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Available papers
on Thermocouples:
ITS-90 TRACEABLE CALIBRATION OF RADIOMETERS USING WIRE/THIN-FILM THERMOCOUPLES
IN THE NIST RTP TOOL: EXPERIMENTAL PROCEDURES AND RESULTS, C.W.
Meyer, D.W. Allen, D.P. DeWitt, K.G. Kreider, F.L. Lovas, and B.K. Tsai,
National Institute of Standards and Technology, Seventh International
Conference on Advanced Thermal Processing of Semiconductors, 1999.
ITS-90 CALIBRATION OF RADIATION THERMOMETERS FOR RTP USING WIRE/THIN-FILM
THERMOCOUPLES ON A WAFER, C.W. Meyer, D.P. DeWitt, K.G. Kreider,
F.J. Lovas, and B.K. Tsai, National Institute of Standards and Technology, 2000
International Conference on Characterization and Metrology for ULSI
Technology, 2000.
GOLD VERSUS PLATINUM THERMOCOUPLES: PERFORMANCE DATA AND AN ITS-90 BASED
REFERENCE FUNCTION, G.W. Burns, G.F. Strouse, B.M. Lui, and
B.W. Magnum, National Institute of Standards and Technology, Temperature:
Its Measurement and Control in Science and Industry, 1992.
NEW REFERENCE FUNCTIONS FOR PLATINUM-13% RHODIUM VERSUS PLATINUM (TYPE
R) AND PLATINUM-30% RHODIUM VERSUS PLATINUM-6% RHODIUM (TYPE B) THERMOCOUPLES
BASED ON THE ITS-90, G.W. Burns, G.F. Strouse, B.W. Magnum,
M.C. Croarkin, and W.F. Guthrie, National Institute of Standards and
Technology; M. Chattle, National Physical Laboratory (NPL), Temperature:
Its Measurement and Control in Science and Industry, 1992.
STATISTICAL ANALYSIS OF TYPE S THERMOCOUPLE MEASUREMENTS ON THE INTERNATIONAL
TEMPERATURE SCALE OF 1990, W.F. Guthrie, M.C. Croarkin, G.W.
Burns, and G.F. Strouse, National Institute of Standards and Technology,
Temperature: Its Measurement and Control in Science and Industry, 1992.
NEW REFERENCE FUNCTIONS FOR PLATINUM-10% RHODIUM VERSUS PLATINUM (TYPE
S) THERMOCOUPLES BASED ON THE ITS-90. PART I: EXPERIMENTAL PROCEDURES,
G.W. Burns, G.F. Strouse, B.W. Magnum, M.C. Croarkin, and W.F.
Guthrie, National Institute of Standards and Technology, Temperature:
Its Measurement and Control in Science and Industry, 1992.
NEW REFERENCE FUNCTIONS FOR PLATINUM-10% RHODIUM VERSUS PLATINUM (TYPE
S) THERMOCOUPLES BASED ON THE ITS-90. PART II: RESULTS AND DISCUSSION,
G.W. Burns, G.F. Strouse, B.W. Magnum, M.C. Croarkin, and W.F.
Guthrie, National Institute of Standards and Technology, Temperature:
Its Measurement and Control in Science and Industry, 1992.
I. TEMPERATURE SCALES, UNCERTAINTY, AND TRACEABILITY, II. THERMOCOUPLES
AND THERMOCOUPLE WIRES, Dean Ripple, National Institute of Standards
and Technology, Thermocouple Workshop, RTP’00 Conference, September 19, 2000.
ASSESMENT OF UNCERTAINTIES OF THERMOCOUPLE CALIBRATIONS AT NIST, D.C.
Ripple, G.W. Burns, and M.G. Scroger, National Institute of Standards
and Technology, NISTIR 5340.
THE STABILITY OF BASE-METAL THERMOCOUPLES IN AIR FROM 800 TO 2200 °F,
A.I. Dahl, National Institute of Standards and Technology.
STUDIES OF THE PERFORMANCE OF W-RE TYPE THERMOCOUPLES, G.W.
Burns and W.S. Hurst, National Institute of Standards and Technology.
THE
NIST INDUSTRIAL THERMOMETER CALIBRATION LABORATORY, C. Dawn
Vaughn and G. F. Strouse, National Institute of Standards and Technology,
Gaithersburg, Maryland, TEMPMEKO 01.
VARIATIONS
OF THE THERMOELECTRIC BEHAVIOR OF PALLADIUM FOLLOWING HEAT TREATMENT,
G. W. Burns and D. C. Ripple, National Institute of Standards
and Technology, Gaithersburg, Maryland, TEMPMEKO 01.
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Paper copies of
the above NIST publication(s) and the publications listed on the Publication
Page are available on request from: andrea.swiger@nist.gov
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