Realization of a nickel carbon eutectic fixed point with an optimized filling process monitored by the melting-freezing temperature difference measurement

Metrologia

Volumn 42, Issue 1, 2005, Pages

  Park, Chul Woung ^a   Kim, Bong Hak ^a   Lee, Dong Hoon ^a   Park, Seung Nam ^a  

^a Korea Research Institute of Standards and Science   (South Korea)

Author keywords

[No Author keywords available]

Indexed keywords

CONTROL EQUIPMENT; ELECTRIC FILTERS; FREEZING; IMPURITIES; MELTING; MIXTURES; NICKEL COMPOUNDS; OPTIMIZATION; POWDERS; THERMAL EFFECTS; THERMOMETERS; X RAY RADIOGRAPHY;

FREEZING POINT; NICKEL CARBON EUTECTIC; RADIATION THERMOMETERS; TEMPERATURE DIFFERENCE;

EUTECTICS;

EID: 14644405568     PISSN: 00261394     EISSN: None     Source Type: Journal    
DOI: 10.1088/0026-1394/42/1/L02     Document Type: Article

References (15)

1. Yamada Y, Sakate H, Sakuma F and Ono A 1999 A possibility of practical high temperature fixed points above the copper point Proc. TEMPMEKO 1999 (Delft) pp 535-40
2. Yamada Y, Sakate H, Sakuma F and Ono A 1999 Radiometric observation of melting and freezing plateaus for a series of metal-carbon eutectic points in the range 1330°C to 1950°C Metrologia 36 207-9
3. Yamada Y, Sakate H, Sakuma F and Ono A 2001 High-temperature fixed points in the range 1150°C to 2500°C using metal-carbon eutectics Metrologia 38 213-19
4. Sapritsky V I, Ogarev S A, Khlevnoy B B, Samoylov M L and Khromchenko V B 2003 Development of metal-carbon high-temperature fixed-point blackbodies for precision photometry and radiometry Metrologia 40 S128-31
5. Sadli M, Bourson F, Fanjeaux M, Briaudeau S, Rougie B and Bonnier G 2004 Study of metal-carbon eutectic points: from construction to temperature determination Proc. TEMPMEKO 2004 (Cavtat-Dubrovnik)
6. Sadli M, Fischer J, Yamada Y, Sapritsky V, Lowe D and Machin G 2004 Review of metal-carbon eutectic temperatures: proposal for new ITS-90 secondary points Proc. TEMPMEKO 2004 (Cavtat-Dubrovnik)
7. Machin G, Beynon G, Edler F, Fourrez S, Hartmann J, Lowe D, Morice R, Sadli M and Villamanan M 2003 HIMERT: a Pan-European project for development of metal-carbon eutectics as temperature standards Temperature: its Measurement and Control in Science and Industry vol 7, pp 285-90
8. Hartmann J, Anhalt K, Sperfeld P, Hollandt J, Sakharov M, Khlevnoy B, Pikalev Yu, Ogarev S and Sapritsky V 2004 Thermodynamic temperature measurements of the melting curves of Re-C, TiC-C and ZrC-C eutectics Proc. TEMPMEKO 2004 (Cavtat-Dubrovnik)
9. Goebell R, Yamada Y and Stock M 2004 Thermodynamic temperature measurements of metal carbon eutectic fixed point Proc. TEMPMEKO 2004 (Cavtat-Dubrovnik)
10. Sadli M, Fanjeaux M and Bonnier G 2003 Construction and implementation of a set of metal-carbon eutectic fixed points Temperature: its Measurement and Control in Science and Industry vol 7, pp 267-72
11. Yamada Y and Bloembergen P 2004 On the properties of hyper-eutectic metal-carbon fixed points Proc. TEMPMEKO 2004 (Cavtat-Dubrovnik)
12. Bedford R E et al 1988 Calculation of the radiant characteristics of a plane diffuse surface covered by a specular hemisphere J. Phys. E: Sci. Instrum. 21 785-91
13. Hahn J W, Park S N, Lee E S and Rhee C 1992 Realization of International Temperature Scale-90 above 961.78°C and study on the calibration system for radiation thermometers by using a standard optical pyrometer with a silicon detector Temperature: its Measurement and Control in Science and Industry vol 6, pp 227-35
14. Khlevnoy B, Khromchenko V, Samoylov M, Sapritsky V, Harrison N, Sperfeld P and Fischer J 2001 Determination of the temperatures of metal-carbon eutectic fixed-points by different detectors from Vniiofi, NPL, and PTB Proc. TEMPMEKO 2001 (Delft) pp 845-50
15. Fisher J et al 2003 Uncertainty budgets for realization of ITS-90 by radiation thermometry Temperature: its Measurement and Control in Science and Industry vol 7, pp 631-8