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  • ASTM Research Report RR:D02-1787

    An interlaboratory study was conducted by forty-one laboratories testing twenty-three samples to establish a precision statement for test method D445.
    15/12/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1788

    An interlaboratory study was conducted to establish the precision of 40 �,C and 100 �,C kinematic viscosity measured using the manual method in D445 for base oils and formulated oils.
    15/12/2014 - PDF - Anglais - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1789

    Interlaboratory Study to Determine Suitability of ASTM D445-11a Manual Method for Use with Diesel Fuels, Biodiesel Fuels and Biodiesel Fuel Blends
    15/12/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1790

    An interlaboratory study was conducted by forty laboratories testing seven samples to establish a precision statement for test method D445.
    15/12/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1795

    An interlaboratory study was conducted by twelve laboratories testing twenty-seven samples to establish a precision statement for test method D7861.
    15/12/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1796

    An interlaboratory study was conducted by seventeen laboratories testing twelve samples to establish a precision statement for test method D6423.
    15/12/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1797

    Interlaboratory Study to Establish Precision Statements for ASTM D7945, Test Method for Determination of Dynamic Viscosity and Derived Kinematic Viscosity of Liquids by Constant Pressure Viscometer
    15/12/2014 - PDF - Anglais - ASTM
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    115,50 €

  • ASTM Research Report RR:C07-1009

    An interlaboratory study was conducted by seven laboratories testing eight samples to establish a precision statement for C110-14.
    01/12/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1791

    An interlaboratory study was conducted by twelve laboratories testing eight samples to establish a precision statement for test method D2532.
    01/12/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1792

    Interlaboratory Study to Establish Precision Statements for ASTM D7972-14, Test Method for Three-Point Bend Strength of Carbon and Graphite
    01/12/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1793

    Test Method D7344 for Distillation of Petroleum Products at Atmospheric Pressure (Mini Method) was one of the test methods that also participated in an interlaboratory study to estimate the precision of D1160 Distillation of Petroleum Products at Reduced Pressure when applied to biodiesel FAME (Fatty Acid Methyl Esters). This study ILS #472 is to develop the precision of D7344, and relative bias to D1160 then for D7344 when applied to biodiesel FAME (Fatty Acid Methyl Esters).
    01/12/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1794

    Test Method D7345 for Distillation of Petroleum Products at Atmospheric Pressure (Micro Distillation Method) was one of the test methods that also participated in an interlaboratory study to estimate the precision of D1160 Distillation of Petroleum Products at Reduced Pressure when applied to biodiesel FAME (Fatty Acid Methyl Esters) . This study ILS #473 is to develop the precision of D7345, and relative bias to D1160 then for D7345 when applied to biodiesel FAME (Fatty Acid Methyl Esters).
    01/12/2014 - PDF - Anglais - ASTM
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    102,90 €

  • ASTM Research Report RR:D16-1054

    An intralaboratory study was conducted to Establish Repeatability Statement for ASTM D7977-14, Test Method For Polymer content of AMS (a-Methylstyrene)
    01/12/2014 - PDF - Anglais - ASTM
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    81,90 €

  • ASTM Research Report RR:E06-1005

    An interlaboratory study was conducted by one laboratory testing fourteen samples to establish a precision statement for test method E2141.
    01/12/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D32-1042

    An interlaboratory study was conducted by nine laboratories testing two samples to establish a precision statement for test method D7964.
    01/11/2014 - PDF - Anglais - ASTM
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    115,50 €

  • ASTM Research Report RR:B02-1000

    The precision of this test method is based on an interlaboratory study of ASTM B982, Standard Test Method for Sampling and Sample Preparation of Lead and Lead Alloys for Optical Emission Spectrometric or ICP Analysis , conducted in 2010. Eleven laboratories participated in this study. Each of the labs was asked to report five replicate test results on a total of four materials. Every �,test result�, reported represents a single determination or measurement. Practice E691 was followed for the design and analysis of the data, the details are given in ASTM Research Report No. B02-1000.
    01/10/2014 - PDF - Anglais - ASTM
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    56,70 €

  • ASTM Research Report RR:B02-1001

    The precision of this test method is based on an interlaboratory study of ASTM B982- New Specification for Sampling of Lead and Lead Alloys for Optical Emission, conducted in 2010. Each of ten laboratories tested a single material for nine elements. Every ",test result", represents an individual determination, and all participants were asked to report five test results for each element measured. Except for the testing of only a single type of material, Practice E 691 was followed for the study design and analysis of the data, the details are given in ASTM Research Report No. B02-1001.
    01/10/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C09-1045

    This research report describes a Ruggedness Study that was conducted by one laboratory to evaluate the influence of seven factors on C39/C39M compressive strength and density values made by C1435/C1435M.
    01/10/2014 - PDF - Anglais - ASTM
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    95,55 €

  • ASTM Research Report RR:D02-1783

    An interlaboratory study was conducted by eight laboratories testing eleven samples to establish a precision statement for test method D7525.
    01/10/2014 - PDF - Anglais - ASTM
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    81,90 €

  • ASTM Research Report RR:D02-1784

    An interlaboratory study was conducted by nine laboratories testing twelve samples to establish a precision statement for test method D6667.
    01/10/2014 - PDF - Anglais - ASTM
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    115,50 €

  • ASTM Research Report RR:D02-1785

    An interlaboratory study was conducted by thirty-four laboratories testing ten samples to establish a precision statement for test method D5800.
    01/10/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1786

    An interlaboratory study was conducted by six laboratories testing eight samples to establish a precision statement for test method D3241.
    01/10/2014 - PDF - Anglais - ASTM
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    95,55 €

  • ASTM Research Report RR:D10-1016

    An interlaboratory study was conducted by seven laboratories testing two samples to establish a precision statement for test method D3103.
    01/10/2014 - PDF - Anglais - ASTM
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    81,90 €

  • ASTM Research Report RR:D10-1017

    An interlaboratory study was conducted by two laboratories testing two samples to establish a precision statement for test method D7860.
    01/10/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D30-1006

    An interlaboratory study was conducted by six laboratories testing three samples to establish a precision statement for test method D7905.
    01/10/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:F04-1014

    An interlaboratory study was conducted by thirteen laboratories testing one sample to establish a precision statement for test method F2077.
    01/10/2014 - PDF - Anglais - ASTM
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    115,50 €

  • ASTM Research Report RR:B09-1021

    An interlaboratory study was conducted by one laboratory testing two samples to establish a precision statement for test method B931.
    01/09/2014 - PDF - Anglais - ASTM
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    56,70 €

  • ASTM Research Report RR:B09-1022

    An interlaboratory study was conducted by one laboratory testing three samples to establish a precision statement for test method B796.
    01/09/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C08-1024

    An interlaboratory study was conducted by five laboratories testing three samples to establish a precision statement for test method C179.
    01/09/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D05-1044

    An interlaboratory study was conducted by sixteen laboratories testing twenty samples to establish a precision statement for test method D5341.
    01/09/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D20-1263

    An interlaboratory study was conducted by three laboratories testing six samples to establish a precision statement for test method D7823.
    01/08/2014 - PDF - Anglais - ASTM
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    81,90 €

  • ASTM Research Report RR:D30-1007

    An interlaboratory study was conducted by eleven laboratories testing ten samples to establish a precision statement for test method D6641.
    01/08/2014 - PDF - Anglais - ASTM
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    95,55 €

  • ASTM Research Report RR:D35-1019

    An interlaboratory study was conducted by five laboratories testing three samples to establish a precision statement for test method D6575.
    01/08/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D35-1020

    An interlaboratory study was conducted by eight laboratories testing three samples to establish a precision statement for test method D6525.
    01/08/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:G02-1014

    Interlaboratory Study to Establish Precision Statements for ASTM G211-14, Standard Test Method for Conducting Elevated Temperature Erosion Tests by Solid Particle Impingement Using Gas Jets
    15/07/2014 - PDF - Anglais - ASTM
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    95,55 €

  • ASTM Research Report RR:C15-1000

    An interlaboratory study was conducted by one laboratory testing forty-two samples to establish a precision statement for test method C1781.
    01/07/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:C15-1001

    An interlaboratory study was conducted by eight laboratories testing eleven samples to establish a precision statement for test method C67.
    01/07/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1779

    An interlaboratory study was conducted by eleven laboratories testing eleven samples to establish a precision statement for test method D7946.
    01/07/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1780

    An interlaboratory study was conducted by eight laboratories testing seven samples to establish a precision statement for test method D445.
    01/07/2014 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D08-1017

    An interlaboratory study was conducted by ten laboratories testing three samples to establish a precision statement for test method D36/D36M.
    01/07/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D16-1051

    An interlaboratory study was conducted by five laboratories testing four samples to establish a precision statement for test method D2232.
    01/07/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:F23-1010

    An interlaboratory study was conducted by one laboratory testing three samples to establish a precision statement for test method F2961.
    01/07/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1178

    Interlaboratory Study to Establish Precision Statements for ASTM D6886-14, Test Method for Determination of the Individual Volatile Organic Compounds (VOCs) in Air-Dry Coatings by Gas Chromatography
    15/06/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C16-1042

    An interlaboratory study was conducted by one laboratory testing three samples to establish a precision statement for test method C1763.
    01/05/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1773

    An interlaboratory study was conducted by twenty-six laboratories testing twelve samples to establish a precision statement for test method D7042.
    01/05/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:D02-1778

    An Interlaboratory Study was conducted to establish a precision statement for D7111, Standard Test Method for Determination of Trace Elements in Middle Distillate Fuels by Inductively Coupled Plasma Atomic Emission Spectrometry (ICP-AES)
    01/05/2014 - PDF - Anglais - ASTM
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    102,90 €

  • ASTM Research Report RR:D05-1043

    An interlaboratory study was conducted by twenty-eight laboratories testing six samples to establish a precision statement for test method D7708.
    01/05/2014 - PDF - Anglais - ASTM
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    81,90 €

  • ASTM Research Report RR:F08-1013

    An interlaboratory study was conducted by six laboratories testing eighty-four samples to establish a precision statement for test method F1887.
    01/05/2014 - PDF - Anglais - ASTM
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    81,90 €

  • ASTM Research Report RR:B09-1020

    An interlaboratory study was conducted by two laboratories testing three samples to establish a precision statement for test method B527.
    01/04/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C09-1043

    A study was conducted by one laboratory to analyze the effects of seven factors on the precision of C1170 and establish a precision statement for the standard. 48 tests were conducted with replicate tests conducted on 24 different RCC mixtures.
    01/04/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C09-1044

    An interlaboratory study was conducted by eight laboratories testing two samples to establish a precision statement for test method C567.
    01/04/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D31-1021

    Interlaboratory Study to Establish Precision Statements for ASTM D6657-2014, Test Method for pH of Wet Blue
    01/04/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D31-1022

    An interlaboratory study was conducted by nine laboratories testing sixteen samples to establish a precision statement for test method D7674.
    01/04/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:E06-1004

    An interlaboratory study was conducted by one laboratory submitting a total of ten test results for Argon concentration to establish a precision statement for test method E2269.
    01/04/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D15-1034

    An intralaboratory study was conducted by one laboratory testing five samples to establish a precision statement for D7896.
    01/02/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:E35-1009

    An interlaboratory study was conducted by seven laboratories testing four different materials for four different chemicals (five including isomers) to establish a precision statement for test method E2945.
    01/02/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:E54-1000

    An interlaboratory study was conducted by eight laboratories that tested two same-model detectors on three separate days using one common analyte (an explosive simulant) distributed at nine different concentrations to establish a precision statement for test method E2677.
    01/02/2014 - PDF - Anglais - ASTM
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    115,50 €

  • ASTM Research Report RR:D22-1035

    An interlaboratory study was conducted by twenty laboratories testing four samples to establish a precision statement for test method D7439.
    15/01/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:F11-1021

    An interlaboratory study was conducted by three laboratories testing a single type of vacuum cleaner by two different analytical methods to establish a precision statement for test method F2826.
    15/01/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:A05-1005

    An interlaboratory study was conducted by eight laboratories testing twenty known NIST samples of varying thicknesses to establish a precision statement for test method A1073.
    01/01/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1176

    An interlaboratory study was conducted by ten laboratories testing three different materials using two ink stain types in multiple colors to establish a precision statement for test method D7514.
    01/01/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1177

    An interlaboratory study was conducted by eleven laboratories testing five different property types to establish a precision statement for test method D4417.
    01/01/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1770

    An interlaboratory study was conducted by sixteen laboratories testing thirteen samples of LPG in duplicate to establish a precision statement for test method D2163.
    01/01/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1772

    An interlaboratory study was conducted by two laboratories testing forty-three (39 gasoline, 3 pure compounds and 1 blend of two pure compounds) samples of varying targeted results to establish a precision statement for test method D5188.
    01/01/2014 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D20-1262

    An interlaboratory study was conducted by ten laboratories testing three samples of varying targeted results to establish a precision statement for test method D3575.
    01/01/2014 - PDF - Anglais - ASTM
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    89,25 €

  • ASTM Research Report RR:F02-1035

    Interlaboratory Study to Establish Precision Statements for ASTM F2476-13, Test Method for the Determination of Carbon Dioxide Gas Transmission Rate (Co2TR) Through Barrier Materials Using An Infrared Detector
    15/12/2013 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D02-1769

    An interlaboratory study was conducted by thirteen laboratories testing 23 samples of varying targeted results to establish a precision statement for test method D7873.
    01/12/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D04-1040

    An interlaboratory study was conducted by six laboratories. Each of the labs was given 5 SGC pills that would yield 10 test specimens. Each of the labs was instructed to report a minimum of 8 replicate test results for three different test parameters to establish a precision statement for test method D7313.
    01/12/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D20-1261

    An interlaboratory study was conducted by nine laboratories, testing three materials to establish a precision statement for test method D6576.
    15/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:F02-1034

    Interlaboratory Study to Establish Precision Statements for ASTM F3039-13, Test Method For Detecting Leaks in Nonporous Packaging or Flexible Barrier Materials by Dye Penetration
    15/11/2013 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:A01-1003

    An interlaboratory study was conducted by three laboratories testing five samples of varying targeted results to establish a precision statement for test method A1038.
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  • ASTM Research Report RR:C16-1041

    An interlaboratory study to establish precision statements for C1104 was conducted by six laboratories, testing three types of fiber insulation. Every analyst was instructed to report triplicate test results in this study.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1144

    An interlaboratory study was conducted by eight laboratories testing seven samples to establish a precision statement for test method D6132.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1173

    An interlaboratory study was conducted by four laboratories testing four paints for porosity to establish a precision statement for test method D6583.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1174

    An interlaboratory study was conducted by ten laboratories testing one topcoat and three different primers for enamel holdout to establish precision statements for D7786. Every ",test result", represents an individual determination, and all participants were asked to report five replicate ",test results", for each analysis.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1175

    An interlaboratory study was conducted by six laboratories testing eight samples of varying targeted results to establish a precision statement for test method D4446.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D09-1038

    An interlaboratory study was conducted by two laboratories testing three samples of commercially available alliance separators varying targeted results to establish a precision statement for test method D7148.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D20-1260

    An interlaboratory study was conducted by one laboratory testing six samples of varying targeted results to establish a precision statement for test method D1929.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:E04-1008

    An interlaboratory study was conducted by seventeen laboratories testing one material to establish a precision statement for test method E2627.
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:E29-1001

    Interlaboratory Study to Establish Precision Statements for ASTM E2427-13, Test Method for Acceptance by Performance Testing for Sieves
    01/11/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:F02-1034

    Interlaboratory Study to Establish Precision Statements for ASTM F3039-13, Test Method For Detecting Leaks in Nonporous Packaging or Flexible Barrier Materials by Dye Penetration
    01/11/2013 - PDF - Anglais - ASTM
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    63,00 €

  • ASTM Research Report RR:D05-1046

    An interlaboratory study was conducted by eight laboratories testing twenty samples to establish a precision statement for test method D5373.
    15/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1767

    ASTM D4683-10, Test Method for Measuring Viscosity of New and Used Engine Oils at High Shear Rate and High Temperature by Tapered Bearing Simulator Viscometer at 150 degrees C [ILS No. 848] ASTM D5481-10, Test Method for Measuring Apparent Viscosity at High- Temperature and High-Shear Rate by Multicell Capillary Viscometer [ILS No. 849] ASTM D4741-12, Test Method for Measuring Viscosity at High Temperature and High Shear Rate by Tapered-Plug Viscometer [ILS No. 850]
    10/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:B09-1019

    An interlaboratory study was conducted by one laboratory testing one material for alloy contamination and one material for iron contamination to establish a precision statement for test method B795. The laboratory reported fifteen replicate test results for each analysis.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C14-1006

    An interlaboratory study was conducted by six laboratories testing five samples of varying targeted results to establish a precision statement for test method F218.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1172

    An interlaboratory study was conducted by eight laboratories testing four samples of varying targeted results to establish a precision statement for test method D7855/D7855M.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1766

    An interlaboratory study was conducted by ten laboratories testing eleven types of Biodiesel (FAME) used to establish a precision statement for test method D1160.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D05-1042

    Interlaboratory Study to Establish Precision Statements for ASTM D4239-13, Test Methods for Sulfur in the Analysis Sample of Coal and Coke Using High- Temperature Tube Furnace Combustion
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:E35-1008

    An interlaboratory study was conducted by eight laboratories testing three samples of varying targeted results to establish a precision statement for test method E2871.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:F02-1036

    An interlaboratory study was conducted by twelve laboratories testing seven samples to establish a precision statement for test method F1249.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:F02-1037

    An interlaboratory study was conducted by eight laboratories testing seven samples to establish a precision statement for test method E398.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:F27-1000

    An interlaboratory study was conducted by one laboratory testing seven different types of snowboards to establish a precision statement for test method F3030.
    01/10/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1765

    An interlaboratory study was conducted by twelve laboratories testing 24 sulfur containing materials of varying targeted results used to establish a precision statement for test method D7039.
    15/09/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C08-1023

    An interlaboratory study was conducted by five laboratories testing two samples of varying targeted results to establish a precision statement for test method C1445.
    01/09/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1775

    An interlaboratory study was conducted by ten laboratories testing twenty-six samples to establish a precision statement for test method D7279.
    01/09/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D20-1258

    An interlaboratory study was conducted by one laboratory testing two insulating materials in duplicate to establish a precision statement for test method D1822.
    01/09/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D20-1259

    An interlaboratory study was conducted by eight laboratories testing ten samples of varying targeted results to establish a precision statement for test method D1822.
    01/09/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D34-1019

    An interlaboratory study was conducted by three laboratories. A total of 68 samples from six different rock types (lithologies) were tested to establish a precision statement for test method D5744.
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  • ASTM Research Report RR:E37-1043

    An interlaboratory study was conducted by four laboratories using the Flash Method for the measurement of thermal diffusivity using uranium dioxide (UO2) to establish a precision statement for test method E1461.
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  • ASTM Research Report RR:D16-1049

    An interlaboratory study was conducted by one laboratory that tested one PTA sample and one qualified terephthalic acid (QTA) sample for 4-CBA and p-TOL which was used to establish a precision statement for test method D7881.
    15/08/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D16-1050

    An interlaboratory study was conducted by one laboratory that tested one PTA sample and one qualified terephthalic acid (QTA) sample used to establish a precision statement for test method D7882.
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  • ASTM Research Report RR:D16-1047

    An interlaboratory study was conducted by one laboratory testing 1 PTA sample and 1 QTA (Qualified Terephthalic Acid) sample used to establish a precision statement for test method D7883.
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  • ASTM Research Report RR:D16-1048

    An interlaboratory study was conducted by one laboratory testing 1 PTA sample and 1 QTA (Qualified Terephthalic Acid) sample used to establish a precision statement for test method D7884.
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  • ASTM Research Report RR:F02-1033

    An interlaboratory study was conducted by three laboratories testing three samples of varying targeted results to establish a precision statement for test method F3004.
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  • ASTM Research Report RR:D13-1137

    An interlaboratory study was conducted in 2010 by six laboratories. Each laboratory was asked to report the skew of six different fabrics to determine the precision of ASTM D7811.
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  • ASTM Research Report RR:C01-1013

    An interlaboratory study was conducted by thirteen laboratories testing six different types of cement, over seven days, by Method A and Method B to establish a precision statement for test methods C1702.
    15/06/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1762

    Inter Laboratory Study to Establish a Precision Statement for ASTM D7756-13, Standard Test Method for Residues in Liquefied Petroleum (LP) Gases by Gas Chromatography with liquid, On-Column Injection
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  • ASTM Research Report RR:D02-1763

    An interlaboratory study was conducted by seven laboratories testing five materials that measure the concentration of Drag Reducing Additive (DRA) in jet fuel to establish a precision statement for test method D7872.
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  • ASTM Research Report RR:D19-1191

    An interlaboratory study was conducted by ten operators in eight laboratories testing six samples of varying targeted results used to establish a precision statement for test method D7284.
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  • ASTM Research Report RR:E01-1120

    An interlaboratory study was conducted by eight laboratories testing six samples to establish a precision statement for test method E2371.
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  • ASTM Research Report RR:E08-1009

    Interlaboratory Study to Establish Precision Statements for ASTM E2714-13, Test Method for Creep-Fatigue Testing
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    95,55 €

  • ASTM Research Report RR:D01-1170

    An interlaboratory study was conducted by eight laboratories, testing three or four different materials on ASTM D6037, Method A. Every ",test result", represents an individual determination, and all participants were asked to report five test results. Unabraded and abraded gloss were measured and reported with both 20°, and 60°, geometry for all samples.
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  • ASTM Research Report RR:D01-1171

    An interlaboratory study was conducted by six laboratories. There were six samples of varying targeted results to establish a precision statement for test method D6037.
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  • ASTM Research Report RR:D16-1046

    An interlaboratory study was conducted by two laboratories analyzing six samples, three times each establish a precision statement for test method D7871.
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  • ASTM Research Report RR:E27-1007

    An interlaboratory study was conducted in 2012 by ten laboratories, testing a single type of food grade starch. Each analyst was asked to report three test results to determine the precision of ASTM E2931.
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  • ASTM Research Report RR:F08-1012

    An intralaboratory study was conducted by nine analysts from a single laboratory, measuring the contrast of three different color marking combinations, to establish precision statements for F3022. Each analyst reported three replicate test results for every combination.
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  • ASTM Research Report RR:C11-1002

    Interlaboratory Study to Establish Precision Statements for ASTM C474-13, Test Methods for Joint Treatment Materials for Gypsum Board Construction
    01/05/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1756

    An interlaboratory study was conducted by eleven laboratories, testing fourteen B100 samples of varying targeted results to establish a precision statement for test method D6584.
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  • ASTM Research Report RR:D02-1759

    Interlaboratory Study to Establish Precision Statements for ASTM D7319-13, Test Method for Determination of Existent and Potential Sulfate and Inorganic Chloride in Fuel Butanol by Direct Injection Suppressed Ion Chromatography
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  • ASTM Research Report RR:D02-1760

    This research report was conducted for ASTM method D2887 for Committee D02 and Subcommittee D02.04.0H and the purpose is to determine the values through ILS of reference gas oil lot 2G and is included in Table 3 of D2887. There were 67 participants for the ILS which 35 sets of data were returned for statically analysis. The results are included in this research report.
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  • ASTM Research Report RR:D02-1761

    An Interlaboratory Study (ILS 158-WK23046) was conducted to establish a precision statement for D2887-06a (Boiling Range Distribution of Petroleum Fractions by Gas Chromatography) in the Accelerated mode as is described in Appendix X6 ,This mode of operation results in a time savings of 50%. In addition the columns described can be used without dissolving the sample in Carbon Disulfide. Also the samples used for the precision statement included Biodiesel Mixtures in the range from 5% to 20% (B5,B10 and B20). During the balloting of the appendix it was determined that a precision statement would be required in order to validate these new mode of carrying out the method.
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  • ASTM Research Report RR:E20-1003

    An interlaboratory study was conducted by six laboratories, testing three different types of connectors, to establish precision statements for E2820. Every analyst was instructed to report three replicate test results in this study.
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  • ASTM Research Report RR:G04-1002

    An interlaboratory study was conducted by six laboratories. Each laboratory conducted a series of tests on the same non-metallic material (PTFE) to establish a precision statement for test method G0074.
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  • ASTM Research Report RR:D20-1257

    An interlaboratory study was conducted by six laboratories testing four different polyurethane materials to establish precision statements for D4890. Every ",test result", represents an individual determination. Each laboratory reported three replicate test results for each material.
    01/04/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:E01-1119

    An interlaboratory study was conducted by seven laboratories testing a set of calibration mixtures and samples of standard calcium carbonate and ferrous sulfate, calibration mixtures (-1.00%, 0%, 0.200%, 1.00%, and 2.00 % calcium carbonate) and test materials (D, L, M, N, O, and P).
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  • ASTM Research Report RR:E37-1042

    An interlaboratory study was conducted by three laboratories analyzing a total of three powdered compounds by three unique methods as part of this study to establish precision statements for E2551. Every test result represents an individual determination, and each lab was asked to report triplicate results for each compound.
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  • ASTM Research Report RR:F40-1002

    Interlaboratory Study 609 (originally ILS 208) was conducted in two parts. The first activity was to obtain quantitative results for six glass bead materials to enable the task group to assign reference values using test methods independent of the X-ray fluorescence (XRF) method under development. With reference values, a bias statement can be included in the new standard. The second activity of ILS 609 was conducted to establish a precision and bias statement for the XRF results used to validate F2980 Test Method for Analysis of Heavy Metals in Glass by Field Portable X-Ray Fluorescence.
    15/02/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1169

    An interlaboratory study was conducted by eleven laboratories, analyzing materials representing five different property types to establish precision statements. Each ",test result", reported represents an individual determination and the participating labs reported three replicate ",test results", for each material type.
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  • ASTM Research Report RR:D16-1045

    An interlaboratory study was conducted by two laboratories analyzing 5 samples, three times each, to establish precision statements for D7266. One laboratory analyzed the samples on two different instruments.
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  • ASTM Research Report RR:G01-1026

    An interlaboratory study was conducted by eight laboratories to establish a precision statement for test method G5. Each laboratory was sent four samples and told to test each sample once in accordance with the Standard G5 potentiodynamic test procedure to give quadruplicate test results from each laboratory.
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  • ASTM Research Report RR:C01-1012

    An interlaboratory study was conducted by ten laboratories, testing a single type of material, to establish a precision statement for C1012. Every analyst was instructed to report triplicate test results in this study.
    01/01/2013 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C09-1042

    An interlaboratory study was conducted by ten laboratories, testing two gradations of stone to establish a precision statement for test method C535.
    15/12/2012 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:C16-1040

    An interlaboratory study to establish precision statements for E96-12 was conducted by six laboratories, analyzing four different materials. Each ",test result", reported represents an individual determination and all participants reported three replicate test results for every material.
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  • ASTM Research Report RR:D02-1751

    An interlaboratory study was conducted to establish precision statements for D7577 in 2011 by seven laboratories, testing ten gasoline mixtures with ratings from 1 to 5. Each ",test result", reported represents an individual determination, and all participants were asked to report duplicate ",test results", for each mixture.
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  • ASTM Research Report RR:D02-1754

    Interlaboratory Study to Establish Precision Statements for ASTM D7795-12, New Test Method to Measure Acidity In Ethanol and Ethanol Blends
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  • ASTM Research Report RR:D02-1758

    Historically most commercially-available spark-ignition engine fuels have contained no or relatively low concentrations of oxygenated compounds, e.g., until recently, such fuels sold in the U.S. contained ethanol at concentrations of 10 volume-% or less. However, because of recent government action to encourage greater use of renewable fuel components, the concentration of ethanol in spark-ignition engine fuels is expected to increase in the U.S and other regions. Because of their limited production in the past, little is known about the applicability to these higher ethanol fuels of the standard laboratory tests that have traditionally been used to measure the properties of spark-ignition engine fuels. One such property is the octane rating of the fuel, which is measured by ASTM D2699, �,Standard Test Method for Research Octane Number of Spark-Ignition Engine Fuel,�, and ASTM D2700, �,Standard Test Method for Motor Octane Number of Spark-Ignition Engine Fuel.�, Octane testing of fuels containing more than 10 volume-% ethanol has been quite limited in the past, and little is known about the precision of these test methods when applied to higher ethanol content blends. This inter-laboratory test program was therefore undertaken to assess the applicability and precision of D2699 and D2700 when these methods are used to determine octane ratings of the higher ethanol fuels expected in the near future. More specifically, the purposes of this inter-laboratory test program were: a. to demonstrate that test methods D2699 and D2700 as currently practiced are applicable to spark-ignition engine fuels containing up to 25 volume-% ethanol, and b. to determine the precision of D2699 and D2700 when fuels containing up to 25 volume-% ethanol are tested.
    01/12/2012 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D16-1044

    An interlaboratory study was conducted in 2011 by eight laboratories. Each laboratory tested up to five different levels of three hydrocarbons. Three laboratories ran samples twice using either different instruments or different calibration standards, resulting in eleven sets of results.
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  • ASTM Research Report RR:E01-1118

    The ILS for E572 Test Method for Analysis of Stainless Steels by X-ray Fluorescence Spectrometry was started back in the 1980s and has had several coordinators for the study. In 2011, it was discovered that erroneous values were published in the precision and bias statement in E572. No copy of the original research report has been found. The report submitted by the participating laboratories were reevaluated and the results can be found in this research report.
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  • ASTM Research Report RR:D01-1165

    An interlaboratory study was conducted in 2012 by six laboratories, testing four different surface preparations to establish a precision statement for ASTM D7682.
    01/11/2012 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D01-1166

    An interlaboratory study was conducted in 2012 by seven laboratories, testing four different thermoplastic materials to establish a precision statement for ASTM D4797.
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  • ASTM Research Report RR:D01-1167

    An interlaboratory study was conducted in 2011 by eleven laboratories testing samples prepared on three different representative coil industry metal substrates. Each substrate was coated with three different target coating weights (low, intermediate, and high) of either of two different Ti-containing commercial coil dry-in-place metal pretreatments.
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  • ASTM Research Report RR:D02-1747

    The objective of this round robin was to evaluate the precision of a new automated smoke point test apparatus and at to revise the precision of the current manual IP 57 test method. The test method used for this ILS was based on the IP 57 with the addition of dedicated sections for the automated procedure.SC-B-10 decided to include two domestic kerosines in this particular exercise to take the opportunity to determine the precision of both procedures for these types of samples that were not part of the scope of the current IP 57. The inter laboratory study was performed from November 2011 to February 2012, with 11 manual labs, 13 automated labs, 15 different samples tested in blind duplicate. The results were evaluated for precision according to the statistical procedures given in IP 367 (EN ISO 4259) as implemented in ASTM D02 computer program D2PP.
    01/11/2012 - PDF - Anglais - ASTM
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  • ASTM Research Report RR:D02-1748

    An interlaboratory study was conducted by eleven laboratories, testing ten different materials to establish a precision statement for ASTM D7061.
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  • ASTM Research Report RR:D02-1749

    An interlaboratory study was conducted by eight laboratories, testing twenty one different materials to establish a precision statement for ASTM D5501.
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  • ASTM Research Report RR:D02-1750

    An interlaboratory study was conducted by twenty laboratories, testing twelve jet fuel samples to establish a precision statement for test method D7042.
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  • ASTM Research Report RR:F02-1032

    An interlaboratory study was conducted in 2012 by twelve laboratories. Of the twelve laboratories that participated, seven tested the edge dip option, and five tested the eye dropper method. Each participant analyzed 100 randomly coded samples (50 produced with channels and 50 without channels) for each of five materials. Every analyst reported results to indicate the presence or absence of a channel. The results were tabulated as the number identified correctly, false positives, and false negatives, the details are given in this ASTM Research Report.
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  • ASTM Research Report RR:G01-1025

    An interlaboratory study was conducted by ten laboratories, testing one set of carbon steel sample to establish a precision statement for test method G202.
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  • ASTM Research Report RR:C16-1039

    An interlaboratory study was conducted by two laboratories, the density, settling, and shrinkage of two different materials, in three size variations to establish a precision statement for ASTM C1497.
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  • ASTM Research Report RR:D31-1015

    An intralaboratory study was conducted by one laboratory, reporting five replicate test results for six different specimen types to establish precision statements for D7816.
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  • ASTM Research Report RR:D31-1016

    An intralaboratory study to establish precision statements for D7817 was conducted by one laboratory, reporting five replicate test results for six different specimen types.
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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.
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  • 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.
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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.
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  • 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 - Anglais - 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.
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  • 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.
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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.
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  • 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.
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  • 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.
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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
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  • 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.
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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 - Anglais - 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.
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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.
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  • 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.
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  • 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 - Anglais - 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.
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  • 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
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  • 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.
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  • 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.
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  • 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
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - 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 - Anglais - 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 - Anglais - ASTM
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  • 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 - Anglais - 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 - Anglais - ASTM
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  • 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 - Anglais - 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.
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  • 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 - Anglais - 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - 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 - Anglais - 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 - Anglais - ASTM
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  • 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.
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - ASTM
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  • 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 - Anglais - 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 - Anglais - ASTM
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    81,90 €

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