory study was conducted by fourteen labs which tested eighteen materials to establish a precision statement for test method D4739.
2/1/2008 - PDF - English -
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ASTM Research Report RR:D20-1249
An interlaboratory study was conducted by seven laboratories testing five plastic materials to establish a precision statement for test method D3418.
1/11/2008 - PDF - English -
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PDA Technical Report No. 80 (TR 80)
Data Integrity Management System for Pharmaceutical Laboratories (single user digital version)
1/8/2008 - PDF - English -
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ASTM Research Report RR:D11-1097
An interlaboratory study was conducted by twelve laboratories which tested four materials to establish the precision statement of test method D7426.
1/1/2008 - PDF - English -
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ASTM Research Report RR:E33-1012
An interlaboratory study was conducted by laboratories testing six samples to establish a precision statement for test method E1050.
1/1/2008 - PDF - English -
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ASTM Research Report RR:D35-1011
An interlaboratory study was conducted by nine laboratories which tested one material to establish the precision statement of test method D7179.
12/1/2007 - PDF - English -
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ASTM Research Report RR:D27-1018
An interlaboratory study was conducted by twelve laboratories which tested four materials to establish the precision statement of test method D6786.
12/1/2007 - PDF - English -
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ASTM Research Report RR:D13-1122
An interlaboratory study was conducted by five laboratories testing nine cotton samples to establish a precision statement for test method D1447.
12/1/2007 - PDF - English -
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ASTM Research Report RR:F04-1010
An interlaboratory study was conducted by eleven laboratories testing three samples to establish a precision statement for test method F2516.
12/1/2007 - PDF - English -
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ASTM Research Report RR:E28-1027
An interlaboratory study was conducted by eight laboratories testing two low carbon sheet steel samples to establish a precision statement for test method E646.
12/1/2007 - PDF - English -
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ASTM Research Report RR:F23-1007
An Interlaboratory evaluation of test method F739 was performed in 2005. Nine independent laboratories participated, each testing in triplicate, two, challenge chemical/clothing material pairs. The challenge chemicals were acetone and ethanol.
11/7/2007 - PDF - English -
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ASTM Research Report RR:D01-1139
Interlaboratory Study to Establish Precision Statements for ASTM D7358-07, Standard Test Method for Water Content of Water- Reducible Paints by Quantitative Calcium Hydride Reaction Test Kit
11/1/2007 - PDF - English -
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ASTM Research Report RR:D02-1627
An interlaboratory study was conducted by twenty laboratories testing thirteen samples to establish a precision statement for test method D7397.
11/1/2007 - PDF - English -
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ASTM Research Report RR:D08-1013
An interlaboratory study was conducted by ten laboratories which tested three materials to establish the precision statement of test method D5147.
11/1/2007 - PDF - English -
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ASTM Research Report RR:D18-1014
An interlaboratory study was conducted by twenty-four laboratories testing a single sample of rigid polyurethane foam to establish a precision statement for test method D2166.
10/15/2007 - PDF - English -
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ASTM Research Report RR:D02-1624
An interlaboratory study was conducted by five laboratories which tested sixteen materials to establish the precision statement of test method D7371.
10/1/2007 - PDF - English -
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ASTM Research Report RR:F03-1016
An interlaboratory study was conducted by seven laboratories which tested three materials to establish the precision statement of test method F2523.
10/1/2007 - PDF - English -
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ASTM Research Report RR:D02-1640
This interlaboratory study to establish precision statements for ASTM D7347 was performed according to this method with five denatured alcohols run in duplicate at five laboratories.
8/1/2007 - PDF - English -
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