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Publication 1790-UM003A-EN-P
C-18
Thermocouple Descriptions
[14] Potts, J. F. Jr.; McElroy, D. L. The effects of cold working, heat
treatment, and oxidation on the thermal emf of nickel-base
thermoelements. Herzfeld, C. M.; Brickwedde, F. G.; Dahl, A. I.; Hardy, J.
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Temperature: Its Measurement and Control in Science and
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[15] Burley, N. A.; Ackland, R. G. The stability of the thermo-emf/
temperature characteristics of nickel-base thermocouples.
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Australian Inst. of Metals
12(1), 23-31; 1967.
[16] Burley, N. A. Nicrosil and nisil: Highly stable nickel-base alloys for
thermocouples.
Temperature: Its Measurement and Control in Science
and Industry;
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America; 1972. 1677-1695.
[17] Wang, T. P.; Starr, C. D. Electromotive force stability of nicrosil-nisil.
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8(4), 192-198; 1980.
[18] Starr, C. D.; Wang, T. P. Effect of oxidation on stability of
thermocouples,
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Vol. 63 1185-1194; 1963.
[19] Bentley, R. E. Short-term instabilities in thermocouples containing
nickel-based alloys.
High Temperatures- High Pressures
15, 599-611; 1983.
[20] Kollie, T. G.; Horton, J. L.; Carr, K. R.; Herskovitz, M. B.; Mossman, C.
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[21] ASTM, American Society for Testing and Materials, Standard E1159-87,
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1992. 388-389.
[22] Bedford, R. E.; Ma, C. K.; Barber, C. R.; Chandler, T. R.; Quinn, T. J.;
Burns, G. W.; Scroger, M. New reference tables for platinum 10%
rhodium/platinum and platinum 13% rhodium/platinum thermocouples.
Temperature: Its Measurement and Control in Science and Industry;
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4, Part 3, p. 1585; Plumb, H. H., ed.; Pittsburgh: Instrument Society of
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[23] Burns, G. W.; Strouse, G. F.; Mangum, B. W.; Croarkin, M. C.;
Guthrie, W. F.; Chattle, M. 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. in
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Summary of Contents for CompactBlock LDX 1790D-4T0
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