Table Number |
Table Title |
101.1 |
Plain Carbon Steels (chip form) |
101.2 |
Low Alloy Steels (chip form) |
101.3 |
Special Low Alloys Steels (chip and pin forms) |
101.4 |
High Alloy Steels (chip form) |
101.5 |
Gases in Ferrous Metals (rod and disk) |
101.6 |
Stainless Steels (chip and powder forms) |
101.7 |
Tool Steels (chip form) |
101.8 |
Low Alloy Steels (disk and rod forms) |
101.9 |
High Temperature Alloys (chip and disk forms) |
101.10 |
Stainless Steels (disk form) |
101.11 |
Specialty Steels (disk form) |
101.12 |
Steel Making Alloys (powder form) |
101.13 |
Cast Irons (chip form) |
101.14 |
Cast Steels, White Cast Irons, and Ductile Irons (disk and block form) |
102.1 |
Aluminum Base Alloys (chip and disk form) |
102.2 |
Cobalt Base Alloys (chip and disk forms) |
102.3 |
Copper Base Alloys (chip, granule, and rod forms) |
102.4 |
Copper Base Alloys (block and disk forms) |
102.5 |
Copper Benchmark (block and disk forms) |
102.10 |
Lead Base Alloys (disk and powder forms) |
102.12 |
Nickel Base Alloys (chip and disk form) |
102.15 |
Tin Base Alloys |
102.16 |
Titanium Base Alloys (chip and disk forms) |
102.17 |
Zinc Base Alloys (block, chip, and disk forms) |
102.18 |
Zirconium Base Alloys (chip form) |
103.1 |
Metals for Microprobes |
103.2 |
Synthetic Glasses |
103.4 |
Semiconductors |
104.1 |
High Purity Metals |
104.3 |
Stoichiometry |
104.4 |
Microchemistry |
104.5 |
Single Element Standards |
104.6 |
Arsenic Species |
104.8 |
Anion Chromatography |
104.9 |
Stable Isotopic |
104.10 |
Light Stable |
105.1 |
Clinical Laboratory Materials |
105.2 |
Serum, Plasma, Blood and Urine Clinical Laboratory Materials |
105.3 |
Ethanol Solutions |
105.4 |
Toxic Substances in Urine |
105.5 |
Vitamin D Metabolites for Clinical Laboratory Materials |
105.6 |
BioManufacturing |
105.7 |
Drugs of Abuse, Smoking Metabolites and Contaminants in Urine |
105.8 |
DNA Profiling and Nucleic Acid Materials |
105.9 |
Biomaterials |
105.10 |
Respirable Materials on Filter Paper |
105.12 |
Respirable Materials |
105.13 |
Lead in Paint, Dust, and Soil |
106.1 |
Metal Constituents in Natural Matrices |
106.3 |
Environmental Matrices with Carbon |
106.4 |
Mercury in Activated Carbon |
106.6 |
Used Auto catalyst |
106.7 |
Zeolites |
107.1 |
Carbon Monoxide in Air or Nitrogen |
107.2 |
Carbon Dioxide in Nitrogen |
107.3 |
Continental and Oceanic Air |
107.4 |
Hydrogen Sulfide in Nitrogen |
107.5 |
Organic Components in Air or Nitrogen |
107.6 |
Nitrogen Oxides in Air or Nitrogen |
107.7 |
Oxygen in Nitrogen |
107.8 |
Sulfur Dioxide in Nitrogen |
108.1 |
Alcohols and Ethers in Gasoline |
108.2 |
Metal Constituents in Fossil Fuels |
108.3 |
Sulfur, Mercury and Chlorine in Fuels |
108.3(1) |
Crude Oil |
108.3(10) |
Metallurgical Coke |
108.3(2) |
Gasoline |
108.3(3) |
Middle Distillates |
108.3(5) |
Di-n-Butyl Sulfide |
108.3(6) |
Residual Fuel Oil |
108.3(7) |
Petroleum Coke |
108.3(8) |
Subbituminous Coal |
108.3(9) |
Bituminous Coal |
108.4 |
Moisture in Oils and Alcohols |
108.6 |
Fossil Fuel Trace elements |
108.9 |
Biomass Feedstock |
109.1 |
Organics |
109.3 |
EPA: Organic Compounds Related to Water Analysis |
109.4 |
Crime Scene Investigations |
109.5 |
Perfluorinated and Polyfluorinated Alkyl Substances (PFAS) |
110.1 |
Foods and Beverages |
110.1(1) |
Macro- and Micronutrients |
110.1(2) |
Other Compounds of Interest |
110.2 |
Agricultural Materials |
110.4 |
Food Contaminants and Allergens |
110.5 |
Fertilizers |
110.6 |
Wheat Hardness |
110.9 |
Dietary Supplement Materials |
110.10 |
Tobacco Related Materials |
111.2 |
Ores |
111.3 |
Ore Bioleaching Substrate |
111.4 |
Clays |
111.5 |
Rock and Minerals |
111.6 |
Refractories |
111.7 |
Soils, Sediments, and Sludges |
112.1 |
Nitride |
112.2 |
Cemented Carbides |
112.3 |
Glasses |
112.4 |
Trace Elements |
113.1 |
Cements and Related materials |
113.2 |
Portland Cement Clinkers |
114.2 |
Lubricating Oils |
201.1 |
pH Calibration |
201.3 |
pD Calibration |
201.4 |
Ion-Selective Electrode Calibration |
202.1 |
Polymers |
202.2 |
Elements in Polymers |
203.1 |
Combustion Calorimetry |
203.2 |
Solution Calorimetry |
203.5 |
DSC and Differential Thermal Analysis |
203.8 |
Defining Fixed Point Temperature |
203.10 |
Reference Points |
203.11 |
Freezing Point, Melting Point and Triple point |
203.13 |
Thermocouple Materials |
203.15 |
Thermal Conductivity |
203.16 |
Thermal Expansion of Glass |
203.17 |
Thermal Resistance |
203.18 |
Thermoelectric Materials |
204.1 |
Molecular Absorption |
204.2 |
Optical Properties |
205.1 |
Radiation Dosimetry |
205.4 |
Radioactive Solutions |
205.5 |
Radiopharmaceuticals |
205.7 |
Carbon-14 Dating |
205.11 |
Radioactive Natural Matrix Materials |
206.1 |
Electrical Resistivity |
206.4 |
Superconducting Critical Current |
207.1 |
Scanning Electron Microscope |
207.3 |
Depth Profiling |
207.5 |
Non-magnetic Coating Thickness |
207.9 |
Microscale Dimension Measurement Standards |
208.1 |
Chemical Resistance |
208.2 |
Electrical Properties of Dielectrics |
208.3 |
Viscosity of Glass |
208.4 |
Glass Liquidus Temperature |
208.5 |
Viscosity Fixed Points |
208.6 |
Relative Stress Optical Coefficient |
208.8 |
Density |
209.1 |
Diffraction and Scattering |
301.1 |
Particle Size |
301.2 |
Cement and Coal Fly Ash Fineness |
301.3 |
Electrophoretic Mobility |
301.4 |
Surface Area Powders |
301.5 |
Particle Count Materials |
302.1 |
Microindentation Hardness |
302.2 |
Abrasive Wear |
302.4 |
Surface Roughness |
302.5 |
Rockwell Hardness |
305.4 |
Flooring Radiant Panel |
305.5 |
Standard Cigarettes for Ignition Strength and Ignition Resistance Testing |
308.1 |
Nanomaterials (less than or equal to 100 nm) |
309.1 |
Impact Standards |
309.4 |
Tape Adhesion Testing |
309.5 |
Bleached Kraft Pulps |
309.6 |
Secondary Ferrite Standards |
309.7 |
Fracture Toughness of Ceramics |
309.8 |
Magnetic Moment |
309.11 |
Standard Bullet Replica and Cartridge Case |
309.12 |
Force Calibration |