Spectrum Controls 1769sc-IF8u - Manual (Page 103)

Appendix C: Thermocouple Descriptions 93
and Industry; Vol. 6; Schooley, J. F., ed.; New York: American
Institute of Physics; 1992. 595-600.
[54] Burley, N. A. N-CLAD-N: A novel advanced type N integrally-
sheathed thermocouple of ultra-high thermoelectric stability. High
Temperatures- High Pressures 8, 609-616; 1986.
[55] Burley, N. A. A novel advanced type N integrally-sheathed
thermocouple of ultra-high thermoelectric stability. Thermal and
Temperature Measurement in Science and Industry; 3rd Int. IMEKO
Conf.; Sheffield; Sept. 1987. 115-125.
[56] Burley, N. A. “N-CLAD-N” A novel integrally sheathed
thermocouple: optimum design rationale for ultra-high thermoelectric
stability. Temperature: Its Measurement and Control in Science and
Industry; Vol. 6; Schooley, J. F., ed.; New York: American Institute of
Physics; 1992. 579-584.
[57] Bentley, R. E. The new nicrosil-sheathed type N MIMS
thermocouple: an assessment of the first production batch. Mater.
Australas. 18(6), 16-18; 1986.
[58] Bentley, R. E.; Russell, Nicrosil sheathed mineral-insulated type N
thermocouple probes for short-term variable-immersion applications to
1100°C. Sensors and Actuators 16, 89-100; 1989.
[59] Bentley, R. E. Irreversible thermoelectric changes in type K and type
N thermocouple alloys within nicrosil-sheathed MIMS cable. J. Phys.
D. 22, 1908-1915; 1989.
[60] Bentley, R. E. Thermoelectric behavior of Ni-based ID-MIMS
thermocouples using the nicrosil-plus sheathing alloy. Temperature: Its
Measurement and Control in Science and Industry; Vol. 6; Schooley,
J. F., ed.; New York: American Institute of Physics; 1992. 585-590.
[61] Bentley, R. E. Thermoelectric hysteresis in nicrosil and nisil. J. Phys.
E: Sci. Instrum. 20, 1368-1373; 1987.
[62] Bentley, R. E. Thermoelectric hysteresis in nickel-based
thermocouple alloys. J. Phys. D. 22, 1902-1907; 1989. Publication
1769-UM004A-EN-P