Report
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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: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: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
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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:D02-1669
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.
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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.
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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.
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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.
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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:D02-1668
An interlaboratory study was conducted by two laboratories testing six samples to establish precision statements for ASTM D7414.
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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.
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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:D02-1671
An interlaboratory study was conducted by nine laboratories testing ten oil samples to establish a precision statement for test method D4683.
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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.
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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: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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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:E28-1031
An interlaboratory study was conducted by seven laboratories testing two metallic materials to establish a precision statement for test method E1875.
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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.
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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.
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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.
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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.
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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: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.
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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.
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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.
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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.
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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: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.
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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.
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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.
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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.
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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.
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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.
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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.
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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: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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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: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:D02-1635
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: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: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: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: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: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: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: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: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: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: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: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: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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ASTM Research Report RR:D02-1619
An interlaboratory study was initiated using two vapor pressure methods, ASTM D5191 and D6378. This study established a precision and bias statement for D6378 and evaluated the precision and bias statement for D5191. Finally, this report compared the precision statements of D5191 versus D6378.
7/20/2007 - PDF - English -
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ASTM Research Report RR:D02-1622
The precision of ASTM D2622 was determined by the statistical analysis of results obtained from an interlaboratory study that included 27 samples including gasolines, distillates, biodiesel, residual oils, and crude oils. A pooled limit of quantitation (PLOQ) of approximately 3 mg/kg S, was determined for all sample types. Precision for gasoline and diesel samples, as well as for high- power and low-power source XRF instruments were also determined.
7/15/2007 - PDF - English -
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ASTM Research Report RR:D02-1620
An interlaboratory study was conducted to establish a precision statement for D7346, Standard Test Method for No Flow Point of Petroleum Products.
7/15/2007 - PDF - English -
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ASTM Research Report RR:D02-1623
An interlaboratory study was conducted by seventeen laboratories which tested seven ester-based and eight non-ester-based automotive transmission fluids to establish the precision statement of test method D7214.
7/15/2007 - PDF - English -
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ASTM Research Report RR:D02-1621
An interlaboratory study was conducted by laboratories which tested thirty three materials to establish the precision statement of test methods D86, D7345, and D7344.
7/15/2007 - PDF - English -
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ASTM Research Report RR:E28-1025
An interlaboratory study performed by one laboratory which tested five different materials that spanned a wide range of hardness and modulus to establish an initial precision and bias statement for E2546.
7/2/2007 - PDF - English -
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ASTM Research Report RR:D01-1137
An interlaboratory study was performed by seven laboratories that tested four samples was conducted to establish a precision statement for test method D2066.
7/1/2007 - PDF - English -
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ASTM Research Report RR:E12-1003
An interlaboratory study was conducted using three photo luminescent film samples which were tested by eight laboratories to establish a precision statement for test method E2073.
7/1/2007 - PDF - English -
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ASTM Research Report RR:C21-1005
An interlaboratory study which involved seven laboratories testing five materials to establish a precision statement for test method C1028.
7/1/2007 - PDF - English -
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ASTM Research Report RR:D05-1033
The purpose of this interlaboratory test study is to analyze various types of ash from different sources (laboratory, utility processes, etc.) for total sulfur by high temperature combustion using a promoter so that a precision statement for test method D5016 could be established.
6/1/2007 - PDF - English -
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ASTM Research Report RR:D35-1010
An interlaboratory study which involved ten laboratories testing three materials to establish a precision statement for test method D7056.
6/1/2007 - PDF - English -
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ASTM Research Report RR:D01-1135
An interlaboratory study was performed by seven laboratories testing five materials was conducted in 2006 to establish a precision statement for the test method D4060.
6/1/2007 - PDF - English -
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ASTM Research Report RR:E28-1024
An interlaboratory study performed by one laboratory which tested six materials to establish the precision statement of test method E2492.
6/1/2007 - PDF - English -
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ASTM Research Report RR:D19-1195
An interlaboratory study was conducted by six laboratories testing five samples to establish a precision statement for ASTM D7283.
6/1/2007 - PDF - English -
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ASTM Research Report RR:D05-1032
An interlaboratory study to establish a precision statement for test method D6342 for the determination of major and minor elements in ash from coal, coke, and solid combustion residues.
6/1/2007 - PDF - English -
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ASTM Research Report RR:D08-1012
An interlaboratory study was run in which randomly drawn test specimens of three materials (sand-surfaced SBS-modified base sheet, fiberglass-reinforced SBS-modified cap sheet, and polyester-reinforced APP-modified cap sheet) were tested for machine direction (MD) tear strength and cross-machine direction (CD) tear strength in each of ten laboratories to establish a precision statement for the section of tear strength in test method D5147.
5/1/2007 - PDF - English -
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ASTM Research Report RR:D05-1031
An Interlaboratory Study was conducted to establish a precision statement for D7348.
5/1/2007 - PDF - English -
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ASTM Research Report RR:A05-1003
An interlaboratory study was conducted to establish a precision statement for A90/A90M.
5/1/2007 - PDF - English -
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ASTM Research Report RR:D13-1121
IAn interlaboratory study was conducted by six laboratories testing three samples to establish precision statements for ASTM D7330.
5/1/2007 - PDF - English -
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ASTM Research Report RR:E28-1023
An interlaboratory study was conducted to establish a precision statement for E0010, Brinell Hardness of Metallic Materials.
4/24/2007 - PDF - English -
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ASTM Research Report RR:E28-1022
An interlaboratory study was conducted for test method E18 to represent the change in the precision statement from the use of steel balls to carbide balls for all scales that use a ball indenter.
4/20/2007 - PDF - English -
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ASTM Research Report RR:D19-1179
This round robin was intended to generate precision and bias data that is representative of the waters coved in the scope of this ASTM method, D7315. This study covered the approximate range of 1 to 4000 turbidity units. The round robin was well represented by a host of different turbidity technologies that varied among the following criteria: Light source, Single versus multiple detectors and Detection angles.
4/15/2007 - PDF - English -
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ASTM Research Report RR:E33-1011
An interlaboratory study for test method C423 was conducted by ten laboratories to determine whether uncertainty in measuring decay rate contributed significantly to the uncertainty seen in interlaboratory comparison of sound absorption measurements and establish precision statements for the test method.
4/11/2007 - PDF - English -
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ASTM Research Report RR:D02-1617
Research report D02-1617 describes an interlaboratory study to establish precision statements for ASTM D87, standard test method for melting point of petroleum wax (cooling curve).
3/19/2007 - PDF - English -
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ASTM Research Report RR:D02-1616
This report is the analysis of the data from the international round robin tests to establish precision statements for ASTM D5706 organized by the DIN 51834 working group testing in 2005 with 1 mm of stroke and with 2 mm of stroke in 2006.
3/15/2007 - PDF - English -
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ASTM Research Report RR:D02-1615
An interlaboratory study was conducted to establish a precision statement for D7318, Test Method for Total Inorganic Sulfate in Ethanol by Potentiometric Titration.
3/12/2007 - PDF - English -
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ASTM Research Report RR:D02-1614
The precision of this test method was determined by the statistical evaluation of the interlaboratory test results. For measuring total chloride, both methods of suppression provided a single precision statement. For total and potential sulfate, the data indicated two distinct statistical populations, reflecting use of the packed bed tri-chamber suppressor regeneration approach and the continuous suppressor membrane regeneration approach.
3/12/2007 - PDF - English -
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ASTM Research Report RR:D02-1613
The precision of test method D4684 was determined by the statistical examination of results from an interlaboratory program in which 10 to 11 samples were tested in 7 to 9 laboratories at -25, -30, -35 and -40 degrees C utilizing thermo-electric cooled MRV',s.
3/7/2007 - PDF - English -
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ASTM Research Report RR:F17-1049
An interlaboratory study was conducted by three laboratories which tested six materials to establish the precision statement of test method F2263.
3/1/2007 - PDF - English -
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ASTM Research Report RR:C16-1033
An interlaboratory study was conducted by six laboratories testing five different materials to establish a precision statement and bias statement for test method C0209.
3/1/2007 - PDF - English -
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ASTM Research Report RR:D02-1612
The precision statement of test method D4684 was determined by the statistical examination of results from an interlaboratory program in which 10 to 11 samples were tested in 7 to 9 laboratories at -25, -30, -35 and -40 degree C utilizing thermo-electric cooled MRV',s.
2/20/2007 - PDF - English -
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ASTM Research Report RR:D26-1019
An interlaboratory test was undertaken to determine the precision and bias of standard test method D2106 Method C in which the amine is determined by gas chromatography per ASTM D6806 and the amine acid acceptance is calculated from the amount of amine present. Two different amines were tested.
2/1/2007 - PDF - English -
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ASTM Research Report RR:D01-1140
An interlaboratory study was conducted by one laboratory which tested five materials to establish the precision statement of test method D7245.
2/1/2007 - PDF - English -
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ASTM Research Report RR:C09-1032
An interlaboratory study was conducted which involved five operators and three concrete mixtures to establish precision values for ASTM test method C403/C403M.
1/29/2007 - PDF - English -
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ASTM Research Report RR:D01-1136
An interlaboratory study was performed by nine laboratories that tested four different materials to establish a precision statement for test method D4960.
1/16/2007 - PDF - English -
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ASTM Research Report RR:D16-1035
An interlaboratory study was conducted by 36 laboratories testing eight samples to establish a precision statement for ASTM D7183.
1/15/2007 - PDF - English -
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ASTM Research Report RR:D02-1610
An interlaboratory study was performed by twelve laboratories on six used railroad diesel engine oils to establish a precision statement for test method D7317.
1/10/2007 - PDF - English -
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ASTM Research Report RR:D02-1611
An interlaboratory study was conducted to establish the precision statement of test method D7328.
1/1/2007 - PDF - English -
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ASTM Research Report RR:C01-1010
An interlaboratory study was conducted by seven laboratories which measured chemical shrinkage of a single Portland cement that was distributed in vacuum-sealed bags to establish the precision statement of test method C1608.
12/21/2006 - PDF - English -
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ASTM Research Report RR:D08-1010
An interlaboratory study was run in which randomly drawn test specimens of three materials (sand-surfaced SBS-modified base sheet, fiberglass-reinforced SBS-modified cap sheet, and polyester-reinforced APP-modified cap sheet) were tested in eleven laboratories to establish a precision statement for the selvage thickness test method in ASTM D5147.
12/20/2006 - PDF - English -
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ASTM Research Report RR:D08-1011
An interlaboratory study was run in which randomly drawn test specimens of three materials (sand-surfaced SBS-modified base sheet, fiberglass-reinforced SBS-modified cap sheet, and polyester-reinforced APP-modified cap sheet) were tested in eleven laboratories to establish a precision statement for the sheet thickness test method in ASTM D5147.
12/20/2006 - PDF - English -
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ASTM Research Report RR:D02-1608
An interlaboratory study was performed by ten laboratories analyzing nine grease samples to establish a precision statement for test method D7303.
12/20/2006 - PDF - English -
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ASTM Research Report RR:E33-1010
An interlaboratory study was conducted that had the participation of sixteen laboratories to establish the precision and bias statement of test method C423.
12/19/2006 - PDF - English -
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ASTM Research Report RR:D02-1648
An interlaboratory study was conducted by eight laboratories testing four samples to establish a precision statement for test method D7280.
12/12/2006 - PDF - English -
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ASTM Research Report RR:D02-1607
An interlaboratory study was conducted to establish precision statements for test method D6895.
12/8/2006 - PDF - English -
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ASTM Research Report RR:D02-1606
An interlaboratory study was conducted to establish the precision statement of test method D6482.
12/7/2006 - PDF - English -
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ASTM Research Report RR:E01-1061
An interlaboratory study to justify the revision of the scope of test method E539 to include the elements: chromium, copper, manganese, molybdenum nickel, silicon, tin, and zirconium.
12/7/2006 - PDF - English -
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ASTM Research Report RR:D02-1605
An interlaboratory study was conducted to establish the precision statement for test method D6549.
12/7/2006 - PDF - English -
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ASTM Research Report RR:F11-1018
An interlaboratory study was conducted by eight laboratories which tested five materials to establish the precision statement of test method F2607.
11/16/2006 - PDF - English -
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ASTM Research Report RR:D34-1018
An interlaboratory study was conducted by laboratories testing samples to establish a precision statement for test method D7203, Standard Test Method for Screening Trichloroethylene (TCE)-Contaminated Media Using a Heated Diode Sensor.
11/11/2006 - PDF - English -
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ASTM Research Report RR:D02-1602
An interlaboratory study which involved 10 laboratories and 15 test samples to establish the precision statements for ID and DCN in test method D6890.
9/19/2006 - PDF - English -
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ASTM Research Report RR:F04-1009
An interlaboratory study was conducted by six laboratories which tested two different materials to establish the precision statement of test method F2082.
8/15/2006 - PDF - English -
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ASTM Research Report RR:D02-1618
Long-standing criticism of the relatively poor precision of the important ASTM Test Method D 892 was addressed in a 2003 Interlaboratory Study (Round Robin) in attempts to optimize the operation of the method and improve its precision. The twelve (12) participating laboratories included ten (10) user laboratories, one commercial test laboratory and one foam test instrument manufacturer',s laboratory. Eight of the laboratories used liquid baths and four used air baths.
8/1/2006 - PDF - English -
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ASTM Research Report RR:F02-1023
An interlaboratory study was conducted by eighteen laboratories which tested three material combinations with a series of techniques to establish the precision statement of test method F88.
7/10/2006 - PDF - English -
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ASTM Research Report RR:E12-1002
An interlaboratory study was conducted by one laboratory testing 6 specimens to provide data representative of the precision and bias for measurements made in accordance with test method E991.
7/1/2006 - PDF - English -
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ASTM Research Report RR:F11-1017
An interlaboratory study which involved five laboratories and four central vacuum cleaning units was conducted to establish the precision and bias statement of test method F2544.
7/1/2006 - PDF - English -
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ASTM Research Report RR:C01-1008
Two interlaboratory studies were conducted to establish a precision statement for C-359. Test method C-359 prior to this study lacked a precision and bias statement. Inter-laboratory testing programs conducted in 2004 and 2005 provided data sufficient to construct such a statement using indexes derived from the measured data. This report details the Inter-laboratory results, the derivation of the indexes and the precision statements for those indexes.
7/1/2006 - PDF - English -
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ASTM Research Report RR:D02-1591
An interlaboratory study was conducted by eighteen laboratories analyzing five oil samples to establish a precision statement for test method D7214.
6/13/2006 - PDF - English -
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ASTM Research Report RR:E01-1060
An interlaboratory study was conducted by six laboratories which tested sixteen materials to establish the precision statement of test method E2465.
5/30/2006 - PDF - English -
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ASTM Research Report RR:B09-1012
An interlaboratory study was conducted to establish a precision statement for ferrous and copper base sintered parts for ASTM test method B328.
4/29/2006 - PDF - English -
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ASTM Research Report RR:E12-1001
An interlaboratory study was conducted by two organizations which used sixteen instruments in nine different models to collect three replicate readings of twelve ceramic color standards so a precision statement could be established for test method E1349.
3/30/2006 - PDF - English -
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ASTM Research Report RR:D02-1604
An interlaboratory study was performed using 10 used and 5 fresh oil samples (viscosity range 25 to 150 mm2/s at 40�,C and 6 to 16 mm2/s at 100�,C) and 15 laboratories, to establish the precision statement in test method D7279.
3/1/2006 - PDF - English -
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ASTM Research Report RR:D02-1603
An interlaboratory study to establish a precision statement for the free and total glycerin in test method D6584.
3/1/2006 - PDF - English -
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ASTM Research Report RR:D01-1134
An interlaboratory study was conducted for D1316 using Manual and Automatic (ADM-1) procedures of the test method in which one operator in each of seven labs used both manual and automatic (ADM-1) methods.
2/22/2006 - PDF - English -
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