m[L Orders

Mail Orders (in English) for all NIST SRMs/RMs

should be directed to:

Standard Reference Materials Progrann

National Institute of Standards and Technology 100 Bureau Drive, Stop 2322

Gaithersburg, MD 20899-2322 USA

Telephone: (301) 975-6776

Fax: (301) 948-3730

E-Mail: srnninfo@nist.gov www.nist.gov/srm Each purchase order should give the number

of units, SRM number, and name of each

reference material requested.

Example:

1 unit, SRM 930e Glass Filters for Spectrophotometry The following information must be included with each order: end user contact information shipping address

billing address

telephone number

fax number

purchase order number

a customer identification number, i.e., a

social security number (SSN) for consumer

customers, tax identification number (TIN) for commercial customers, or agency code (ALC)

for U.S. Government customers

Note: NIST SRMs/RMs are only distributed in the units of issue listed in this catalog and its supplement (price list).

All purchase orders must be in English.

Receipt of an order does not imply acceptance of provisions set fortfi in the order tliat are contrary to tlie policies, practices, or regulations of the National Institute of Standards and

Technology or the United States Government.
NIST SP 260 - 2006 Standard

Reference

Materials®

Catalog

January 2006

Editors: Regina R. Montgomery and

Joan C. Sauerwein

Standard Reference Materials Program

Technology Services

National Institute of Standards and Technology

Gaithersburg, MD 20899-2320

U.S. Department of Commerce

Carlos M. Gutierrez, Secretary

Technology Administration

IVIichelle 0 'Neill, Acting Under Secretary

of Commerce for Technology

National Institute of Standards and Technology

William A. Jeffrey, Director

Please visit our website www.nist.gov/srm
Certain commercial entities, equipment, or materials may be identified in this document In order to describe an experimental procedure or concept adequately. Such Identification is not intended to imply recommendation or endorse- ment by the National Institute of Standards and

Technology, nor is it intended to imply that the

entities, materials, or equipment are necessarily the best available for the purpose.

National Institute of Standards and Technology

Special Publication 260

Supersedes NIST SP 260, 2005

144 pages (January 2006) CODEN: NSPUE2

U.S. GOVERNMENT PRINTING OFFICE WASHINGTON: 2006

For sale by the Superintendent of Documents,

U.S. Government Printing Office

Internet: bookstore.gpo.gov Phone: (202) 512-1800

Fax: (202) 512-2250

Mail: Stop SSOP, Washington, DC 20402-0001
NIST Standard Reference Materials® (SRMs®) are used by industry, government, and academia to ensure the highest quality measurements. This catalog lists over 1100

individual reference materials produced and sold by NIST, each with carefully assigned

values for chemical composition and physical properties. SRMs find use in calibrating instruments and in assuring the long-term integrity of quality assurance programs. They are also key mechanisms for verifying important measurement results and in developing new measurement methods. SRMs provide users with tools to assist in establishing traceability of measurement results to NIST.

Each SRM comes carefully packaged with documentation containing assigned values with stated

uncertainties and a material safety data sheet, if applicable. Details on use, stability, and NIST

analytical methods are also included.

For further information and prices, contact us at:

Telephone: (301) 975-6776

Fax: (301) 948-3730

E-mail: srminfo@nist.gov www.nist.gov/srm
Engineering Materials Forensics Industrial Materials

1 SIZING

1 Particle Size 2 Cement Turbidity and Fineness 2 Specific Surface Area of Powders

2 Mercury Porosimetry Standards

2 Particle Count Materials 3 SURFACE FINISH

3 Abrasive Wear

3 Surface Roughness

3 FIRE RESEARCH

3 Surface Flammability 4 Smoke Density Chamber

4 Smoke Toxicity 4 Flooring Radiant Panel 5 NONDESTRUCTIVE

EVALUATION

5 Artificial Flaw for Eddy Current NDE

5 PERFORMANCE

ENGINEERING MATERIALS

5 Fracture Toughness of Steels (Charpy V-Notch Test Blocks) 5 Rockwell Hardness 6 Microindentation Hardness

(Knoop and Vickers Test Blocks) 6 Coordinate Measuring Machine (CMM) Probe Performance

7 Tape Adhesion Testing 7 Bleached Kraft Pulps

7 Secondary Ferrite Number (FN) Materials 7 Fracture Toughness of Ceramics

7 Magnetic Moment Standards Food & Agriculture

9 Nutrition Composition 10 Trace Elements in Food and

Agricultural Products 10 Fertilizers 11 V^heat Hardness 11 Trace Elements in Botanicals 11 Whole Biomass Feedstock J B^^ilLii 'L Clinical J 13 Pure, Crystalline Standards 13 Human Serum

14 Calibration Solutions 15 Toxic Substances in Urine 15 Biomaterials 15 Miscellaneous Health-Related

Materials

17 Ethanol Solutions 18 Crime Scene Investigations 18 DNA Profiling 19 Drugs of Abuse in Human Hair 19 Drugs of Abuse in Urine

Environmental

21 CALIBRATION MATERIALS

21 Calibration Solutions, Organic 23 Calibration Solutions, Inorganic 26 Organo-Metallic

27 BIOLOGICAL TISSUES

28 SOILS, SEDIMENTS,

PARTICULATES AND WATER

30 GEOLOGICAL MATERIALS AND ORES

30 Ores 30 Ores Bioleaching Substrate 31 Clays 31 Chinese Ores 32 Rocks and Minerals 32 Refractories 33 FOSSIL FUELS AND

RELATED MATERIALS

35 Materials for Sulfur and Mercury 36 GASES

40 INDUSTRIAL HYGIENE

40 Materials on Filter Media 41 Trace Constituents Elements in Blank Filters 41 Respirable Silica 42 Lead in Paint, Dust, and Soil 43 Asbestos

High Purity Materials

45 Elemental Composition in High

Purity Metals 46 Fine Gold Standards 46 Stoichiometric Standards 47 Microchemistry 48 Spectrometric Single Element

Solutions 50 Anion Chromatography Solutions 50 Stable Isotopic Materials 51 Light Stable Isotopic Materials

53 FERROUS METALS

53 Steels 53 Low Alloy Steels 55 Plain Carbon Steels 55 Stainless Steels 56 Special Low Alloy Steels 57 Specialty Steels 57 Tool Steels 57 High Alloy Steels 58 Steelmaking Alloys 58 Cast Irons 59 Cast Steels, White Cast Irons, and Ductile Irons 59 High Temperature Alloys 60 Gases in Metals: Iron and Steel 60 NONFERROUS METALS

60 Aluminum Base Alloys 61 Cobalt Base Alloys 61 Copper "Benchmark" 62 Copper Base Alloys 63 Lead Base Alloys 64 Lead Base Materials 64 Solder Thickness 64 Tin Base Alloys 65 Nickel Base Alloys 65 Nickel Oxides 65 Trace Elements in Nickel Base

Superalloys 66 Titanium Base Alloys 66 Hydrogen in Titanium 66 Zirconium Base Alloys 67 Zinc Base Alloys 67 Microindentation Hardness 68 CERAMICS AND GLASSES

68 Carbides 68 Cemented Tungsten Carbides 68 Trace Elements 69 Glasses 69 GLASS

69 Chemical Resistance of Glass 70 Electrical Properties of Glass 70 Viscosity of Glass 70 Glass Liquidus Temperature 71 Viscosity Fixpoints 71 Relative Stress Optical Coefficient 71 Density 72 CEMENTS

72 Portland Cements

72 Portland Cement Clinkers 73 LUBRICANTS

73 Lubricating Oil Ingredients 73 Wear-Metals in Oil

iv
I Physical Properties

75 ION ACTIVITY

75 pH Calibration 76 Biological Buffer Systems 76 pD Calibration 76 Ion-Selective Electrode

Calibration 77 Electrolytic Conductivity 77 Positive Electrophoretic

Mobility 78 POLYMERIC

PROPERTIES

78 Molar Mass/Molecular

Weight 79 Melt Flow Rate 79 Viscosity 79 Bionnaterials 80 THERMODYNAMIC

PROPERTIES

80 Calorinnetry - Combustion 80 Calorimetry - Solution 80 Enthalpy and Heat Capacity 81 Differential Scanning

Calorimetry 81 Differential Thermal Analysis 81 Defining Fixed Points, International Temperature

Scale of 1990, ITS-90 82 Reference Points 82 Freezing Point, Melting Point, and Triple Point Cells 82 Thermal Expansion of Metal and Glass 82 Thermal Resistance of Glass,

Silica, and Polystyrene 83 Vapor Pressure of Metals 83 Thermal Conductivity of Graphite and Iron 83 Laboratory Thermometer 83 Thermocouple Material, Platinum

84 OPTICAL PROPERTIES

84 Molecular Transmittance and Absorbance 85 Transmittance Wavelength

Standards 85 Fluorescence 85 Specular Spectral Reflectance 86 Optical Rotation 86 Liquid Refractive Index 86 X-ray and Photographic Imaging 87 ELECTRICAL PROPERTIES

87 Electrical Resistivity and

Conductivity of Electrolytic Iron and Graphite 87 Electrical Resistivity and

Conductivity of Silicon 88 OPTOELECTRONICS

88 METROLOGY

88 Optical Microscope Linewidth Measurement 89 Scanning Electron Microscope (SEM) 89 Depth Profiling 89 Solder Thickness for X-ray Fluorescense 90 Coating Thickness 90 Ellipsometry 91 Oxygen Concentration in Silicon 91 Superconducting Critical Current 91 CERAMICS AND GLASSES

91 Chemical Resistance

[Durability] 91 Electrical Properties 92 Viscosity 92 Viscosity Fixpoints 92 Relative Stress Optical Coefficient 93 Density (glass & liquid) 93 Glass Liquidus Temperature 93 X-RAY SPECTROMETRY

93 X-ray Diffraction 93 X-ray Stage Calibration

Radioactivity

95 Radioactive Solutions 97 Radioactive Point Sources 97 Radiopharmaceuticals 98 Beryllium Isotopic Ratio Standard 98 Carbon-14 Dating 99 Natural Matrix Materials 99 Neutron Density Monitor Wire 99 Fission Track Glass

Industrial Hygiene

101 Materials on Filter Media 101 Trace Constituent Elements in Blank Filters 101 Respirable Silica 102 Lead in Paint, Dust, and Soil 103 Asbestos

Subject Index io4 Numeric Index 120
1 Sizing 3 Surface Finish 3 Fire Researcli 5 Nondestructive Evaiuation 5 Performance Engineering

I
SIZING

Particle Size

These SRMs are used for particle size measuring instruments, including light scattering, electrical zone flow-through

counters, optical and scanning electron microscopes, sedimentation systems, and wire cloth sieving devices.

SRM Particle Diameter (iVIesh Size) Unit Size (g)

Glass Beads, Soda Lime 1021 2 Mm to 12 Mm 4 1003c 20 Mm to 50 Mm (No. 635 to No. 325) 28 1004b 53 Mm to 125 Mm (No. 270 to No. 120) 43 1017b 106 Mm to 355 Mm (No. 140 to No. 45) 70 1018b 250 Mm to 710 Mm (No. 60 to No. 25) 1019b 850 Mm to 2000 Mm (No. 20 to No. 10) 200

Sand RM 8010 (No. 30 to No. 325) 3 X 150 g

Silicon Nitride (equiaxed) 659 0.2 Mm to 10 Mm 5 X 2.5 g

Zirconium Oxide (irregular) 1978 0.2 Mm to 10 Mm 5 1982 10 Mm to 150 Mm 10

Tungsten Carbide/Cobalt (spheroidal) 1984 9 Mm to 30 Mm 14

1985 18 Mm to 55 Mm 14

Polystyrene Spheres

Unit Size: 5 mL vial (unless otherwise noted) 1690 (0.5 % in H,0) 0.895 Mm

1691 (0.5 % in H,0) 0.269 Mm

1692 (0.25 % in H,0) 2.982 Mm

1961* (0.5 % in H,0) 29.64 Mm

1963** (0.5 % in H,0) 0.1007 Mm

1964 (0.5 % In H,0) 1965 (Slide Mounted: 1 slide) 9.94 Mm (hexagonal array) 9.89 Mm (unordered clusters)

*Developed In cooperation with NASA

**This SRM is limited to the calibration of electron microscope and surface scanning inspection systems (not suitable for applications where monosize, unagglomerated spheres are necessary). WWW.NIST.GOV/SRIV1 PHONE: (301) 975-6776 FAX: (301) 948-3730 * ElVIAIL: SRIV1INF0@NIST.GOV
Cement Turbidity and Fineness

This SRM is suitable for use with ASTM C 430-92, C 115-93, and C 204-92.

SRM Description Properties Certified Value Unit Size 114q Portland Cement Sieve Residue (45 pm (No. 325) Sieve) 8.24 % 20 pouches x lO g

Specific Surface Area (Wagner Turbidimeter) 2086 cm^ • Specific Surface Area

(Blaine Air Permeability) 3774 cm=

Specific Surface Area (SSA) of Powders (Brunauer, Emmett, and Teller Method)

SRIVI Description Surface Area (mVg) Unit Size

Multi-point Calculated Single Point 1897 Specific Surface Area Standard 258.32 253.08 7 1899 Specific Surface Area Standard 10.52 10.67 4

1900 Specific Surface Area Standard 2.85 2.79 4 2696 Silica Fume (22.92)* 70

*The surface area for 2696 was calculated from a combination of single-point, and multi-point calibrations.

Mercury Porosimetry Standards

SRIVI Description Unit Size (g) 1917 Mercury Porosimetry Standard

(Alumina Beads) 10

1918 Mercury Porosimetry Standard

(Extruded Silica-Alumina) 12

Particle Count Materials

These SRMs are suitable for use with particle sizing instrumentation, including optical counters, in accordance with National Fluid Power Association (NFPA) T2.9.6 R2-1998 and ISO/DIS 11171.

SRM Description Particle Concentration Unit Size 2806a Medium Test Dust in Hydraulic Fluid 2.8 mg/L 400 mL

RM 8631 Medium Test Dust 1 ^jm to 50 tjm 20 g RM 8632 Ultrafine Test Dust 1 pm to 20 |jm 20 g

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SURFACE FINISH

Abrasive Wear

This SRM is suitable for use with ASTM G 65, Procedure A.

SRM Description Unit Size 1857 D-2 Tool Steel 2 blocks: 0.78 cm X 2.5 cm x 7.6 cm

Surface Roughness

Unit Size: 25 ram x 34 mm x 12 mm

These SRMs are used for calibrating stylus instruments that measure surface roughness. These electroless-nickel coated

steel blocks have a sinusoidal roughness profile machined on the top surface.

SRIV! Roughnes Ra(Mm)Wavelength, D (Mm)

Sinusoidal Roughness (Knoop Hardness 500) 2071b 0.3137 100

2073a 0.034 100 2074 0.025 40

2075 0.012 800

FIRE RESEARCH

Surface Flammability

This SRM is suitable for checking the operation of radiant panel test equipment in accordance with ASTM E 162-78.

SRIVI Description Certification Unit Size (cm)

1002d Hardboard Sheet Flame Spread Index, 1 = 203

Heat Evolution Factor, Q = 42.0 4 sheets: 15.2 X 45.7 X 0.6

WWW.NiST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EiVIAIL: SRIVIiNF0@NIST.GOV
Smoke Density Chamber

These SRMs are suitable tor use with National Fire Protection Agency (NFPA) 258-1998. SRM 1006d is also suitable for use with ASTM E 662-95.

SRM Description Maximum Specific Unit Size (cm)

Optical Density (D„ (corr.)) 1006d Non-Flaming Exposure 193 9 sheets:

Condition (paper) 17.2 X 25.4 X 0.165 1007b Flaming Exposure 388 to 512 1 sheet: Condition (plastic) 25.4x 25.4x0.076

Smoke Toxicity

SRM Description

Cup Furnace Smoke

Toxicity Method

Standard (ABS copolymer)

Combustion

on Mode

Flaming

NonFlaming

Observation Time

WE & PE^ WE* WE & PE^

ValuesN-Gas

1.5

1.2 1.4

Unit

Size 8 sheets: (16 X 16 X 0.76) mm

University of Pittsburgh

I Smoke Toxicity Method

Standard

(Nylon 6/6)

30 min exposure,

plus 10 min

post-exposure

4.4 150 g

*WE = within 30 minutes **WE &PE = 30 minutes + 14 days

Flooring Radiant Panel

This SRM is suitable for use with ASTM E 648-78 and NFPA 253-1978.

SRM Description Critical Radiant Flux Unit Size (cm) 1012 Flooring Radiant Panel 0.36 W/cm' 3 sheets:

(Kraft Paperboard) 104.1 x 25.4 x 0.305

4 WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
NONDESTRUCTIVE EVALUATION

Artificial Flaw for Eddy Current NDE

RM Description Flaw Size Unit Size 8458 Artificial Flaw (Aluminum Alloy) 3.0 mm x 0.1 mm 7 cm x 7 cm x 2 cm

PERFORMANCE ENGINEERING MATERIALS

Fracture Toughness of Steels (Charpy V-Notch Test Blocks)

Unit Size: set of 10 mm x 10 mm x 54 mm specimens

These SRMs are suitable for use with ASTM E 23 and ISO/DIS 12736.

SRIVl Description Energy Range (J) 2092 Low Energy (4340 Alloy Steel) 13 to 20 2096 High Energy (4340 Alloy Steel) 88 to 136 2098 Super High Energy (Maraging Steel) "^rr^^w 'r 'w 'w r w t t ^ w ^ i i 1,1 1 1

• 176 to 244

Rockwell Hardness

Unit size: 60 mm diameter x 15 mm

SRIVI Description Nominal Hardness (HRC)

2810 Rockwell C Scale Hardness Low Range 25 2811 Rockwell C Scale Hardness Mid Range 45 2812 Rockwell C Scale Hardness High Range 62

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Microindentation Hardness (Knoop and Vickers Test Blocks)

Unit Size: 1.15 cm x 1.15 cm (unless otherwise noted) These SRMs are suitable for use with ASTIVI E 384.

SRM Description Load (N) Hardness (kg/mm^)

Copper, Bright 1893 Knoop 0.245, 0.49, 0.98 125

Nickel, Brigiit 1894a Vickers 0.245, 0.49, 0.98 125

1895 Knoop 0.245, 0.49, 0.98 600

1896a Vickers 0.245, 0.49, 0.98 600

1905 Knoop 2.943 600 1906 Knoop 4.905 600

1907 Knoop 9.81 600

1908 Vickers 2.943 500 1909 Vickers 9.81 500

2798a Vickers 4.905 600

Silicon Nitride, Ceramic Jfll

2830 (22 mm diameter x 9.54 mm) Knoop 19.6 1500

Tungsten Carbide, Ceramic 2831 (25 mm diameter x 9.5 mm) Vickers 9.8 1530

Coordinate Measuring Macliine (CIVIIVI) Probe Performance

These SRMs are suitable for use with ANSI/ASME B89.4.1.

SRM Description Unit Size 2084 Tungsten Carbide Sphere 10 mm diameter (stem mounted with stand) 2084R Tungsten Carbide Spliere 10 mm diameter (stem mounted) 2085 Stainless Steel Sphere 25 mm diameter (stem mounted)

6 WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NiST.GOV
Tape Adhesion Testing

This SRM is suitable for use with ASTM D 2860 and ASTM D 3654. SRM Description Unit Size 1810a Linerboard for Tape Adhesion Testing 50 sheets: 21.6 cm X 28 cm

Bieaclied Kraft Pulps

These RMs are intended primarily for use in fundamental studies on the physical properties of fibers and paper sheets. No

extensive property measurements have been made on these materials beyond ensuring that they were within the control

limits of the normal production run.

RIVI Description Unit Size 8495* Northern Softwood 10 standard lap sheets: 0.5 kg each 8496* Eucalyptus Hardwood 10 standard lap sheets: 0.5 kg each

*Developed in cooperation witli the Pulp IVIatehal Research Committee Secondary Ferrite Number (FN) IVIaterials The RMs are suitable for use with ANSI/AWS A4.2 and ISO 8249.

RIVI Ferrite Number Unit Size (mm)

8480 0 to 30 10 X 12 X 20 8481 30 to 120 10 X 12 X 20

Fracture Toughness of Ceramics

Unit Size: 3 mm x 4 mm x (45 to 47) mm

SRM Description Fracture Toughness No. of (MPa • m^'^) Specimens

2100 Silicon Nitride Flexure Specimens 4.57 5

iVIagnetic IVIoment Standards SRM Description Certified Property Unit Size 762 Nickel Disk Specific IVIagnetization disk: 6 mm diameter x 0.13 mm

772a Nickel Sphere Magnetic Moment sphere: 2.383 mm diameter sphere 2853 Yttrium Garnet Sphere Magnetic Moment sphere: 1 mm diameter (2.8 mg)

WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
FOOD&AGRi

9 Nutrition Composition 10 Trace Eiements in Food and

Agricuiturai Products 10 Fertiiizers 11 Wlieat Hardness 11 Trace Elements in Botanicais 11 Whole Biomass Feedstocl(
Nutrition Composition

These SRMs and RMs are for use in determining the nutritional content of foods. The SRMs have values assigned for such dietary constituents as proximates (solids, ash, protein, carbohydrate, and fat), calories, cholesterol, selected fatty acids, selected vitamins, minerals and trace elements. NOTE: Only selected constituents are shown for infonnation. Consult the relevant certificate or report of investigation for all available certified and reference values.

SRM Description Certified Constituents** Unit Size (g) 1544 Fatty Acids and Cholesterol

in Frozen Diet Composite

Cholesterol, Fatty Acids, Calcuim,

Iron, Sodium 4x 15g

1546 Meat Homogenate Cholesterol, Fatty Acids, Proximates, Minerals 4x85g

1548a Typical Diet Minerals, Trace Elements, 2 X 6.5 g 1563 Cholesterol and Fat-Soluble Vitamins in Coconut Oil Cholesterol, dl-a-Tocopheryl Acetate 10 ampoules;

5 fortified, 5 natural 1566 Oyster Tissue Trace Elements 25 g 1570a Trace Elements in Spinach Leaves Trace Elements, Minerals 60 g 1845 Cholesterol in Whole Egg Powder Cholesterol 35 g 1846 Infant Formula (milk-based) Vitamins, Iodine 10 X 30 g 1946 Lake Superior Fish Tissue Fat, Fatty Acid, Pesticides, Polychlorinated Biphenyls (PCBs), Mercury, Methylmercury

5 X 7 g to 9 g

1974b Organics in Mussel Tissue Mercury, PAHs, PCB Congeners, Pesticides 8 g to 10 g

2383 Baby Food Composite Carotenoids Vitamins 4 X 70 g 2384 Baking Chocolate Fat, Fatty Acids, Calcium, Iron, Caffeine, Theobromine, Catechins 5x91g

2385 Slurried Spinach Elements, Carotenoids, 4x 70g

2387 Peanut Butter Fat, Fatty Acids, Elements, Tocopherols 3 X 170 g 3244 Ephedra-Containing Protein Powder Ephedrine Alkaloids, Caffeine, Elements, Vitamins 12 g X 10 RM 8415* Whole Egg Powder 35 g RM 8418* Wheat Gluten 50 g RM 8432* Corn Starch 50 g RM 8433* Corn Bran 50 g RM 8435* Whole Milk 40 g RM 8436* Durum Wheat Flour 50 g

Developed by Agriculture Canada in cooperation with NIST: reference values assigned for proximates and elements

Proximates are provided as reference values.

0% Protein, 100% Fat NIST Food- Matrix SRMs and RMs

1. SRM 1563 5. 2. SRM 2384

3. SRM 2387

4. SRM 1546 RM 8415

SRM 2383 RM 8432 RM 8433 RM 8436 SRM 1846 RM 8435 SRM 1548a SRM 1544SRM 1566b SRM 1570a SRM 2385 SRM 1946 SRM 1947 SRM 1974a RM 8418

3^

8

WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 ElVlAIL: SRMINF0@NIST.GOV 9
Trace Elements in Food and Agricultural Products

These SRMs and RMs are for use in evaluating analytical methods and instruments used for the determination of major, minor, and trace constituent elements. /

SRM Description 1548a Typical Diet 1549 Non-fat IVIilk Powder 1566b Oyster Tissue 1567a Wheat Flour 1568a Rice Flour 1570a Spinach Leaves 1577b Bovine Liver RM 8412* Corn Stalk (Zea mays) RM 8413* Corn Kernel (Zea mays) RM 8414* Bovine Muscle Powder RM 8436* Durum Wheat Flour RM 8437* Hard Red Spring Wheat Flour RM 8438* Soft Winter Wheat Flour

Unit Si:

2 X 6.5 100

2580

80

60

5034

47

50

50

5050

(g)

* Developed by Agriculture Canada in cooperation with NIST: reference values assigned

Fertilizers (powder form)

These SRMs are intended for use as working standards in the calibration and standardization of procedures employed in the fertilizer industry.

SRIVI Description Unit Size (g) 120c Phosphate Rock (Florida) 90 193 Potassium Nitrate 90 194 Ammonium Dihydrogen Phosphate 90

200a Potassium Dihydrogen Phosphate 90 694 Phosphate Rock (Western) 90

WWW.NIST.GOV/SRIVI PHONE: (301) 975-6776 FAX: (301) 948-3730 ElVIAIL: SRIVIINF0@NIST.GOV
Wheat Hardness

This Reference Material (RM) was prepared and analyzed by the Federal Grain Inspection Sei-vice (FGIS) program, Grain

Inspection Packers and Stockyards Administration of the U.S. Department of Agriculture. It is intended primarily for use

in calibrating instruments used for determination of hardness of bulk or single kernel wheat. RM Description Wheat Numbers

8441a* Wheat Hardness Hard-l through Hard-5; 5x5 pouches each (20 g/pouch)

Soft-1 through Soft-5; 5x5 pouches each (20 g/pouch)

* Developed by the U.S. Department of Agriculture

Trace Elements in Botanicals

These SRMs and RMs are for use in evaluating the reliability of analytical methods for the determination of major, minor, and trace elements in botanical materials, agriculture food products, and materials of similar matrix. The materials can

be used for quality assurance when assigning values to in-house control materials.

SRIVi Description Unit Size (g) 1515 Apple Leaves 50 1547 Peach Leaves 50

1570a Spinach Leaves 60

1573a Tomato Leaves 50 2695* Fluoride in Vegetation 2x25g

* Developed in cooperation with Aluminum Association, Inc.

Whole Biomass Feedstock*

These RMs are intended for use in evaluating analytical methods for the detennination of summative composition of lig- nocellulosic materials (hardwood, softwood, herbaceous biomass, and agriculture residues). The RMs can also be used

for quality assurance when assigning values t D in-house control materials.

RIVI Description Reference Constituents 8491 Sugarcane Bagasse

Ash, Ethanol Extractives, Acid-Soluble Lignin, Acid-Insoluble Lignin, Total Lignin, Glucuronic Acid, Arabinan, Xylan, Mannan, Galactan, Glucan

8492 Populus Deltoides 8493 IVIonterey Pine 8494 Wheat Straw

* Developed by the International Atomic Energy Agency (IAEA) Biomass Annex, and NIST

WWW.NIST.GOV/SRIVI PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
'1-

n

(

!

13 Pure, Crystalline Standards 13 Human Serum 14 Bovine Serum 14 Calibration Solutions 15 Toxic Substances in Urine 15 Biomaterials 15 Miscellaneous Health- Related Standards
Pure Crystalline Standards

The materials in the table are primaiy reference compounds that can be used to calibrate reference measurement

procedures and some field methods. These substances are traceable to the mole and thus, provide high order traceability.

SRM Description Purity (%) Unit Size (g) 998 Angiotensin I (Human) 94.1 0.5 916a Bilirubin 98.3 0.1 915a Calcium Carbonate 99.9 20 911b Cholesterol 99.8 2 921 Cortisol (Hydrocortisone) 98.9 1 914a Creatinine 99.7 10 917b D-Glucose (Dextrose) 99.7 50 920 D-Mannitol 99.8 50 937 Iron Metal (Clinical) 99.90 50 928 Lead Nitrate 100.00 30 924a Lithium Carbonate 99.9 30 929a Magnesium Gluconate Dihydrate 5.403 Mg 5 918a Potassium Chloride 99.9817 30

919a Sodium Chloride 99.8 30 910 Sodium Pyruvate 98.7 25 1595 Tripalmitin 99.5 2 912a Urea 99.9 25

913a Uric Acid 99.6 10 925 VMA (4-hydroxy-3-methoxy-DL-mandelic acid) 99.4 1

* Values in parentheses are not certified and are given for information only. Human Serum

NIST has a number of human serum based SRMs shown in the table below. These are intended to be used as accuracy

checks to determine if a measurement system is in control. If they are to be used as control materials or as calibrators, one must be sure that these materials are commutable with fresh serum in the measurement system. The SRMs in frozen serum are generally more commutable across the various commercial systems than are the lyophilized materials. However, the lyophilized materials may work as well as the frozen materials when analyzed with more robust field methods or with higher order reference measurement procedures.

SRIVI Description Certified Constituents Reference Form No. of Levels 909b Human Serum Calcium, Chloride, Cholesterol, Creatinine, Lithium, Magnesium,

Potassium, Sodium.Total Glycerides,

Triglycerides, Urea, and Uric Acid

Bilirubin Lyophilized 2

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Human Serum (continued)

SRM Description Certified Constituents Reference Form No. of Levels 1951b Lipids in Frozen Human Serum

Total Cholesterol, Total Glycerides, Triglycerides Frozen 2

956b Electrolytes in Frozen Human SerumTotal Ca, Li, Mg, K, Na Ionized Ca Frozen 3 965a Glucose in Frozen Human

Glucose Frozen 3

Serum 970 Ascorbic Acid in Frozen Human Serum

Total Ascorbic Acid Frozen 2 1952a Cholesterol in Human

Serum (Freeze-dried) Cholesterol Lyophillzed 3

968c Fat-Soluble Vitamins, Carotenoids, and Cholesterol in Human SerumVitamins (4), Cholesterol, Carotenoids (4) Carotenoids (8), Vitamin D

Lyophilized 2

1589a PCBs, Pesticides, and

Dioxins/Furans in Human Serum

PCB Congeners (16), Chlorinated Pesticides (5), Total CholesterolPCB Congeners (9), Chlorinated Pesticides

(5), Total Cholesterol,

Triglycerides, "Free"

Cholesterol, Phospholipid

Lyophillzed

s

1

1599 Anticonvulsant Drug Level Assay

(valproic acid and

carbamazepine)

valproic acid carbamazepine

Lyophilized 1

900 Antiepilepsy Drug

Level Assay

Antiepileptics (4) Lyophilized 3 1955 Homocysteine and

Folate in Human Serum

Homocysteine

5-Methyltetrahydrofolic acid

Total Folate, Folic Acid Frozen 3

Bovine Serum

SRIVI Description Certified Constituents Reference

Constituents Form No. of Levels 1598 Inorganic Constituents

in Bovine Serum

Elements (13) Frozen 1

955b Lead in Bovine Blood Pb Frozen 4 966 Toxic Elements in Bovine Blood

Pb, Cd Pb, Cd, Total Hg,

Inorganic Hg

Frozen 2

Calibration Solutions for Determination of Proteins and Amino Acids SRM Description Certified Constituents Reference

Values Form No. of Levels 927c Bovine Serum

Albumin (7 % Solution) Protein Concentration 11 values Solution 1

2921 Cardiac Troponin ComplexcTnl Concentration cTnT, cTnC Solution 1

2389 Amino Acids In HCI 17 Amino Acids Solution 1 14 WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
Toxic Substances in Urine

SRMs 2670a, 2671a and 2672a are for determining toxic substances in human urine. They consist of freeze-dried urine and

are provided in sets of four 30 mL bottles - two each at low and elevated levels.

SRM Description Unit Size 2670a 14 Elements 2 X 20 mL

2671a Fluoride 2 X 20 mL

2672a Mercury 2 X 20 mL

Biomaterials

Biomaterials are materials that are applied for use in medical devices that require intimate contact with tissues and body

fluids. SRM 2910 is intended for use in evaluating the physical and chemical properties of calcium apatites of biological, geological, and synthetic origins. RM 8456 an ultra high molecular weight polyethylene is used in mechanical characterization of material properties and laboratory-simulated performance.

SRM Description Certified Properties Reference

Properties

Unit Size

2910 Calcium

Hydroxyapatite

RM 8456 Ultra High Molecular Weight Polyethylene

Calcium Phosphorus

Specific Surface Area Ca/P Molar Ratio

Solubility Product Young's Modulus

Yield Strength

Ultimate Strength

Elongation

5 g (powder)

3 in diameter x 60 in (bar) (7.62 cm diameter x 152.4 cm)

IVIiscellaneous Health -Related Materials SRM 2389 is a solution of 17 amino acids used in the calibration of chromatographic instrumentation. SRM 1400, and i486 are intended for use in evaluating analytical methods for the determination of selected major, minor, and trace elements in bone and in material of a similar matrix.

SRIVl Description Certified Constituents Form Unit Size 2389 Amino Acids in 0.1 mol/L HCI Amino Acids (17) Solution 5 ampoules

1400 Bone Ash Elements (8) Powdered 50 g 1486 Bone Meal Elements (8) Powdered 50 g

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FORENSI

17 Ethanol Solutions 18 Crime Scene

Investigations 18 DNA Profiling 19 Drugs of Abuse

in Human Hair 19 Drugs of Abuse

in Urine
Ethanol Solutions

These SRMs are for use in the caUbration of instruments and techniques for the determination of ethanol (ethyl alcohol)

in breath and blood.

SRM Description 1828b Ethanol-water Solution (Blood-alcohol Testing: six levels) <^

1847 Ethanol-water Solution (Breath-alcohol Testing: three levels) 2891 Ethanol-water Solution (nominal 0.02% by mass) 2892 Ethanol-water Solution (nominal 0.04% by mass) 2893 Ethanol-water Solution (nominal 0.08% by mass) 2894 Ethanol-water Solution (nominal 0.1% by mass) 2895 Ethanol-water Solution (nominal 0.2% by mass) 2896 Ethanol-water Solution (nominal 0.3% by mass) 2897 Ethanol-water Solution (nominal 2% by mass) 2898 Ethanol-water Solution (nominal 6% by mass) 2899 Ethanol-water Solution (nominal 25% by mass) 2900 Ethanol-water Solution (nominal 95.6% by mass)

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SRM/RMs for Crime Scene Investigations

SRM Description

2285 Arson Test Mixture in Methylene Chloride RM 8107 Additives in Smokeless Powder

Certified/Reference Unit Size Constituents 15 components 5 x 1.2mL

4 components 5g

DNA Profiling/Crime Scene Investigations

SRMs 2390, and 2391 b are intended for use in the standardization of forensic and paternity quality assurance procedures and instructional law enforcement or non-clinical research purposes.

SRIVI Description Unit Size 2390 DNA Profiling Standard - RFLP 20 components -IIIHH

2391b PCR-Based DNA Profiling Standard 12 components '^^f

2392 Human Mitochondrial DNA Sequencing 3 components , 2392-1 Human Mitochondrial DNA Sequencing 1 component 2394 Heteroplasmic Mitochondrial DNA

Mutation Detection Standard 10 components ll^^H

2395 Human Y-Chromosome DNA Profiling Standard 6 components "^Wj

2396 Oxidative DNA Damage Mass Spectrometry Standard 12 components: 1 box 2399 Fragile X Human DNA Triplet Repeat Standard 9 components: 1 box

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Drugs of Abuse in Human Hair

SRM Description Certified ConstituentsUnit Size i|

2379 Drugs of Abuse in Human Hair 1 6 100 mg

2380 Drugs of Abuse in Human Hair II 4 100 mg ;i

Drugs of Abuse in Urine

SRIVI Description Certified Constituents Reference

Constituent Form Unit Size

1508a Cocaine Metabolite

in Urine Benzoylecgonine Lyophilized 3 levels, plus 1 blank RM 8444 Cotinine in Urine Cotinine (nicotine metabolite)

Lyophilized 2 levels, plus 1 blank 1507b Marijuana Metabolite

in Urine THC-9-C00H Lyophilized 3 levels, plus 1 blank 2381 Morpliine and Codeine

in Urine Morphine andCodeine

Lyophilized 3 levels, plus 1 blank 2382 Morphine Glucuronide

in Urine Free Morphine Lyophilized 3 levels, plus 1 blank 1511 Multi Drugs of Abuse Drugs of Abuse (5)

in Urine

Lyophilized

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ENViRor

21 Calibration IViateriais 27 Bioiogicai Tissues 28 Soils, Sediments, Particulate and Water 30 GeologicallVlateriais and Ores 32 Microanalysis 33 Fossil Fuels and Relate

Materials

40 Industrial Hygienel
CALIBRATION MATERIALS

Calibration Solutions, Organic

SRM/RM Description Certified Constituents Reference

Constituents

Unit Size

3000 1 2 X 2.5 ml

3001 1 2 X 2.5 ml

3002 Ethylbenzene in Methanol 1 2 X 2.5 mL

3003 o-Xylene in IVlethanol 1 2 X 2.5 mL

3004 m-Xylene in Methanol 1 - 2 X 2.5 mL

3005 p-Xylene in Methanol 1 2 X 2.5 mL

3006 Carbon Tetrachloride in Methanol 1 2 X 2.5 mL

3008 Methylene Chloride in Methanol 1 2 X 2.5 mL

3009 1,2-Dichloropropane in Methanol 1 2 X 2.5 mL

3010 Tetrachloroethene (Tetrachloroethylene)

in Methanol 1 2 X 2.5 mL

3011 1,1,1-Trichloroethane in Methanol 1 - 2 X 2.5 mL

3012 1,2-Dichloroethane in Methanol 1 2 X 2.5 mL

3014 1,2,3-Trichloropropane in Methanol 1 2 X 2.5 mL

3015 Isopropylbenzene in Methanol 1 2 X 2.5 mL

3016 sec-Butylbenzene in Methanol 1 2 X 2.5 mL

3063 2,3,7,8-Tetrachlorodlbenzo-p-dioxin

t ,0 III IVICJLt Idl lUI 1 5 X 1.2 mL

3064 Endothall in Water 1 5 X 1.2 mL

3067 Toxaphene in Methanol Total Toxaphene _ 5 X 1.2 mL

3068 Chlordane in Methanol Total Chlordane 5 X 1.2 mL

3071 Glyphosate in Water 1 _ 5 X 1.2 mL

3072 Dicjuat Dibromide Monohydrate in Water 1 5 X 1.2 mL

3074 Phalates/Adipate in Methanol 6 1 5 X 1.2 mL

3075 Aroclor 1016 in Transformer Oil Total Aroclor _ 5 X 1.2 mL

3076 Aroclor 1232 in Transformer Oil Total Aroclor _ 5 X 1.2 mL

3077 Aroclor 1242 in Transformer Oil Total Aroclor _ 5 X 1.2 mL

3078 Aroclor 1248 in Transformer Oil Total Aroclor _ 5 X 1.2 mL

3079 Aroclor 1254 in Transformer Oil Total Aroclor _ 5 X 1.2 mL

3080 Aroclor 1260 in Transformer Oil Total Aroclor _ 5 X 1.2 mL

3081 Aroclor 1016 in Methanol Total Aroclor 5 X 1.2 mL

3082 Aroclor 1232 in Methanol Total Aroclor _ 5 X 1.2 mL

3083 Aroclor 1242 in Methanol Total Aroclor - 5 X 1.2 mL

3084 Aroclor 1248 in Methanol Total Aroclor 5 X 1.2 mL

3085 Aroclor 1254 in Methanol Total Aroclor 5 X 1.2 mL

3086 Aroclor 1260 in Methanol Total Aroclor 5 X 1.2 mL

3090 Aroclors in Transformer Oil (set SRMs 3075-3080) Total Aroclor 6 X 1.2 mL

3091 Aroclors In Methanol (set SRMs 3081-3086) Total Aroclor 6 X 1.2 mL

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Calibration Solutions, Organic (continued)

SRM/RIVI Description Certified Constituents Reference

Constituents

Unit Size

1582 Petroleum Crude Oil PAHs (5), PASH (1) PAHs (5), Phenols (2), PANH (1) 5 ampoules

1584 Priority Pollutant Phenols

In Methanol

Phenols (10) Phenols (1) 5 x 1.2 mL

1586 Isotopically Labeled and Unlabeled

Priority Pollutants in Methanol

Priority pollutants (10) 6 X 1.2 mL

1639 Halocarbons (In Methanol)

for Water Analysis Halocarbons (7) 5 X 1.2 mL

1494 Aliphatic Hydrocarbons in 2, 2, 4- Trimethylpentane

(20) 5 X 1.2 mL

1647e Priority Pollutant PAHs

(in Acetonitrile) PAHs (16) 5 X 1.2 mL

1491a Methyl-substituted Polycyclic Aromatic Hydrocarbons

in Toluene

PAHs (18) _ 5 X 1.2 mL

2260a Aromatic Hydrocarbons

In Toluene PAHs (36) - 5 X 1.2 mL

2269 Perdeuterated PAH-I Perdeuterated PAHs (5) - 5 X 1.2 mL

2270 Perdeuterated PAH-II Perdeuterated PAHs (6) 5 X 1.2 mL

Nitrated PAHs in Methanol Nitro-PAHs (6) Nitro-PAHs (1) 4 X 1.2 mL

Dinitropyrene Isomers and

l-Nltropyrene in Methylene Chloride Nitro-PAHs (4) 5 X 1.2 mL

1493 Chlorinated Biphenyl Congeners in 2,2,4

-Trimethylpentane

PCBs (18) PCBs (2) 5 X 1.2 mL

2262 Chlorinated Biphenyl Congeners in 2,2,4- Trimethylpentane

PCBs (25) PCBs (4) 5 X 1.2 mL

2274 PCB Congener Solution-II PCBs (11) — 5 X 1.2 mL

2276 Three Planar PCBs in Solution PCBs (3) 5 X 1.2 mL

RM 8466 g-HCH (Lindane) (neat) Vial: 100 mg RM 8467 4,4'-DDE (neat) Vial: 100 mg RM 8469 4,4'-DDT (neat) Vial: 100 mg

1492 Chlorinated Pesticides in Hexane Pesticides (15) 5 X 1.2 mL

2261 Chlorinated Pesticides in Hexane Pesticides (15) 5 X 1.2 mL

2273 DDTs and Metabolites in Solution DDTs

Metabolites (7) 5x12 mL

2275 Chlorinated Pesticide Solution-II Pesticides (9) 5 X 1.2 mL

1614 Dioxin (2,3,7,8-TCDD) in Isooctane Dioxins (2) Dioxins (2) 6 X 1.2 mL

869a Column Performance Test

Mixture for Liquid Chrometography (PAHs)

Shape Selectivity: PAHs (3) Acetonitrile 5 X 1 mL

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Calibration Solutions, Organic (continued)

SRM/RM Description Certified Constituents Reference

Constituents

Unit Size

870 Mixtures for Liquid Clirometography Column

Performance Test IVlixture for Liquid Chrometography

Silanol Activity, Trace IVIetal Activity, Hydrophobic Retention, Methylene Selectivity

Methanol 1 5 X 1 mL

877 Chiral Selectivity Test various Chiral components Ethanol 5 X 1 mL

1543 GC/MS System

Performance Standard

(20) 4 X 1 mL RM 8443 Consists of 5 units

Calibration Solutions, Inorganic

SRIVl/RM Description Certified ConstituentsUnit Size

1641d Mercury in Water Mercury 10 X 10 mL

3101a Aluminum Standard Solution Aluminum 50 mL

3102a Antimony Standard Solution Antimony 50 mL

3103a Arsenic Standard Solution Arsenic 50 mL

3104a Barium Standard Solution Barium 50 mL

3105a Beryllium Standard Solution Beryllium 5 X 10 mL

3106 Bismuth Standard Solution Bismuth 5 X 10 mL

3107 Boron Standard Solution Boron 50 mL

3108 Cadmium Standard Solution Cadmium 50 mL

3109 Calcium Standard Solution Calcium 50 mL

3110 Cerium Standard Solution Cerium 5 X 10 mL

3111a Cesium Standard Solution Cesium 50 mL

3112a Chromium Standard Solution Chromium 5 X 10 mL

3113 Cobalt Standard Solution Cobalt 5 X 10 mL

3114 Copper Standard Solution Copper 5 X 10 mL

3115a Dysprosium Standard Dysprosium 5 X 10 mL

Solution 3116a Erbium Standard Solution Erbium 5 X 10 mL

3117a Europium Standard Solution Europium 5 X 10 mL

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Calibration Solutions, Inorganic (continued) SRM/RM Description Certified Constituents

Unit Size

3118a Gadolinium Standard

Solution Gadolinium 5 X 10 mL

3119a Gallium Standard Solution Gailium 5 X 10 mL

3120a Germanium Standard Solution Germanium 50 mL

3121 Gold Standard Solution Gold 5 X 10 mL

3122 Hafnium Standard Solution H afn i u m 50 mL

3123a Holmlum Standard Solution Holmium 5 X 10 mL

3124a Indium Standard Solution indium 5 X 10 mL

3126a Iron Standard Solution 5 X 10 mL

3127a Lanthanum Standard Solution Lanthanum 5 X 10 mL

3128 Lead Standard Solution Lead 50 mL

3129a Lithium Standard Solution Lithium 5 X 10 mL

3130a Lutetium Standard Solution Lutetium 5 X 10 mL

3131a Magnesium Standard Solution Magnesium 50 mL

3132 Manganese Standard Solution Manganese 5 X 10 mL

3133 Mercury Standard Solution Mercury 5 X 10 mL

3134 Molybdenum Standard Solution Molybdenum 5 X 10 mL

3135a Neodymium Standard Solution Neodymium 5 X 10 mL

3136 Nickel Standard Solution Nickel 5 X 10 mL

3137 Niobium Standard Solution Niobium 50 mL

3138 Palladium Standard Solution Palladium 5 X 10 mL

3139a Phosphorous Standard Solution Phosphorous 5 X 10 mL

3140 Platinum Standard Solution Platinum 5 X 10 mL

3141a Potassium Standard Solution Potassium 50 mL

3142a Praseodymium Standard Solution 5 X 10 mL

3143 Rhenium Standard Solution 50 mL

3144 Rhodium Standard Solution Rhodium 5 X 10 mL

3145a Rubidium Standard Solution Rubidium 5 X 10 mL

3147a Samarium Standard Solution Samarium R V 1 n ml 3148a Scandium Standard Solution Scandium 5 X 10 mL

3149 Selenium 5 X 10 mL

3150 Silicon Standard Solution Silicon 5 X 10 mL

3151 Silver Standard Solution Silver 5 X 10 mL

3152a Sodium Standard Solution Sodium 5 X 10 mL

3153a Stronium Standard Solution Stronium 5 X 10 mL

3154 Sulfur Standard Solution Sulfur 5 X 10 mL

3155 Tantalum Standard Solution Tantalum 50 mL 24 WWW.NIST.GOV/SRIV1 m PHONE: (301) 975-6776 m FAX: (301) 948-3730 ElVlAIL: SRIVIINF0@NIST.GOV
Calibration Solutions, Inorganic (continued) SRM/RM Description Certified Constituents

Unit Size

3156 Tellurium Standard Solution Tellurium 5 X 10 mL

3157a Terbium Standard Solution Terbium 5 X 10 mL

3158 Thallium Standard Solution Thallium 5 X 10 mL

3159 Thorium Standard Solution Thorium 50 mL

3160a Thulium Standard Solution Thulium 5 X 10 mL

3161a Tin Standard Solution Tin 50 mL - 3162a Titanium Standard Solution Titanium 50 mL

3163 Tungsten Standard Solution Tungsten 50 mL

3164 Uranium Standard Solution Uranium 5 X 10 mL

3165 Vanadium Standard Solution Vanadium 5 X 10 mL

3166a Ytterbium Standard Solution Ytterbium 5 X 10 mL

3167a Ytterium Standard Solution Ytterium 5 X 10 mL

3168a Zinc Standard Solution Zinc 50 mL

3169 Zirconium Standard Solution Zirconium 50 mL

3181 Sulfate Anion Solution Sulfate 5 X 10 mL

3182 Chloride Anion Solution Chloride 5 X 10 mL

3183 Fluoride Anion Solution Ruoride 50 mL

3184 Bromide Anion Solution Bromide 5 X 10 mL

3185 Nitrate Anion Solution Nitrate 5 X 10 mL

3186 Phosphate Anion Solution Phosphate 5 X 10 mL

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Organo - Metallic SRM Description Elemental Composition (Percent) 1075a Aluminum 2-Ethylhexanoate 8.07 Al 1051b Barium Cyclohexanebutyrate 28.7 Ba 1080a Bis (l-phenyl-l,3-butanediono)copper (II) 16.37 Cu 1052b Bis(l-phenyl-l,3-butanediono)oxovanadium (IV) 13.01 V 1053a Cadmium Cyclohexanebutyrate 24.8 Cd 1057b Dibutyltin bis (2-ethylhexanoate) (tin) 22.95 Sn 1059c Lead Cyclohexanebutyrate 37.5 Pb 1060a Lithium Cyclohexanebutyrate 4.1 Li 1065b Nickel Cyclohexanebutyrate 13.89 Ni 1066a Octaphenylcyclotetrasiloxane 14.14 Si 1077a Silver 2-Ethylhexanoate 42.60 Ag 1069b Sodium Cyclohexanebutyrate 12.0 Na 1070a Strontium Cyclohexanebutyrate 20.7 Sr 1071b Triphenyl Phosphate 9.48 P 1078b Tris (l-phenyl-l,3-butanediono)chromium (III) 9.6 Cr 1079b Tris (l-phenyl-l,3-butanediono)iron (III) 10.45 Fe 1073b Zinc Cyclohexanebutyrate 16.66 Zn

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BIOLOGICAL TISSUES

SRM Description Certified Constituents Reference

Constituents

Unit Size

1566b Oyster Tissue 22 Elements, Methyl- mercury 8 Elements, 8 Fatty Acids, Proximates, Caloric Content 25 g

1974b Organics in IVlussel Tissue

(Mytilus Edulis) (Frozen) PAHs (22), PCBs (31), Pesticides (7), Total Mercury

Trace Elements (11), PAHs (16), PCBs (8), Pesticides (6), Methylmercury 5x8g

2976 Mussel Tissue Methylmercury,

Total Mercury, Trace Elements (7)

Trace elements (20) 25 g

2911 IVlussel Tissue PAHs (14), PCB

Con^GHGrs (25), Pesticides (7), Trace Elements (6), Methylmercury

PAHs (16), Tr3C0 ElBmGnts (9) 10 g

1946 Lake Superior Fish Tissue PCBs (30), Pesticides (15) Fat and Fatty Acids (14), Total Mercury, Methyl- mercury, Arsenic, IronPCBs (12), Pesticides (2), Fatty Acids (12), Proximates, Caloric Content, Trace Elements (9)5 X 7-9 g

1947 Lake IVIichigan Fisli Tissue 8 Elements; Methyl- mercury; PCBs (32), Pesticides (15), PBDEs (7)PCBs (13), Pesticides (2) PBDEs (2), Proximates,

Caloric Content, Fatty Acids (17) 5x8g

1945 Organics in Whale Blubber

(Frozen) PCBs (27), Pesticides (15) PCBs (2), Pesticides (2) 2x lOg

1588b Organics in Cod Liver Oil PCBs (27), Pesticides (15)

Fatty Acids (14) PCDDs/PCDFs (7), PCBs (47), Pesticides (3), Fatty Acids (6) PBDEs (6), Toxaphene (3)

4 X 1.2 mL

1577b Bovine Liver 18 Elements 50 g 1515 Apple Leaves Elements (24) 50 g 1547 Peach Leaves Elements (24) 50 g 1570a Trace Elements in Spinach Leaves Elements (18) Elements (5), Proximates 60 g

1573a Tomato Leaves Elements (21) 50 g 1575a Trace Elements in Pine Needles Elements (12) Elements (11) 50 g

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SOILS, SEDIMENTS, PARTICULATES AND WATER

SRM Description Certified Reference Unit Size Constituents Constituents 1640 I^ClLUral VVCILt:! CiCiilcllLb \J-\Jf 250 mL

1643e Trace Elements in Water — Elements (29) 250 mL

2586 Trace Elements in Soil Elements (4) Elements (18) 55 g

Containing Lead from Paint (Nominal 500 mg/kg Lead) 2587 Trace Elements in Soil Elements (4) Elements (14) 55 g

Containing Lead from Paint (Nominal 3000 mkg Lead) 2709 San Joaquin Soil Elements (27) Elements (22) 50 g 2710 Montana Soil Highly Elements (22) Elements (26) 50 g

Elevated Trace Element Concentrations 2711 Montana Soil Elements (25) Elements (26) 50 g Moderately Elevated Trace Element Concentrations 2780 Hard Rock Mine Waste Elements (12) ElGmsnts (7) 50 g 2781 Domestic Sludge Elements (10) Elements (11) 40 g 2782 Industrial Sludge Elements (10) Elements(16) 70 g 1646a Estuarine Sediment Elements (19) Elements (20) 70 g 1939a PCB (Congeners) in PCBs (20) PCBs (4) 50 g

River Sediment Pesticides (3) 1941b Organics in Marine Sediment PAHs (24), PAHs (44), 50 g PCBs (29), PCBs (13), Pesticides (7) Pesticides (2), TOC

1944 NY/NJ Waterw/ay Sediment PAHs(24), PAHs (32) 50 g PCBs (35), Pesticides (7), Pesticides(4) Elements (19), Elements (9) PCDDs/PCDFs(17),

TOC, percent extractable.

particle-size characteristics 2702 Inorganics in Marine Sediment Elements (25) Elements (8) 50 g 2703 Sediment for Solid Sampling Elements (22) Elements (7) 5g

(Small Sample) Analytical Techniques RM 8704 Buffalo River Sediment Elements (25) 50 g

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SOILS, SEDIMENTS, PARTICULATES AND WATER (continued)

SRM Description Certified Constituents Reference

Constituents

Unit Size

1597a Complex Mixture of PAHs from

Coal Tar PAHs (34) PAHs (36) 3 X 1.3 mL

1648 Urban Particulate Matter Elements (15) Elements (21) 2g

1649a Urban Dust PAHs (22), PCBs (35), Pesticides (8), Total carbon

PAHs (22), Pesticides (1), PCDDs/PCDFs (17), Elements (32), Mutagenic activity, Particle-size characteristics, Chemical & isotopic carbon

2.5g

2783 Air Particulate on Filter Media Elements (18) Elements (9) 2 loaded and

2 blank filters 1650b Diesel Particulate Matter PAHs (31), nitro-PAHs (6) PAHs (20), nitro-PAHs (16), Particle-size distribution

200 mg

1975 Diesel Particulate Extract PAHs(8) PAHSs (23), nitro-PAHs (18), mutagenicity4 X 1.2 mL

2975 Diesel Particulate Matter

(Industrial Forklift) PAHs (11) PAHs (28)Particle-size distribution, Total extractable mass

Ig

2583 Trace Elements in Indoor Dust

(nominal 90 mg/kg lead) Elements (5) 8g

2584 Trace Elements in Indoor Dust

(nominal 1 % lead) Elements (5) Elements (10) 8g

2585 Organic Contaminants

in House Dust PAHs (33), PCBs (30), Pesticides (4), PBDEs (15)

PAHs (33) PCBs (12), Pesticides (10), PBDEs (12)log

RM 8785 Air Particulate Matter on Filter Media for Carbon Composition

2 3 filters RM 8786 Blank Filter for RM 8785 1 blank filter

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GEOLOGICAL MATERIALS AND ORES

Ores

SRM Description Certified Constituents Reference

Constituents

Unit Size (g)

699 Alumina (Reduction Grade) 13 60

69b Bauxite, Arkansas 15 3 60 697 Bauxite, Dominican 15 60 698 Bauxite, Jamaican 15 60 696 Bauxite, Surinam 15 3 60 1835 Borate Ore 15 15 60 330 Copper Ore Mill Heads 3 100

331a Copper Ore Mill Tails 3 100

79a Fluorspar, Customs Grade 1 120

180 Fluorspar, High Grade 1 120 886 Gold Ore, Refractory 2 10 200

670 Iron Ore, Canada 6 90 690 Iron Ore, Canada 11 100 692 Iron Ore, Labrador 11 100 693 Iron Ore, Nimba 11 100 691 Iron Oxide, Reduced 9 100

182 Lithium Ore (Petalite) 1 45 181 Lithium Ore (Spodumene) 1 45

183 Lithium Ore (Lepidolite) 1 - 45

25d M3n^9nGSG Or© g 60

120c Phosphate Rock, Florida 8 10 90 694 Phosphate Rock, Western 13 90 600 Rutile Ore 16 90 4 2430 Scheelite Ore 6 100 J 277 Tungsten Concentrate 1 45 f

113b Zinc Concentrate 10 100

Ore Bioleaching Substrate

This RM is for use as a bioleaching substrate and for testing bioleaching rates.

RIVl Description Reference Unit Size (g) Constituents 8455 Pyrite Ore Rate of bioleaching 100

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Clays

SRM Description Certified Unit Size (g) Constituents 679 Brick Clay 12 75

97b Flint Clay 12 60

98b Plastic Clay 12 60

Chinese Ores

Unit Size: 100 g

These RMs are a well characterized series of skarn deposit ores developed and certified by the Hubei Geological Research

Laboratory, Hubei Province, China.

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Rocks and Minerals SRM Description Certified Constituents Reference Constituents Unit Size (g) 688 Basalt Rock 14 60

70a Feldspar, Potash 10 40

99a Feldspar, Soda 11 40

81a Glass Sand 5 75

165a Glass Sand (Low Iron) 4 75 1413 Glass Sand (High Alumina) 9 75

Id Limestone, Argillaceous 12 5 70

88b Limestone, Dolomite 11 75 278 Obsidian Rock 18 35

Refractories

SRIVI Description Certified Constituents Unit Size (g) 76a Burnt Refractory (Al 203-40 %) 12 75

77a Burnt Refractory (Al 203-60 %) 12 75

78a Burnt Refractory (AI203-70 %) 12 75 198 Silica Brick 12 45

199 Silica Brick 12 45

154c Titanium Dioxide 1 90 IVIICROANALYSIS

Elements in Metals

SRIVI Description Certified Constituents Unit Size (g) 482 Gold-Copper Wires for Microprobe Analysis 2 wires: 6 481 Gold-Silver Wires for Microprobe Analysis 2 wires: 6 480 Tungsten-20 % Molybdenum Alloy Electron Microprobe Standard 2 rod:l 2061 Ti-AI Alloy for Microanalysis 2062 Ti-AI Alloy for Microanalysis

Elements in Synthetic Glasses

SRIVI Description Certified Constituents Unit Size (g) 1873 Barium-Zinc Silicate Glasses for Microanalysis

(K-458, K-489, K-963) 2 rod; 2 mm X 2 mm X 20 mm

2066 Glass Microspheres (K-411) 4 certified: 1 reference glass microspheres: 50 mg

1872 Lead-Germanate Glasses for Microanalysis

(K-453, K-491, K-968) 2 rod: 2 mm X 2 mm X 20 mm

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FOSSIL FUELS AND RELATED MATERIALS

SRM Description/Pb Concentration Certified Constituents Reference

Constituents

Unit Size

1634c Trace Elements in Fuel Oil "No. 6"

(As, Co, Ni, Pb, S, Se, V) 5 — 100 mL

2713 Lead In Reference Fuels (19.4 pg/g Pb) 1 6 X 20 mL

2714 Lead In Reference Fuels (28.1 [sg/g Pb) 1 6 X 20 mL

RIVISSOS Vanadium In Crude Oil 1 250 mL RM 8590 High Sulfur Gas Oil Feed 1 946 mL

1580 Organlcs In Shale Oil 9 5 X 1.2 mL

1632c Trace Elements In Coal (Bituminous) 15 26 50 g 1635 Trace Elements In Coal (Subbltuminous) 16 75 g 1633b Trace Elements In Coal Fly Ash 23 75 g 2689 Coal Fly Ash 13 19 3 X 10 g 2690 Coal Fly Ash 13 19 3 X 10 g 2691 Coal Fly Ash 13 19 3x lOg

2718 Green Petroleum Coke 6 2 50 g 2719 Calcined Petroleum Coke 6 2 50 g 2775 Foundry Coke 1 2 50 g 2776 Furnace Coke 1 2 50 g 1829 Alcohols In Reference Fuel 4 6 X 20 mL

1837 Methanol (9 volume percent) and t-Butanol

(6 volume percent) In Reference Fuel 2 5 X 20 mL

r r

'

High Purity Liquids for Fuel Rating

Unit Size: 100 mL

SRIVl Description 1816a Isooctane (2,2,4-Trlmethylpentane) 1815a n-HeptanePurity (%) 99.987

99.987

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FOSSIL FUELS AND RELATED MATERIALS (continued)

SRM Description/Pb Concentration Certified Constituents Reference

Constituents

Unit Size

1838 Ethanol (10 volume percent) in Reference Fuel 1 5 X 20 ml

1839 Methanol (0.3 volume percent) in Reference Fuel 1 I 5 X 20 mL

2286 Ethanol in Reference Gasoline (Nominal 2.0

w/eight percent oxygen) 2 - 3 X 20 mL

2287 Ethanol in Reference Gasoline (Nominal 3.5

weight percent oxygen) 2 - 3 X 20 mL

2288 t-Amyl Methyl Ether in Reference Gasoline (Nominal 2.0 weight percent oxygen) 2 - 3 X 20 mL

2289 t-Amyl Methyl Ether in Reference Gasoline (Nominal 2.7 weight percent oxygen) 2 — 3 X 20 mL

2290 Ethyl t-Butyl Ether in Reference Gasoline

(Nominal 2.0 weight percent oxygen) 2 — 3 X 20 mL

2291 Ethyl t-Butyl Ether in Reference Gasoline (Nominal 2.7 weight percent oxygen) 2 — 3 X 20 mL

2292 Methyl t-Butyl Ether in Reference Gasoline (Nominal 2.0 weight percent oxygen) 2 3 X 20 mL

2293 Methyl t-Butyl Ether in Reference Gasoline (Nominal 2.7 weight percent oxygen) 2 - 3 X 20 mL

2294 Reformulated Gasoline (11 % MTBE) 4 26 2 X 20 mL

2295 Reformulated Gasoline (15 % MTBE) 4 26 2 X 20 mL

2296 Reformulated Gasoline (13 % ETBE) 4 26 2 X 20 mL

2297 Reformulated Gasoline (10 % Ethanol) 4 26 2 X 20 mL

2890 Water Saturated 1-Octanol 1 5x2 mL

RM8506a Water in Transformer Oil 1 5 X 9.5 mL

RM8507 Moisture in Mineral Oil 1 10 mL

RM8509 Moisture in Methanol (93 mg/kg) 1 5 mL

RM8510 Moisture in Methanol (325 mg/kg) 1 5 mL

2285 Arson Test Mixture in Methylene Chloride 15 5 X 1.2 mL

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Materials for Sulfur and Mercury

SRM Description %S Hg (Mg/kg) Unit Size 1616b Sulfur in Kerosine 0.01462 100 mL

1617a Sulfur In Kerosine 0.17307 100 mL

1619b Sulfur in Residual Fuel Oil 0.6960 100 mL

1620c Sulfur in Residual Fuel Oil 4.561 100 mL

1621e Sulfur in Residual Fuel Oil 0.9480 100 mL

1622e Sulfur in Residual Fuel Oil 2.1468 100 mL

1623c Sulfur in Residual Fuel Oil 0.3806 100 mL

1624cl Sulfur in Diesel Fuel Oil 0.3882 10 X 10 mL

1632c Trace Elements in Coal Bituminous 1.462 93.8 50 g 1635 Trace Elements in Coal (Subbituminous) 0.3616 10.9 75 g 2294 Reformulated Gasoline (nominal 11 % MTBE) 0.00409 2 X 20 mL

2295 Reformulated Gasoline (nominal 15 % MTBE) 0.0308 2 X 20 mL

2296 Reformulated Gasoline (nominal 13 % ETBE) 0.U0400 2 X 20 mL

2297 Reformulated Gasoline (nominal 10 % Ethanol) 0.03037 2 X 20 mL

2298 Reformulated Gasoline 0.00047 5 X 20 mL

2299 Gasoline (High Octane) 0.00136 5 X 20 mL

2682b Sulfur and Mercury in Coal (Subbituminous) 0.4917 108.8 50 g 2683b Sulfur and Mercury in Coal 1.955 90.0 50 g 2684b Sulfur and Mercury in Coal 3.076 97.4 50 g 2685b Sulfur and Mercury in Coal 4.730 146.2 50 g 2692b Sulfur and Mercury in Coal 1.170 133.3 50 g 2693b Sulfur and Mercury in Coal 0.4571 37.3 50 g 2717a Sulfur in Residual Fuel Oil 2.9957 100 mL

2718 Trace Elements in Green Petroleum Coke 4.7032 50 g 2719 Trace Elements in Calcined Petroleum Coke 0.8877 50 g 2721 Crude Oil 1.5832 0.0417 5 X 10 mL

2722 Crude Oil 0.21037 0.1292 5 X 10 mL

2723a Sulfur in Diesel Fuel Oil 0.00110 10 X 10 mL

2724b Sulfur in Diesel Fuel Oil 0.0425 10 X 10 mL

2770 Sulfur in Diesel Fuel Oil 0.004157 10 X 10 mL

2775 Foundry Coke 0.5816 50 g 2776 Furnace Coke 0.825 50 g RM8771 Sulfur in Diesel Blend 0.071 mg/kg 100 mL

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GASES

SRM Nominal Amount-of- SubstancG ((jmol/tnol)

Ambient Non-Methane Organlcs In Nitrogen (15 components in large cylinder) 1800b 5 nmol/mol

Volatile Organlcs in Nitrogen (30 components) 1804c 5 nmol/mol

Carbon Dioxide in Air

(Certified for COJ

1671a 340

1672a 350

1676 365

Carbon Monoxide in Air

(Certified for CO) 2612a 10 2613a 20 2614a 45

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GASES (continued)

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GASES (continued)

SRM Nominal Amount of Substance Fraction (Mmol/mol)

Carbon Monoxide in Nitrogen

(Certified for CO) continued 2740a 10 mol %

2741a 13 mol %

Hydrogen Sulfide in Nitrogen

(Certified for H,S) 2730 5 2731 20

Metliane in Air

(Certified for CHJ

1658a 1 1659a 10 1660a (also certified for CjHg) 4 (methane)

1 (propane) 2750 50 2751 100 1

Nitric Oxide in Nitrogen

(Certified for NO) 1683b* 50

1684b* 100

1 1685b* 250

1 1686b* 500 1 1687b* 1000 f

2629a* 20 i 2630* 1500

2631a* 3000 1 2735 800

1

*Available as a NIST Traceable Reference Material (NTRM); from commerciai suppliers. A suppliers list is available on our website.

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GASES (continued) SRM Nominal Amount of Substance

Fraction ((imol/mol)

Nitric Oxide in Nitrogen

(Certified for NO) 2736a 2000

2737 0.5 2738 1.0

Oxygen in Nitrogen (Certified for 0^) 2657a* 2 mol %

2658a* 10 mol %

2659a* 21 mol %

Propane in Air (Certified for CHJ

1660a 4 (methane)

(also certified for CjHg) 1 (propane) 1665b 3 1666b 10 1667b 50

1668b* 100

1669b 500

2764 0.25

Propane in Nitrogen (Certified for C^HJ 2643a 100 2644a 250

2645a 500

2646a 1000

2647a 2500

2648a 5000

Oxides of Nitrogen in Air (Certified for NOJ

2660a* 100

*Available as a NIST Traceable Reference Material (NTRM): from commercial suppliers. A suppliers list is available on our website.

The gas NTRM program was established in 1992 in partnership with the U.S. EPA and specialty gas companies as a means for providing end users with the wide variety of certified gas stan- dards needed to implement the Emissions Trading Provision of the 1990 Clean Air Act.

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GASES (continued)

SRM Nominsl Amount of Substdnc6 Fr3Ction (|jniol/nfiol)

Sulfut DioxidG in Nitro^Gn (CGrtifiGd fot SO ) 1661a* 500

1662a* 1000

1663a* 1500

1664a* 2500

1693a* 50

1694a* 100

*Available as a NIST Traceable Reference Material (NTRM); from commercial suppliers. A suppliers list is available on

our website.

The gas NTRM program was established in 1992 in partnership with the U.S. EPA and specialty gas companies as a means

for providing end users with the wide variety of certified gas standards needed to implement the Emissions Trading Provision of the 1990 Clean Air Act.

INDUSTRIAL HYGIENE

Materials on Filter Media

These SRMs consist of potentially hazardous materials deposited on filters to be used to determine the levels of these materials in industrial atmospheres.

SRM/RM Description Set Size Elemental Composition Diameter (mm)Pore Size

(Jim) 2679a Quartz on Filter Media 2x3 levels, plus 2 blanks

Quartz, Clay 47 0.45

2783 Air Particulate on Filter 2 filters, plus 2 blanks 18 certified values 9 reference values 47 0.4

8785 Particulate Matter on Filters 3 filters 1 reference value 2 information values 37

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Trace Constituent Elements in Blank Filters SRMs 2678 and 2681 are for use in evaluating the performance of air sampling filter methods with either certified values

(in pg) or limits of detection (X,,) for each of 30 constituent elements, as well as six leachable anions and cations.

SRM Description Diameter (mm) Pore Size (\»n) Filter Weight (g) 2678 Cellulose Acetate Membrane 47 0.45 0.09 2681 Ashless Blank Filter 42.5 0.14

Respirable Silica

These SRMs are intended for use in determining, by X-ray diffraction, the levels of respirable silica in an industrial atmosphere according to the National Institute for Occupational Safety and Health (NIOSH) Analytical Method 7500

or equivalent methods.

SRIVI Description IVIass Fraction/IVIass Loading Unit Size 1878a Respirable Alpha Quartz 100.00% + 0.21% 5g

1879a Respirable Cristobalite 95.6% + 0.4% 5g

2950 Respirable Alpha Quartz on Filter Media (10, 20, 50, 100, 250, 500) Mg/filter set SRMs 2952-57 2951 Respirable Alpha Quartz on Filter Media 5 Mg/filter 5 filters (5 blanks) 2952 Respirable Alpha Quartz on Filter Media 10 Mg/filter 5 filters (5 blanks) 2953 Respirable Alpha Quartz on Filter Media 20 Mg/filter 5 filters (5 blanks) 2954 Respirable Alpha Quartz on Filter Media 50 Mg/filter 5 filters (5 blanks) 2955 Respirable Alpha Quartz on Filter Media 100 Mg/filter 5 filters (5 blanks) 2956 Respirable Alpha Quartz on Filter Media 250 Mg/filter 5 filters (5 blanks) 2957 Respirable Alpha Quartz on Filter Media 500 Mg/filter 5 filters (5 blanks) 2958 Respirable Alpha Quartz on RIter Media 1000 Mg/filter 5 filters (5 blanks) 2960 Respirable Alpha Cristobalite on RIter Media (5, 10, 20, 50, 100, 250) Mg/filter set SRMs 2961-66 2961 Respirable Alpha Cristobalite on RIter Media 5 Mg/filter 5 filters (5 blanks) 2962 Respirable Alpha Cristobalite on Filter Media 10 Mg/filter 5 filters (5 blanks) 2963 Respirable Alpha Cristobalite on Filter Media 20 Mg/filter 5 filters (5 blanks) 2964 Respirable Alpha Cristobalite on RIter Media 50 Mg/filter 5 filters (5 blanks) 2965 Respirable Alpha Cristobalite on Filter Media 100 Mg/filter 5 filters (5 blanks) 2966 Respirable Alpha Cristobalite on RIter Media 250 Mg/filter 5 filters (5 blanks) 2967 Respirable Alpha Cristobalite on RIter Media 500 Mg/filter 5 filters (5 blanks)

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Lead in Paint, Dust, and Soil

These SRMs and RM have been developed in conjunction witli the U.S. EPA to monitor paint, dust, and soil sources of lead.

SRM Lead Concentration Unit Size

Paint Film 2570 <0.001 mg/cm^ 1 blank film 2571 3.58 mg/cm' 1 film, plus 1 blank 2572 1.527 mg/cm' 1 film, plus 1 blank 2573 1.040 mg/cm^ 1 film, plus 1 blank 2574 0.714 mg/cm= 1 film, plus 1 blank 2575 0.307 mg/cm^ 1 film, plus 1 blank 2579a (Set of 6: SRMs 2570 to 2575) 0.307 to 3.58 mg/cm' 5 films, plus 1 blank 2576 (High Level) 5.59 mg/cm^ 1 film, plus 1 blank Powdered Paint 2580 4.34 % 30 g 2581 0.449 % 35 g 209.8 mg/kg 20 g 2589 9.99 % 35 g

Indoor Dust, Trace Elements in (As, Cd, Cr, Hg, Pb) 2583 85.9 mg/kg 8g

2584 9761 mg/kg 8g

Soil, Trace Elements in 2586 432 mg/kg 50 g 2587 3242 mg/kg 50 g

Paint on Fiberboard RM 8680 1 to 2 mg/cm^ 1 sheet: (10.2 X 15.2 X 1.3) cm

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High PuRTiY Mate SSI

45 Elemental Composition

in High Purity Metals 46 Fine Gold Standards 46 Stoichiometric Standards 47 Microchemistry 48 Spectrometric Single Element Solutions 50 Anion Chromatography

Solutions 50 Stable Isotopic Materials 51 Light Stable Isotopic Materials

I
Elemental Composition in High Purity Metals

SRM Description Unit Size 685R High Purity Gold rod: 5.9 mm diameter x 25 mm

685W High Purity Gold wire: 1.4 mm diameter x 102 mm

680a(Ll) High Purity Platinum wire: 0.51 mm diameter X 10 cm

680a(L2) High Purity Platinum wire: 0.51 mm diameter X 1 m

682 High Purity Zinc semicirc: 57 mm

885 Refined Copper pin: 200 g 726 Selenium, Intermediate Purity shot: 450 g 683 Zinc Metal semicirc: 57 mm

728 Zinc, Intermediate Purity shot: 450 g

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Fine Gold Standards

These RMs are a series of fine gold and gold bullion products developed and certified by the Royal Canadian Mint (RCM),

Ottawa, Canada and distributed by NIST. The fine gold RMs are primarily intended for use as calibration standards

for the determination of trace elements by solid sample spectrometric methods; the gold bullion RMs are primarily intended for use as quality control check standards for fire assay There are five sets of RMs in the gold bullion series (RMs 8068-8082) available in three forms: disc (25 mm diameter x 20 mm); wire (2 mm diameter); and foil (35 mm x 40 mm x 1 mm). There are six sets of RMs in the fine gold series (RMs 8050-8067) available in three fomis: block (25 mm x 25 mm x 2.5 mm); wire (2 mm diameter); and turnings (25 g).

Stoichiometric Standards

These SRMs are defined as primary, working, and secondary standards in accordance with recommendations of the Analytical Chemistry Section of the International Union of Pure and Applied Chemistry [Ref. Analyst 90, 251 (1965)]. These definitions are as follows:

Primary Standard: a commercially available substance of purity 100 % + 0.02 % (Purity 99-98-1- %)

Working Standard: a commercially available substance of purity 100 % ± 0.05 % (Purity 99- 95-i- %)

Secondary Standard: a substance of lower purity which can be standardized against a primary grade standard

SRM/RM Description Certified Use Stoicliiometric

Purity (%)

Unit Size (g)

951 Boric Acid Acidimetric and Boron

Isotopic Value 100.00 100

84k Potassium Hydrogen Phthalate Acidimetric Standard 99.9911 60 350a Benzoic Acid Acidimetric Standard 99.9958 30 351 Sodium Carbonate Acidimetric Standard 99.9796 50

723d Tris(hydroxymethyl)aminomethane Acidimetric Standard 99.924 50 987 Strontium Carbonate Assay and Isotopic Values 99.98 1 999a Potassium Chloride Assay Values for: 1. Potassium Chloride

2. Postassium

3. Chloride

99.9817 52.4354 47.5463

60

136e Potassium Dicliromate Oxidimetric Standard 99.984 60

17e Sucrose Polarimetric Standard 99.950 60

917b D-Glucose (Dextrose) Polarimetric Standard 99.7 50 8040 Sodium Oxalate Reductometric Standard 99.972 60

83ci Arsenic Trioxide Reductometric Standard 99.9926 60

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Spectrometric Single Element Solutions

Unit Size: 50 mL

These SRMs are intended as standard solutions for use in calibrating instruments used in atomic spectrometry, including atomic absoiption spectrometry, inductively coupled plasma optical spectrometry, and inductively coupled plasma mass

spectrometiy

SRM Element Nominal Acid Concentration 3101a Aluminum HNO3 10 %

3102a Antimony HNO3 10 % + HF 2 %

3103a Arsenic HNO3 15 %

3104a Barium HNO3 1 %

3105a Beryllium HNO3 10 %

3106 Bismuth HNO3 10 %

3107 Boron HjO 3108 Cadmium HNO3 10 %

3109a Calcium HNO3 10 %

3110 Cerium HNO3 10 %

3111a Cesium HNO3 1 %

3112a Chromium HNO3 10 %

3113 Cobalt HNO3 10 %

3114 Copper HNO3 10 %

3115a Dysprosium HNO3 10 %

3116a Erbium HNO3 10 %

3117a Europium HNO3 16 %

3118a Gadolinium HNO3 10 %

3119a Gallium HNO3 10 %

3120a Germanium HNO3 10 % + HF 2 %

3121 Gold HNO3 5 % + HF 2 %

3122 Hafnium HNO3 10% + HF 2%

3123a Holmium HNO3 16 %

3124a Indium HNO3 10 %

3126a Iron HNO3 10 %

3127a Lanthanum HNO3 10 %

3128 Lead HNO3 10 %

3129a Lithium HNO3 1 %

3130a Lutetium HNO3 10 %

3131a IVlagnesium HNO3 10 %

3132 Manganese HNO3 10 %

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Spectrometric Single Element Solutions (continued)

SRM Element Nominal Acid Concentration 3133 Mercury HNO3 10 %

Molybdenum riUI XU /o 3135a Neodymium HNO3 10 %

3136 Nickel HNO3 10 %

3137 Niobium HNO3 10 % + HF 2 %

3138 Palladium niyi ±u /o 3139a Phosphorus HNO3 0.8 %

3140 Platinum HOI 10 %

3141a Potassium HNO3 1 %

3142a Praseodymium HNO3 10 %

3143 Rhenium HNO3 10 %

3144 Rhodium HCI 10 %

3145a Rubidium HNO3 1 %

3147a Samarium HNO3 10 %

3148a Scandium HNO3 10 %

3149 Selenium HNO3 10 %

3150 Silicon 3151 Silver HNO3 10 %

3152a Sodium HNO3 1 %

3153a Strontium HNO3 10 %

3154 Sulfur H^SG^ 0.1 %

3155 Tantalum HNO3 10 % + HF 2 %

3156 Tellurium HCI 20 %

3157a Terbium HNO3 16 %

3158 Thallium HNO3 10 %

3159 Thorium HNO3 10 %

3160a Thulium HNO3 10 %

3161a Tin HNO3 5 % + HF 2 %

3162a Titanium HNO3 10 % + HF 2 %

3163 Tungsten HNO3 7 % + HF 4 %

3164 Uranium HNO3 10 %

3165 Vanadium HNO3 10 %

3166a Ytterbium HNO3 16 %

3167a Yttrium HNO3 10 %

3168a Zinc HNO3 10 %

3169 Zirconium HNO3 10 % + HF 2 %

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Anion Chromatography Solutions

Unit Size: 50 mL

These SRMs are single component solutions prepared gravimetrically for use in anion chromatography or any other technique that requires aqueous standard solutions for calibration of control materials.

SRM Description Nominal Concentration (mg/kg)

3184 Bromide 1000

3182 Chloride 1000 3183 Fluoride 1000 3185 Nitrate 1000

3186 Phosphate 1000

3181 Sulfate 1000

Stable Isotopic Materials

SRM Description Chemical Form Unit Size (g) 951 Boron Isotope Standard Boric Acid 100

952 Enriched "°B Isotope Standard Boric Acid 0.25 975a Chlorine Isotope Standard Sodium Chloride 0.25 976 Copper Isotope Standard Metal disk: 0.4 977 Bromine Isotope Standard Sodium Bromide 0.25 978a Silver Isotope Standard Silver Nitrate 0.25 979 Chromium Isotope Standard Chromium Nitrate 0.25 980 Magnesium Isotope Standard Metal 0.25 981 Lead Isotope Standard, Natural Metal wire: 1.0 982 Lead Isotope Standard,

208pi3/206pt, Equal Atom

Metal wire: 1.0

983 Lead Isotope Standard, Radiogenic Metal wire: 1.0 984 Rubidium Isotope Standard Rubidium Chloride 0.25 985 Potassium Isotope Standard Potassium Chloride 1.0 986 Nickel Isotope Standard Metal 0.5 987 Strontium Isotope Standard Strontium Carbonate 1.0 990 Si Assay Isotopic Silicon 991 Nitrate Spike Isotope Standard, '"''Pb Nitric Acid 15 994 Gallium Isotope Standard Metal disk: 0.25 997 Thallium Isotope Standard Metal rod: 0.25 3230 lodine-129, Isotopic (low levels) Iodine 5 X 5 mL (plus blank) 3231 lodine-129, Isotopic (high levels) Iodine 5 X 5 mL (plus blank)

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Light Stable Isotopic Materials

These RMs are distributed by NIST on behalf of the International Atomic Energy Agency (IAEA). At the request of the

IAEA, quantities of these materials are limited to one unit of each RMper laboratory every 3 years.

Isotopic Ratio Legend: 1. D / H 5. '°S\ / =«Si 2. '^0 /

^^0 6. / "N

3. "C / "C 7. «S / ^^S

4. ^Li / 'Li

RM Description Isotopic Ratios Unit Size 8535 VSMOW-Water 1,2 20 mL

8536 GISP-Water 1,2 20 mL

8537 SLAP-Water 1,2 20 mL

8538 NBS30-Biotite 1,2,3 2g

8539 NBS22-0il 1,2,3 1 mL

8540 PEFI-Polyethylene 1,2,3 ~2 mg

8541 USGS24-Graphite 1,2,3 0.8 g 8542 Sucrose ANU-Sucrose 1,2,3 Ig

8543 NBS18-Carbonatite 2,3 0.4 g 8544 NBS18-Limestone 2,3 0.4 g 8545 LSVEC-Lithium Carbonate 3,4 0.4 g 8546 NBS28-Silica Sand (Optical) 2,5 0.4 g 8547 lAEA-Nl-Ammonlum Sulfate 6 0.4 g 8548 IAEA-N2-Amnnonium Sulfate 6 0.4 g 8549 IAEA-N3-Potassium Nitrate 6 0.4 g 8550 USGS25-Ammonium Sulfate 6 0.4 g 8551 USGS26-Ammonium Sulfate 6 0.4 g 8552 NSVEC-Gaseous Nitrogen 6 300 ^Jmol 8553 Soufre de Lacq - Elemental Sulfur 2,7 0.5 g 8554 lAEA-Sl-Silver Sulfide 2,7 0.5 g 8555 IAEA-S2-Sllver Sulfide 2,7 0.5 g 8556 NBS123-Sphalerite 2,7 0.5 g 8557 NBS127-Barium Sulfate 2,7 0.5 g 8558 USGS32-Potassium Nitrate 6 0.5 g 8559 Natural Gas Isotopic 1 cylinder (0.1 mole) 8560 Natural Gas Isotopic 1 cylinder (0.1 mole) 8561 Natural Gas Isotopic 1 cylinder (0.1 mole) 8562 CO^-Heavy, Paleomarine Origin 2,3 2 tubes: 9 mm diameter x 300 mm

8563 COj-Light, Petrochemical Origin 2,3 2 tubes: 9 mm diameter x 300 mm

8564 COj-Biogenic, IVlodern Biomass Origin 2,3 2 tubes: 9 mm diameter x 300 mm

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Industrial Maierjals

53 Ferrous Metals 60 Nonferrous Metals 68 Ceramics and Glasses \ 69 Glass ^"'^ * "5^^ —

72 Cements /I J

73 Lubricants
FERROUS METALS

Steels

These SRMs consist of selected steel alloys that provide a wide range of analytical values for relevant elements. Please

visit our website to view the relevant certificate or report of investigation for all available certified and non-certified values.

Low Alloy Steels (chip)

Unit Size: 150 g (unless otherwise noted)

SRM Description 72g AISI 4130

293 AISI 8620 (Or - Ni - Mo) 139b AISI 8640 (Or - Ni - Mo) 291 ASTM A213 (Or - Mo) 163 Chromium Steel (100 g) 36b Chromium-Molybdenum Steel 155 Chromium-Tungsten Steel 129c SAE 112 High Sulfur 2171 HSLA 100 (6Ni - Cr - Cr - Cu - Mo) 106b NitralloyTM G (Cr - Mo - Al) 32e SAE 3140 (Ni - Cr) 100b SAE 340 (Mn) 33e SAE 4820 (Ni) 30f SAE 6150 (Cr - V) 16f Basic Open Hearth Steel (1 % Carbon)

Silicon Steels c

179 High Silicon Steel 125b

131g

High Silicon Steel, Calcium-Bearing Low Carbon Silicon Steel

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Low Alloy Steels (disk and rod)

Nominal Sizes for Solid Steel SRMs:

600 Series: 3-2 mm diameter x 51 mm

1100 and 1200 Series: 31 mm diameter x 19 mm

1700 Series: 34 mm diameter x 19 mm

A "C"preceding the SRM number indicates a chill aist sample; 31 mm diameter x /f) mm.

SRM Description 1270 2-1/4 Chromium - 1 Molybdenum Low Alloy Steel, A 336 (F-22) C1285 A242, Modified 1224 AISI 1078, Carbon Steel C1221 AISI 1211, Modified, Resulfurized/Rephosphorized 1269 AISI 1526, Modified (Line Pipe Steel) 1225 AISI 4130

661 AISI 4340

1262b AISI 94B17 (Modified) 1254 Calcium in Low Alloy Silicon Steel 663 Chromium-Vanadium Steel, Modified 1263a Chromium-Vanadium Steel, Modified 1265a Electrolytic Iron 664 High Carbon Steel, Modified 1264a High Carbon Steel, Modified 1135 High Silicon Steel 1134 High Silicon Steel 1768 High Purity Iron 1226 HY 130 1286 HY 80 1228 Basic Open Hearth Steel (0.1 % Carbon) 1227 Basic Open Hearth Steel (1 % Carbon) 1761 Low Alloy Steel 1762 Low Alloy Steel 1763 Low Alloy Steel 1764 Low Alloy Steel 1765 Low Alloy Steel 1766 Low Alloy Steel 1767 Low Alloy Steel 1768 High Purity Iron 1218 Low Carbon & Sulfur Silicon Steel 1271 Ni-Cr-Cu-Mo (HSLAIOO)

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Plain Carbon Steels (chip)

Unit Size: 150 g (unless otherwise noted) SRM

178

13g 20g

14g 368

19h

Description

0.4C Basic Oxygen Furnace Steel 0.6 % Carbon Steel

AISI 1045 Steel

AISI 1078 Carbon Steel

AISI 1211 Steel Basic Electric Steel, 0.2 % Carbon

Basic Open-Hearth Steel

15h

12h 152a 337a

0.1 % Carbon

0.4 % Carbon

0.5 % Carbon (Tin-Bearing) 1 % Carbon (300 g)

Stainless Steels (disk)

Unit Size: 32 mm diameter x 19 mm

SRIVI Description 1219 AISI 431 (16Cr- 2Ni) 1172 AISI 348 (17Cr- llNi - 0.6Nb) 1223 Chromium Steel 1297 SAE 201

1295 SAE 405 C1296 SAE 460 C1153a (17Cr- 9Ni) C1152a (18Cr- llNi) 1155 AISI 316 (18Cr- 12Ni - 2Mo) C1154a Stainless Steel, (19Cr - 13Ni) C1151a Stainless Steel, (23Cr - 7Ni) 1171 AISI 321 (17 Cr- llNi - 0.3Ti) C1287 High Alloy (AISI 310 mod.) C1288 High Alloy (A-743)

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stainless Steels (chip)

Unit Size: 150 g (unless otherwise noted)

SRM Description 339 SAE 303Se (17Cr - 9Ni - 0.2Se) lOlg AISI 304 L (18Cr - lONi) 343a AISI 431 (16Cr- 2Ni) 123c AISI 348(17Cr-llNi-0.6Nb)

121d AISI 321 (17Cr- IINI - 0.3Ti) 160b AISI 316 (ISCr- 12Ni - 2Mo)

166c AISI 316L Low Carbon Stainless Steel (100 g) 893 SAE 405 (Cr) 895 SAE 201 (Cr-Mn) 73c SAE 420 (13 % Cr) 133b CrMO

Special Low Alloy Steels (chip and pin)

Unit Size: 150 g (unless otheiwise noted)

SRIVI Description 2159 Low Alloy Steel (pin - 200 g) 2160 Low Alloy Steel (pin - 200 g) 2166 Low Alloy Steel 2167 Low Alloy Steel 361 AISI 4340 Steel 362 AISI 94B17, Modified 363 Chromium-Vanadium Steel, Modified 364 High Carbon Steel, Modified 2168 High Purity Iron

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Specialty Steels (disk)

SRM Description Unit Size 1158 High Nickel Steel, 36 % Nickel 32 mm diameter x 19 mm

1772 S-7 Tool Steel 34 mm diameter x 19 mm

1157 AISI M2, Tool Steel 32 mm diameter x 19 mm

35 mm diameter x 19 mm 1

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Steelmaking Alloys (fine powder)

Unit Size: 150 g SRM Description 57a Silicon IVIetal 58a Ferrosilicon (73 % Silicon-Regular Grade) 59a Ferrosilicon 195 Ferrosilicon (75 % Silicon High Purity Grade) 196 Low Carbon Ferrochromium 64c High Carbon Ferrochromium 68c High Carbon Ferromanganese 90 Ferrophosphorus 347 Magnesium Ferrosilicon 689 Silicon Ferrochromium

Cast Irons (chip)

Unit Size: 150 g

SRM Title 4L Cast Iron 5m Cast Iron 6g Cast Iron 1221 Cast Iron 7g High Phosphorus Cast Iron 115a Copper-Nickel-Chromium Cast Iron 341 Ductile Cast Iron 334 Gray Cast Iron (Carbon and Sulfur) 890

891

892

High-Alloy White Cast Iron, HC 250-hV

High-Alloy White Cast Iron, Nickel-Hard, Type I High-Alloy White Cast Iron, Nickel-Hard, Type IV 82b Nickel Chromium Cast Iron <CnIst>

SASBASO REFERENCE MATIEUl 107c Nickel-Chromium-Molybdenum Cast Iron 5m

342a Nodular Cast Iron Cast

: Iron

338 White Cast Iron, Carbon and Sulfur £DEPARTMENT OF COMMM, "mm INSTITUTE OF STAMABi' AND TECHNOLOCV

OAITBERSDUHG, MD 2*'

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Cast Steels, White Cast Irons, and Ductile Irons (disk)

Unit Size: 32 mm diameter x 19 mm

SRM Desc„p.,o„ 1138a Cast Steel (No. 1) 1139a Cast Steel (No. 2) C1173 Cast Steel (No. 3) C2423 Ductile Iron A C2423a Ductile Iron B C2424 Ductile Iron C C2424a Ductile Iron D C1291 High Alloy White Cast Iron, Ni-Hard, Type I C1292 High Alloy White Cast Iron, Ni-Hard, Type IV C1290 High Alloy White Cast Iron, HC-250+V 1173 Nickel-Chromium-Molybdenum-Vanadium Steel C1137a White Cast Iron C1145a White Cast Iron

High Temperature Alloys (chip and disk)

SRM Description Unit Size 866 IncoloyTM 800 100 g 867 IncoloyTM 825 100 g 1230 High Temperature Alloy A286 disk: 32 mm diameter x 19 mm

1246 IncoloyTM 800 disk: 35 mm diameter x 19 mm

1247 IncoloyTM 825 disk: 35 mm diameter x 19 mm

1250 High Temperature Alloy (Fe - Ni - Co) disk: 32 mm diameter x 19 mm

C2400 High Alloy Steel, ACI 17/4 PH disk: 32 mm diameter x 19 mm

C2401 High Alloy Steel ACI-CD-4M Cu disk: 32 mm diameter x 19 mm

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Gases in Metals: Iron and Steel (rod)

These SRMs are certified for oxygen content. Materials certified for nitrogen are noted.

CDIUI dKIVI Description Rod Size (mm)

1089* Gasometric Standard, set includes: SRM 1095 AISI 4340 Steel 6.4 X 102 SRM 1096 AISI 94B17 Steel, Modified** 6.4 X 102 SRM 1097 Cr-V Steel, Modified 6.4 X 102 SRM 1098 High Carbon Steel** 6.4 X 102 SRM 1099 Electrolytic Iron 6.4 X 102 1754 AISI 4320 Oxygen in Low Alloy Steel,** 9.5 X 9.5 X 102 1090 Oxygen in Ingot Iron 6.35 X 102 1094 Oxygen in Maraging Steel 0.6 X 82 1091a AISI 431 Oxygen in Stainless Steel 7.9 X 102 1093 Oxygen in Valve Steel 0.6 x82

* These SRMs are sold only as a set designated SRM 1089.

** In addition to being certified for oxygen, these SRMs are also certified for nitrogen. NONFERROUS METALS

Aluminum Base Alloys (chip and disk) SRMs 1710 through 1715 are specially prepared to include low levels of cadmium and lead encountered in the analysis of recycled aluminum.

SRM Description Unit Size 87a Silicon - Aluminum Alloy 75 g 853a Aluminum Alloy 3004 40g

855a Aluminum Casting Alloy 356 30 g 856a Aluminum Casting Alloy 380, Fine Millings 30 g 858 Alloy 6011, Modified 35 g 1258 Alloy 6011, Modified disk: 35 mm diameter x 19 mm

1258-1 Alloy 6011, Modified disk: 35 mm diameter x 19 mm

859 Alloy 7075 35 g 1240C Aluminum Alloy 3004 disk: 63 mm diameter x 19 mm

1259 Alloy 7075 disk: 35 mm diameter x 19 mm

1710 Alloy 3004 disk: 63 mm diameter x 19 mm

(continued)

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Aluminum Base Alloys (chip and disk) (continued)

SRM

1711

1712

1713 1714

1715

Description

Alloy 3004

Alloy 3004

Alloy 5182

Alloy 5182

Alloy 5182

Unit Size

disk; 63 mm diameter x 19 mm

disk: 63 mm diameter x 19 mm

disk: 63 mm diameter x 19 mm

disk: 63 mm diameter x 19 mm

disk: 63 mm diameter x 19 mm I

Cobalt Base Alloys (chip and disk)

SRIVI Description Unit Size 862 High Temperature Alloy L605 chip: 100 g 1242 High Temperature Alloy L605 disk: 35 mm diameter x 19 mm

1775 Refractory Alloy MP-35-N disk: 35 mm diameter x 19 mm

2175 Refractory Alloy MP-35-N chip: 50 g

Copper "Benchmark" (chip and rod)

Unit Size: Chip: 50 g

Rod: 6.4 min x 103 mm

SRIVI Description Chip Rod

395 495 Unalloyed Copper - Cu II 396 496 Unalloyed Copper - Cu III 457 Unalloyed Copper - Cu IV (6.6 mm diameter x 103 mm)

398 498 Unalloyed Copper - Cu V 399 499 Unalloyed Copper - Cu VI 400 500 Unalloyed Copper - Cu Vll 454 Unalloyed Copper - Cu XI (35 g) C1251a Phosphorus Deoxidized Copper VIII C1252a Phosphorus Deoxidized Copper IX C1253a Phosphorus Deoxidized Copper X

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Copper Base Alloys (chip and rod)

SRM Description Unit Size (g) 158a Silicon, Bronze 150

Beryllium-Copper 458 C-17510 50 459 C-17200 50 460 C-17300 50

Phosphor-Bronze 871 CDA 521 100 872 CDA 544 100

Cupro-Nickel 874 10 % CDA 706, Higli-Purity 100 875 10 % CDA 706, Doped 100

Nickel-Silver 879 CDA 762 100 880 CDA 770 100 1034 Unalloyed Copper rod: 6.35 mm diameter x 103 mm

1035 Leaded-Tin Bronze Alloy 50

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Copper Base Alloys (block and disk)

The 1100 series SRMs are wrought disks 32 mm diameter x 19 mm. The CI 100 series SRMs are

chill cast blocks 32 mm square x 19 mm. Both forms have nearly identical elemental compositions.

SRM Description Disk Block

1107 Naval Brass B 1108 Naval Brass C 1110 Red Brass B nil Red Brass C 1112 CII12 Gilding Metal A 1113 C1113 Gilding Metal B 1114 C1114 Gilding Metal C 1115 C1115 Commercial Bronze A 1116 C1116 Commercial Bronze B 1117 C1117 Commercial Bronze C C1122 Beryllium-Copper 1276a CDA 715 Cupro-Nickel

Lead Base Alloys (disk and powder forms) SRM Description Unit Si (g) Powder Disk Powder Disk 1129 Solder 63Sn - 37Pb 200

127b 1131 Solder 40Sn - 60Pb 150 32 mm diameter x 19 mm

53e 1132 Lead Base Bearing Metal (84Pb - lOSb - 6Sn) 150 32 mm diameter x 19 mm

1727 Anode Tin (block form) (30 X 30 X 30 mm)

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Lead Base Materials (disk)

Unit Size: 50 mm diameter x 16 mm

SRM Description C2415 Battery Lead C2416 Bullet Lead C2417 Lead Base Alloy C2418 High Purity Lead

Solder Thickness (plate form)

SRM Description Unit Size (g) Disk Powder Disk 2321 Tin-Lead Sn: 60

Alloy Pb: 40

6.8 295 7.5

Tin Base Alloys (chip)

SRM Description Unit Size 54d Tin Base Bearing Metal 170 g 1727 Anode Tin 30 X 30 X 30 mm

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Nickel Base Alloys (chip and disk)

SRM Description Unit Size 349a WaspaloyTM 150 g 861 Nickel-Based Superalloy 50 g 864 InconelTM 600 100 g 865 InconelTM 625 100 g 882 Nickel-Copper Alloy (65Ni - 31Cu - 3AI) 100 g 1159 Electronic and Magnetic Alloy Ni-Fe disk: 31 mm diameter x 19 mm

1160 Electronic and Magnetic Alloy Ni-Mo disk: 31 mm diameter x 19 mm

1243 WaspaloyTM disk: 34 mm diameter x 19 mm

1244 InconelTM 600 disk: 35 mm diameter x 19 mm

1245a InconelTM 625 disk: 35 mm diameter x 19 mm

C1248 Nickel-Copper Alloy {66Ni - 30Cu) disk: 32 mm diameter x 19 mm

1249 InconelTM 718 disk: 41 mm diameter x 19 mm

C2402 HastelloyTM C disk: 32 mm diameter x 19 mm

Nickel Oxides (powder)

Unit Size: 25 g

SRM Description 671 Nickel Oxide No. 1 672 Nickel Oxide No. 2 673 Nickel Oxide No. 3

Trace Elements In Nickel Base Superalloys (chip)

Unit Size: 35 g

SRM Description Unit Size (g) Trace Comoosition (in me./ke.) Pb Se Te Tl 897 "Tracealloy" A 35 11.7 9.1 1.05 0.51 898 "Tracealloy" B 35 2.5 2.00 0.54 2.75 899 "Tracealloy" C 35 3.9 9.5 5.9 0.252

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Titanium Base Alloys (chip and disl<)

SRM Unit size vg; 641 8 Mn (A) disk: 32 mm diameter x 19 mm

642 8 Mn (B) disk: 32 mm diameter x 19 mm

643 8 Mn (C) disk: 32 mm diameter x 19 mm

647 6AI - 2Mo - 2Sn - 4Zr 50 648 5AI - 2Sn - 2Cr - 4Mo 50 649 15V - 3AI - 2Cr - 3Sn 50 650 Unalloyed Titanium A 30 651 Unalloyed Titanium B 30

654b 6AI - 4V disk: 31 mm diameter x 19 mm

1128 15V - 3AI - 3Cr - 3Sn disk: 35 mm diameter x 19 mm

2431 6AI - 2Sn - 4Zr - 6Mo 50 2432 lOV - 2Fe - 3AI 50 2433 8AI - IMo - IV 50

173c 6AI - 4V 50

Hydrogen in Titanium (platelet)

SRM Description Unit Size WMA 352c Hydrogen In Unalloyed Titanium 20 g 2452 Hydrogen In Titanium Alloy 10 g 2453 Hydrogen in Titanium Alloy 10 g 2454

1

Hydrogen in Titanium Alloy 10 g

Zirconium Base Alloys (chip)

SRIVI Description Unit Size 360b Zlrcaloy-4 100 g

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Zinc Base Alloys (chip and disk) 1

SRM Description Unit Size 94c Die Casting Alloy chip: 150 g 625 ASTM AG 40A Die Casting Alloy disk: 44 mm diameter x 19 mm

626 ASTM AG 40A Die Casting Alloy disk: 44 mm diameter x 19 mm

627 ASTM AG 40A Die Casting Alloy disk: 44 mm diameter x 19 mm

628 ASTM AC 41A Die Casting Alloy disk: 44 mm diameter x 19 mm

629 ASTM AC 41A Die Casting Alloy disk: 44 mm diameter x 19 mm

630 ASTM AC 41A Die Casting Alloy disk: 44 mm diameter x 19 mm

631 Zinc spelter, Modified disk: 45 mm diameter x 19 mm

1736 Zinc-Aluminum (.31 % Al) Die Casting Alloy disk: 50.8 mm diameter x 12.7 mm

1737 Zinc-Aluminum (.63 % Al) Die Casting Alloy disk: 50.8 mm diameter x 12.7 mm

1738 Zinc-Aluminum (.10 % Al) Die Casting Alloy disk: 50.8 mm diameter x 12.7 mm

1739 Zinc-Aluminum (.21 % Al) Die Casting Alloy disk: 50.8 mm diameter x 12.7 mm

1740 Zinc-Aluminum (.42 % Al) Die Casting Alloy disk: 50.8 mm diameter x 12.7 mm

1741 Zinc-Aluminum (.52 % Al) Die Casting Alloy disk: 50.8 mm diameter x 12.7 mm

1742 Zinc-Aluminum (.79 % Al) Die Casting Alloy disk: 50.8 mm diameter x 12.7 mm

2139 Zinc-Aluminum (.80 % Al) Die Casting Alloy chip: 100 g

8

Microindentation Hardness (block form)

SRM Description Hardness

Nominal {l<gf/mm^) 1893 Bright Copper (Knoop) 125 1894a Bright Copper (Vickers) 125 1895 Bright Nickel (Knoop) 600

1896b Bright Nickel (Vickers) 600

1905 Bright Nickel (Knoop) 600

1906 Bright Nickel (Knoop) 600

1907 Bright Nickel (Knoop) 600

1908 Bright Nickel (Vickers) 600 1909 Bright Nickel (Vickers) 600

2798a Bright Nickel (Vickers) 600 2830 Ceramic, Silicon Nitride (Knoop) 1500 2831 Ceramic, Tungsten Carbide (Vickers) 1530

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CERAMICS AND GLASSES

Carbides (powder)

SRM Description Unit Size (g) 112b Silicon Carbide 80

276b Tungsten Carbide 75

Cemented Tungsten Carbides (powder)

Unit Size: 100 g SRM Description 887 Cemented Carbide (83W lOCo) 888 Cemented Carbide (64W 25Co - 5Ta) 889 Cemented Carbide (75W - 9Co - 5Ta - 4Ti)

Trace Elements (powder and wafer)

These SRMs are for calibrating instruments and evaluating analytical techniques used to detemine trace elements in inorganic matrices. SRMs 6lO through 6l7 come in units of 6

wafers with wafer thicknesses of 3 mm for even numbered SRMs and 1 mm for odd numbered SRMs.

These SRMs also have values listed for Sr isotope ratios.

SRM Description Certified Elements

607 Trace Elements in Potassium

Feldspar (5 g)

Trace Elements in Glass 610/611 33 elements 612/613 33 elements 614/615 33 elements 616/617 33 elements

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Glasses (powder and solid)

SRM Description Unit Size (g) 81a Glass Sand 75 89 Lead-Barium 45

92 Low-Boron Soda-Lime Powder 45

93a Higii-Boron Boro-silicate wafer: 32 mm diameter x 6 mm

165a Glass Sand (low Iron) 75 620 Soda-Lime, Flat 3 platelets: 35 mm x 35 mm x 3 mm

621 Soda-Lime, Container 3 disks: 38 mm diameter x 5 mm

1411 Soft Borosilicate 10 platelets: 32 mm x 32 mm x 3 mm

1412 Multicomponent 8 platelets: 32 mm x 32 mm x 3 mm

1413 Glass Sand (high alumina) 75 1830 Soda-Lime, Float 3 platelets: 32 mm x 32 mm x 6 mm

1831 Soda-Lime, Sheet 3 platelets: 37 mm x 37 mm x 3 mm

1834 Fused Ore Glass disk: 30 mm diameter x 3 mm I

GLASS

Chemical Resistance [Durability] of Glass (solid form)

SRIVI Description Unit Size

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Electrical Properties of Glass (bar form)

SRM Description Unit Size (cm) 624 Lead-Silica, for DC Resistivity 5 X 5 X 0.5 774 Lead-Silica, for Dielectric Constant 5 X 5 X 2.5

Viscosity of Glass (bar form)

SRM Description Unit Size 710a Soda-Lime-Silica 10 X 10 X 4 cm

717a Borosilicate 450 g

Glass Liquidus Temperature (solid form)

SRM Description Unit Size 773 Soda-Lime-Silica 2.5 cm X 2.5 cm x 0.6 cm

1416 Aluminosilicate 22 lengths of 12.7 cm tube (250 g)

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Density (solid form)

SRM Description Unit Size 1826b Soda-Lime Glass slab- 0.8 cm X 2.0 cm x 4.0 cm

1827a Lead Silica Glass slab- 2.5 cm X 2.5 cm x 1.2 cm

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CEMENTS

Portland Cements (powder)

SRM Unit Size

Calcium Aluminate Cement

1882a 4x5g

1883a 4x5g

Portland Cement

1880a 4x5g

1881a 4x5g

1884a 4x5g

1885a 4x5g

1886a 4x5g

1887a 4x5g

1888a 4x5g

1889a 4x5g

Silica Fume

2696 1 X 70g

Portland Cement Clinkers (solid)

SRM Unit Size

Portland Cement Clinkers (5 phases certified) 2686 3x lOg

2687 3x lOg

2688 3x lOg

. . ... ;

,^ ^

. > .

.. „ .

.

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LUBRICANTS

Lubricating Oil Ingredients

These SRMs are for determining the concentrations of a single element in lubricating base oil. SRMs 1818a and 1819a consist of five bottles, approximately 20 g of liquid each; SRM 1836 consists of four sets of four ampoules, each ampoule containing approximately 4 g of liquid.

SRM Description Elemental Composition (mg/kg)

I II III IV V 1818a Total Chlorine 31.6 60.0 78.2 154.4 234.0 1836 Total Nitrogen 9.0 50.9 113.3 166.2 1819a Total Sulfur 423.5 741.1 4022 4689 6135

1848 Lubricating Oil Additive Package 100 mL

Wear-IVIetals in Oil

SRM Description Unit Size 1084a Wear-Metals 5xl.6g

1085b Wear-Metals 5 X 1.2 g 1083 Wear-Metals (Base Oil) 150 mL

Carbon Modified Silica

Unit Size: 3 x 1 g

This SRM is chemically modified microparticulate silica intended for the calibration of instruments used to measure

total carbon.

SRM Description Bottle Mass Fraction (%) 1216 Carbon Modified Silica I 0.70

II 9.06

III 17.04

Used Auto Catalysts

Unit Size: 70 g

SRM Description Elemental Composition

2557 Recycled Monolith

Pt, Pd, Rh, Pb 2556 Recycled Pellet

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ION ACTIVITY

pH Calibration

SRM Description pH(S) Values

(at 25 °C) Unit Size (g)

2193 Calcium Carbonate

723cl Tris(Hydroxymethyl) aminomethane 185h Potassium Hydrogen Phthalate 4.006 60 188 Potassium Hydrogen Tartrate 3.557 60 189b Potassium Tetroxalate 1.719 65 187e Sodium Tetraborate Decahydrate (Borax) 9.182 30

Admixtures

Unit Size: 30 g (unless otherwise noted) 186g

186Ig

186IIg

pH Standards Potassium Dihydrogen Phosphate

Disodium Hydrogen Phosphate 6.860* 7.414**

Set

191c

192c

Sodium Bicarbonate (25 g) Sodium Carbonate 10.015*

*Tliis pH results only when the two SRMs listed are used as an admixture in solution. ** Physiological buffer preparation.

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Biological Buffer Systems

Unit Size: 60g

SRM Description

2181 HEPES Free Acid 2182 NaHEPESate 2183 MOPSO Free Acid 2184 NaMOPSOate

*This pH results only when the two SRMs listed are used as an admixture in solution.

pD Calibration

SRM Description pD(S) Values

(at 25''C) Unit Si

2185 Potassium Hydrogen Phthalate 4.518 60

21861

218611 Potassium Diliydrogen Pliosphate Disodium Hydrogen Pliosphate 7.428* 30

30

2191a

2192a

Sodium Bicarbonate Sodium Carbonate 10.732* 30

30

*This pD results only when the two SRMs listed are used as an admixture in solution.

Ion-Selective Electrode Calibration

SRM Description Certified Property Unit Size(g) 2201 Sodium Chloride pNa, pCI 125 2202 Potassium Chloride pK, pCI 160 2203 Potassium Fluoride PF 125

pH(S) Values (at 37 °C) 0.05 molal 0.08 molal 7.364* 7.373*

6.699* 6.694*

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Electrolytic Conductivity

SRM Description Nominal conductivity (MS/cm)

3190 HCI in Deionized Water

KCI in Deionized Water 3191 100 3192 500 3193 1000 3194 10 000 3195 100 000

KCI in n-Propanol/Deionized Water 3198 5 3199 15

NaCI in deionized Water 3196

Positive Electrophoretic Mobility

SRIVI Description Certified Property Unit Size 1980 Goethite (a-FeOOH) +|jE, 2.53 Mm • cm/V • s 40 mL

CO

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POLYMERIC PROPERTIES

Molar Mass/Moiecuiar Weight (MJ

SRM IVI„ (g/mol) Unit Size (g)

Poly(ethylene oxide) 1924 = 120 900 (M„/M„ = 1.04) 0.2 1923 M„ = 26 900 {MyM„ = 1.06) 0.2

Poly(methylmethacrylate) 1489* M„ = 115 000 {MJM„ < 1.1) 1.1 1488* M„ = 29 300 (MyM„ < 1.1) 2 1487* M„ = 6300 2

Polyethylene/Polystyrene 2887* M„ = 196 400 0.3 2885* M„ = 6280 0.3 2886* M„ = 87 000 0.3 2888 M„ = 7190 0.3

Polyethylene, linear 1475a* M„ = 52 000 {MJM„ = 2.90) (see also melt flow) 50

1484a* M„ = 119 600 (MyM„ = 1.19) 0.3 1482a* M„ = 13 600 (MyM„ = 1.19) 0.4 1483a* M„ = 32 100 (M„/M„ = 1.11) 1

Polystyrene, linear, broad molecular weight distribution 706a M„ = 285 000 18

Polystyrene, linear, narrow molecular weight distribution 1478* M„ = 37 400 (MyM„ = 1.04) 705a* M„ = 179 300 (M„/M„ = 1.07) 1479 M = 1 050 000

Polyurethane 1480 M„ = 47 300

' Also certified for viscosity

1*RD REFERENCE MATEBU > 2885

Polyethylene

I Nominal M„ 6300 g/n''

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Melt Flow Rate

SRM Description IVIelt Flow Rate (g/10 min)

Unit Size (g)

1473b Polyethylene Resin, Low Density 1.13 50

1475a Polyethylene, Linear 2.02 50 1474 Polyethylene Resin 5.03 60 1497 Polyethylene Gas Pipe Resin, Pignriented 0.186 9080

1496 Polyethylene Gas Pipe Resin, Unpignriented 0.26 908

viscosity

SRIVI Description Unit Size (mL) 2490 Non-Newtonian Polymer Solution for Rheology (Polyisobutylene Dissolved in 2,6,10,14-Tetramethylpentadecane) 100

2491 Non-Newtonian Polymer Melt for Rheology 100

Blomaterlals

RIVl Description Unit Size 8456 Ultra High Molecular Weight Polythylene bar: 7.62 cm diameter x 152.4 cm

Properties: (3 in diameter x 60 in)

- Young's Modulus

- Yield Strength

- Ultimate Strength

- Elongation 8457 Ultra High Molecular Weight Polythylene

Properties:

- Young's Modulus

- Yield Strength

- Ultimate Strength

- Elongation

10 (0.5 cm) cubes

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THERMODYNAMIC PROPERTIES

Calorimetry - Combustion

SRM Description Heat of Combustion (M 1 /Uti\* Unit Size

\B}

39j Benzoic Acid 26.434 30

2692b Coal, Bituminous: % S = 1.170 (32.81)** 50 2685b Coal, Bituminous: % S = 4.730 (26.94)** 50 2682b Coal, Sub-Bituminous: % S = 0.4917 (25.66)** 50 2151 Nicotinic Acid 22.184 25 2684b Coal, Bituminous, Sulfur and Mercury: % S = 3.08; Hg = 97.4 Mg/kg 28.56** 50

1657 Synthetic Refuse-Derived Fuel 13.87** 100

2683b Sulfur and Mercury in Coal: % S = 1.955, Hg = 90.0 Mg/kg 30.62 50

1656 Thianthrene 33.480 30

* The calorific values (MJ/kg) may decrease upon the aging or normal oxidation of the coals. NIST will continue to monitor

these calorific values and report any substantive change to the purchaser.

* * Gross calorific value or HHV (Higher Heating Value).

Calorimetry - Solution

SRIVI Description Heat of Solution Unit Size 1655 Potassium Chloride Absorbed (235.86 J/g) 30 g

(Water Solution Calorimetry)

Enthalpy and Heat Capacity

SRIVI Description Unit Size Temperature Ran ge(K) RM 5 Copper 1.9 cm diameter 12 cm 25 to 300 781D2 Molybdenum 0.64 cm diameter 10 cm 273.15 to 2800

705a Polystyrene (Molecular Weight: 170 900 g/mol) 5g 10 to 350

720 Synthetic Sapphire 15 g 10 to 2250

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Differential Scanning Calorimetry

SRM Description Melting Temperature (K) Enthalpy of Fusion (J/g) Unit Size

2222 Biphenyl (99.984 %) 342.41 120.41 ig

2232 Indium (99.9999 %) 156.5985 °C 28.51 2234 Gallium for Thermal Analysis 2235 Bismuth for Thermal Analysis 2225 Mercury 234.30 11.469 2.5 g 2220 Tin (99.9995 %) 505.10 60.2 (2.5 X 2.5 X 0.0127) cm

1514 Thermal Analysis

Purity Set 4 levels of p-ABA

(0.0 mol % to 5.0 mol %) 4 X 0.5 g

Differential Thermal Analysis

RM Description Temperature Range (°C) Unit Size GM 754 ICTA Polystyrene DTA 97.8 to 107.5 10 g 8759 ICTA Set DTA 295 to 675 5x log

8760 ICTA Set DTA 570 to 940 5x lOg

C/5

5"

Defining Fixed Points, International Temperature Scale of 1990, ITS-90

SRM Description Temperature (°C) Unit Size (g)

Pure Metals 743 Mercury (Triple Point) -38.8344 ampoule: 680

1745 Indium (Freezing Point) 156.5985 ingot: 20 X 10 g 741a Tin (Freezing Point) 231.928 shot: 200

740a Zinc (Freezing Point) 419.527 shot: 200 1744 Aluminum (Freezing Point) 660.323 ingot: 200 1746 Silver (Freezing Point) 961.780 shot: 300

Devices (semi-open cell) 1747 Tin (Freezing Point), 99.9999+ % 231.928 1071

1748 Zinc (Freezing Point), 99.9999+ % 419.527 1031

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Reference Points

SRM Description Temperature (°C) Unit Size (g) 742 Alumina, 99.9+ % (Melting Point) 2052 powder: 10 45d Copper (Freezing Point) 1084.6 bar: 450

49e Lead (Freezing Point) 327.453 bar: 600

Freezing Point, Melting Point, and Triple Point Cells (sealed cell)

SRM Description Temperature (°C) Unit Size (g) 1751 G9liium Molting Point — 200

1968 nallinm /Mal+intf Pnint^ QQ QQQQa. 9^ OQ If^AC^ OcliiiUlli ^IVlClLlllg ruiilL^, 3C?.i?i7yc/T^ /O ^IJ./U'+O 25 1972 1 "5 niriYr\lan O nno ^Fthv/ltmci Parh^^nato^ '51 /IQ J.,0-L/I(JaUIc1i r^-UI Ic ^CLllyltillc V_*cll U(JI iClLCy o0.0±^0

(Triple Point), 99.999+ %

60

1969 Rubidium (Triple Point), 99.9+ % 39.30 154 1973 n-Docosane (Triple Point), 99.999+ % 43.879 60 1970 Succinonitrile (Triple Point), 99.999+ % 58.0642 60 1971 Indium (Freezing Point), 99.9999+ % 156.598 100

Thermal Expansion of Metal and Glass

SRM Description Temperature Range (K) Unit Size (cm)

731L1 Borosilicate Glass 80 to 680 0.64 X 5.1 731L2 Borosilicate Glass 80 to 680 0.64 X 10.2 731L3 Borosilicate Glass 80 to 680 0.64 X 15.2 736L1 Copper 20 to 800 0.64 X 5.1 738 AISI 446 Stainless Steel 293 to 780 0.64 X 5.1

Thermal Resistance of Glass, Silica, and Polystyrene

SRM Description Temperature Thermal Resistance Range (K) (m^ K W^)Unit Size (cm)

1453 Expanded Polystyrene Board 285 to 310 0.381 to 0.420 66 X 93 X 1.34 1450c Fibrous Glass Board 280 to 340 0.661 to 0.818 61 X 61 X 2.54 1449 Fumed Silica Board 297 1.195 to 1.253 60 X 60 X 2.54 1459 Fumed Silica Board 297 1.195 to 1.253 30 X 30 X 2.54 82 WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
Vapor Pressure of Metals

SRM Description Pressure Range (Pa) Temperature Range

(K, ITS-90) Unit Size

745 Gold 10' to 10^ 1300 to 2100 wire: 0.14 cm diameter x 15.2 cm

746 Cadmium 10* to 10' 350 to 594 rod: 0.64 cm diameter x 6.4 cm

Thermal Conductivity of Graphite and Iron

RIVI Conductivity Range (W m^ K ^) Unit Size

Electrolytic Iron (2 K to 1000 K)

{54^U to d^.yB 0.64 cm diameter x 5.0 cm

Graphite (5 K to 2500 K) 8424 0.0354 to 32.96 0.64 cm diameter x 5.0 cm

Laboratory Thermometer (mercury in glass)

Unit Size: 1 each

SRM Description Calibrated Points (°C) 934 Clinical Laboratory Thermometer -0.20 to +0.20

Thermocouple Material, Platinum

Unit Size: 1 each

SRIW Description Temperature Range

1749 Gold vs. Platinum Thermocouple Thermometer 0 °C to 1000 °c 1967 Platinum Wire, High Purity (99.999+ %) -197 °C to 1768 °C 1750 Standard Platinum Resistance Thermometer 14 K to 430 K

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OPTICAL PROPERTIES

Molecular Transmittance and Absorbance

SRM Description Wavelength Range Unit Size

Crystalline and Solution Forms

!;i,,ni

935a Crystalline Potassium Dichromate, UV Absorbance 235 nm to 350 nm 15 g

1935 Potassium Dichromate Solution, UV

Absorbance 235 nm to 350 nm 10 ampoules:

5 samples, plus 5 blanks 2032 Potassium Iodide, Stray Light 240 nm to 275 nm 25 g 931g Liquid Filters, Absorbance 302 nm to 678 nm 12 ampoules: 3x3 levels, plus 3 blanks

Glass Filters, Transmittance 930e 10 %, 20 %, 30 % Transmittance 440 nm to 635 nm 3 filters, plus 1 blank 1930 1 %, 3 %, 50 % Transmittance 440 nm to 635 nm 3 filters, plus 1 blank 2030a 30 % Transmittance 465.0 nm 1 filter, plus 1 blank 2031b Metal-on-Quartz Filters 10 %, 30 %, 90 % Transmittance 250 nm to 635 nm 3 filters, plus 1 blank 2053 20 nm Ni-Cr Film on Silica 2 Mm to 25 pm 25 mm diameter x 250 Mm

2054 90 nm Ni-Cr Film on Silica 2 nm to 25 pm 25 mm diameter x 250 Mm

2055 77 nm Cu-Ni Film on Silica 2 [ivn to 25 pm 25 mm diameter x 250 Mm

2056 97 nm Cu-Ni Film on Silica 2 Mm to 20 Mm 25 mm diameter x 250 Mm

2930 Ultimate Range Visible Absorbance Filters 3 filters & 1 blank

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Transmittance Wavelength Standards

SRM Description Wavelength Range Unit Size 2034 Holmium Oxide Solution 240 nm to 650 nm 1 sealed cuvette 2035 Near-IR Transmission 971 nm to 1949 nm 25 mm diameter x 1.5 mm

2036 Near-IR Wavelength/Wavenumber

Reflection Standard 975 nm to 1946 nm

2037 Red Diesel Dye 100 mg

2065 Transmission Wavelength/Vacuum Wavenumber ultraviolet-visible- near-infared 25 mm diameter x 1.5 mm

1921a Infrared Transmission 3.2 Mm to 18.5 pm 1 polystyrene film

Fluorescence ' \

SRM/RM Description Wavelength Range Unit Size \ 936a 1932

8640

Quinine Sulfate Dihydrate

Fluorescein

Fluorscein Labeled Microbead Suspension

375 nm to to 675 nm

488 nm to 191 nm ig3 X 2 mL ^

2242 Relative Intensity Correction Standard, Raman Spectroscopy 1 artifact

2241 Relative intensity Correction Standard, Raman Spectroscopy 785 nm 1 glass slide (10.7 X 30.4 X 2.0mm) 2243 Relative Intensity Correction Standard, Raman Spectroscopy 488 nm to 514.5 nm 1 glass slide

Specular Spectral Reflectance

SRIVl Description Wavelength Range Unit Size 2026 Second Surface, Aluminum on Fused Quartz 250 nm to 2500 nm 5.1 cm diameter x 0.6 cm

2017 IVlulti-Angle White Reflectance Standard 360 nm to 780 nm 5.7 cm diameter x 1.3 cm

2040 PTFE Diffuser for Spectral Reflectance Factor 380 nm to 780 nm 5x 26g

C/5

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Optical Rotation

SRM Description Wavelength Range Unit Size 917b D-Glucose (Dextrose) 546 nm to 589 nm 50 g 17e Sucrose 546 nm to 633 nm 60 g

Liquid Refractive Index

SRIVI Description Wavelengtli Range Unit Si 1922 Mineral Oil 468 nm to 589 nm 30 mL

X-ray and Photographic Imaging

SRIVI Description Unit Size 1010a Microcopy Resolution Test Chart 5 charts 1008 Photographic Step Tablet 25.4 cm X 3.5 cm

1001 X-ray Film Step Tablet 25.4 cm X 3.5 cm

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ELECTRICAL PROPERTIES

Electrical Resistivity and Conductivity of Electrolytic Iron and Graphite

Unit Size: rod: 0.64 cm diameter x 5.0 cm

Resistivity Range

(un • m)

Unit Siz

Electrolytic Iron (2 K to 1000 K) 8420 0.004 to 0.909

Graphite (5 K to 2500 K) 8424 28.78 to 12.59

0.64 cm diameter x 5.0 cm

0.64 cm diameter x 5.0 cm I

Electrical Resistivity and Conductivity of Silicon

SRIM Resistivity (Q • cm) Type

2526 Spreading Resistance 0.001 to 200 Set of 16:5 x 10 x 0.625 2541 Silicon Resistivity 0.01 lOOD X 0.625 2542 Silicon Resistivity 0.1 lOOD X 0.625 2543 Silicon Resistivity 1 lOOD X 0.625 2544 Silicon Resistivity 10 lOOD X 0.625 2545 Silicon Resistivity 25 lOOD X 0.625 2546 Silicon Resistivity 100 lOOD X 0.625 2547 Silicon Resistivity 200 lOOD X 0.625

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OPTOELECTRONICS

SRM Description

Wavelength Calibration Standards

Unit Size

2514 Wavelength Calibration Reference for 1560 nm to 1595 nm - Carbon Monoxide {"C^'^O) Gas Absorption Cell

2515 Wavelength Calibration Reference for 1595 nm

to 1630 nm - Carbon Monoxide ("C"0 ) Gas Absorption Cell

2517a High Resolution Wavelength Calibration Reference

for 1510 nm to 1540 nm - Acetylene ('^C.H^) Gas Absorption Cell

2519a

Polariza

Wavelength Reference Absorption Cell for 1530 nm

to 1560 nm Hydrogen Cyanide (H"C"N)

tion Mode Dispersion Standards

Gas Absorption Cell

2518 Polarization Mode Dispersion Standard 1 each 2538 Deterministic Polarization Mode Dispersion Standard 1 each

Fiber and Fiber-Connector Geometry Standards 2513 Mode Field Diameter Standard for Single-Mode Fiber 1 each 2520 Optical Fiber Diameter Standard 1 each 2522 Pin Gauge Standard for Optical Fiber Ferrules 1 wire-sizing bore 2523 Optical Fiber Ferrule Geometry Standard 1 ceramic connector ferrule 2553 Optical Fiber Coating Diameter (n = 1.504 ) 1 each: 250 pm diameter 2554 Optical Fiber Coating Diameter (n = 1.515) 1 each: 250 Mm diameter

METROLOGY

Optical Microscope Linewidth Measurement

SRM Linewidtli (Mm) Pitcli (Mm) Unit Size (cm)

Linewidth Measurement Standards i

475 0.9 to 10.8 2 to 36 6.35 X 6.35 X 0.15 476 0.9 to 10.8 2 to 36 6.35 X 6.35 X 0.15 2800* 25 X 75 X 2.3

* SRM 2800 is used in calibrating magnification and consists of a pattern of parallel lines whose nominal

distances from the centerline range from ± l^jmto* 5 mm. Certified values are given for the center-to-center distance of each line from the centerline; the linewidths are not certified. 88 WWW.NIST.GOV/SRIVI PHONE: (301) 975-6776 FAX: (301) 948-3730 ElVlAIL: SRIVIINF0@NIST.GOV
Scanning Electron Microscope (SEIVI)

SRM/RM Description Spaclngs Unit Size (mm)

2069b SEM Performance Standard 2 mm to 4 mm 12 mm diameter witli 3 mm peg 8091 SEM Sharpness Standard semiconductor chip: 2 mm x2 mm

2800 Microscope Magnification Standard 1 pm to 5 mm 25 X 75 X 2.3 CO

Thin Film for Transmission Electron Microscope

SRIVl Description Certified Element Unit Size 2063a Microanalysis Thin Film Mineral Glass Ar, Ca, Fe, Mg, 0, Si 1 glass film

Depth Profiling

SRiVI Description Value Unit Size (cm) 2133 Phosphorus Implant in Silicon Depth

Profile Standard

''P: 0.04927 Mg/cm^

(9.58 X 10" atoms/cm=')

crystal 1 x l

2134 Arsenic Implant in Silicon Profile Standard "As - 7 X 10" atoms/cm^ crystal: 1 x l 2135c Nickel-Chromium Thin-Film Depth

Profile Standard

Cr: 41.3 ng/cm'

Ni: 49.4 pg/cm'

1 X 2.54 x 0.04

Boron Implant in Silicon Depth Profile Standard "B - 1.018 v 1015 atoms/cm^ v:

SILICON CRYSTAL Solder Thickness for X-ray Fluorescense

Unit Size: plate: 15 mm x 15 mm

SRM Description Composition Coating Mass/Area Coating Thickness (pm) (pm) 2321 Tin-Lead Alloy 60 % Sn, 40 % Pb 6.8 mg/cm= 295 7.5

3

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Coating Thickness

Unit Size: 45 mm x 45 mm

These SRMs are suitable for calibrating instruments based on magnetic induction and magnetic pull-off techniques used

in the measurement of organic and non-magnetic inorganic coatings over steel.

SRM Nominal Coating Tliickness (Mm)

Chromium over Copper on Steel

(mils)

1358a 80, 255, 1000 3.1, 9.8, 39 1359b 48, 140, 505, 800 2.0, 5.5, 20, 32 1361b 6, 12, 25, 48 0.2 0.5, 1.0, 2.0 1362b 40, 80, 140, 205 1.6, 3.1, 5.5, 7.9 1363b 255, 385, 505, 635 9.8, 16, 20, 26 1364b 800, 1000, 1525, 1935 32, 39, 59, 79

Ellipsometry

Unit Size: 76 mm substrate diameter

Each unit is certified for the ellipsometric parameters delta (A) and psi (\|/) at the vacuum wavelength X = 633-0 nm,

and for the derived values of the thicknesses and indexes of refraction of the silicon dioxide and silicon layers.

SRM Thickness (nm)

Thin Film Thickness Standards 2531 50 2534 25

2535 14

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Oxygen Concentration in Silicon

SRM Description Unit Size (mm) Concentration (mg/kg)

2551 Oxygen in Silicon 4 wafers: 25 x 25 x 2 Low: 10

Medium: 13

High: 15

FZ: (<0.1)

Superconducting Critical Current (wire form)

Unit Size: wire: 8.7 cm diameter x 2.2 m

SRIVI Description IVIagnetic Field Range (T) Critical Current Range (A) 1457 Niobium-Titanium Wire 2.000 to 8.000 293.30 to 69.72

CERAMICS AND GLAS S ES

Chemical Resistance [Durability] of Glass t ^ ^

Description mL of N/50 H.SO, Unit Size (kg)

Borosilicate 0.34 2.2 Soda-Lime Silica 7.67 2.2

C/3

Electrical Properties of Glass

Unit Size: 5 cm x 5 cm x 2.5 cm

SRM 624 is suitable for use with ASTM C 657. SRM 774 is suitable for use with ASTM D 150.

SRM Description Unit Size (cm) Value 624 Lead Silica for DC Volume Resistivity 5 X 5 X 2.5 logioP = 9.9 Q-cm at 300 °C 774 Lead Silica for Dielectric Constant 5 X 5 X 2.5 K = 7.47 at 100 Hz and ac Loss Characteristics

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Viscosity of Glass

SRM Description Unit Size (mm)

717a Borosilicate Glass block: 40 X 40 X 150

710a Soda-Lime-Silica Glass block: 100 x 100 x 40

Viscosity Fixpoints of Glass

These SRMs are for the caHbration of equipment for the determination of the softening, annealing, and strain points of glass.

SRM Description Unit Size 714 Alkaline Earth Alumina Silicate 225 g 717a Borosilicate 40 mm x 40 mm x 150 mm

713 Dense Barium Crown 620/603 Glass 225 g 709 Extra Dense Lead Silica 4 cm X 4 cm x 5 cm

716 Neutral Glass 250 g 710a Soda-Lime-Silica 100 mm X 100 mm x 40 mm

,0-

Relative Stress Optical Coefficient

SRM Description Relative Stress Optical Coefficient (C) at ^ = 546.1 nm

(Value X 10 " mVN)

Unit Size

709 Extra Dense Lead Silica C = - 1.359 bar: 4 cm x 4 cm x 5 cm

Density

SRM Description Density (kg/m^) Unit Size 1827b Lead Silica Glass 3593.800 at 20 °C slab: 25 cm x 25 cm x 12 cm

211d Toluene 871.476 at 15 °C 4 X 5 mL

2214 /sooctane 695.969 at 15 °C 4 x 5 mL

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Glass Liquidus Temperature

SRM Description Unit Size IVIethod Temperature (°C) 773 Soda-Lime-Silica 2.5 cm X 2.5 cm x 0.6 cm A (boat) B (perforated plate) 988

991 1416 Aluminosilicate 22 lengths of 12.7 cm tube (250 g) 1147

X-RAY SPECTROMETRY

X-ray Diffraction

SRIVI Description XRD Application Unit Size (g) 676 Alumina (Corundum Structure) Quantitative Analysis 20 1976 Alumina Plate, Sintered Instrument Response 45 mm x 45 mm x 1.6 mm

2910 Calcium Hydroxyapatite Quantitative Analysis 5 660a Lanthanum Hexaborlde Powder Line Position, Line Shape 6 675 IVlica Low 20 (Large d-Spacing) 7.5 1879a Respirable Cristobalite Quantitative Analysis 5 1878a Respirable Quartz Quantitative Analysis 5 656 Silicon Nitride Quantitative Analysis 2xl0g

640c Silicon Powder 2~/d-Spacing Line Position, Line Shape 7.5 674b X-ray Powder Diffraction Intensity Set (a -Mfi„ CeO„ CrA. TiO„ ZnO) (In Prep)

Quantitative Analysis

1990 Single Crystal Diffractometer Alignment Standard

Quantitative Analysis 3 spheres

X-ray Stage Calibration

SRIVI Description Unit Size (mm)

1842 Calibration Board (X and Y dimensions) Board: 300 x 300 x 3 1843 Calibration Board (Z dimension) Triangular Block: 37 x 20 x 12

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TABLE 1: Alpha Particle Solution Standards

Radionuclide SRM

Number

Approx. Bqg^Reference Time Expanded

Uncertainty

Solution MassChemical Form

\ '"I

Solution Composition Notes

Americium-241* 4322B 40 Sep 1991 1.0 5 Am(N03)3 1 M HNO3

Americium-243* 4332D 40 May 1995 0.8 5 Am(N03)3 1 M HNO3

Curium-243* 4329 70 Jun 1984 1.4 5 Cm(N03)3 1 M HNO3

Curium-244* 4320A 35 Feb 1996 0.7 5 Cm(N033)3 1 M HNO3

Neptuniunn-237* 4341 100 Mar 1992 1.3 5 Np(N03)3 2 M HNO3

Plutonium-238* 4323A 30 Feb 1994 0.7 5 PU(N03)6 3 M HNO3

Plutonium-239* 4330B 40 Dec 1995 0.7 5 PU(N03)6 3 M HNO3

Plutoniunn-240* 4338A 40 May 1996 0.8 5 PU{N03)6 3 M HNO3

Plutonium-242* 4334G 25 Jun 1994 0.8 5 PU(N03)6 3 M HNO3

Polonium-209** 4326 85 Mar 1994 0.4 5 PoCU 2 M HCl

Radium-226 4969 3 Sep 1998 1.8 5 RaCl2 1.5 M HCl

Raclium-226 4965 30 Sep 1991 1.2 5 RaCb 1.4 M HCl

Radium-226** 4966 270 Sep 1991 1.2 5 RaCl2 1.4 M HCl

Radium-226** 4967A 2,500 Sep 2003 0.9 5 RaCh 1 M HCl

Radon-222 4971 4 Total # # 0.2 RaCb 1 M HCl a Radon-222 4972 40 Total # # 0.2 RaCb 1 M HCl a Radon-222 4973 400 Total # # 0.2 RaCb 1 M HCl a Thorium-229 4328C 30 # # 5 Th(N03)4 1 M HNO3

Tiiorium-230 4342A 50 # # 5 Th{N03)4 1 M HNO3

Uranium-232 4324B 30 Jul 2002 0.8 5 U02(N03)2 2 M HNO3

Uranium-238 (Natural) 432 IC Jan 1992 5 U02(N03)2 1 M HNO3

Uranium-238 250 0.9 Uranium-235 11 1.0 Uranium-234 240 1.9

9

* License Certification is required by NIST for this material. The form on the inside back page of this brochure may be used for this purpose. ** License Certification is not required by NIST for this material but a state-issued license may be required for possession. Contact your state Office of Radiation Safety for further infomiation. # Material in preparation.

a) SRMs 4971, 4972, and 4973 are intended for the calibration of radon-222 measuring instruments. They consist of small

heat-sealed polyethylene cylinders containing approximately 0.2 g of radium-226 solution. These SRMs are calibrated in terms of radium-226 activity and in terms of the emanation fraction of the radon-222 under specified conditions.

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TABLE 2: Beta Particle and Electron Capture Solution Standards

Radionuclide SRM

Number

Approx. Bqg^Reference TimeExpanded

Uncertainty

Solution Mass

1%)

Chemical Form

\&)

Solution Notes Composition

Barium-133 * 4251C 500,000 Sep 1993 0.5 5 BaCb 1 M HCI Carbon-14 4222C 50,000 Sep 1990 0.8 5 n-Hexadecane n-Hexadecane Cesium-137 * 4233E 300,000 Jan 2004 0.7 5 CsCl 1 M HCI

Chlorine-36 4943 10,000 Dec 1984 0.8 3 NaCI H2O

Cobalt-60 * 4915E 75,000 Jan 1995 0.6 5 C0CI2 1 M HCI Europium-152* 4370C 90,000 Feb 1987 1.1 5 EUCI3 1 M HCI Holmium-166nn* 4274 20,000 # # 5 H0CI3 1 M HCI Hydrogen-3t 4361C 2 Sep 1998 1.1 500 H2O H2O

Hyclrogen-3 4926E 5,000 Sep 1998 1.1 20 H2O H2O

Hydrogen-3 4927F 600,000 Sep 1998 1.1 5 H2O H2O

Hyclrogen-3 4947C 300,000 Mar 1987 1.2 4 Toluene Toluene

locline-129* 4949C 3,500 Mar 1993 0.7 5 Nal 0.01 M NaOH

lron-55 4929E 30,000 # # 5 FeCb 1 M HCI Lead-210 4337 10,000 # # 5 Pb (N03)2 1 M HNO3

Nickel-63* 4226C 50,000 Aug 1995 0.9 5 NiCl2 1 M HCI Plutonium-241* 4340B 500 # # 5 PU(N03)6 3 M HNO3

Radium-228 4339B 200 # # 5 Ra(N03)2 1 M HNOa

Strontium-90* 4919H 4,000 Jul 1995 0.8 5 SrCl2 1 M HCI Strontium-90* 4234A 2,500,000 Mar 1995 0.6 5 SrCh 1 M HCI Technetium-99 4288A 30,000 Sep 1996 1.2 5 KTcO. 0.001 M KOH

* License Certification is required by NIST for this material. The fomi on the inside back page

of this brochure may be used for this purpose, # Material in preparation. t This standard is not radioactive material for licensing or shipping purposes. 96 WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
TABLE 3: Gamma Ray Point Source Standards

Radionuclide SRM

Number

Principal Photon

Energies

(keV)

Approx.

Activity (Bq)

Reference TimeExpanded

Uncertainty Chemical Form

(%)

Notes

Barium-133 4241C 81 - 384 60,000 to 140,000

Jan 1999 0.6 BaCb a

Europium-152* 4218F 122 - 1400 60,000 to 140,000Jan 1999 0.8 EuCU a

Niobium-94* 4201B 702, 871 4,000 Apr 1970 1.5 NbO a 9

* License Certification is required by NIST for this material. The form on the inside back page of this brochure may be used for this purpose.

a) This standard consists of a dried deposit, usually with a diameter of less than 0.5 cm, of the radionuclide sealed between two layers of 0.006 cm thick polyester tape that are supported on an aluminum annulus. The annulus

has an outside diameter of 5.4 cm, an inside diameter of 3.8 cm, and a thickness of 0.05 cm.

TABLE 4: Radiopharmaceutical Standards

Radionuclide SRM

Number

Approx. MBqg^Approx.

Half Life ExpandedUncertainty

(%)

Solution Mass

(g)

Chemical FormSolution Composition Notes

Gallium-67* 4416L 4 3 d 0.6 5 GaCl3 2 M HCI a lndium-111* 4417L 5 3 d 0.6 5 lnCl3 3 M HCI a

locline-125* 4407 L 1 60 d 0.8 5 Kl 0.01 M LiOH a lodine-131* 4401L 5 8 d 0.7 5 Kl 0.01 M LiOH a Molybdenum-99* 4412L 10 3 d 0.8 5 Na2Mo04 3 M HNO3 a Technetium-99m* 4410H 1000 6 h 0.7 5 NaTc04 0.15 M NaCI a Thallium-201* 4404L 4 3 d 0.8 5 TINO3 1 M HNO3 a Xenon-133* 4415L 500 Total 5 d 0.8 5 ml Xe Xe gas a, b Yttrium-90* 4427L 1 3 d 0.8 5 YCI3 1 M HCI a

* License Certification is required by NIST for this material. The form on the inside back page of this brochure may

be used for this purpose.

a) Orders for these radionuclides must be received by the third day of the month in which the distribution is scheduled. For further information contact the NIST Radioactivity Group.

b) SRM 4415 consists of xenon-133 plus non-radioactive xenon, uncompressed, in a flame-sealed borosilicate glass ampoule. The ampoule has an outside diameter of 1.5 cm and a length of 4.5 cm.

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TABLE 5: Beryllium Isotopic Ratio Standard

Nuclides SRM Approx. Isotopic Reference Expanded Solution Chemical Solution Beryllium Number Bqg^ Ratio Time Uncertainty Volume Form Composition Concentration

(%) (mL) (mgmL^)

Beryllium-10/ 4325 0.0002 3 X 10 " Aug 1986 5.1 50 BeCb 1 M HCI 5

Beryllium-9t

TABLE 6: Radiocarbon Dating Contemporary Standard

Radionuclide SRM Approx. Reference Expanded Mass Chemical Physical Notes Number Bqg- Time Uncertainty

(%)

(g) Form Form

Carbon-14t 4990C 0.08 1980 1.6 225 Oxalic Crystalline a

(8 X 28) Acid Powder

t This standard is not radioactive material for licensing or shipping purposes

a) This SRM replaces SRM 4990, which has been in use in radiocarbon-dating laboratories since 1958. The material is part of a 450 kg lot of oxalic acid that was prepared by fermentation of French beet molasses from the 1977 spring, summer, and fall hai-vests. The ratio of the massic activity of SRM 4990C to that of SRM 4990, and the mass spectrometric ratios of carbon-13

to carbon-12 in each, were measured by eleven international carbon-dating laboratories in an intercomparison organized by

L.M. Cavallo and W.B. Mann. See Proceedings of the 11th International Radiocarbon Dating Conference, M. Stuiver and R. Kra,

Editors, Radiocarbon 25, No. 2 (1983).

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TABLE 7: Environmental Natural Matrix Standards

SRM

Number Name Mass

(g) Activity

Certified Activity Given But Not Certified Other Data 4350B River Sedimentt 85 TMCo, "'Cs, "'Eu, i^-'Eu, 226Ra, "spu, "9*2-opu, ^^Am

'°K, ""Fe, '°Sr, ^=«Th, =^°Th, a, b, c

4351 Human Lungt 45

238pu/(239.240pu)

228ji^^ "ojf^, 2"Am c

4352 Human Livert 45 ^^"Pu, 23s>*«»Pu, ^^^Am 228-ph^ 230-pi^^ 232yh_

234U^ 235U^238U c

4353A Rocky Flats Soil lit 85 In preparation In preparation 4354 Lake Sedimentt 25 TMCo, '°Sr, "^Cs, ^=«Th, ^^^Th,

235y_ 23eu^ 238pu_ 239*240pL|^ 241/^^

2'°Pb, ^=^Ra, ^^°Th, ^^U a, 0

4355 Peruvian Soil t 75 "'Cs, =nh, =nh, "^Th,

239+240Di 1 241An-> rU, Am,

Upper limits on: ^°Co, ^'=Sb, '"Eu, '^"Eu, "^Eu

""K, ^^Fe, ^°Sr, ^m, c

4356 Ashed Bonet 15 '°Sr, ^^'^Ra, ^^°Jh, '=''Th, ""U,

238U^ 238pL,^ 239+240pL|_ 243*244Qp^ ""K, '"Pb, ''°Po, """Ac, '^a, ^^«Th, "«U, ^"Am 4357 Ocean Sedimentt 85 ^"K, '°Sr, "^Cs, ^^-^Ra, ^^«Th, ^nh, "^Th, "«PU, 239*240pu

i29|_ i==Eu, =^°Pb, ^=«Ra, ""U, "5U, ""U, "^Np, ^"Am

a, c

4358 Ocean Shellfisht 300 In preparation In preparation

t This standard is not radioactive material for licensing or shipping purposes.

a) Semi-quantitative elemental analysis by emission spectrographic measurements.

b) Analysis of plutonium isotopes by mass spectrometry.

c) Particle size distribution.

TABLE 8: Neutron Density Monitor Wire

SRM Description Cobalt Composition

(weight %)

Unit Size

953 Cobalt in Aluminum Wire 0.116 0.5 mm diameter xi m

TABLE 9: Fission Track Glass

Each unit consists of four unirradiated glass wafers and two irradiated wafers.

SRM Uranium Composition Uranium-235 Reactor

(pg/g) (Atom %) Position Neutron Fluence (xlO"n/cm^)

Copper Foil Gold Foil 963a 0.823 0.2792 RT-4 39.5 43.0

RT-3 41.2 45.8

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Materials on Filter Media

These SRMs consist of potentially hazardous materials deposited on filters to be used to determine the levels of these materials in industrial atmospheres. SRM/RM Description Set Size Elemental Composition Diameter (mm)

Pore Size (pm)

2679a Quartz on Filter Media 2x3 levels, plus 2 blanksQuartz, Clay 47 0.45

2783 Air Particulate on Filter 2 filters, plus 2 blanks 18 certified values 9 reference values 47 0.4 RM 8785 Particulate Matter on Filters 3 filters 1 reference value 2 information values 37

Trace Constituent Elements in Blank Filters SRMs 2678 and 2681 are for use in evaluating the performance of air sampling filter methods with either certified values

(in pg) or limits of detection (X,,) for each of 30 constituent elements, as well as six leachable anions and cations. SRM Description Diameter (mm) Pore Size (pm) Filter Weight (g) 2678 Cellulose Acetate Membrane 47 0.45 0.09 2681 Ashless Blank Filter 42.5 0.14

Respirable Silica

These SRMs are intended for use in determining, by X-ray diffraction, the levels of respirable silica in an industrial atmosphere according to the National Institute for Occupational Safety and Health (NIOSH) Analytical Method 7500

or equivalent methods.

SRIVI Description Mass Fraction/Mass Loading Unit Size 1878a Respirable Alpha Quartz 100.00% ± 0.21% 5g

1879a Respirable Cristobalite 95.6% + 0.4% 5g

2950 Respirable Alpha Quartz on RIter Media (10, 20, 50, 100, 250, 500) Mg/filter set SRMs 2952-57 2951 Respirable Alpha Quartz on Piter Media 5 Mg/filter 5 filters (5 blanks) 2952 Respirable Alpha Quartz on Filter Media 10 Mg/filter 5 filters (5 blanks) 2953 Respirable Alpha Quartz on Filter Media 20 Mg/filter 5 filters (5 blanks) 2954 Respirable Alpha Quartz on RIter Media 50 Mg/filter 5 filters {5 blanks) 2955 Respirable Alpha Quartz on RIter Media 100 Mg/filter 5 filters (5 blanks) 2956 Respirable Alpha Quartz on RIter Media 250 Mg/filter 5 filters (5 blanks) 2957 Respirable Alpha Quartz on RIter Media 500 Mg/filter 5 filters (5 blanks) 2958 Respirable Alpha Quartz on RIter Media 1000 Mg/filter 5 filters (5 blanks) 2960 Respirable Alpha Cristobalite on RIter Media (5, 10, 20, 50, 100, 250) Mg/filter set SRMs 2961-66 2961 Respirable Alpha Cristobalite on RIter Media 5 Mg/filter 5 filters (5 blanks)

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Respirable Silica (continued) SRM Description Mass Loading Unit Size 2962 Respirable Alpha Cristobalite on Filter Media 10 Mg/filter 5 filters (5 blanks) 2963 Respirable Alpha Cristobalite on Filter Media 20 Mg/filter 5 filters (5 blanks) 2964 Respirable Alpha Cristobalite on Filter Media 50 Mg/filter 5 filters (5 blanks) 2965 Respirable Alpha Cristobalite on Filter Media 100 jjg/fliter 5 filters (5 blanks) 2966 Respirable Alpha Cristobalite on Filter Media 250 Mg/filter 5 filters (5 blanks) 2967 Respirable Alpha Cristobalite on Filter Media 500 Mg/filter 5 filters (5 blanks)

Lead In Paint, Dust, and Soil

These SRMs and RM have been developed in conjunction with the U.S. EPA to monitor paint, dust, and soil sources of lead.

SRIVI Lead Concentration Unit Size

Paint Film 2570 <0.001 mg/cm^ 1 blank film 2571 3.58 mg/cm= 1 film, plus 1 blank 2572 1.527 mg/cm= 1 film, plus 1 blank 2573 1.040 mg/cm^ 1 film, plus 1 blank 2574 0.714 mg/cm^ 1 film, plus 1 blank 2575 0.307 mg/cm' 1 film, plus 1 blank 2579a (Set of 6: SRMs 2570 to 2575) 0.307 to 3.58 mg/cm=^ 5 films, plus 1 blank 2576 (High Level) 5.59 mg/cm^ 1 film, plus 1 blank Powdered Paint 2580 4.34 % 30 g 2581 0.449 % 35 g 2582 209.8 mg/kg 20 g 2589 9.99 % 35 g

Indoor Dust, Trace Elements in (As, Cd, Cr, Hg, Pb) 2583 85.9 mg/kg 8g

2584 9761 mg/kg 8g

Soil, Trace Elements in 2586 432 mg/kg 50 g 2587 3242 mg/kg 50 g

Paint on Fiberboard RM 8680 1 to 2 mg/cm^ 1 sheet: (10.2 x 15.2 x 1.3) cm

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Subject Index

A

ABSORBANCE

84 See MOLECULAR

SPECTROMETRY ACETANILIDE

47 use in MICROCHEMISTRY ACIDIMETRIC VALUE

(STOICHIOMETRY)

46 of Benzoic Acid 46 of Boric Acid 75, 76 of Potassium Hydrogen

Phtiialate ADHESION (TAPE ADHESION TESTING)

7 Linerboard for ADVANCED

MATERIALS AGRICULTURAL

MATERIALS

11 Apple Leaves 10 Corn Kernel (Zea Mays) 10 Corn Stalk (Zea Mays) 11 Fluoride in Vegetation 11 Peach Leaves 11 Peanut Butter 10, 11 Spinach Leaves 11 Tomato Leaves

9 Slurried Spinach AIR PARTICULATE

101 See MATERIALS ON FILTER MEDIA AIR POLLUTION

36 See PRIMARY GAS MIXTURES ALCOHOL

17 Ethanol Solutions ALCOHOLS (FOSSIL

FUELS)

34 Alcohol in Gasoline 34 Ethanol 34 Methanol 34 Methanol and t-Butanol 34 Arson Test Mixture ALLOYS (FERROUS)

53 See FERROUS METALS ALLOYS (NONFERROUS)

60 See NONFERROUS METALS

ALUMINA

30 as Bauxite (ORES) 32 as Burnt REFRACTORIES 82 REFERENCE POINT for SUR- FACE AREA OF POWDERS

93 X-RAY SPECTROMETRY ALUMINUM

81 Freezing Point of (DEFINING

FIXED POINT, ITS-90) 26 as a ORGANO-METALLIC COMPOUND

48 SPECTROMETRY Solution 85 Specular Reflectance

(Mirrors) ALUMINUM BASE ALLOYS

60 See NONFERROUS METALS AMERICIUM

(RADIOACTIVITY)

95 Americium-241 95 Americium-243 99 Columbia River Sediment 99 Human Liver 99 Human Lung 99 Peruvian Soil AMMONIUM DIHYDROGEN

PHOSPHATE

10 See FERTILIZERS ANALYZED GASES

36 See PRIMARY GAS MIXTURES ANGIOTENSIN I 13 See HEALTH & CLINICAL ANISIC ACID

47 use in MICROCHEMISTRY ANION CHROMATOGRAPHY

50 Bromide Solution 50 Chloride Solution 50 Fluoride Solution 50 Nitrate Solution 50 Phosphate Solution 50 Sulfate Solution ANTICONVULSANT DRUG

LEVEL ASSAY

14 See HEALTH & CLINICAL ANTIEPILEPSY DRUG

LEVEL ASSAY

See HEALTH & CLINICAL

ANTIMONY

48 SPECTROMETRY Solution ARGILLACEOUS LIME- STONE

32 See ROCKS AND MINERALS ARSENIC

89 Implant in Silicon (DEPTH

PROFILING) 48 SPECTROMETRY Solution ARSENIC TRIOXIDE (STOICHIOMETRY)

46 Reductometric value ASBESTOS

103 Common Commercial 103 Mixture on Filter ASHED BONE

(RADIOACTIVITY)

99 NATURAL MATRIX ATOMIC ABSORPTION SPECTROMETRY

48 See SPECTROMETRIC SINGLE ELEMENTS AUTO

CATALYSTS

73 Recycled Monolith 73 Recycled Pellet B

BALL BAR (PERFORMANCE

MATERIALS)

6 Coordinate Measuring Machine Probe BARIUM

96 as Barium-133

(RADIOACTIVITY) 96 as Cesium-137 Burn-up Standard 26 as a ORGANIC-METALLIC COMPOUND

48 SPECTROMETRY Solution BASALT ROCK

32 See ROCKS AND MINERALS BASIMETRIC VALUE

(STOICHIOMETRY)

46 of Tris(hydroxymethyl)- aminomethane 104 WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRIVIINF0@NIST.GOV
BAUXITE (ORES)

30 from Arkansas 30 from the Dominican Republic 30 from Jamaica 30 from Surinam BEARING METAL (PB-SB-SN)

63 See LEAD BASE ALLOYS BENZOIC ACID

46 Acidimetric Value (STOICHIOMETRY) 80 Calorimetric Value (COMBUSTION

CALORIMETRY) BERYLLIUM

62 in COPPER BASE ALLOYS 48 SPECTROMETRY Solution BET

abbr. for Brunauer, Emmett,

and Teller (method) BET SURFACE AREA

2 See SURFACE AREA OF BILIRUBIN POWDERS

13 See HEALTH & CLINICAL BIOLOGICAL

9 See FOOD & AGRICULTURE

13 See HEALTH & CLINICAL BIOLOGICAL BUFFER SYSTEMS (ION ACTIVITY)

76 HEPES Free Acid 76 MOPSO Free Acid 76 NaHEPESate 76 NaMOPSOate BIOLOGICAL FLUIDS/TISSUES 14

BIPHENYL

81 for DIFFERENTIAL SCANNING

CALORIMETRY BISMUTH

48 SPECTROMETRY Solution BLEACHED KRAFT PULPS

7 Northern Softwood

7 Eucalyptus Hardwood BONE ASH

15 See HEALTH & CLINICAL 99 See NATURAL MATRIX MATERIALS BONE MEAL

15 See HEALTH & CLINICAL BORATE ORE

30 See ORES

BORON

89 Implant in Silicon (DEPTH

PROFILING) 48 SPECTROMETRY Solution BORIC ACID

46 Acidimetric/Assay Values of (STOICHIOMETRY) 50 Enriched in Boron-10 (STA- BLE ISOTOPIC MATERIALS) BOTANICAL

11 See FOOD & AGRICULTURE BOVINE

10 Liver (FOOD & AGRICULTURE) 10 Muscle Powder 14 Serum Albumin (HEALTH &

CLINICAL BRASS

63 See NONFERROUS METALS BROMIDE

50 ANION CHROMATOGRAPHY

Solution 50 Sodium Bromide (STABLE

ISOTOPICS) BRONZE

62 See COPPER BASE ALLOYS BUFFERS

75 See ION ACTIVITY BURNT REFRACTORIES (ALUMINUM OXIDE)

32 See REFRACTORIES

CADMIUM

26 Cadmium

Cyclohexanebutyrate 48 SPECTROMETRY Solution 83 VAPOR PRESSURE OF METALS CALCIUM

13 Calcium Carbonate (HEALTH & CLINICAL) 15 Calcium Hydroxyapatite (BIOMATERIALS) 48 SPECTROMETRY Solution CALORIMETRY (THERMO- DYNAMIC PROPERTIES) 80 COMBUSTION

CALORIMETRY

81 DIFFERENTIAL SCANNING

CALORIMETRY

81 DIFFERENTIAL THERMAL

ANALYSIS

80 I ENTHALPY AND HEAT

CAPACITY 80 SOLUTION CALORIMETRY

CARBIDES (CERAMICS AND GLASSES) 68 Silicon CARBIDE 68 Tungsten CARBIDE 68 See CEMENTED

TUNGSTON CARBIDES CALIBRATION SOLUTIONS

(ORGANIC) 21

CALIBRATION SOLUTIONS

(INORGANIC) 23

CARBON

73 Carbon Modified Silica (INORGANICS) 98 Carbon-14 Dating 55 in PLAIN CARBON STEELS

55 (FERROUS METALS) CARBON DIOXIDE (PRIMA- RY GAS MIXTURES)

37 Carbon Dioxide in Nitrogen CARBON MONOXIDE

(PRIMARY GAS MIXTURES)

36 Carbon Monoxide in Air 37 Carbon Monoxide in Nitrogen B-CAROTENE

(FAT SOLUBLE VITAMINS)

14 in Human Serum (HEALTH & CLINICAL) CAST IRON

58 See FERROUS METALS CAST STEEL

59 See FERROUS METALS CATALYST MATERIALS

33 High Sulfur Gas Oil Feed (CATALYST CHARACTERIZATION MATERIAL) 73 Used Auto Catalysts (INORGANICS) CEMENTS

2 CEMENT TURBIDIMETRY AND FINENESS(SIZING) 72 PORTLAND CEMENT

CLINKERS

72 PORTLAND CEMENTS CERAMIC MATERIALS (CERAMICS AND

GLASSES)

68 CARBIDES

68 CEMENTED TUNGSTON

OO

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CARBIDES

69 GLASSES

32 See REFRACTORIES 32 See ROCKS AND

MINERALS

85 See SPECULAR SPECTRAL

REFLECTANCE CERIUM

48 SPECTROMETRY Solution CESIUM (RADIOACTIVITY)

96 as Cesium-137 Burn-up Standard CHARPY

5 V-NOTCH TEST BLOCKS CHEMICAL

45 See HIGH PURITY MATERIALS CHLORIDE

50 ANION ION CHROMATOGRAPHY Solution CHLORINE

96 as Chlorine-36 (RADIOACTIVITY) 73 in LUBRICATING BASE

OILS 50 STABLE ISOTOPIC MATERIAL CHLORO COMPOUNDS

(ORGANIC CONSTITUENTS)

22 in Biphenyls 27 in Cod Liver Oil 22 in Halocarbons 47 m-Chlorobenzoic Acid (MICROCHEMISTRY)

22 in Pesticides 22 in Phenols 22 in Pollutants CHOLESTEROL (HEALTH & CLINICAL)

9 in Coconut Oil 14 in freeze-dried Human

Serum

14 in frozen Human Serum

9 in Whole Egg Powder CHROMIUM

50 as Chromium Nitrate (STA- BLE ISOTOPIC MATERIALS) 31 in CLAYS 89 Cr/CrO Thin Film Depth

Profile 26 Iris (l-phenyl-l,3-butanedion) chromium (III) 48 SPECTROMETRY Solution 55 in Steels (FERROUS

METALS)

CHRYSOTILE

103 in ASBESTOS

(INDUSTRIAL HYGIENE) CLAYS

31 Brick 31 Flint 31 Plastic CLINICAL LABORATORY

MATERIALS

14 Amino Acids in HCI 13 Angiotensin I (Human) 14 Anticonvulsant Drug

Level Assay 14 Antiepilepsy Drug Level Assay 13 Bilirubin 15 Bone Ash 15 Bone Meal 14 Bovine Serum Albumin 14 Bovine Serum (Inorganic) 13 Calcium Carbonate 13 Cholesterol 14 Cholesterol in Freeze-dried Human Serum

13 Cortisol (Hydrocortisone) 13 Creatinine 14 Electrolytes in Frozen Human Serum

13 d-Glucose (Dextrose) 14 Glucose in Frozen Human

Serum

13 Iron Metal 14 Human Serum (SERUM

MATERIALS) 13 Lead Nitrate 14 Lead in Blood 14 Lipids in Frozen Human

Serum

13 Lithium Carbonate 13 Magnesium Gluconate

Dihydrate 13 d-Mannitol 13 Potassium Chloride 13 Sodium Chloride 13 Sodium Pyruvate 13 Tripalmitin 13 Urea 13 Uric Acid 14 Vitamins (Fat-Soluble) and

Cholesterol in Human

Serum

13 VMA (4-hydroxy-3-methoxy- mandelic acid) 14 Cardiac Troponin COAL

80 for COMBUSTION CALORIMETRY

33, 35 Sulfur in (SULFUR IN FOSSIL FUELS)

33, 35 TRACE ELEMENTS in

COAL FLY ASH

33 TRACE ELEMENTS in COATING THICKNESS

90 Nonmagnetic COPPER AND CHROMIUM ON

STEEL 89 Tin-Lead Alloy (SOLDER

THICKNESS) COBALT

96 as Cobalt-60 (RADIOACTIVITY) 48 SPECTROMETRY Solution COBALT BASE ALLOYS

61 NONFERROUS METALS COCAINE METABOLITE

19 See FREEZE-DRIED URINE COCONUT OIL

9 Cholesterol in (FOOD &

AGRICULTURE) COD LIVER OIL

27 Organics in (ORGANIC CONSTITUENTS) COLUMBIA RIVER SEDIMENT

99 See NATURAL MATRIX MATERIALS CONDUCTIVITY

83 of Electrolytic Iron CONDUCTIVITY, ELECTROLYTIC

(ION ACTIVITY) 77 Hydrochloric Acid in Water 76 Potassium Chloride

in Water 76 Sodium Chloride in Water CONDUCTIVITY, THERMAL

(THERMODYNAMIC

PROPERTIES) 83 of Electrolytic Iron 83 of Graphite COORDINATE MEASURING MACHINE PROBE PERFORMANCE

COPPER 6

26 Bis(l-phenyl-l,3-butane- diono)copper (II) (ORGANO-METALLIC COM- POUNDS)

63 Brass (COPPER BASE

ALLOYS) 62 Bronze (COPPER BASE

ALLOYS) 62 Cupro-Nickel (COPPER BASE ALLOYS)

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80 ENTHALPY AND HEAT

CAPACITY of 53 in FERROUS METALS

82 Freezing Point of (SEC- ONDARY REFERENCE

POINTS) 45 High-Purity METALS

(MICROANALYSIS) 62 Nickel Silver (COPPER BASE ALLOYS) in NONFERROUS METALS

30 in ORES

48 SPECTROMETRY Solution 50 STABLE ISOTOPES of 63 as Unalloyed Copper (COPPER BENCHMARK) COPPER BASE ALLOYS

62 See NONFERROUS

METALS CORN

9 Bran (FOOD &

AGRICULTURE) 10 Kernel (FOOD &

AGRICULTURAL) 10 Stalk (FOOD &

AGRICULTURAL)

9 Starch (See Nutrition Composition) CORROSION

3 Tool Steel (ABRASIVE WEAR) CORTISOL (HYDROCORTISONE)

13 See PURE CRYSTALLINE STANDARDS

19 in FREEZE-DRIED URINE

COTININE CRIME SCENE

INVESTIGATIONS

18 Arson Test Mixture CRUDE OIL

33 Vanadium in (METAL CONSTITUENTS) CUP FURNACE (FIRE RESEARCH)

4 See SMOKE TOXICITY CURIUM (RADIOACTIVITY) 95 as Curium-243 95 as Curium-244 CYSTINE

47 See MICROCHEMISTRY

D

DENSITY

92 of Lead Silica Glass 99 Neutron Density Monitor Wire (RADIATION DOSIMETRY)

4 of Smoke (SMOKE DENSI- TY CHAMBER) DEPTH

PROFILING 89 Nickel/Chromium Thin

Film 89 Arsenic Implant in Silicon 89 Boron Implant in Silicon DEXTROSE (D-GLUCOSE)

13 See HEALTH & CLINICAL DIFFERENTIAL SCANNING

CALORIMETRY

81 Biphenyl 81 Indium 81 Mercury 81 Thermal Analysis

Purity Set 81 Tin DIFFERENTIAL THERMAL

ANALYSIS 81

DIFFRACTION (X-RAY) 93

DIOXIN (IN ISOOCTANE)

22 See ORGANIC CON- STITUENTS DISODIUM HYDROGEN

PHOSPHATE

76 for pD CALIBRATION 75 for pH CALIBRATION

(abbr. for Diribonucleic

Acid) DNA PROFILING

17 See FORENSICS

18 DNA Profiling 18 PCR-Based DNA Profiling 18 DNA Mitochondrial Sequencing DOLOMITIC LIMESTONE

32 See ROCKS AND

MINERALS DOSIMETRY

(RADIOACTIVITY)

99 Neutron Density Monitor Wire

DRUG LEVEL ASSAY

(ANTIEPILEPSY)

14 See HEALTH & CLINICAL DRUGS OF ABUSE

19 in FREEZE-DRIED URINE DSC

81 abbr. for Differential Scanning Calorimetry DTA

81 abbr. for Differential Thermal Analysis DUST

102 Urban (TRACE ELEMENTS)

29 Urban (ORGANIC CONSTITUENTS) DYE PENETRANT TEST

(CRACK) BLOCK

5 (NONDESTRUCTIVE EVALUATION) DYSPROSIUM

48 SPECTROMETRY Solution

EDDY CURRENT

5 ARTIFICIAL FLAW FOR NDE

ELECTRICAL PROPERTIES

87 See ELECTRICAL RESISTIVITY AND CONDUCTIVITY OF GRAPHITE & ELEC- TROLITIC 87 See ELECTRICAL RESISTIVITY AND CONDUCTIVITY OF SILICON 91 See SUPERCONDUCTING

CRITICAL CURRENT

91 of GLASS (CERAMICS AND

GLASSES) ELECTROLYTIC CONDUCTIVITY (ION ACTIVITY)

77 Hydrochloric Acid Solutions for 76 Potassium Chloride Solutions for 76 Sodium Chloride Solutions for ELECTRON MICROSCOPE

89 THIN FILM FOR TRANS- MISSION ELECTRON MICROSCOPE

77 ELECTROPHORETIC

MOBILITY

OO

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ELLIPSOMETRY

90 Silicon Dioxide on Silicon ENTHALPY (THERMODY- NAMIC PROPERTIES) 80 of Copper 80 of Molybdenum 80 of Synthetic Sapphire 80 of Polystyrene ENVIRONMENTAL

MATRICES

99 See NATURAL MATRIX

MATERIALS (RADIOACTIVITY) 22 See ORGANIC CON- STITUENTS (ORGANICS) 23 See INORGANIC CON- STITUENTS (INORGANICS) 33 See TRACE ELEMENTS IN COALS & COKE EPHEDRA

9 See Nutrition Composition ERBIUM

48 SPECTROMETRY Solution ESTUARINE SEDIMENT

28 See (SOILS, SEDMENTS, AND SLUDGES) ETHANOL

34 Ethanol ETHERS IN REFERENCE

FUELS

17 Ethanol-Water (ETHANOL

SOLUTIONS) ETHERS (ALCOHOLS AND

ETHERS IN REFERENCE

FUELS

34 t-Amyl Methyl Ether 34 Ethyl t-Butyl Ether 34 Methyl t-Butyl Ether EUCALYPTUS HARDWOOD

7 BLEACHED KRAFT PULPS EUROPIUM

96 as Europium-152

(RADIOACTIVITY) 48 SPECTROMETRY Solution F

FATTY ACIDS (FOOD &

AGRICULTURE)

10 Typical Diet

FELDSPAR (ROCKS AND

MINERALS)

32 in Potash 32 in Soda FERROUS ALLOYS

53 See FERROUS METALS FERTILIZERS (FOOD & AGRICULTURE)

10 Ammonium Dihydrogen Phosphate 10 Phosphate Rock (Florida &

Western) 10 Potassium Dihydrogen Phosphate 10 Potassium Nitrate FIBROUS GLASS BOARD

82 See THERMAL RESIS- TANCE OF GLASS, SILICA, AND POLYSTYRENE FILTER MEDIA (MATERIALS ON

FILTER MEDIA)

lOlAir Particulate on Filter 101 Quartz on FILTERS, OPTICAL 84

FINENESS (SIZING)

2 of Portland Cement (CEMENT TURBIDIMETRY AND FINENESS) FIRE RESEARCH

4 FLOORING RADIANT PANEL

4 SMOKE DENSITY

4 SMOKE TOXICITY 3 SURFACE FLAMMABILITY FISSION TRACK

GLASS 97

FLAMMABILITY

3 SURFACE FLAMMABILITY

(FIRE RESEARCH)

4 FLOORING RADIANT PANEL

3 See FIRE RESEARCH FLOUR

10 Durum Wheat

10 Hard Red Spring Wheat 10 Rice 10 Soft Winter Wheat 10 Spinach Leaves 10 Wheat Hardness FLUORESCENCE

85 Quinine Sulfate Dihydrate 85 Raman Spectroscopy

FLUORIDE

50 ANION CHROMATOGRAPHY Solution 15 In FREEZE-DRIED URINE 11 in Vegetation FLUORO COMPOUNDS

47 p-Fluorobenzoic Acid (MICROCHEMISTRY) FLUORSPAR (ORES)

30 Customs Grade 30 High Grade FLY ASH COAL

33 Coal Fly Ash (FOSSIL FUELS) 10 TRACE ELEMENTS FOOD & AGRICULTURE (Nutrition Composition) 9 Baking Chocolate 9 Baby Food Composite

9 Corn Bran 9 Corn Starch 9 Durham Wheat Flour 9 Fatty Acids & Cholesterol 9 Infant Formula 9 Meat Homogenate

9 Peanut Butter 9 Typical Diet 9 Whole Egg Powder

9 Whole Milk Powder 10 Wheat Gluten 10 Bovine Liver 10 Non-fat Milk Powder 10 Oyster Tissue 10 Rice Flour 10 Wheat Flour 9 Slurhed Spinach FOOD/BOTANICALS 11

FORENSICS 17

FOSSIL FUELS

33 Alcohols & Ethers in Reference Fuels 80 Coal Heat of Combustion (COMBUSTION

CALORIMETRY)

33 Ethanol (ALCOHOLS AND

ETHERS IN REFERENCE

FUELS) 33 Isooctane 33 n-Heptane 33 METAL CONSTITUENTS in Fossil Fuels 35 METAL CONSTITUENTS in Residual Fuel Oil 34 Methanol 35 Sulfur in Coal (SULFUR IN FOSSIL FUELS) 35 Sulfur in Kerosine (SULFUR IN FOSSIL

FUELS)

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35 Sulfur in RGSidual Fuel Oil GLASSES

(SULFUR IN FOSSIL VJ 92 Borosilicate (VISCOSITY FUELS) OF GLASS) 80 Synthetic Refuse Derived GADOLINIUM

69 Chemical Composition

Oil (COMBUSTION 91 Chemical Resistance CALORIMETRY) 48 SPECTROMETRY Solution 69 Fused Ore Glass 35 TRACE ELEMENTS in Coal 93

33 TRACE ELEMENTS in Coal GALLIUM

Fly Ash 28 in Buffalo RivGr Sediment 69 High-Boron Borosilicate 33 TRACE ELEMENTS in Fuel (SOILS, SEDIMENTS, AND 69 Lead-Barium

Oil Ql 1 irinFQ^ 91

33 Vanadium in Crude Oil 33 in Coal (TRACE ELE- (METAL CONSTITUENTS IN MENTS) 69 Low-Boron Soda-Lime FOSSIL FUELS) 33 in Coal Fly Ash (TRACE Powder ELEMENTS) 83 LABORATORY THERMOME- FREE CUTTING BRASS 97 as Gallium-67 (RADIO TER (MERCURY IN GLASS) 60 See NONFERROUS PHARMACEUTICALS) 69 Multi Component METALS 68 in Glass (TRACE ELE- MENTS)

92 RELATIVE STRESS OPTI- CAL COEFFICIENT of FRESHWATER 82 Melting Point (THERMO- 32 QanH IQnrUQ. AMR LAKE SEDIMENT DYNAMIC PROPERTIES) ^yllMFRA| Q\ IVlMNlinMLO^ (RADIOACTIVITY) 50 Metal (STABLE ISOTOPIC

IVIMI QrVIMLO^ 6969

Soda-Lime Container

c;nda-l imp Flat 99 Freshwater Lake Sediment (NATURAL 48 SPECTROMETRY Solution 69

69

Soda-Lime Float Soda-Lime Sheet MATRIX MATERIALS) GAS CHROMATOGRAPHY 91 Soda-Lime-Silica FREEZING POINT (THER- (ORGANIC CONSTITUENTS)

69

(VISCOSITY OF GLASS)

Soft Borosilicate MODYNAMIC PROPERTIES) 23 GC/MS System

Performance 23 LC Selectivity 68 SYNTHETIC GLASS (TRACE 81 of Aluminum (DEFINING ELEMENTS)

FIXED POINT ITS-90) 82 THERMAL EXPANSION OF

82 of Copper (SECONDARY GAS MIXTURE STANDARDS 36

METAL & GLASS REFERENCE POINTS) 82 THERMAL RESISTANCE OF

81 Of Indium (DEFINING

FIXED POINT ITS-90) GLASS, SILICA, AND POLY- STYRENE

82 of Lead (REFERENCE

POINTS) GASES (PRIMARY GAS

MIXTURES)

92 VISCOSITY FIXPOINTS of 81 of Silver (DEFINING FIXED 36 See PRIMARY GAS MIX- GLASS SAND

POINT iTS-90) TURES 32 See ROCKS AND

81 of Tin (DEFINING FIXED POINT ITS-90) GASES IN METALS

MINERALS 81 of Zinc (DEFINING FIXED 60 in Irons (FERROUS GLASS SPHERES

POINT, ITS-90) METALS) 1 PARTICLE SIZE (SIZING) FSV

60 in Steels (FERROUS

METALS) D-GLUCOSE

14 abbr. for Fat Soluble 66 in Unalloyed Titanium 13 D-GLUCOSE aka. Dextrose

Vitamins (NONFERROUS METALS) (HEALTH & CLINICAL) FUELS

46 Polarimetric Value of GASOLINE (STOICHIOMETRY) 33 See FOSSIL FUELS 33 See FOSSIL FUELS GOETHITE FUMED SILICA BOARD GEOLOGICAL 77 Aka. A-FeOOH (ELEC- 82 See THERMAL RESIS- TANCE OF GLASS, SILICA, AND POLYSTYRENE

30 See GEOLOGICAL MATERI- ALS AND ORES GOLD

TROPHORETIC MOBILITY) GERMANIUM 45 METALS (HIGH PURITY 48 SPECTROMETRY Solution 30

METALS)

Ore Refractories GILDING METAL 48 SPECTROMETRY Solution 60 See NONFERROUS 83 VAPOR PRESSURE OF METALS

46

METALS

Royal Canadian Mint GLASS BEADS Reference Materials 1 See SIZING

(HIGH PURITY MATERIALS)

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GRAPHITE

83 THERMAL CONDUCTIVITY OF GRAPHITE AND IRON GRAVITY SEDIMENTATION

1 Zirconium Oxide (PARTI- CLE SIZE) H

HAFNIUM

48 SPECTROMETRY Solution 66 in Zircaloy (ZIRCONIUM BASE ALLOYS) HARDNESS (FOOD AND AGRICULTURE)

10 WHEAT HARDNESS

HARDNESS (SURFACE

FINISH) 6 of Briglit Copper (MICRO- HARDNESS)

6 of Brigtit Nicl<el (MICRO- HARDNESS)

6 Of Ceramic (MICROHARDNESS)

5 ROCKWELL HARDNESS HASTELLOY

65 NICKEL BASE ALLOYS HEALTH, NUTRITION COMPOSITION

9 Baby Food Composite

9 Cholesterol in Coconut Oil 9 Fatty Acids Frozen Diet Composite

9 Infant Formula (milk- based) 9 Typical Diet 9 Whole Egg Powder

9 Whole Milk HEAT (THERMODYNAMIC

PROPERTIES)

80 COMBUSTION

CALORIMETRY

81 DEFINING FIXED

P0INT,ITS-90 81 DEFINING FIXED POINT

CELLS, ITS-90 81 DIFFERENTIAL SCANNING

CALORIMETRY

81 DIFFERENTIAL THERMAL

ANALYSIS 80 ENTHALPY AND HEAT

CAPACITY 82 FREEZING POINT, MELTING

POINT, AND TRIPLE POINT CELLS 83 LABORATORY THERMOMETER

82 REFERENCE POINTS 80 SOLUTION CALORIMETRY

83 THERMAL CONDUCTIVITY OF GRAPHITE AND IRON 82 THERMAL EXPANSION OF METAL & GLASS

82 THERMAL RESISTANCE OF GLASS, SILICA, AND

POLYSTRYENE

83 THERMOCOUPLE

MATERIAL, PLATINUM 83 VAPOR PRESSURE OF METALS HEPES (BIOLOGICAL

BUFFERS)

76 abbr. for N-2-Hydroxyethyl- piperazine-N-2-ethanesulfonic Acid 76 HEPES Free Acid 76 NaHEPESate

n-HEPTANE

(FOSSIL FUELS) 33 REFERENCE LIQUIDS FOR

EVALUATING FUELS HIGH ALLOY STEELS (FERROUS

METALS) 58 Chromium Nickel (Copper

Precipitation Hardening) 59 Chromium Nickel (Molybdenum Precipitation Hardening) 57 High Nickel 57 High Temperature Alloy (A286) Nickel-Chromium 57 High Temperature Alloy L605 58 High Temperature Alloy Iron-Nickel-Cobalt 57 Valve Steel HIGH PURITY METALS

45 High Purity Gold 45 High Purity Platinum 45 High Purity Zinc 45 Refined Copper 45 Selenium Intermediate

Purity 45 Zinc Intermediate Purity 45 Zinc Metal HIGH PURITY NEAT CHEMICALS 48

HIGH TEMPERATURE

ALLOYS

53 See FERROUS METALS HOLMIUM

85 Holmium Oxide Solution Wavelength 48 SPECTROMETRY Solution 99 LIVER (NATURAL

MATRIX MATERIALS)

(RADIOACTIVITY)

99 LUNG (NATURAL

MATRIX MATERIALS)

(RADIOACTIVITY) HUMAN SERUM

(HEALTH & CLINICAL)

14 Cholesterol in Human

Serum

14 Electrolytes in (SERUM

MATERIALS) 14 Fat Soluble Vitamins in 14 Glucose in Frozen (SERUM

MATERIALS) 14 Lipids in Frozen (SERUM

MATERIALS) 14 SERUM MATERIALS HYDROGEN

96 as Hydrogen-3 (RADIOACTIVITY SOLUTIONS) 66 Unalloyed Titanium for (GASES IN METALS) HYDROXYAPATITE

15 See Calcium

Hydroxyapatite 4-HYDR0XY-3-METH0XY- DL-MANDELIC ACID

(VMA) 13

I

ICTAC

81 abbr. for International Confederation of Thermal

Analysis and Calorimetry 86 X-RAY AND PHOTOGRAPHY INCONEL

65 NICKEL BASE ALLOYS (NONFERROUS METALS) INDIUM

97 as Indium-Ill (RADIO- PHARMACEUTICALS) 81 DEFINED FIXED POINT

ITS-90 82 FREEZING POINT, MELTING POINT AND TRIPLE POINT CELLS 48 SPECTROMETRY Solution INDUSTRIAL HYGIENE

101 See INDUSTRIAL HYGIENE INFRARED, NEAR

85 INFRARED REFLECTANCE

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INORGANIC SOLUTION STANDARDS 23

IODINE (RADIOACTIVITY)

97 as lodine-125 (RADIO- PHARMACEUTICALS) 50 Iodine, Isotopic 97 as lodine-131 (RADIO- PHARMACEUTICALS) ION ACTIVITY

76 BIOLOGICAL BUFFER SYS- TEMS

77 ELECTROLYTIC CONDUCTIVITY 76 ION-SELECTIVE ELEC- TRODE CALIBRATION 76 pD CALIBRATION 75 pH CALIBRATION IRON

83 Electrolytic Iron (THERMAL

CONDUCTIVITY OF

GRAPHITE AND IRON) 53 See FERROUS METALS

13 Iron Metal (HEALTH &

CLINICAL) 48 SPECTROMETRY Solution 26 Tris(l-phenyl-l-3 butainediono)-iron(lll) (ORGANOMETALLIC COMPOUNDS) ISOTOPE(S)

51 See LIGHT STABLE

ISOTOPIC MATERIALS 45 See HIGH PURITY MATERIALS 98 See RADIOACTIVITY K

KEROSINE

35 Sulfur in (SULFUR IN FOSSIL FUELS) KNOOP MICROHARDNESS

(SURFACE FINISH)

6 Bright Copper 6 Bright Nickel 6 Silicon Nitride L

LANTHANUM

48 SPECTROMETRY Solution

LAKE SEDIMENT

(RADIOACTIVITY)

99 Freshwater Lake Sediment (NATURAL MATRIX

MATERIALS) LEAD

26 Lead Cyclohexanebutyrate (ORGANO-METALLIC COM- POUNDS)

14 Lead in Blood (HEALTH &

CLINICAL) 13 Lead Nitrate (HEALTH &

CLINICAL) 50 Metal Equal Atom (STABLE

ISOTOPIC MATERIALS) 50 Metal, Natural (STABLE

ISOTOPIC MATERIALS) 50 Metal, Radiogenic (STA- BLE ISOTOPIC MATERIALS) 102 In Paint Film 102 In Powdered Paint 102 In Indoor Dust, Trace Elements 102 In Paint on Fiberboard 102 In Soil, Trace Elements 60 See NONFERROUS

METALS

102 Powdered Lead Base

Paint (LEAD IN PAINT, DUST AND SOIL) 33 in Reference Fuel (METAL CONSTITUENTS IN FOSSIL

FUELS) 48 SPECTROMETRY Solution LEAD BASE ALLOYS/

MATERIALS

63 See NONFERROUS

METALS LEAVES (FOOD &

AGRICULTURE)

11, 27 Apple

11, 27 Peach 27 Pine Needles

11, 27 Spinach

11, 27 Tomato LIMESTONE (ROCKS AND MINERALS)

32 Argillaceous 32 Dolomitic LINERBOARD

6 for TAPE ADHESION

TESTING LINEWIDTH (METROLOGY)

88 OPTICAL MICROSCOPE

LINEWIDTH MEASURE- MENT LIPIDS

14 in Human Serum (SERUM

MATERIALS)

LIQUID CHROMATOGRAPHY

23 GS/MS AND LC SYSTEM PERFORMANCE LIQUIDUS TEMPERATURE

93 Soda-Lime Silica 93 Aluminosilicate LITHIUM

51 Carbonate (LIGHT STABLE

ISOTOPIC MATERIALS) 13 Carbonate (HEALTH &

CLINICAL) 26 Lithium Cyclohexanebutyrate (MET- ALLO-ORGANIC COMPOUNDS)

30 Ore, Lepidolite 30 Ore, Petalite (ORES) 30 Ore, Spodumene (ORES) 48 SPECTROMETRY Solution LIVER

10 Bovine (FOODS AND

BEVERAGES) 99 Human (NATURAL

MATRIX MATERIALS)

(RADIOACTIVITY) LUBRICATING BASE OIL

73 Total Chlorine 73 Total Nitrogen 73 Total Sulfur 73 WEAR-METALS IN OIL LUNG (RADIOACTIVITY)

99 Human (NATURAL MATRIX

MATERIALS) LUTETIUM

48 SPECTROMETRY Solution M

MAGNETIC MOMENT

7 Nickel Disk

7 Nickel Sphere

7 Yttrium Garnet Sphere MAGNESIUM

13 Magnesium Gluconate

Dihydrate (HEALTH &

CLINICAL) 50 Magnesium Metal (STA- BLE ISOTOPIC MATERIALS) 48 SPECTROMETRY Solution MAGNIFICATION

89 SCANNING ELECTRON MICROSCOPE (SEM) 89 SEM Performance

Standard 89 SEM Sharpness Standard

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MANGANESE

48 SPECTROMETRY Solution D-MANNITOL (HEALTH & CLINICAL) 13

MARIJUANA METABOLITE

19 THC-9-C00H (DRUGS OF ABUSE IN URINE) MARINE MATERIALS

28 Buffalo River Sediment (METAL CONSTITUENTS IN NATURAL MATRICES) 28 Estuarine Sediment (METAL CONSTITUENTS IN NATURAL MATRICES) 28 Marine Sediment 32 Limestone Argillaceous 32 Limestone Dolomitic (ROCKS AND MINERALS) 28 Organics in Marine Sediment (ORGANIC CONSTITUENTS)

27 Organics in Mussel

Tissue (ORGANIC CONSTITUENTS)

27 Organics in Whale

Blubber (ORGANIC CONSTITUENTS)

10 Oyster Tissue (FOOD &

AGRICULTURE) 28 Polychlorinated Biphenyls (Congeners) in River Sediment A (ORGANIC CONSTITUENTS) 28 Sediment for Solid Sampling MASS SPECTROMETRY

23 GC/MS AND LC SYSTEM PERFORMANCE

(ORGANICS) 23 GC/MS SYSTEM

23 LC Chiral Selectivity 23 LC Performance 23 LC Selectivity 51 See LIGHT STABLE ISO- TOPIC MATERIALS 95 See RADIOACTIVITY 50 See STABLE ISOTOPIC MATERIALS MATERIALS ON

FILTER MEDIA

101 Quartz on Filter Media 101 Air Particulate on Filter 101 Cellulose Acetate Membrane

101 Ashless Blank Filter 101 Respirable Alpha Quartz 101 Respirable Cristobalite

MELTING POINT AND TRIPLE POINT (THERMODYNAMIC

PROPERTIES) 82

MERCURY

15 Mercury (TOXIC SUB- STANCES IN URINE) 81 Mercury (Triple Point) (DEFINING FIXED POINT

ITS-90) 48 SPECTROMETRY Solution 33 TRACE ELEMENTS (FOSSIL FUELS) 33 Trace Mercury in Coal (TRACE ELEMENTS) 23 in Water (METAL CON- STITUENTS IN NATURAL

MATRICES) METAL ALLOYS 54

METALS 53 METALS ON FILTER MEDIA

101 See MATERIALS ON

FILTER MEDIA METHANE (PRIMARY GAS

MIXTURES)

38 Methane in Air METROLOGY 88

MICROANALYSIS 32

MICROCHEMISTRY (HIGH PURITY MATERIALS)

47 Acetanilide 47 Anisic Acid 47 m-Chlorobenzoic Acid 47 Cystine 47 p-Fluorobenzoic Acid 47 Nicotinic Acid 47 Urea MICROCOPY

86 Microcopy Resolution

Test Chart(X-RAY AND

PHOTOGRAPHY) MICROHARDNESS

(SURFACE FINISH)

6 of Bright Copper

6 of Bright Nickel 6 of Ceramic MICROSCOPY

(METROLOGY)

89 DEPTH PROFILING 90 ELLIPSOMETRY 88 OPTICAL MICROSCOPE

LINEWIDTH MEASURE- MENT

88 SCANNING ELECTRON MICROSCOPE (SEM) MICROSPHERE (SIZING)

1 Glass Spheres (PARTICLE

SIZE) 1 Polystyrene Spheres (PAR- TICLE SIZE) MILK (FOOD AND

AGRICULTURE)

9 Infant Formula 9 Non-fat Milk Powder MINERALS

32 See ROCKS AND

MINERALS MIXTURES AND POLLU- TANTS (PRIMARY GAS

MIXTURES)

36 Ambient Non-Methane

Organics in Nitrogen 37 Carbon Dioxide in Nitrogen 36 Carbon Monoxide in Air 37 Carbon Monoxide in Nitrogen 38 Hydrogen Sulfide in Nitrogen 38 Methane in Air 38 Nitric Oxide in Nitrogen 38 Oxides of Nitrogen in Air 39 Oxygen in Nitrogen 39 Propane in Air 40 Sulfur Dioxide in Nitrogen MOLECULAR

SPECTROMETRY 48

MOLECULAR WEIGHT AND

MELT FLOW (POLYMERIC

PROPERTIES)

79 Polyethylene Gas Pipe Resin 78 Polyethylene Linear 78 Poly(ethylene oxide) 79 Polyethylene Resin 78 Poly(methylmethacrylate) 78 Polystyrene MOLYBDENUM

80 ENTHALPY AND HEAT

CAPACITY 97 as Molybdenum-99- Technetium-99m (RADIO- PHARMACEUTICALS) 48 SPECTROMETRY Solution

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N

NAVAL BRASS

63 See NONFERROUS

METALS NDE

abbr. for Nondestructive

Evaluation NEODYMIUM

48 SPECTROMETRY Solution NEUTRON MONITOR

(RADIOACTIVITY)

99 Neutron Density Monitor Wire (RADIATION DOSIMETRY) NICKEL

96 as Nickel-63 (RADIOACTIVE SOLUTION) 26 Nickel Cyclohexanebutyrate (ORGANO-METALLIC COM- POUNDS)

50 Nickel (STABLE ISOTOPIC MATERIALS) 89 Nickel-Chromium Thin Film(DEPTH PROFILING) 65 NICKEL BASE ALLOYS (NONFERROUS METALS) 65 NICKEL OXIDES (NONFER- ROUS METALS)

7 Nickel Disk (MAGNETIC MOMENT)

7 Nickel Sphere (MAGNETIC MOMENT)

48 SPECTROMETRY Solution NICOTINIC ACID

47 MICROCHEMISTRY (HIGH PURITY MATERIALS) NIOBIUM

97 as Niobium-94 (GAMMA

RAY POINT SOURCES)

48 SPECTROMETRY Solution NITRATE

50 ANION CHROMATOGRAPHY Solution NITRIC OXIDE (PRIMARY GAS MIXTURES)

38 Nitric Oxide in Nitrogen NITRIDE

1 Silicon Nitride (SURFACE AREA OF POWDERS)

6 (MICROHARDNESS)

NITROGEN (PRIMARY GAS

MIXTURES)

73 Total Nitrogen (LUBRICAT- ING BASE OILS) NONDESTRUCTIVE

EVALUATION

5 ARTIFICIAL FLAW FOR EDDY CURRENT NDE NONFERROUS ALLOYS

60 See NONFERROUS

METALS NORTHERN SOFTWOOD

7 BLEACHED KRAFT PULPS NUCLEAR MATERIALS

(RADIOACTIVITY)

98 Carbon-14 DATING 99 FISSION TRACK GLASS

99 NATURAL MATRIX MATERIALS 95 RADIOACTIVE SOLUTIONS

97 RADIOPHARMACEUTICALS NUTRITION

9 See FOOD &

AGRICULTURE NUTRITION COMPOSITION 9 0

OBSIDIAN ROCK

32 ROCKS AND MINERALS OCEAN MATERIALS

(RADIOACTIVITY) (NATURAL MATRIX

MATERIALS)

99 Ocean Sediment OIL

73 Chlorine in (LUBRICATING BASE OILS) 33 Fuel Oil (FOSSIL FUELS) 33 High Sulfur Gas Oil Feed

(CATALYST CHARACTERIZATION MATERIALS) 34 Moisture in Oils (FOSSIL FUELS) 73 Nitrogen (LUBRICATING BASE OILS) 27 Organics in Cod Liver Oil (ORGANIC CONSTITUENTS)

33 Petroleum Crude Oil (ORGANIC CONSTITUENTS) 28 Polychlorinated Biphenyls

in (ORGANIC CONSTITUENTS) 33 Shale Oil (ORGANIC CONSTITUENTS) 73 Sulfur in (LUBRICATING BASE OILS) 35 Sulfur in Residual Fuel Oil (SULFUR IN FOSSIL

FUELS) 33 Vanadium in Crude Oil (METAL CONSTITUENTS IN FOSSIL FUELS) 73 WEAR-METALS IN OIL (ENGINE WEAR

MATERIALS) ORGANO-METALLIC COMPOUNDS 26

ORGANIC CALIBRATION SOLUTIONS 21

OPTOELECTRONICS

(METROLOGY)

88 Optical Fiber Coating 88 Optical Fiber Diameter 88 Optical Fiber Ferrule Geometry 88 Pin Gauge for Optical Fiber Ferrules 88 Polarization Mode

Dispersion 88 Wavelength Reference

Absorption Cell ORES (GEOLOGICAL

MATERIALS AND ORES)

30 Alumina (Reduction Grade) 30 Bauxite, Arkansas 30 Bauxite, Dominican 30 Bauxite, Jamaican 30 Bauxite, Surinam 30 Borate Ore 30 Chinese Ores 30 Copper Ore Mill Heads 30 Copper Ore Mill Tails 30 Fluorspar, Customs Grade 30 Fluorspar, High Grade 30 Gold Ore, Refractory 30 Iron Ore, Canada 30 Iron Ore, Labrador 30 Iron Ore, Nimba 30 Iron Oxide Reduced 30 Lithium Ore (Petal ite) 30 Lithium Ore (Spodumene) 30 Lithium Ore (Lepidolite) 30 Manganese Ore 30 Phosphate Rock Florida 30 Phosphate Rock Western 30 Pyrite Ore (ORE BIOLEACHING SUBSTRATE)

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30 Rutile Ore 30 Scheelite Ore 30 Tungsten Concentrate 30 Zinc ORGANICS

21 EPA: ORGANIC COM- POUNDS RELATED TO

(WATER ANALYSIS) 21 ORGANIC CONSTITUENTS

23 GC/MS AND LC SYSTEM PERFORMANCE OXALIC ACID

(RADIOACTIVITY)

98 Carbon-14 Dating OXYGEN (PRIMARY GAS MIXTURES)

39 Oxygen in Nitrogen OXYGENATES

34 ALCOHOLS. ..IN REFERENCE FUELS OYSTER TISSUE

9 FOOD & AGRICULTURE

PAINT

102 LEAD IN PAINT, DUST AND SOIL PALLADIUM

48 SPECTROMETRY Solution PARTICAL COUNT

MATERIALS

2 For suspensions PARTICLE SIZE (SIZING)

1 Glass Spheres

1 Polystyrene Spheres

1 Silicon Nitride 1 Zirconium Oxide PARTICULATES

29 Diesel Particulate Matter (ORGANIC CONSTITUENTS) 101 MATERIALS ON FILTER MEDIA

29 Urban Dust/Organics (ORGANIC CONSTITUENTS) 29 Urban Particulate Matter (INORGANICS) 76 pD CALIBRATION (ION ACTIVITY)

76 Disodium Hydrogen Phosphate 76 Potassium Dihydrogen Phosphate 76 Potassium Hydrogen

Phthalate 76 Sodium Bicarbonate 76 Sodium Carbonate PERUVIAN SOIL

(RADIOACTIVITY) 99

PESTICIDES (ORGANIC

CONSTITUENTS)

22 Chlorinated Pesticides in Hexane 22 Chlorinated Pesticides in Isooctane PETROLEUM 33

PH CALIBRATION

(ION ACTIVITY)

75 Calcium Carbonate 75 Disodium Hydrogen Phosphate 75 Potassium Dihydrogen Phosphate 75 Potassium Hydrogen

Phthalate 75 Potassium Hydrogen

Tartrate 75 Potassium Tetroxalate 75 Sodium Bicarbonate 75 Sodium Carbonate 75 Sodium Tetraborate Decahydrate 76 See BIOLOGICAL BUFFER SYSTEMS PHOSPHATE

76 See pD CALIBRATION 75 See pH CALIBRATION 50 ANION CHROMATOGRAPHY Solution 30 Phosphate Rock (ORES) 26 Triphenyl Phosphate (ORGANO-METALLIC COMPOUNDS) PHOSPHORUS

48 SPECTROMETRY Solution PHOTOGRAPHY

86 See X-RAY AND

PHOTOGRAPHY PINE NEEDLES

27 See ENVIRONMENTAL

BIOLOGICAL TISSUES PLASTIC

78 See POLYMERIC

PROPERTIES

PLATINUM (HIGH PURITY METALS)

45 High Purity Platinum 48 SPECTROMETRY Solution PLUTONIUM

(RADIOACTIVITY)

99 Ashed Bone 99 Columbia River Sediment 99 Human Liver 99 Human Lung 99 Ocean Sediment 99 Peruvian Soil 95 Plutonium-238 95 Plutonium-239 95 Plutonium-240 96 Plutonium-241 95 Plutonium-242 POLLUTANTS

33 METAL CONSTITUENTS IN FOSSIL FUELS 37 PRIMARY GAS MIXTURES

21 ORGANIC CONSTITUENTS

(ORGANICS) POLONIUM

(RADIOACTIVITY)

95 Polonium-209 (RADIOACTIVE SOLUTIONS) POLYCHLORINATED

BIPHENYLS PCBS

22 Chlorinated Biphenyls 22 Chlorinated Biphenyl Congeners in Isooctane 24 Polychlorinated Biphenyl Congeners in Isooctane 28 Polychlorinated Biphenyls

in River Sediment POLYETHYLENE (MOLECULAR WEIGHT AND MELT FLOW)

79 Polyethylene Gas Pipe Resin 78 Polyethylene Linear 78 Poly(ethylene Oxide) 79 Polyethylene Resin POLYMER

78 See POLYMERIC

PROPERTIES POLY(METHYLMETHACRYLATE) (POLYMERIC

PROPERTIES)

79 MOLECULAR WEIGHT AND

MELT FLOW POLYSTYRENE

80 ENTHALPY AND HEAT

CAPACITY

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80 (THERMODYNAMIC

PROPERTIES) 78 MOLECULAR WEIGHT AND

MELT FLOW

78 (POLYMERIC PROPERTIES) POTASSIUM

48 SPECTROMETRY Solution POTASSIUM CHLORIDE

13 See PURE CRYSTALLINE STANDARDS

77 ELECTROLYTIC CONDUCTIVITY 76 ION-SELECTIVE ELEC- TRODE CALIBRATION 50 STABLE ISOTOPIC MATERIALS 80 SOLUTION CALORIMETRY 46 STOICHIOMETRY POTASSIUM DICHROMATE

84 MOLECULAR ABSORPTION

46 STOICHIOMETRY POTASSIUM DIHYDROGEN

PHOSPHATE

10 FERTILIZERS 76 pD CALIBRATION 75 pH CALIBRATION POTASSIUM FLUORIDE

76 ION-SELECTIVE ELEC- TRODE CALIBRATION POTASSIUM HYDROGEN

PHTHALATE

76 pD CALIBRATION 75 pH CALIBRATION 46 STOICHIOMETRY POTASSIUM HYDROGEN

TARTRATE

75 pH CALIBRATION POTASSIUM IODIDE

84 MOLECULAR ABSORPTION POTASSIUM NITRATE

10 FERTILIZERS 51 LIGHT STABLE ISOTOPIC MATERIALS POTASSIUM TETROXALATE

75 pH CALIBRATION POWDERED LEAD BASE PAINT

102 LEAD IN PAINT, DUST, AND SOIL

PRASEODYMIUM

48 SPECTROMETRY Solution PRIMARY CHEMICALS

46 STOICHIOMETRY PRIORITY POLLUTANT PAH

21 ORGANIC CONTAMINENTS PYRITE ORE

30 ORE BIOLEACHING SUBSTRATE Q

QUARTZ

101 MATERIALS ON FILTER MEDIA R

RADIOACTIVITY

99 FISSION TRACK GLASS

99 NATURAL MATRIX MATERIALS 95 RADIOACTIVE SOLUTIONS

97 RADIOPHARMACEUTICALS

98 Carbon-14 DATING RADIUM (RADIOACTIVITY)

95 Radium-226 (RADIOACTIVE SOLUTIONS) REFERENCE FUELS

33 See FOSSIL FUELS REFLECTANCE (OPTICAL

PROPERTIES)

85 DIFFUSE SPECTRAL

REFLECTANCE 85 INFRARED REFLECTANCE

85 SPECULAR SPECTRAL

REFLECTANCE REFRACTORIES

(GEOLOGICAL MATERIALS AND ORES)

32 Burnt Refractory REFORMULATED

GASOLINES

33 See FOSSIL FUELS RESIDUAL RESISTIVITY RATIO (ELECTRICAL

PROPERTIES) 87

RESISTANCE (THERMODYNAMIC PROPERTIES)

82 THERMAL RESISTANCE OF GLASS, SILICA, AND

POLYSTYRENE RESISTIVITY (ELECTRICAL

PROPERTIES)

87 ELECTRICAL RESISTIVITY AND CONDUCTIVITY OF METALS

87 ELECTRICAL RESISTIVITY AND CONDUCTIVITY OF

SILICON RHENIUM

48 SPECTROMETRY Solution RHODIUM

48 SPECTROMETRY Solution RICE FLOUR (FOOD &

AGRICULTURE) 10

RIVER SEDIMENT

(INORGANICS)

28 SOILS, SEDIMENTS, AND

SLUDGES

28 Buffalo River Sediment 28 Estuarine Sediment RIVER SEDIMENT

(ORGANICS)

28 Polychlorinated Biphenyls

in River Sediment A RIVER SEDIMENT

(RADIOACTIVITY)

99 Columbia River Sediment (NATURAL

MATRIX MATERIALS) ROCKS

32 Basalt Rock (ROCKS AND

MINERALS) 32 Obsidian Rock (ROCKS AND MINERALS)

10, 30 Phosphate Rock (Florida) (FERTILIZERS)

10, 30 Phosphate Rock (Western) (FERTILIZERS) ROYAL CANADIAN

MINT REFERENCE

MATERIALS 46

RUBIDIUM

82 Rubidium (FREEZING

POINT, MELTING POINT AND TRIPLE POINT CELLS) 50 Rubidium Chloride (STA- BLE ISOTOPIC MATERIALS) 48 SPECTROMETRY Solution

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SAMARIUM

48 SPECTROMETRY Solution SAND (GLASS)

32 See ROCKS AND

MINERALS SCANDIUM

48 SPECTROMETRY Solution SCANNING ELECTRON MICROSCOPE

(METROLOGY)

89 SEM Performance

Standard 89 SEM Sharpness Standard SCHEELITE ORE

30 ORES SEDIMENT

28 METAL CONSTITUENTS IN NATURAL MATRICES 99 NATURAL MATRIX MATERI- ALS (RADIOACTIVITY) SELENIUM

101 Resplrable Cristobalite (RESPIRABLE SILICA) 32 Silica Brick (REFRACTORIES) SILICON

87 ELECTRICAL RESISTIVITY AND CONDUCTIVITY OF

SILICON 26 Octaphenylcyclotetrasiloxane (ORGANO-METALLIC OMPOUNDS)

58 Silicon Metal (STEEL MAKING ALLOYS) 93 Silicon Powder (X-RAY DIFFRACTION) 48 SPECTROMETRY Solution 58 See STEELMAKING

ALLOYS SILICON DIOXIDE

90 Thin Film Thickness (ELLIPSOMETRY) SILICON NITRIDE (SIZING) (SURFACE FINISH)

1 PARTICLE SIZE 2 SURFACE AREA OF POWDERS

6 MICROHARDNESS

49 Selenium Intermediate SILVER 46

Purity (HIGH PURITY 32 Alloy (METALS) (MICRO- METALS) ANALYSIS) 13 48 SPECTROMETRY Solution 46 Royal Canadian Mint Reference Materials 75 UM MATERIALS 26 Silver 2-ethylhexanoate 14 Bovine Serum Albumin (ORGANO-METALLIC COM- 48

14 Electrolytes in Frozen POUNDS) Human Serum 50 Silver Nitrate (STABLE ISO- SOILS

14 Glucose in Frozen Human TOPIC MATERIALS) 28 Serum 48 SPECTROMETRY Solution 14 Human Serum 28

14 Lipids in Frozen Human SINUSOIDAL ROUGHNESS

Serum 3 SURFACE ROUGHNESS SHELLFISH

27 Mussel Tissue (ORGANIC CONSTITUENTS)

9 Oyster Tissue (FOOD &

AGRICULTURE SILICA

73 Carbon Modified Silica (INORGANICS) 82 Fumed Silica Board (THER- MAL RESISTANCE OF

GLASS, SILICA, AND

POLYSTRYENE) 82 THERMAL EXPANSION OF GLASS AND SILICA) 92 Lead Silica Glass (DENSI- TY AND REFRACTIVE

INDEX) 101 Resplrable Alpha Quartz (RESPIRABLE SILICA)

(SURFACE FINISH) SIZING CEMENT TUR- BIDIMETRY AND FINENESS

1 PARTICLE SIZE 2 SURFACE AREA OF POWDERS SLUDGE

28 Domestic Sludge (METAL CONSTITUENTS IN NATUR- AL MATRICES) 28 Industrial Sludge (METAL CONSTITUENTS IN NATURAL MATRICES) 28 SOILS, SEDIMENTS, AND

SLUDGES (GEOLOGICAL MATERIALS AND ORES)

SMOKE (FIRE RESEARCH)

4 SMOKE DENSITY CHAMBER

4 SMOKE TOXICITY SODA LIME GLASS

(CERAMICS AND

GLASSES)

69 Soda-Lime, Container (GLASSES) 69 Soda-Lime, Flat (GLASSES) 69 Soda-Lime, Float (GUESSES) 69 Soda-Lime, Sheet (GU\SSES) SODIUM

75,76 Disodium Hydrogen Phosphate 75,76 Sodium Bicarbonate (ION ACTIVITY) 46 Sodium Carbonate (STOI- CHIOMETRY)

75,76 Sodium Carbonate (ION ACTIVITY) 13 Sodium Chloride (HEALTH & CLINICAL) 26 Sodium

Cyclohexanebutyrate (ORGANO-METALLIC COMPOUNDS)

Sodium Oxalate (STOI- CHIOMETRY)

Decahydrate

NATURAL MATRICES

SOILS, SEDIMENTS, AND

SLUDGES SOLDER (METROLOGY)

89 Tin-Lead Alloy (SOLDER

THICKNESS) SPECTRAL REFLECTANCE

(OPTICAL PROPERTIES)

85 SPECULAR SPECTRAL

REFLECTANCE SPHERES (SIZING)

1 PARTICLE SIZE SPECTROMETRY

48 SINGLE ELEMENT

Solutions 84 See MOLECULAR

ABSORPTION

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STAINLESS STEEL

53 See FERROUS METALS STEEL COATINGS

90 CHROMIUM OVER COPPER ON STEEL STEELS (FERROUS

METALS) 53 STRONTIUM

96 Strontium-90 (RADIOACTIVITY) 46 Strontium Carbonate (STOICHIOMETRY) 50 Strontium Carbonate (STA- BLE ISOTOPIC MATERIALS) 26 Strontium Cyclohexanebutyrate (ORGANO-METALLIC COM- POUNDS)

48 SPECTROMETRY Solution 82 SUCCINONITRILE (THERMODYNAMIC

PROPERTIES) SUCROSE

86 OPTICAL ROTATION 46 STOICHIOMETRY SULFATE

50 ANION CHROMATOGRAPHY Solution SULFIDE (PRIMARY GAS

MIXTURES)

38 Hydrogen Sulfide in Nitrogen SULFUR

48 SPECTROMETRY Solution 33 SULFUR IN FOSSIL FUELS 73 WEAR-METALS IN OIL SULFUR DIOXIDE (PRIMARY GAS MIXTURES)

40 Sulfur Dioxide in Nitrogen 3 SURFACE FINISH 3 ABRASIVE WEAR

6 MICROHARDNESS

3 SURFACE ROUGHNESS SURFACE FINISH

3 Abrasive Wear

3 Surface Roughness SURFACE FLAMMABILITY

(FIRE RESEARCH)

3 Hardboard Sheet

TANTALUM

48 SPECTROMETRY Solution TAPE ADHESION TESTING

7 Linerboard for Tape

Adhesion Testing TECHNETIUM

96 Technetium-99 (RADIOACTIVE SOLUTIONS)

97 Technetium-99m (RADIO- PHARMACEUTICALS) TELLURIUM

48 SPECTROMETRY Solution TERBIUM

48 SPECTROMETRY Solution 19 TETRAHYDRO- CANNABIONOL (Marijuana

Metabolite) 19 DRUGS OF ABUSE IN URINE, SINGLE ANALYTE

19 DRUGS OF ABUSE IN URINE, MULTIANALYTE THALLIUM

48 SPECTROMETRY Solution 97 Thallium-201 (RADIOPHAR- MACEUTICALS) THERMAL ANALYSIS (THERMODYNAMIC

PROPERTIES)

80 COMBUSTION

CALORIMETRY

81 DIFFERENTIAL SCANNING

CALORIMETRY

81 DIFFERENTIAL THERMAL

ANALYSIS 80 ENTHALPY AND HEAT

CAPACITY 80 SOLUTION CALORIMETRY THERMAL CONDUCTIVITY OF GRAPHITE AND

METALS

80 (THERMODYNAMIC

PROPERTIES) 83 Electrolytic Iron 83 Graphite THERMAL EXPANSION OF METAL GLASS AND SILICA

82 Borosilicate Glass 82 Copper 82 Stainless Steel (AISI 446)

THERMAL RESISTANCE OF

GLASS, SILICA, AND POLY- STYRENE

82 Expanded Polystyrene Board 82 Fibrous Glass Board 82 Fumed Silica Board THERMOMETER (THERMO- DYNAMIC PROPERTIES)

83 Laboratory Thermometer THERMOMETRIC FIXED POINTS (THERMODYNAMIC

PROPERTIES)

81 DEFINING FIXED

P0INT,ITS-90 81 DEFINING FIXED POINT

CELLS, ITS-90 82 FREEZING POINT. MELTING

POINT AND TRIPLE POINT THIANTHRENE

80 COMBUSTION

CALORIMETRY THICKNESS (METROLOGY)

90 CHROMIUM OVER COPPER ON STEEL 90 ELLIPSOMETRY 88 SOLDER THICKNESS THORIUM

48 SPECTROMETRY Solution THORIUM (RADIOACTIVITY)

95 RADIOACTIVE SOLUTIONS THULIUM

48 SPECTROMETRY Solution TIN

81 DEFINING FIXED POINT,

ITS-90 81 DEFINING FIXED POINT

CELLS, ITS-90 26 Dibutyltin bis (2-ethylhexa- noate) (ORGANO-METALLIC COMPOUNDS)

81 DIFFERENTIAL SCANNING

CALORIMETRY

48 SPECTROMETRY Solution TIN BASE ALLOYS

60 See NONFERROUS

METALS TITANIUM

66 GASES IN METALS (NON- FERROUS METALS) 48 SPECTROMETRY Solution 66 TITANIUM BASE ALLOYS (NONFERROUS METALS)

OO

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TITANIUM DIOXIDE

327 REFRACTORIES TOXIC METALS

19 TOXIC SUBSTANCES IN URINE TRACE ELEMENTS

68 See CERAMICS AND

GLASSES

33 See FOSSIL FUELS 65 See TRACE ELEMENTS

IN NICKEL BASE SUPERALLOYS TRANSMISSION ELECTRON MICROSCOPE

89 See THIN FILM FOR TRANSMISSION

103 See ASBESTOS TRANSMITTANCE

84 See MOLECULAR

ABSORPTION TRIPLE POINT

82 (THERMODYNAMIC

PROPERTIES) 33 REFERENCE LIQUIDS FOR

RATING FUELS TRIPALMITIN

13 HEALTH & CLINICAL 46 TRIS{HYDROXYMETHYL)- AMINOMETHANE

46 STOICHIOMETRY TUNGSTEN

48 SPECTROMETRY Solution 68 Tungsten Carbide (CAR- BIDES) 6 Tungsten Carbide (MICRO- HARDNESS)

30 Tungsten Concentrate (ORES) TURBIDIMETRY (SIZING)

2 Portland Cement (CEMENT TURBIDIMETRY AND FINENESS)

u

URANIUM

48 SPECTROMETRY Solution URANIUM (RADIOACTIVITY)

99 Fission Track Glass 95 RADIOACTIVE SOLUTIONS

99 NATURAL MATRIX MATERIALS UREA

13 HEALTH & CLINICAL 80 COMBUSTION CALORIME- TRY (THERMODYNAMIC

PROPERTIES) 14 in Human Serum (SERUM

MATERIALS) 47 MICROCHEMISTRY URIC ACID

13 HEALTH & CLINICAL URINE FREEZE-DRIED

(FORENSICS)

19 Cocaine and

Metabolites in 19 Cotinine in 15 Fluoride in 15 Mercury in 19 Morphine and Codeine in 19 Morphine and

Glucuronide in 19 Multi-drugs of Abuse in 19 THC (Marijuana

Metabolite) in 15 Toxic Elements in USA/CANADA COLLABORATIVE MATERIALS

10 Bovine Muscle 10 Corn Kernel 10 Corn Stalk 9 Corn Starch 9 Durum Wheat Flour 10 Hard Red Spring Wheat

Flour 10 Soft Winter Wheat Flour 9 Wheat Gluten 9 Whole Egg 9 Whole Milk

VANADIUM

26 Bis(l-phenyl-13-butane- diono)oxovanadium (IV) (ORGANO-METALLIC COM- POUNDS)

48 SPECTROMETRY Solution 33 Vanadium in Crude Oil (METAL CONSTITUENTS IN FOSSIL FUELS) VAPOR PRESSURE

OF METALS (THERMODY- NAMIC PROPERTIES)

83 Cadmium

83 Gold VICKERS (MICROHARDNESS) (SURFACE FINISH)

6 Bright Copper

6 Bright Nickel 6 Tungsten Carbide VISCOSITY OF GLASS

(CERAMICS AND

GLASSES)

92 VISCOSITY FIXPOINTS 92 VISCOSITY OF GLASS

79 VISCOSITY OF POLYMERS VITAMINS

9 Baby Food Composite

(NUTRITION COMPOSITION)

9 Cholesterol and FSV in Coconut Oil 14 Fat Soluble Vitamins in Human Serum (HEALTH &

CLINICAL) 9 Infant Formula VMA

13 aka. 4-hydroxy-3-methoxy- mandelic acid

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w

WASPALOY

65 NICKEL BASE ALLOYS (NONFERROUS METALS) WATER

21 WATER ANALYSIS

(ORGANICS) 23 Mercury In Water (METAL CONSTITUENTS IN NATURAL MATRICES) 28 Natural Water (METAL CONSTITUENTS IN NATURAL MATRICES) 28 Trace Elements in Water (METAL CONSTITUENTS IN NATURAL MATRICES) WAVELENGTH STANDARDS 85 WEAR (SURFACE FINISH)

3 D-2 Tool Steel (ABRASIVE WEAR) WEAR-METALS (ENGINE WEAR MATERIALS)

73 WEAR METALS IN OIL WHALE BLUBBER

(ORGANICS) 27 WHEAT FLOUR (FOOD AND AGRICULTURE)

10 USA/CANADA COLLABORATIVE MATERIALS

YTTERBIUM

48 SPECTROMETRY Solution YTTRIUM

48 SPECTROMETRY Solution

ZINC

81 DEFINING FIXED POINT,

ITS-90 81 DEFINING FIXED POINT

CELLS, ITS-90 81 DIFFERENTIAL SCANNING

CALORIMETRY

45 METALS (HIGH PURITY METALS) 101 Metals on Filter Media (MATERIALS ON FILTER MEDIA) 48 SPECTROMETRY Solution 26 Zinc Cyclohexanebutyrate (ORGANO-METALLIC COMPOUNDS)

30 Zinc Concentrate (ORES) ZIRCONIUM

48 SPECTROMETRY Solution 66 Zircaloy-4 (ZIRCONIUM BASE ALLOYS)

oo

X

XENON (RADIOACTIVITY)

97 as Xenon-133 (RADIO- PHARMACEUTICALS) X-RAY

93 X-RAY DIFFRACTION 93 X-RAY STAGE CALIBRATION X-RAY FILM

86 X~-Ray Film Step Tablet (X- RAY AND PHOTOGRAPHY)

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Numeric Index

SRM Descriptor Page SRM Descriptor Page

Id Limestone, Argillaceous 32 87a Aluminum-Silicon Alloy 60

41 Cast Iron 58 88b Dolomitic Limestone 32 5m Cast Iron 58 89 Glass, Lead Barium 69

6g Cast Iron 58 90 Ferrophosphorus 58

7g Cast Iron (High Phosphorus) 58 92 Low-Boron, Soda-Lime Powder 69

12h Carbon Steel, 0.4 C 55 93a High-Boron Borosilicate 69

13g Carbon Steel, 0.6 C 55 94c Zinc-Base Die Casting Alloy 67

14g Carbon Steel, 0.8 C 55 97b Flint Clay 31

15h Carbon Steel, 0.1 C 55 98b Plastic Clay 31

16f Basic Open Hearth Steel, 0.1 C 53 99a Feldspar, Soda 32, 36

17e Sucrose (Polarimetric) 46, 86 100b LA Steel, Manganese (SAE T340) 53

19h Carbon Steel, 0.2 C 55 lOlg Stainless Steel (AISI 304L) 56 20g Carbon Steel 55 106b LA Steel, Cr-Mo-AI (Nitralloy rG) 53

25d Manganese Ore 30 107c Cast Iron (Ni-Cr-Mo) 58

30f LA Steel, Cr-V (SAE 6150) 53 112b Silicon Carbide 68

32e LA Steel, Ni-Cr (SAE 3140) 53 113b Zinc Concentrate 30

33e LA Steel, Ni-Mo (SAE 4820) 53 114q Portland Cement Fineness Standard 2 36b LA Steel, Cr-Mo 53 115a Cast Iron (Cu-Ni-Cr) 58

39j Benzoic Acid (Calorimetric Standard) 80 120c Phosphate Rock (Florida) 10, 30 45d Cu Freezing Point 82 121d Stainless Steel Cr-Ni-Ti (AISI 321) 56 49e Lead Freezing Point 82 122i Cast Iron 58

50c Tungsten-Chromium-Vanadium Steel 57 123c Stainless Steel Cr-Ni-Nb (AISI 348) 56

53e Bearing Metal (84Pb-10Sb-6Sn) 63 125b High Silicon Steel - Calcium Bearing 53

54d Bearing Metal (Tin Base) 64 126c High Alloy Steel, High Nickel 57 57a Silicon Metal 58 127b Solder, 40Sn-60Pb 63

58a Ferrosilicon (73 % Si) 58 129c LA Steel, High Sulfur (SAE 112) 53

59a Ferrosilicon 58 131g LA Steel, High Silicon 53

64c Ferrochromium, High Carbon 58 132b Tool Steel (AISI M2) 57

68c Ferromanganese, High Carbon 58 133b Chromium-Molyodenum Steel 56 69b Bauxite (Arkansas) 30 134a Molybdenum-Tungsten-Chromium- 70a Feldspar, Potash 32 Vanadium Steel 57

72g LA Steel (AISI 4130) 53 136e Potassium Dichromate 73c Stainless Steel, Cr (SAE 420) 56 (oxidimetric standard) 46

76a Burnt Refractory (AI203-40 %) 32 139b LA Steel, Cr-Ni-Mo (AISI 8640) 53

77a Burnt Refractory, (AI203-60 %) 32 141d Acetanilide 47

78a Burnt Refractory, (AI203-70 %) 32 142 Anisic Acid 47

79a Fluorspar, Customs Grade 30 143d Cystine 47

81a Glass Sand 32, 69 148 Nicotinic Acid 47

82b Cast Iron (Ni-Cr) 58 152a Carbon Steel, 0.5 C 55

83d Arsenic Trioxide (Reductometric) 46 154c Titanium Dioxide 32 84k Potassium Hydrogen Phthalate 46 155 LA Steel, Cr-W 53

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SRM Descriptor Page SRM Descriptor Page 158a Bronze, Silicon 62 347 Magnesium Ferrosilicon 58

160b Stainless Steel Cr-Ni-Mo (AISI 316) 56 348a Hi Temp. Alloy, (A286) Ni-Cr 57 163 LA Steel, 1.0 C 53 349a Waspalloy 65 165a Glass Sand (Low Iron) 32, 69 350a Benzoic Acid 46 166c Stainless Steel, Carbon Only 56 351 Sodium Carbonate 46

173c Titanium-Base Alloy 66 352c Unalloyed Titanium, Hydrogen 66 178 Carbon Steel, 0.4 C 55 360b Zircaloy 4, Zr-Base Alloy 66 179 LA Steel, High Silicon 53 361 LA Steel (AISI 4340) 56 180 Fluorspar, High Grade 30 362 LA Steel (AISI 94B17) (mod.) 56 181 Lithium Ore (Spodumene) 30 363 LA Steel, Cr-V (mod.) 56 182 Lithium Ore (Petalite) 30 364 LA Steel, High C (mod.) 56 183 Lithium Ore (Lepidolite) 30 368 Carbon Steel (AISI 1211) 55 185h Potassium Hydrogen Phthalate, pH 75 395 Unalloyed Copper II (chips) 61

186lg Potassium Dihydrogen Phosphate 75 396 Unalloyed Copper 111 (chips) 61

186llg Disodium Hydrogen Phosphate 75 398 Unalloyed Copper V (chips) 61

186g pH Standards 75 399 Unalloyed Copper VI (chips) 61

187e Sodium Tetraborate (Borax), pH 75 400 Unalloyed Copper VII (chips) 61 188 Potassium Hydrogen Tartrate, pH 75 454 Unalloyed Copper XI (chips) 61

189b Potassium Tetroxalate, pH 75 457 Unalloyed Copper 61

191c Sodium Bicarbonate, pH 75 458 Beryllium-Copper (17510) 62

192c Sodium Carbonate, pH 75 459 Beryllium-Copper (17200) 62 193 Potassium Nitrate 10 460 Beryllium-Copper (17300) 62 194 Ammonium Dihydrogen Phosphate 10 475 Optical Linewidth 88

195 Ferrosilicon (75 % Si-HP Grade) 58 476 Optical Linewidth 88

196 Ferrochromium, Low Carbon 58 480 Tungsten-Molybdenum EPMA 32 198 Silica Brick 32 481 Gold-Silver EPMA 32 199 Silica Brick 32 482 Gold-Copper EPMA 32 200a Potassium Dihydrogen Phosphate 10 494 Unalloyed Copper 1 (solid) 63 211d Toluene Liquid Density 91, 92 495 Unalloyed Copper 11 (solid) 61 276b Tungsten Carbide 68 496 Unalloyed Copper III (solid) 61

277 Tungsten Concentrate 30 498 Unalloyed Copper V (solid) 61 278 Obsidian Rock 32 499 Unalloyed Copper VI (solid) 61 291 LA Steel, Cr-Mo (ASTM A 213) 53 500 Unalloyed Copper VII (solid) 61 293 LA Steel, Cr-Ni-Mo (AISI 8620) 53 600 Bauxite, Australian 30 330 Copper Ore Mill Heads 30 607 Potassium Feldspar 68 331 Copper Ore Mill Tails 30 610 Trace Elements in Glass 68 334 Gray Cast Iron (Carbon & Sulfur) 58 611 Trace Elements in Glass 68 337a Basic Open Hearth Steel, 1 % Carbon 55 612 Trace Elements in Glass 68 338 White Cast Iron (Carbon & Sulfur) 58 613 Trace Elements in Glass 68 339 Stainless Steel, Cr-Ni-Se (SAE 30) 56 614 Trace Elements in Glass 68 341 Ductile Cast Iron 58 615 Trace Elements in Glass 68 342a Nodular Cast Iron 58 616 Trace Elements in Glass 68 343a Stainless Steel (AISI 431) 56 617 Trace Elements in Glass 68 344 HA Steel, (Mo Precipitation Hardening) 57 620 Soda Lime, Flat 69 345a HA Steel, (Cu Precipitation Hardening) 57 621 Soda-Lime Container 69 346a Valve Steel 57 622 Soda-Lime Silica (Durability) 69, 91

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SRM Descriptor Page 623 Borosilicate (Durability) 69, 91 624 Lead-Silica Glass for dc Resistivity 70, 91 625 Zinc-Base A 67 626 Zinc-Base B 67 627 Zinc-Base C 67 628 Zinc-Base D 67 629 Zinc-Base E-ASTM AC 41A 67 630 Zinc-Base F 67 631 Zinc Spelter (mod) 67 640c Silicon Line Position (XRD) 93 641 Titanium Alloy, 8 Mn (A) 66 642 Titanium Alloy, 8 Mn (B) 66 643 Titanium Alloy, 8 Mn (C) 66

647 Titanium Alloy, Al-Mo-Sn-Zr 66 648 Titanium Alloy, Al-Sn-Zr-Cr-Mo 66 649 Titanium Alloy V-AI-Cr-Sn 66 650 Unalloyed Titanium A 66 651 Unalloyed Titanium B 66

654b Titanium Alloy, Al-V 66 656 Silicon Nitride Quantitative Analysis 93 659 Silicon Nitride, Particle Size 1 660a Line Profile LaB6 93 661 LA Steel (AISI 4340) 54 663 LA Steel, Cr-V (mod.) 54 664 LA Steel, High Carbon, (mod.) 54 670 Rutile Ore 30 671 Nickel Oxide 1 65 672 Nickel Oxide 2 65 673 Nickel Oxide 3 65 674b X-Ray Powder Diffraction Intensity, set 93 675 Line Position, Mica (XRD) 93 676 Quantitative Analysis, Alumina (XRD) 91, 93 679 Brick Clay 31 680Lla High Purity Platinum 45 680L2a High Purity Platinum 45

682 High Purity Zinc 45 683 Zinc, Metal 45 685R High Purity Gold 45 685W High Purity Gold 45 688 Basalt Rock 32 689 Ferrochromium Silicon 58 690 Iron Ore (Canada) 30 691 Iron Oxide, Reduced 30 692 Iron Ore, Labrador 30 693 Iron Ore, Nimba 30

SRM Descriptor Page 694 Phosphate Rock, Western 10, 30 696 Bauxite, Surinam 30

697 Bauxite, Dominican 30 698 Bauxite, Jamaican 30 699 Alumina (Reduction Grade) 30

705a Polystyrene 179k Mol/Wt 78, 80

706a Polystyrene 258k mol/wt 78 709 Extra Dense Lead 71, 92 710a Soda-Lime Silica Glass 70, 71, 92 713 Barium Glass Anneal Pt 71, 92 714 Alumina Glass Anneal R 71, 92 716 Neutral Glass Anneal Pt 71, 92 717a Hi Boron Glass Viscosity 70, 92 720 Sapphire Heat Capacity 80

723d Tris (hydroxymethy) amionmethane 46, 75 726 Selenium, Inter-Purity 45 728 Zinc, Intermediate Purity 45 731L1 Borosilicate Glass - Thermal Expansion 82

731L2 Borosilicate Glass - Thermal Expansion 82 731L3 Borosilicate Glass - Thermal Expansion 82

736L1 Copper Thermal Expansion 82 738 Stainless Steel - Thermal Expansion 82

740a Zinc (Freezing Point) 81

741a Tin (Freezing Point) 81

742 Alumina (Reference Point) 82 743 Mercury (Triple Point) 81

745 Gold-Vapor Pressure 83

746 Cadmium-Vapor Pressure 83 762 Magnetic Moment Standard Nickel Disk 7 772a Nickel Sphere for Magnetic Moment 7 773 Soda-Lime Silica (Glass Liquidus) 70, 93 774 Lead-Silica (Dielectric Constant) 70, 91 781D2 Molybdenum (Heat Capacity) 80

853a Alloy 3004 60

855a Aluminum Casting Alloy 356 60

856b Aluminum Casting Alloy 380 60 858 Aluminum Alloy 6011 60 859 Aluminum Alloy 7075 62 861 Nickel-based Superalloy 65 862 High Temperature Alloy L-605 57, 61 864 Inconel 600 65 865 Inconel 625 65 866 Incoloy, 800 59 867 Incoloy, 825 59 868 High Temp Alloy Fe-Ni-Co 57

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SRM Descriptor Page SRM Descriptor Page 869a LC Column Selectivity 22 936a Quinine Sulfate 85 870 LC Column Performance 23 937 Iron Metal Clinical 13 871 Bronze, Pliosplnor (CDA521) 62 951 Boric Acid, Assay and Isotopic 46, 50 872 Bronze, Pliosplnor (CDA 544) 62 952 Boric Acid 95 % enr lOB 50 874 Cupro-Nickel, 10 % (CDA 706) "H-P" 62 953 Cobalt in Aluminum Wire 99 875 Cupro-Nici<el, 10 % (CDA 706) 62 955b Lead in Blood 14 877 LC Cliiral Selectivity 23 956b Electrolytes in Frozen Human Serum 14 879 Nicl^el Silver (CDA 762) 62 963a Fission Track Glass U-1 mg/g 99 880 Nickel Silver (CDA 770) 62 965a Glucose in Human Serum 14 882 Alloy Ni-Cu-AI 65 966 Toxic Metals in Bovine Blood 14 885 Refined Copper 45 968c Fat-Sol Vit,Caroten,Cholest in Hum Seruml4 886 Gold, Ore Refractory 30 970 Ascorbic Acid in Frozen Human Serum 14 887 Cemented Carbide {W-83,Co-10) 68 975a Chlorine (Isotopic) 50 888 Cemented Carbide (W-64,Co-25,Ta-5) 68 976 Copper (Isotopic) 50 889 Cemented Carbide(W-75,Co-9,Ta-5,Ti-4) 68 977 Bromine (Isotopic) 50 890 Cast Iron HC250+V 58 978a Silver (Isotopic) 50 891 Cast Iron, Ni-Hard Type 1 58 979 Chromium (Isotopic) 50 892 Cast Iron, Ni-Hard, Type IV 58 980 Magnesium (Isotopic) 50 893 Stainless Steel (SAE 405) 56 981 Natural Lead (Isotopic) 50 895 Stainless Steel (SAE 201) 56 982 Equal Atom Lead (Isotopic) 50 897 Tracealloy A 65 983 Radiogenic Lead (Isotopic) 50 898 Tracealloy B 65 984 Rubidium Assay (Isotopic) 50 899 Tracealloy C 65 985 Potassium (Isotopic) 50 900 Antiepilepsy Drug (4) Level 14 986 Nickel (Isotopic) 50 909b Human Serum 13 987 Strontium Assay and Isotopic 46, 50 910 Sodium Pyruvate 13 990 Si Assay, Isotopic 50 911b Cholesterol 13 991 Lead-206 Spike Assay and Isotopic 50 912a Urea 13 994 Gallium (Isotopic) 50 913a Uric Acid 13 997 Thallium (Isotopic) 50 914a Creatinine 13 998 Angiotensin 1 (Human) 13 915a Calcium Carbonate (Clinical) 13 999a Potassium Chloride(Assay) 46 916a Bilirubin 13 1001 X-ray Film Step Tablet 86 917b D-Glucose (Dextrose-Clinical) 13, 46, 86 1002d Hard Board (Surface Flammability) 3 918a Potassium Chloride (Clinical) 13 1003c Glass Spheres (Particle Size) 1 919a Sodium Chloride (Clinical) 13 1004b Glass Beads - Particle Size Distribution 1 920 D-Mannitol 13 1006d Smoke Density, Cellulose 4 921 Cortisol (Hydrocortisone) 13 1007b Plastic (Smoke Density) 4 924a Lithium Carbonate (Clinical) 13 1008 Photographic Step Tablet 86 925 VIVIA (Clinical) 13 1010a Microcopy Test Chart 86

927c Bovine Serum Albumin (7% solution) 14 1012 Flooring Radiant Panel 4 928 Lead Nitrate (Clinical) 13 1017b Glass (Particle Size) 1 929 Magnesium Glutonate Dihydrate 13 1018b Glass (Particle Size) 1 930e Glass Filters Transmittence 84 1019b Glass (Particle Size) 1 931g Liquid Absorbance Filters UV-VIS 84 1021 Glass Beads, Soda Lime 1 934 Clinical Thermometer 83 1034 Unalloyed Copper 62 935a Potassium Dichromate, UV Absorbance 84 1035 Leaded-Tin Bronze Alloy 62

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SRM Descriptor Page SRM Descriptor Page 1048 Smoke Toxicity (Cup Furnace) 4 1128 Ti Alloy (15V-3AL-3CR-3SN) 66 1049 Smoke Toxicity (Univ of Pittsburgh) 4 1129 Solder (63Sn-37Pb) 63 1051b Barium (Metallo-Organic) 26 1131 Solder Sn-60Pb 63 1052b Vanadium (Metallo-Organic) 26 1132 Lead Base Wearing Metal 63 1053a Cadmium (Metallo-Organic) 26 1134 LA Steel, High Silicon 54 1057b Tin (Metallo-Organic) 26 1135 LA Steel, High Silicon 54 1059c Lead (Metallo-Organic) 26 C1137a White Cast Iron 59 1060a Lithium (Metallo-Organic) 26 1138a Cast Steel (No 1) 59 1065b Nickel (Metallo-Organic) 26 1139a Cast Steel (No 2) 59 1066a Silicon (Metallo-Organic) 26 C1145a White Cast Iron 59 1069b Sodium (Metallo-Organic) 26 C1151a Stainless Steel 23Cr-7Ni 55 1070a Strontium (Metallo-Organic) 26 C1152a Stainless Steel 18Cr-llNi 55 1071b Phosphorus (Metallo-Organic) 26 C1153a Stainless Steel 17Cr-9Ni 55 1073b Zinc (Metallo-Organic) 26 C1154a Stainless Steel 19Cr-13Ni 55 1075a Aluminum (Metallo-Organic) 26 1155 Stainless Steel Crl8-Nil2-Mo2 (AISI 316)55 1077a Silver (Metallo-Organic) 26 1157 Specialty Steel, Tool (AISI M2) 57 1078b Chromium (Metallo-Organic) 26 1158 Specialty Steel, High Nickel (36 % Ni) 57 1079b Iron (Metallo-Organic) 26 1159 Flop /^yIa^J Mi 65 1080a Copper (Metallo-Organic) 26 1160 Flop /^/Iac^ Mi \Ar\ Fo 65 1083 Wear Metals (Base Oil) 73 1171 Qtainlocc Qtool Prl 7 Mil 1 TiD '5 OLClllMCOO OICCI V^I X / INI_L_L 1 IW.O 1084a Wear Metals in Oil, 100 mg/kg 73 AIQI "301 Miol O^X 55 1085b Wear Metals in Oil, 300 mg/kg 73 1172 Qtainlocc Qtool Prl 7 Mil 1 Mh P. 1089 Steels, Set AlCI Q/l Q Alol O^ti 55

(consists of SRMs 1095-1099) 60 1173 Ni-Cr-Mo-V Steel 59 1090 Ingot Iron, Oxygen 60 C1173 Cast Steel 3 59 1091a Stainless Steel (AISI 431) 60 1216 Carbon Modified Silica 73 1093 Valve Steel, Oxygen 60 1218 Low Carbon & Sulfur Silicon Steel 54 1094 Maraging Steel 60 1219 Stainless Steel Cr-Ni (AISI 431) 55 1104 Fire Cutting Brass 64 C1221 Carbon Steel 54 1107 Naval Brass B 63 1223 Chromium Steel 55 1108 Naval Brass C 63 1224 LA Steel, Carbon (AISI 1078) 54 1110 Red Brass B 63 1225 LA Steel AISI 4130 54 1111 Red Brass C 63 1226 LA Steel 54

1112 Gilding Metal A (disk) 63 1227 LA Steel, Basic Open Hearth, 1 %C 54 C1112 Gilding Metal A (block) 63 1228 LA Steel 0.1 % C 54 1113 Gilding Metal B (disk) 63 1230 High Temp Alloy A286 59 01113 Gilding Metal B (block) 63 1233 Specialty Steel, Valve Steel 57 1114 Gilding Metal C (disk) 63 1240c Alloy 3004 60 C1114 Gilding Metal C (block) 63 1242 High Temp Alloy L-605 61 1115 Commercial Bronze A (disk) 63 1243 Waspalloy 65 01115 Commercial Bronze A (block) 63 1244 Inconel 600 65 1116 Commercial Bronze B (disk) 63 1245a Inconel 625 65 C1116 Commercial Bronze B (block) 63 1246 Incoloy 800 59 1117 Commercial Bronze C (disk) 63 1247 Incoloy 825 59 C1117 Commercial Bronze C (block) 63 C1248 Nickel-Copper Alloy 65 C1122 Beryllium-Copper (block) 63 C1249 Inconel 718 65 124 WWW.NIST.60V/SRIVI PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
SRM Descriptor Page SRM Descriptor Page 1250 High Temp Alloy Fe-Ni-Co C1251a Phosphorous Deoxidized Copper VII C1252a Phosphorous Deoxidized Copper IX C1253a Phosphorous Deoxidized Copper X 1254 LA Steel (Ca only) 1258 Aluminum Alloy 6011

1258-1 Aluminum Alloy 6011

1259 Aluminum Alloy 7075

1262b LA Steel (AISI 94B17) 1263a Cr Steel Cr-V (mod) 1264a LA Steel, High Carbon (mod) 1265a Electrolytic Iron 1269 Line Pipe (AISI 1521 mod) 1270 LA Steel, Cr-Mo (A336) (F-22) 1271 LA Steel (HSLA-100) 1276a Cupro-Nickel (CDA 715) C1285 LA Steel (A242) (mod) 1286 Low Alloy Steel (HY 80) C1287 High Alloy (AISI 310 mod.) C1288 High Alloy (A-743) C1290 High Alloy (HC-250 + V) C1291 High Alloy (Ni-Hard, Type I) C1292 High Alloy (Ni-Hard, Type IV) 1295 Stainless Steel (SAE 405) C1296 Stainless Steel 1297 Stainless Steel (SAE 201) 1358a Cu & Cr Coating on Steel 1359b Cu & Cr Coating on Steel 1361b Cu & Cr Coating on Steel 1362b Cu & Cr Coating on Steel 1363b Cu & Cr Coating on Steel 1364b Cu & Cr Coating on Steel 1400 Bone Ash 1411 Soft Borosilicate Glass 1412 Multicomponent Glass 1413 Glass Sand (High Alumina) 1416 Aluminosilicate Glass for Liquidus Temp

1449 Fumed Silica Board 1450c Fibrous Glass Board 1453 Thermal Resis Expanded

Polystyrene Board 1457 Superconducting Nb-Ti Wire 1459 Fumed Silica Board 1473b Low Density Polyethylene Resin 1474 Polyethylene Resin

5961

6161

54

60

60

60

54

54

54

54

54

54

5463

54

54

55

55

59

59

59

55

55

55

90

90

90

90

90

90

1569

69

32, 69

70, 93

82

82

82

9182

79

79

1475a 1478

1479

1480

1482a

1483a

1484a 1486

1487 1488

1489

1491a 1492

1493 1494

1496

1497

1507b

1508a

1514

1515

1543

1544

1546

1547 1548a 1549 1563

1566b

1567a

1568a

1570a

1573a

1575a

1577b 1580

1582 1584

1586

Polyethylene, Linear Polystyrene Narrow Mol Wt

Polystyrene, Narrow Mol Wt

Polyurethane

Polyethylene, 14K Molecular Weight

Polyethylene, Linear

Polyethylene, Linear Bone Meal

Poly (methyl methacrylate)

Poly (methyl methacrylate)

Poly (methyl methacrylate) Arom Hydro/Hexane Toluene

Chlor Pesticides/Hexane PCB Congeners

Aliphatic Hydrocarbons in 2, 2, 4-Trimethylpentane

Polyethylene Gas Pipe Resin

Polyethylene Gas Pipe Resin THC-COOH in Freeze-Dried Urine Benzoylecgonine(Cocaine Meta)

Freeze-Dried Urine

Multi Drugs of Abuse in Freeze-Dried Urine Thermal Analysis Purity Set (DSC)

Apple Leaves GC/MS System Performance

Fatty Acids & Cholest in Frozen

Diet Composite Meat Homogenate

Peach Leaves

Typical Diet Non-Fat Milk Powder

Cholesterol & Fat Soluble Vitamins in Coconut Oil Oyster Tissue 9 Wheat Flour Rice Flour Trace Elements in Spinach Leaves 9,10, Tomato Leaves

Trace Elements in Pine Needles

Bovine Liver Shale Oil Petroleum Crude Oil Phenols in Methanol

Isotope Label Pollutants

78, 7978

78

78

78

78

78

1578

78

78

22

2222

22

7979

19

19

19

81

11, 2723

9

9

11, 27

9, 10

10

10, 27

1010

11, 27

27

27

10, 2733

22

22

22

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SRM Descriptor Page SRM Descriptor Page 1587 Nitro PAH in Methanol 22 1667b Propane in Air 50 umol/mol 39 1588b Organics in Cod Liver Oil 27 1668b Propane in Air 100 umol/mol 39 1589a PCBs,Pesti,Dioxins/ 1669b Propane in Air 500 umol/mol 39

Furans in Human Serum 14 1671a C02/Air, 340 umol/mol 36 1595 Tripalmitin 13 1672a C02/Air, 350 umol/mol 36 1596 Dinitropyrene Imrs, 1674b C02/N2 mol 7% 37

INitropyrene Meth-ChI 22 1675b C02/N2 mol 14% 37 1597 Complex PAH Mix 29 1676 C02/Air, 365 umol/mol 36 1598 Inorganic Constituents in Bovine Serum 14 1677c C0/N2 10 ppm 37 1599 2 Anticonvulsant Drugs 14 1678c C0/N2 50 umol/mol 37 1614 Dioxin in Isooctane 22 1679c C0/N2 100 umol/mol 37 1616b Sulfur in Kerosene 35 1680b C0/N2 500 umol/mol 37 1617a Sulfur in Kerosene 35 1681b C0/N2 1000 umol/mol 37 1619b ouiTur Qiil-fiir inin Dc^oirtii^l Kesiuuai Pirueiicil C\i\ uii r\v.i~7 W/o 35 1683b N0/N2 50 umol/mol 38 1620c Sulfur in Residual Fuel Oil 4 % 35 1684b N0/N2 100 umol/mol 38 1621e Qiilfiir in Dooirlii^l Pi ic»l Oil 1 0/ ouiTur in KesiQuai ruei uii ± m 35 1685b N0/N2 250 umol/mol 38 1622e Sulfur in Residual Fuel Oil 2 % 35 1686b N0/N2 500 umol/mol 38 1623c Sulfur in Residual Fuel Oil 0.3 % 35 1687b N0/N2 1000 umol/mol 38 1624d Sulfur in Distillate Fuel Oil 35 1690 Polystyrene (Particle Size) 1 1632c Trace Elements in Coal 33, 35 1691 Polystyrene (Particle Size) 1 1633b Trace Elements in Coal Fly Ash 33 1692 Polystyrene (Particle Size) 1 1634c Trace Elements in Fuel Oil 33 1693a S02/N2 50 umol/mol 40 1635 Trace Elements in Coal 1694a S02/N2 100 umol/mol 40

(Subbitumimous) 33 35 1696a S02/N2, 3500 umol/mol 40 1639 Halocarbons (in IVIethanol) 22 1710 Aluminum Alloy 3004 60 1640 Natural Water 28 1711 Aluminum Alloy 3004 61 1641d IVlercury in Water 23 1712 Aluminum Alloy 3004 61 1643e Trace Elements in Water 28 1713 Aluminum Alloy 5182 61 1646a Estuarine Sediment 28 1714 Aluminum Alloy 5182 61 1647e Priority Pollutant PAHs 22 1715 Aluminum Alloy 5182 61 1648 Urban Particulate Matter 29 1727 Anode Tin 63, 64 1649a Urban Dust/Organics 29 1736 Zinc-Aluminum Alloy 67 1650b Diesel Particulate Matter 29 1737 Zinc-Aluminum Alloy 67 1655 KCl Solution Calorimetry 80 1738 Zinc-Aluminum Alloy 67 1656 Thianthrene Combustion Calorimeter 80 1739 Zinc-Aluminum Alloy 67 1657 Synthetic Refuse Derived Fuel 80 1740 Zinc-Aluminum Alloy 67 1658a CH4/Air, lumol/mol 38 1741 Zinc-Aluminum Alloy 67 1659a CH4/Air, 10 umol/mol 38 1742 Zinc-Aluminum Alloy 67 1660a CH4/C3H8/Air 1 umol/mol 38, 39 1744 Aluminum (Freezing Point) 81 1661a S02/N2 500 umol/mol 40 1745 Indium (Freezing Point) 81

1662a S02/N2 1000 umol/mol 40 1746 Silver (Freezing Point) 81 1663a S02/N2 1500 umol/mol 40 1747 Tin Freezing Point Cell 81 1664a S02/N2 2500 umol/mol 40 1748 Zinc Freezing Point Cell 81 1665b C3H8/Air 3 umol/mol 39 1749 Gold vs. Platinum Thermocouple 1666b Propane in Air 10 umol/mol 39 Thermometer 83

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SRM Descriptor Page SRM Descriptor Page 1750 Standard Platinum Resistance 1873 Synthetic Glass 32

Thermometer 83 1876b Chrysotile Asbestos 43, 103 1751 Gallium Melting Point 82 1878a Respirable Alpha Quartz 41, 93, 101 1754 Steel (AISI 4320) 60 1879a Respirable Cristobalite 41, 93 101 1755 Low Alloy Steel 54 1880a Portland Cement (Formerly Black) 72 1761 Low Alloy Steel 54 1881a Portland Cement 72 1762 Low Alloy Steel 54 1882a Calcium Aluminate Cement 72 1763 Low Alloy Steel 54 1883a Calcium Aluminate Cement 72 1764 Low Alloy Steel 54 1884a Portland Cement 72 1765 Low Alloy Steel 54 1885a Portland Cement 72 1766 Low Alloy Steel 54 1886a Portland Cement 72 1767 Low Alloy Steel 54 1887a Portland Cement 72 1768 High-Purity Iron 54 1888a Portland Cement 72 1772 Tool Steel (S-7) 57 1889a Portland Cement 72 1775 MP 35N Refractory Alloy 61 1893 Microhardness Cu-Knoop 6, 67 1800b Organic Compounds/N2 36 1894a Microhardness Ni-Vickers 6, 67 1804c Organic Compounds/N2 36 1895 Microhardness Ni-Knoop 6, 67 1810a Linerboard 7 1896b Microhardness Ni-Vickers 6, 67 1815a n-Heptane (Fuel Rating) 33 1897 Specific Surface Area 2 1816a Isooctane (Fuel Rating) 33 1899 Specific Surface Area for BET 2 1818a Chlorine in Lub Base Oil 73 1900 Specific Surface Area for BET 2 1819a Sulfur in Lub Base Oil 73 1905 Microhardness, Ni-Knoop 6, 67 1826b Soda-Lime Glass 71 1906 Microhardness, Ni-Knoop 6, 67 1827b Lead Silica Glass Density 71, 92 1907 Microhardness, Ni-Knoop 6, 67 1828b Ethanol-Water Solution 17 1908 Microhardness, Ni-Vickers 6, 67 1829 Alcohols in Reference Fuel 33 1909 Microhardness, Ni-Vickers 67 1830 Soda Lime Float (Glass) 69 1917 Mercury Porosimeter Instrusion 2 1831 Soda Lime Sheet (Glass) 69 1918 Mercury Porosimeter Instrusion 2 1834 Fused Ore (Glass) 69 1921a IR Transmiss Wavelength 1835 Borate Ore 30 Polystyrene film 85 1836 Nitrogen in Lub Base Oil 73 1922 Liquid Refractive Index - Minora Oil 86 1837 Methanol and Butanol (in Gasoline) 33 1923 Poly(ethylene oxide) 78 1838 Ethanol (in Gasoline) 34 1924 Poly(ethylene oxide) 78 1839 Methanol (in Gasoline) 34 1930 Glass Filters, Transmittance 84 1842 X-Ray Stage Calibration 1932 Fluorescein 85

Board (X,Y Dim) 93 1935 Potassium Dichromate Soln/ 1843 X-Ray Stage Calibration UV Absorbance 84

Board (Z Dim) 93 1939a PCBs in River Sediment A 28 1845 Whole Egg Powder 9 1941b Organics in Marine Sediment 28 1847 Ethanol-Water Solutions 17 1944 New York/New Jersey 1846 Infant Formula (milk-based) 9 Waterway Sediment 28 1848 Lubricating Oil Additive Pkg 73 1945 Organics in Whale Blubber 27 1857 Tool Steel for Abrasive Wear 3 1946 Lake Superior Fish Tissue 9, 27 1866b Common Commercial Asbestos 43, 103 1947 Lake Michigan Fish 27 1872 Synthetic Glass 32 1951b Lipids in Frozen (Liquid) Human Serurn 14

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SRM Descriptor Page SRM Descriptor Page 1952a Cholesterol in Human Serum 14 2053 IR Transmission Filter 84 1955 Homocysteine and Folate in 2054 IR Transmission Filter 84 Human Serum 14 2055 IR Transmission Filter 84 1960 Polystyrene (10 um) 1 2056 IR Transmission Filter 84 1961 Polystyrene (30 um) 1 2061 TiAl Ally for Microanalysis/XRF 32 1963 Polystyrene Spheres 1 2062 TiAl Ally for Microanalysis/XRF 32 1964 Polystyrene Spheres (slide, mounted) 1 2063a Mineral Glass (Thin Film) 89 1965 Polystyrene (on Slide) (Particle Size) 1 2065 UV-Vis-NIR Transmission Wavelength 85 1967 PT Thermocouple Wire 83 2066 K-411 Glass Microspheres 32 1968 Gallium Melting Point 82 2069b SEM Performance 89 1969 Rubidium Triple Point 82 2071b Sinusoidal Roughness 3 1970 Succinonitrile Triple Point 82 2073a Sinusoidal Roughness 3 1971 Indium Freezing Point 82 2074 Sinusoidal Roughness 3 1972 1, 3-Dioxolan-2-one Triple Point 82 2075 Sinusoidal Roughness 3 1973 N-Docosane Triple Point 82 2084 CMM Probe Performance Standard 6 1974b Organics-Mussel Tissue 2084R CMM Probe (10-mm sphere) 6

(Mytilus edulis) 9 27 2085 CMM Probe Performance Standard 6 1975 Diesel Particulate Extract 29 2092 Low-Energy Charpy V-Notch 5 1976 Instrument Sens.for Xray 2096 High-Energy Charpy V-Notch 5 Pwder Diffraction 91 93 2098 Super High-Energy Charpy V-Notch 5 1978 Zirconium Oxide (Particle Size) 1 2100 Fracture Toughness of Ceramic 7 1980 Geothite 77 2133 Phosphorus Implant in Silicon 1982 Zirconia Thermal Spray Powder 1 Depth Profile 89 1984 Thermal Spray Pwder Particle Size 2134 Arsenic in Silicon 89

Distribution 1 2135c Ni-Cr Thin Film Depth Profile 89 1985 Thermal Spray Pwder Particle Size 2137 B Implant in Si Depth Profile 89

Distribution 1 2139 Zinc-Aluminum Alloy 67 1990 Single Crystal Diffractometer Alignment 93 2141 Urea 47 2003 First Surface Aluminum on Glass 83 2143 p-Fluorobenzoic Acid 47 2017 Multi-Angle White Reflectance 85 2144 m-Chlorobenzoic Acid 47 2026 First Surface, Black Glass 85 2151 Nicotinic Acid (Combus 2030a 30% Transmittance 84 Calorimetric Standard) 80 2031b Metal-on-Quartz Filters 84 2152 Urea (Combustion & Calorimetric 2032 Potassium Iodide, Stray Light 84 Standard) 80 2034 Holmium Oxide Wavelength 85 2159 LA Steel, Carbon & Sulfur Only 56 2035 Near Infrared Transmission Wavelength 85 2160 LA Steel, Carbon & Sulfur only 56 2036 Near-IR Wavelength/Wavenumber 2166 LA Steel, F 56

Reflection 85 2167 LA Steel, G 56 2037 Red Diesel Dye 85 2168 High Purity Iron 56 2040 Bidirectional White Diffuser 85 2171 LA Steel, (HSLA-100) 53 2046 Transmission Filter 82 2172 S-7 Tool Steel 57 2047 Transmission Filter 82 2175 MP 35N Refractory Alloy 61 2048 Transmission Filter 82 2181 HEPES Free Acid 76 2049 Transmission Filter 82 2182 NaHEPESate 76 2050 Transmission Filter 82 2183 MOPSO Free Acid 76 2051 Transmission Filter 82 2184 NaMOPSOate 76 128 WWW.NIST.GOV/SRM PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRMINF0@NIST.GOV
SRM Descriptor Page SRM Descriptor Page 2185 rvjL. nyuiugcii ri ill laiciLC 76 2297 Rfafnrtni ilafpH Fi ipI 21861 PntaQQiiim nihurlr'ncypn Phncnh^^tf^ 76 ^Nnmina! \iNUilllJlal 10J.\J %/O FTOH'l CIvyny 34 35

218611 Disodium Hydrogen Phosphate 76 2298 Sulfur in G3solinG 35 2191a Sodium Bicarbonate 76 2299 Sulfur in GssolinG 35 2192a Sodium Carbonate 76 2321 Sn-Pb Alloy Costing 64, 89 2193 Calcium Carbonate 75 2379 CocsinG In Humsn H9ir Segments 1 19 2201 Sodium Chloride (Ion-Selective) 76 2380 wjuciiic iii nuiiiaii nail ocgiiiciiLS ii 19 2202 Potassium Chloride (Ion-Selective Electr) 76 2381 ^^^rnhinp anrl Or\r\^\n^ in 1 Irinp IVIUl|JIIMlO Cli lU wUUCIiiC III UIIIIC 19 2203 Potassium Fluoride (Ion-Selective Electr) 76 2382 Morphins GlucoronidG in UrinG 19 2214 Isooctane Liquid Density 91, 92 2383 Baby Food Composite 9 2220 Tin (99.9995%) 81 2384 Baking Chocolate 9 2222 Biphenyl (Differen Scanning Calorimeter) 81 2385 Slurried Spinach 9 2225 IVIercury (Differen Scanning Calorimeter) 81 2387 Peanut Butter 9 2232 Indium DSC Calibr Std Temp 2389 Amino Acids in 0.1 mol/L & Enth of Fus 81 Hydrochlor Acid 14,15,19 2234 Gallium for Thermal Analysis 81 2390 DNA Profiling 18 2235 Bismuth for Thermal Analysis 81 2391b PCR-Based DNA Profiling 18 2241 Relative Intensity Correction Standard 85 2392 DNA Mitochondrial Sequencing 18 2242 Relative Intensity Correction Standard 85 2392-1 Mitochondrial Sequencing 18 2243 Relative Intensity Correction Standard 85 2394 Heteroplastic Mitochondrial DNA

2260a Aromatic Hydrocarbon in Toluene 22 Mutation Detection 18 2261 Chlorinated Pesticides in Hexane 22 2395 Human Y-Chromosome DNA Profiling 2262 Chlorinated Biphenyls in Isooctan 22 Standard 18 2267 Levoglucosan-13C6 22 2396 Oxidative DNA Damage/Mass Spec 18 2268 Levoglucosan-d7 22 2399 Fragile X Human DNA Triplet Repeat 2269 Perdeuterated PAH 1 22 Standard 18 2270 Perdeuterated PAH II 22 C2400 HA Steel ACI (17/4 PH) 59 2273 DDT and Metabolites 22 C2401 HA Steel {ACI-C-4M-Cu) 59 2274 PCB Congeners II 22 C2402 Hastelloy 70 65 2275 Chlorinated Pesticide II 22 C2415 Battery Lead 64 2276 Coplanar PCBs 22 C2416 Bullet Lead 64 2285 Arson Test Mixture 18, 34 C2417 Lead-Base Alloy 64 2286 Ethanol (in Gasoline) 34 C2418 High-Purity Lead 64 2287 Ethanol (in Gasoline) 34 C2423 Ductile Iron A 59 2288 t-Amyl-methyl-Ether (in Gasoline) 34 C2423a Ductile Iron B 59 2289 t-Amyl-methyl-Ether (in Gasoline) 34 C2424 Ductile Iron C 59 2290 Ethyl-t-butyl Ether (in Gasoline) 34 C2424a Ductile Iron D 59 2291 Ethyl-t-butyl Ether (in Gasoline) 34 2426 Galvalume 66 2292 Methyl-t-Butyl Ether (in Gasoline) 34 2428 Gold and Mercury on 2293 Methyl-t-Butyl Ether (in Gasoline) 34 Activated Carbon 31, 35 2294 Reformulated Fuels 2430 Scheelite Ore 30

(Nominal 11 % MTBE) 34, 35 2431 Titanium Base Alloy 66 2295 Reformulated Fuel 2432 Titanium Base Alloy 66

(Nominal 15 % MTBE) 34, 35 2433 Titanium Alloy 66 2296 Reformulated Fuel 2452 Hydrogen in Titanium Alloys 66

(Nominal 13 % ETBE) 34, 35 2453 Hydrogen in Titanium Alloys 66

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Descriptor Page SRM Descriptor Page 2454 Hydrogen in Titanium Alloys 66 2490 Non-Newtonian Polymer

Solution/Rheology 79 2491 Non-Newtonian Polymer Melt

for Rheology 79 2513 Mode-Field Diameter of Single-Mode Fiber 88 2514 Wavelength Reference Absorption Cell-12C0 88 2515 Wavelength Reference Absorption Cell-lSCO 88 2517a Wavelength Reference Absorption Cell 88 2518 Polarization Mode Dispersion 88 2519a Wavelength Reference Absorption 88 2520 Optical Fiber Geometry Standard 88 2522 Pin Gage for Optical Fiber Ferrules 88 2523 Optical Fiber Ferrule Geometry 88

2526 111 p-Type Silicon Resistivity Specimens 2527 111 n-Type Silicon Resistivity Specimens 2531 Si/Si02 Thickness-50 nm

2534 Si/Si02 Thickness-25 nm

2535 Si/Si02 Thickness-14 nm

2538 Deterministic Polarization Mode Dispersion 2541 Silicon Resistivity 2542 Silicon Resistivity 2543 Silicon Resistivity 2544 Silicon Resistivity 2545 Silicon Resistivity 2546 Silicon Resistivity 2547 Silicon Resistivity 2551 Oxygen in Silicon 2553 Optical Fiber Coating Standard 2554 Optical Fiber Coating Standard 2556 Recycled Pellet (Autocatalyst) 2557 Recycled Monolith (Autocatalyst) 2570 Lead Paint Film White/Blank

.001 mg/cm2 42, 2571 Lead Paint Film (Yellow) Nominal

3.5 mg/cm2 42, 2572 Lead Paint Film (Orange) Nominal

1.6 mg/cm2 42, 2573 Lead Paint Film (Red) Nominal

1.0 mg/cm2 42,

102

102

2575

2576

2579a

2581

2583

2584

2585

2586

2589

2612a

2613a

2614a

2619a

2620a

2621a

2622a

2623a

2624a

2626a

2629a 2630

2631a

2635a

Lead Paint Film (Gold) Nominal

.7 mg/cm2

Lead Paint Film (Green) Nominal

.3 mg/cm2

Lead Paint Film, High Level Lead Paint Films for Portable XRF Analyz Powdered Paint Nominal 4 % Lead Powdered Paint Nominal

0.5 % Lead Powdered Paint Nominal 200 mg/kg L Trace Elements in Indoor Dust 29, Trace Element in Indoor Dust 29, Organic Contaminants in House Dust

Trace Elements in Soil w/lead

from paint 28, Trace Elements in Soil w/Lead

from Paint Powdered Paint Nominal 10 % Lead

CO/Air 10 umol/mol

CO/Air 20 umol/mol

CO/Air 45 umol/mol

Carbon Dioxide in Nitrogen

.5 % mol/mol

Carbon Dioxide in Nitrogen 1.0 % mol/mol

Carbon Dioxide in Nitrogen 5 % mol/mol

Carbon Dioxide in Nitrogen 2.0 % mol/mol

Carbon Dioxide in Nitrogen 2.5 % mol/mol

Carbon Dioxide in Nitrogen 3.0 % mol/mol

Carbon Dioxide in Nitrogen 3.5 % umol/mol

Carbon Dioxide in Nitrogen 4.0 % umol/mol N0/N2, 20 umol/mol N0/N2, 1500 umol/mol N0/N2, 3,000 umol/mol C0/N2 25 umol/mol

28,

42,102

42, 102

42, 102

42, 102

42, 102

42, 102

42, 102

29

42, 102

42, 102

42, 102

36

37

130 WWW.NIST.GOV/SRIVI PHONE: (301) 975-6776 FAX: (301) 948-3730 EMAIL: SRIVIINF0@NIST.GOV
SRM Descriptor Page 2636a C0/N2 250 umol/mol 37 2637a C0/N2 2500 umol/mol 37 2638a C0/N2 5000 umol/mol 37 2639a C0/N2 1.0 % mol/mol 37 2640a C0/N2 2.0 % mol/mol 37 2641a C0/N2 4 % mol/mol 37 2642a C0/N2 8 % mol/mol 37 2643a Propane in Nitrogen 100 umol/mol 39 2644a Propane in Nitrogen 250 umol/mol 39 2645a Propane in Nitrogen 500 umol/mol 39 2646a C3H8/N2, 1000 umol/mol 39 2647a C3H8/N2, 2500 umol/mol 39 2648a C3H8/N2, 5000 umol/mol 39 2657a 02/N2 2 % mol/mol 39 2658a 02/N2 10 % mol/mol 39 2659a 02/N2, 21 % mol/mol 39 2660a Total Oxides of Nitr in Air 100 umol/mol 39 2670a Toxic Elements in Urine 15 2671a Fluoride in Freeze-Dried Urine 15 2672a Mercury in Urine 15 2678 Membrane Blank Filter 41,101 2679a Quartz on Filter Media 40, 101 2681 Ashless Blank Filter 41, 101 2682b Sulfur & Mercury in Coal 35, 80 2683b Sulfur in Coal, 2 % 35, 80 2684b Sulfur & Mercury in Coal 35, 80 2685b Sulfur & Mercury in Coal 34, 80 2686 Portland Cement Clinker 72 2687 Portland Cement Clinker 72 2688 Portland Cement Clinker 72 2689 Coal Fly Ash 33 2690 Coal Fly Ash 33 2691 Coal Fly Ash 33 2692b Sulfur & Mercury in Coal 35, 80

2693b Low Sulfur/Mercury Coal 35 2695 Fluoride in Vegetation 11 2696 Silica Fume 2, 72 2702 Marine Sediment 28 2703 Sediment for Solid Sampling 28 2709 San Joaquin Soil 28 2710 Montana I Soil 28 2711 Montana II Soil 28 2713 Lead in Reference Fuel 33 2714 Lead in Reference Fuel 33 2717a Sulfur in Residual Fuel Oil 35

SRM Descriptor Page 2718 Green Petroleum Coke 33, 35 l j 2719 Calcined Petroleum Coke 33, 35 2721 Moisture & Sulfur in Crude Oil K (Yeates Sour) 35 C \ 1121 Moisture & Sulfur in Crude Oil \

(Rufrio Sweet) 35 2723a Sulfur in Diesel Fuel Oil 35 2724b Sulfur in Diesel Fuel Oil, 0.04 % 33, 35 2730 H2S/N2, 5 umol/mol 38 2731 H2S/N2, 20 umol/mol 38 h~~H

2735 N0/N2, 800 umol/mol 38 ^^

2736a N0/N2, 2000 umol/mol 39 2737 N0/N2 39 ^h^^

2738 N0/N2 39 \ 1740a C0/N2, 10 % mol/mol 38 j 2741a C0/N2, 13 % mol/mol 38 2745 C02/N2, 16 % mol/mol 37 2750 CH4/Air 50 umol/mol 38 1^ d

2751 CH4/Ajr 100 umol/mol 38 2764 C3H8/Air .25 umol/mol 39 2770 Sulfur in Diesel Fuel 35 2775 Foundry Coke 33, 35 2776 Furnace Coke 33, 35 2780 Hard Rock Mine Waste 28 2781 Domestic Sludge 28 2782 Industrial Sludge 28 2783 Air Particulate on Filter Media 29,40,101 2798a Microhardness Ni-Vickers 6, 67 2800 Microscope Magnification Standard 88, 89 2806a Medium Test Dust(MTD)

in Hydraulic Fluid 2 2810 Rockwell C Hardness, Low 5 2811 Rockwell C Hardness, Mid 5 2812 Rockwell C Hardness, High 5 2830 Microhardness, Ceramic-Knoop 6, 67 2831 Microhardness, Ceramic-Vickers 6, 67 2853 Magnetic Moment Standard - Yttrium Iron Garnet 7 2885 Polyethylene (Molar Mass 6,280 g/mol) 78 2886 Polyethylene (Molar Mass

87,000 g/mol) 78 2887 Polyethylene (Molar Mass

196,400 g/mol) 78 2888 Polyethylene/Polystyrene 78 2890 Water Saturated Octanol 34 2891 Ethanol in Water Solutions 17

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SRM Descriptor Page SRM Descriptor Page 2892 Ethanol in Water Solutions 17 2967 Respirable Alpha Cristobalite 2893 Etlianol in Water Solutions 17 on Filter Media 41, 102 2894 Etiianol in Water Solutions 17 2975 Diesel Partic. Matter (Indus.Forklift) 29 2895 Ethanol in Water Solutions 17 2976 Mussel Tissue T.E. &

2896 Ethanol in Water Solutions 17 Methylmercury Frz-Dr 27 2897 Ethanol in Water Solutions 17 2977 Mussel Tissue Organic 2898 Ethanol in Water Solutions 17 Contanninants &T.E. 27 2899 Ethanol in Water Solutions 17 2978 Mussel Tissue Org.Contam 2900 Ethanol in Water Solutions 17 Raritan Bay, NJ 27 2910 Calcium Hydroxyapatite 15, 93 3000 Benzene in Methanol 21 2921 Cardiac Troponin 14 3001 Toluene in Methanol 21 2930 Ultinnate Range Visible 3002 Ethylbenzene in Methanol 21

Absorbance Filters 84 3003 o-Xylene in Methanol 21 2950 Respirable Alpha Quartz on 3004 m-Xylene in Methanol 21

Filter Media 41, 101 3005 p-Xylene in Methanol 21 2951 Respirable Alpha Quartz on 3006 Carbon Tetrachloride in Methanol 21

Filter Media 41, 101 3008 Methylene Chloride in Methanol 21 2952 Respirable Alpha Quartz on 3009 1,2 Dichloropropane in Methanol 21

Filter Media 41, 101 3010 Tetrachloroethylene in Methanol 21 2953 Respirable Alpha Quartz on 3011 1,1,1 Trichloroethane in Methanol 21

Filter Media 41, 101 3012 1,2-Dichloroethane in Methanol 21 2954 Respirable Alpha Quartz on 3014 1,2,3 Trichloropropane in Methanol 21

Filter Media 41, 101 3015 Isopropylbenzene in Methanol 21 2955 Respirable Alpha Quartz on 3016 sec-Butylbenzene in Methanol 21

Filter Media 41, 101 3063 Dioxin in Methanol 21 2956 Respirable Alpha Quartz on 3064 Endothall in Water 21

Filter Media 41, 101 3067 Toxaphene in Methanol 21 2957 Respirable Alpha Quartz on 3068 Chlordane in Methanol 21

Filter Media 41, 101 3071 Glyphosate 21 2958 Respirable Alpha Quartz on 3072 Diquat Dibromide Monohydrate in Water 21

Filter Media 41, 101 3074 Phalates/Adipate in Methanol 21 2960 Respirable Alpha Cristobalite 3075 Aroclor 1016 in Transformer Oil 21

on Filter Media 41, 101 3076 Aroclor 1232 in Transformer Oil 21 2961 Respirable Alpha Cristobalite 3077 Aroclor 1242 in Transformer Oil 21

on Filter Media 41, 101 3078 Aroclor 1248 in Transformer Oil 21 2962 Respirable Alpha Cristobalite 3079 Aroclor 1254 in Transformer Oil 21

on Filter Media 41, 102 3080 Aroclor 1260 in Transformer Oil 21 2963 Respirable Alpha Cristobalite 3081 Aroclor 1016 in Methanol 21

on Filter Media 41, 102 3082 Aroclor 1232 in Methanol 21 2964 Respirable Alpha Cristobalite 3083 Aroclor 1242 in Methanol 21

on Filter Media 41, 102 3084 Aroclor 1248 in Methanol 21 2965 Respirable Alpha Cristobalite 3085 Aroclor 1254 in Methanol 21

on Filter Media 41, 102 3086 Aroclor 1260 in Methanol 21 2966 Respirable Alpha Cristobalite 3090 Aroclors in Transformer Oil on Filter Media 41, 102 (set SRMs 3075-3080) 21

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SRM Descriptor Page SRM Descriptor Page 3091 Aroclors in Methanol

(set SRMs 3081 - 3086) 21 3101a Aluminunn Standard Solution 23, 48

3102a Antimony Standard Solution 23, 48

3103a Arsenic Standard Solution 23, 48

3104a Barium Standard Solution 23, 48

3105a Beryllium Standard Solution 23, 48 3106 Bismuth Standard Solution 23, 48

3107 Boron Standard Solution 23, 48 3108 Cadmium Standard Solution 23, 48 3109a Calcium Standard Solution 23, 48 3110 Cerium Standard Solution 23, 48 3111a Cesium Standard Solution 23, 48

3112a Chromium Standard Solution 23, 48 3113 Cobalt Standard Solution 23, 48 3114 Copper Standard Solution 23, 48

3115a Dysprosium Standard Solution 23, 48

3116a Erbium Standard Solution 23, 48

3117a Europium Standard Solution 23, 48

3118a Gadolinium Standard Solution 24, 48

3119a Gallium Standard Solution 24, 48

3120a Germanium Standard Solution 24, 48

3121 Gold Standard Solution 24, 48

3122 Hafnium Standard Solution 24, 48 3123a Holmium Standard Solution 24, 48

3124a Indium Standard Solution 24, 48 3126a Iron Standard Solution 24, 48 3127a Lanthanum Standard Solution 24, 48 3128 Lead Standard Solution 24, 48

3129a Lithium Standard Solution 24, 48

3130a Lutetium Standard Solution 24, 48

3131a Magnesium Standard Solution 24, 48 3132 Manganese Standard Solution 24, 48 3133 Mercury Standard Solution 24, 49 3134 Molybdenum Standard Solution 24, 49 3135a Neodymium Standard Solution 24, 49 3136 Nickel Standard Solution 24, 49 3137 Niobium Standard Solution 24, 49 3138 Palladium Standard Solution 24, 49 3139a Phosphorus Standard Solution 24, 49 3140 Platinum Standard Solution 24, 49 3141a Potassium Standard Solution 24, 49 3142a Praseodymium Standard Solution 24, 49 3143 Rhenium Standard Solution 24, 49 3144 Rhodium Standard Solution 24, 49

3145a Rubidium Standard Solution 3147a Samarium Standard Solution 3148a Scandium Standard Solution 3149 Selenium Standard Solution 3150 Silicon Standard Solution 3151 Silver Standard Solution 3152a Sodium Standard Solution 3153a Strontium Standard Solution 3154 Sulfur Standard Solution 3155 Tantalum Standard Solution 3156 Tellurium Standard Solution 3157a Terbium Standard Solution 3158 Thallium Standard Solution 3159 Thorium Standard Solution 3160a Thulium Standard Solution 3161a Tin Standard Solution 3162a Titanium Standard Solution 3163 Tungsten Standard Solution 3164 Uranium Standard Solution 3165 Vanadium Standard Solution 3166a Ytterbium Standard Solution 3167a Yttrium Standard Solution 3168a Zinc Standard Solution 3169 Zirconium Standard Solution 3181 Sulfate Anion Solution 3182 Chloride Anion Solution 3183 Fluoride Anion Solution 3184 Bromide Anion Solution 3185 Nitrate Anion Solution 3186 Phosphate Anion Solution 3190 Aqueous Electrolytic Conductivity 25 uS/cm 3191 Aqueous Electrolytic Conductivity 100 uS/cm

3192 Aqueous Electrolytic Conductivity 500 uS/cm 3193 Aqueous Electrolytic Conductivity 1000 uS/cm 3194 Aqueous Electrolytic Conductivity 10,000 uS/cm 3195 Aqueous Electrolytic Conductivity 100,000 uS/cm 3196 Aqueous Electrolytic Conductivity 20,000 uS/cm 3198 Aqueous Electrolytic Conductivity 5 uS/cm

24, 49

24, 49

24, 49

24, 49

24, 49

24, 49

24, 49

24, 49

24, 49

24, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 49

25, 50

25, 50

25, 50

25, 50

25, 50

25, 50

77

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SRM Descriptor Page SRM Descriptor Page 3199 Aqueous Electrolytic Conductivity 4404L Thallium-201 97 15 uS/cm 77 4407L lodine-125 Solution 97 3230 lodine-129, Isotopic (low levels) 50 4410H Technetium-99m 97 3231 lodine-129, Isotopic (high levels) 50

9 4412L Molybdenum-99 Solution 97 3244 Ephedra-Containing Protein Powder 4415L Xenon-133 Solution 97 3245 97 4201B

Ephedra Dietary Supplement Suite 10 4416L Gallium-67 Solution Niobium-94 Point Source 97 4417L Indium-Ill 97 4218F 4222C

Europium-152 Point Source 97 4425

4427L

Samarim-153 95

Carbon-14 (as hexadene) 96 Yttrium-90 Solution (Lot 5) 97 4226C Nickel-63 Solution 96 4915E Cobalt-60 Solution 96 4233E Cesium-137 96 4919H Strontium-90 Solution 96 4234A Strontium/Yttrium 96 4926E Hydrogen-3 Water 96 4241C Bariunn-133 Point Source 96 4927F Hydrogen-3 Water 96 4251C Barium-133 Solution 96 4929E lron-55 Solution 96 4274 Holmium-166m 96 4941 Neptunium-237 96 4288A Technetium-99 96 4943 Chlorine-36 Solution 96 4320A Curium-244 Solution 95 49470 Hydrogen-3 Toluene 96 4321C Natural Uraniunn Solution 95 49490 lodine-129 Solution 96 4322B Americium-241 Solution 95 4965 Radium-226 Solution 95 4323A Plutonium-238 Solution 95 4966 Radium-226 Solution 95 4324B Uranium-232 95 4967A Radium-226 Solution 95 4325 Beryllium-10/9 Solution 98 4969 Radium-226 Solution 95 4326 Polonium-209 Solution 95 4971 Radon-222 95 4328C Thorium-299 95 4972 Radon-222 95 4329 Curium-243 Solution 95 4973 Radon-222 95 4330B Plutonium-239 Solution 95 4990C Oxalic Acid Powder 98 4332D Americium-243 Solution 95 8010 Sand for Sand Sieve Analysis 1 4334G Plutonium-242 Solution 95 8040 Sodium Oxalate 46 4337 Lead-210 Solution 96 8091 SEM Sharpness Standard 89 4338A Plutoniunn-240 Solution 95 8107 Additives in Smokeless Powder 18 4339B Radium-228 Solution 96 8411 Mixed Asbestos Research Filter 43, 103 4340B Plutonium-241 Solution 96 8412 Corn Stalk (Zea Mays) 10 4341 Neptunium-237 Solution 95 8413 Corn Kernel (Zea Mays) 10 4342A Thorium-230 95 8414 Bovine Muscle Powder (Beef) 10 4350B River Sediment (Radioactivity) 99 8415 Whole Egg Powder 9 4351 Human Lung Powder 99 8418 Wheat Gluten 9 4352 Human Liver Powder 99 8420 Iron Electrolytic 83, 87 4353A Rocky Flats Soil II 99 8421 Iron Electrolytic 85 4354 Lake Sediment Powder 99 8424 Graphite Thermal Conductivity 83, 87 4355 Peruvian Soil Powder 99 8432 Corn Starch 9 4356 Ashed Bone (Radioactivity) 99 8433 Corn Bran 9 4357 Ocean Sediment Powder 99 8435 Whole Milk Powder 9 4358 Ocean Shellfish 99 8436 Durum Wheat Flour 9, 10 4361C Hydrogen-3 Water 96 8437 Hard Red Spring Wheat Flour 10 4370C Europium-152 Solution 96 8438 Soft Winter Wheat Flour 10 4401L lodine-131 Solution 97 8441a Wheat Hardness 11 134 WWW.NIST.GOV/SRiVI PHONE: (301) 975-6776 FAX: (301) 948-3730 EiVlAIL: SRiVIINF0@NIST.GOV
SRM Descriptor Page 8443 GC/MS System Performance 23 8444 Cotinine in Freeze Dried Human Urine 19 8455 Pyrite Ore 30 8456 Ultra-hi Molecular Wt.

Polyethylene Bar 15, 79 8457 Ultra-hi Molecular Wt.

Polyethylene Bar 79 8458 Artificial Flaw for Eddy Current 5 8466 Y-HCH (Lindane)(neat) 22 8467 4, 4'-DDE (neat) 22 8469 Pesticide, 4,4'-DDT (neat) 22 8480 Secondary Ferrite # Standard - Low Range 7 8481 Secondary Ferrite # Standard - High Range 7 8491 Sugar Cane Bagasse 11 8492 Eastern Cottonwood 11 8493 Monterey Pine 11 8494 Wheat Straw 11 8495 Northern Softwood 7 8496 Eucalyptus Hardwood 7 8505 Vanadium in Crude Oil 33 8506a Transformer Oil 34 8507 Mineral Oil 34 8509 Moisture in Methanol, 93 mg/kg 34 8510 Moisture in Methanol, 325 mg/kg 34 8535 Vsmow-Water 51 8536 GISP-Water 51 8537 SLAP-Water Light Stable Isotopic Std 51 8538 NBS30-Biotite 51 8539 NBS22-0il 51 8540 PEFI-Polyethylene Foil 51 8541 USGS24-Graphite 51 8542 Sucrose ANU-Sucrose 51 8543 NBS18-Carbonatite 51 8544 NBS19-Limestone 51 8545 LSVEC-Lithium Carbonate 51 8546 NBS28-Silica Sand 51 8547 lAEANl-Ammonium Sulfate 51 8548 IAEAN2-Ammonium Sulfate 51

8549 IAEA-N3-Potassium Nitrate 51 8550 USGS25-Ammonium Sulfate 51 8551 USGS26-Ammonium Sulfate 51 8552 NSVEC-Gaseous Nitrogen 51 8553 Soufre de Lacq-Elemental Sulfur 51 8554 NZl-Silver Sulfide 51 8555 NZ2-Silver Sulfide 51 8556 NBS123-Sphalerite 51 8557 NBS127-Barium Sulfate 51 8558 USGS32-Potassium Nitrate 51 8559 Natural Gas Isotopic 51 8560 Natural Gas Isotopic 51 8561a Natural Gas Isotopic 51 8562 C02-Heavy, Paleomarine Origin 51 8563 C02-Light, Paleomarine Origin 51 8564 C02-Biogenic, Modern Biomass Origin 51 8590 High Sulfur Gas Oil Feed 33 8600 Chinese Copper Ore 36 8601 Chinese Copper Ore 36 8602 Chinese Lead Ore 36 8603 Chinese Lead Ore 31 8604 Chinese Zinc Ore 36 8605 Chinese Molybdenum Ore 36 8606 Chinese Molybdenum Ore 31 8607 Chinese Tungsten Ore 31 8608 Chinese Tungsten Ore 31 8631 Medium Test Dust (MTD) 2 8632 Ultrafine Test Dust 2 8640 Fluorscein Labeled Microbead 85 8680 Paint on Fiberboard 42, 102 8704 Buffalo River Sediment 28 8759 ICTA Set DTA 81 8760 ICTA Set DTA 81 RM8771 Sulfur in Diesel Blend 35 8785 Particulate Matter on Filters 29, 40, 101 8786 Blank Filter for RM8785 29 GM754 ICTA Polystyrene DTA 81 RM5 Cu Low Temperature Heat Capacity 80

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