International Journal of Thermophysics

Progress Toward Redetermining the Boltzmann Constant with a Fixed-Path-Length Cylindrical Resonator
pp. 1297-1329(33)
Authors: Zhang, J.; Lin, H.; Feng, X.; Sun, J.; Gillis, K.; Moldover, M.; Duan, Y.

Length Determination of a Fixed-Path Cylindrical Resonator with the Dual Wavelength Laser Interference Method
pp. 1330-1338(9)
Authors: Sun, J.; Zhang, J.; Zhang, X.; Lin, H.; Feng, X.

Progress in INRiM Experiment for the Determination of the Boltzmann Constant with a Quasi-spherical Resonator
pp. 1339-1354(16)
Authors: Gavioso, R.; Benedetto, G.; Madonna Ripa, D.; Giuliano Albo, P.; Guianvarc'h, C.; Merlone, A.; Pitre, L.; Truong, D.; Moro, F.; Cuccaro, R.

Capabilities for Dielectric-Constant Gas Thermometry in a Special Large-Volume Liquid-Bath Thermostat
pp. 1355-1365(11)
Authors: Zandt, T.; Fellmuth, B.; Gaiser, C.; Kuhn, A.; Merlone, A.; Moro, F.; Thiele-Krivoi, B.

Constant-Volume Gas Thermometry with Different Helium-3 Gas Densities at NMIJ/AIST
pp. 1366-1377(12)
Authors: Tamura, O.; Takasu, S.; Nakano, T.; Sakurai, H.

Comparison of Coulomb Blockade Thermometers with the International Temperature Scale PLTS-2000
pp. 1378-1386(9)
Authors: Meschke, M.; Engert, J.; Heyer, D.; Pekola, J.

Photoelectron Thermometry as a Novel Method to Measure Thermodynamic Temperature
pp. 1387-1398(12)
Authors: Kinosnita, I.; Ishii, J.

Measurement of AC and DC Insulation Leakage in Platinum Resistance Thermometers up to 960 °C
pp. 1399-1408(10)
Authors: García, C.; Campo, D.; Raso, F.

Calibration by Comparison of Platinum Resistance Thermometers Using Slow Resistance Bridges
pp. 1409-1417(9)
Authors: Batagelj, V.; Bojkovski, J.

Material Problems in Using High-Temperature Thermocouples
pp. 1418-1428(11)
Author: Edler, F.

Characterization of the 300 K and 700 K Calibration Sources for Space Application with the Bepicolombo Mission to Mercury
pp. 1429-1439(11)
Authors: Gutschwager, B.; Driescher, H.; Herrmann, J.; Hirsch, H.; Hollandt, J.; Jahn, H.; Kuchling, P.; Monte, C.; Scheiding, M.

Multi-channel Optical Fiber Thermometer for PEM Fuel-Cell Applications
pp. 1440-1447(8)
Authors: Rosso, L.; Fernicola, V.; Pedrazzo, F.

Temperature and Thickness Dependence of IR Optical Properties of Sapphire at Moderate Temperature
pp. 1448-1456(9)
Authors: Lee, Geun; Jeon, Sangho; Park, Seung-Nam; Yoo, Yong; Park, Chul-Woong

Silicon Wafer Surface-Temperature Monitoring System for Plasma Etching Process
pp. 1457-1466(10)
Authors: Yamada, Y.; Ishii, J.; Nakaoka, A.; Mizojiri, Y.

Dynamic Measurements of the Thermal Conductivity of Insulators
pp. 1467-1478(12)
Authors: Bezjak, Mladen; Zvizdić, Davor

Study of TFTC Dynamic Character Calibration Technique
pp. 1479-1484(6)
Authors: Yang, Yong-jun; Cai, Jing; Zhang, Xue-cong; Zhao, Jian

Disseminating the ITS-90 Traceability in Industry—An Intercomparison of Temperature Block Calibrators
pp. 1485-1495(11)
Authors: Nielsen, J.; Domino, J.; Nielsen, M.

Aluminum Fixed Point: Impact of the Time Spent in the Liquid Phase on the Liquid-Solid Transition and Obviousness of the Pollution of the Ingot
pp. 1496-1506(11)
Authors: Renaot, E.; Martin, C.

The Influence of Titanium on the Aluminum Fixed-Point Temperature
pp. 1507-1517(11)
Authors: Petchpong, Patchariya; Head, David

Bilateral Comparison of Aluminum Fixed-Point Cells Using Standard Platinum Resistance Thermometer
pp. 1518-1524(7)
Authors: Bojkovski, J.; Peruzzi, A.; Bosma, R.; Batagelj, V.

The Effect of Low Level Antimony on the Tin Temperature Fixed Point
pp. 1525-1534(10)
Authors: Petchpong, Patchariya; Head, David

New SMU Gallium Fixed-Point Cells
pp. 1535-1543(9)
Authors: Ranostaj, Juraj; Ďuriš, Stanislav; Knorová, Renáta; Kaskötö, Mariana; Vyskočilová, Irena

Bilateral Comparison of Mercury and Gallium Fixed-Point Cells Using Standard Platinum Resistance Thermometer
pp. 1544-1552(9)
Authors: Bojkovski, J.; Veliki, T.; Zvizdić, D.; Drnovšek, J.

Doping Experiments with Water Triple-Point Cells
pp. 1553-1562(10)
Authors: Peruzzi, A.; Dobre, M.; Strouse, G.; Van Geel, J.

Doping Experiments in Mercury Triple-Point Cells
pp. 1563-1572(10)
Authors: Tabacaru, C.; Gómez, E.; Campo, D.

Argon Triple Point for Long-Stem SPRTs: Thermal Behavior
pp. 1573-1580(8)
Authors: Dobre, M.; Didialaoui, I.; Hermier, Y.

Comparison at NMIJ/AIST of the Triple Point of Neon Using Different Sealed Cells
pp. 1581-1588(8)
Authors: Nakano, T.; Tamura, O.; Sakurai, H.

A Solidification Approach to Correcting for the Effect of Impurities in Fixed Points
pp. 1589-1601(13)
Authors: Malik, Z.; Hunt, J.; Davies, H.; Lee, P.; Lowe, D.; Quested, P.

Study and Comparison of Newly Developed ITS-90 Silver- and Copper-Point Cells
pp. 1602-1610(9)
Authors: Bourson, F.; Sadli, M.; Rougié, B.; Briaudeau, S.

Realization of ITS-90 Above the Silver Point at the NIM
pp. 1611-1621(11)
Authors: Yuan, Z.; Lu, X.; Wang, J.; Bai, C.; Dong, W.; Hao, X.; Wang, T.

Construction and Characterization of a Large Aperture Blackbody for Infrared Radiometer Calibration
pp. 1622-1632(11)
Authors: Park, Chul-Woung; Yoo, Yong; Kim, Bong-Hak; Chun, Sejong; Park, Seung-Nam

Correcting Radiation Thermometry Measurements for the Size-of-Source Effect
pp. 1633-1654(22)
Author: Saunders, P.

Size-of-Source Effect Difference Between Direct and Indirect Methods of Radiation Thermometers
pp. 1655-1663(9)
Authors: Hao, X.; Yuan, Z.; Lu, X.; Zhao, W.

Radiometric Temperature Comparisons of Three NIST Gold Freezing-Point Blackbodies
pp. 1664-1673(10)
Authors: Sasajima, N.; Gibson, C.; Khromchenko, V.; Saunders, R.; Yoon, H.

Procedure for Automated Evaluation of a Blackbody and a Surface Calibrator with a Radiation Thermometer
pp. 1674-1685(12)
Authors: Miklavec, A.; Drnovšek, J.; Pušnik, I.

Development of High-Temperature Blackbodies and Furnaces for Radiation Thermometry
pp. 1686-1696(11)
Authors: Khlevnoy, B.; Samoylov, M.; Grigoryeva, I.; Ibragimov, N.; Shapoval, V.; Puzanov, A.; Ogarev, S.

Monochromator-Based Absolute Calibration of Radiation Thermometers
pp. 1697-1706(10)
Authors: Keawprasert, T.; Anhalt, K.; Taubert, D.; Hartmann, J.

Absolute Radiometry for the MeP-K: The Irradiance Measurement Method
pp. 1707-1718(12)
Authors: Hartmann, Jürgen; Anhalt, Klaus; Taubert, Richard; Hollandt, Jörg

Results of Long-Term Stability Tests Performed for the Eutectics Co-C and Pt-C
pp. 1719-1731(13)
Authors: Wang, T.; Bai, C.; Dong, W.; Yuan, Z.; Bloembergen, P.; Liu, F.

Investigations on Two Co-C Fixed-Point Cells Prepared at INRIM and LNE-Cnam
pp. 1732-1743(12)
Authors: Battuello, M.; Florio, M.; Sadli, M.; Bourson, F.

T ₉₀ Measurement of Co-C, Pt-C, and Re-C High-Temperature Fixed Points at the NIM
pp. 1744-1752(9)
Authors: Yuan, Z.; Wang, T.; Lu, X.; Dong, W.; Bai, C.; Hao, X.; Duan, Y.

Comparison of Re-C Fixed-Point Cells and Their T₉₀ Temperatures Between NMIJ and VNIIOFI
pp. 1753-1762(10)
Authors: Khlevnoy, B.; Yamada, Y.; Grigoryeva, I.; Samoylov, M.

New Method of Filling of High-Temperature Fixed-Point Cells Based on Metal-Carbon Eutectics/Peritectics
pp. 1763-1772(10)
Authors: Khlevnoy, B.; Grigoryeva, I.; Ibragimov, N.

Calculation of the Temperature Drop for High-Temperature Fixed Points for Different Furnace Conditions
pp. 1773-1785(13)
Authors: Castro, P.; Machin, G.; Villamañan, M.; Lowe, D.

An International Study of the Long-Term Stability of Metal-Carbon Eutectic Cells
pp. 1786-1799(14)
Authors: Sadli, M.; Bloembergen, P.; Khlevnoy, B.; Wang, T.; Yamada, Y.; Machin, G.

Design, Construction, and Evaluation of Ni-C Eutectic Fixed Points
pp. 1800-1810(11)
Authors: Bojkovski, J.; Hiti, M.; Batagelj, V.; Drnovšek, J.

Comparison of Co-C and Pd-C Eutectic-Point Cells for Thermocouple Calibration Between LNE-Cnam and NMIJ
pp. 1811-1823(13)
Authors: Ogura, H.; Favreau, J.; Deuze, T.; Morice, R.