山田 善郎

Application of Metal (Carbide)-Carbon Eutectic Fixed Points in Radiometry 

METROLOGIA 43 S140-S144 2006年  

Realizing The High-Temperature Part Of A Future ITS With The Aid Of Eutectic Metal-Carbon Fixed Points 

THE 8TH SYMPOSIUM ON TEMPERATURE:ITS MEASUREMENT AND CONTROL IN SCIENCE AND INDUSTRY 7 291-296 2003年  

On The Effect Of Impurities On The Melting Curve Of The Eutectic System Fe-C 

THE 8TH SYMPOSIUM ON TEMPERATURE:ITS MEASUREMENT AND CONTROL IN SCIENCE AND INDUSTRY 7 261-266 2003年  

High-Temperature Furnace Systems For Realizing Metal-Carbon Eutectic Fixed Points 

TEMPERATURE:ITS MEASUREMENT AND CONTROL IN SCIENCE AND INDUSTRY 7 985-990 2003年  

Investigation Of Fixed Points Exceeding 2500 ℃ Using Metal Carbide-Carbon Eutectics 

TEMPERATURE:ITS MEASUREMENT AND CONTROL IN SCIENCE AND INDUSTRY 7 279-284 2003年  

Thermocouple observation of melting and freezing plateaus for metal-carbon eutectics between the copper and the palladium points 

Metrologia, (2000), 37, 71-73  

Temperature measurement of molten metal by immersion-type optical fiber radiation thermometer 

Proc. of TEMPMEKO'96, (1997), 347-352  

Radiometric Observation of melting and freezing plateaus for a series of metal-carbon eutectic points in the range 1330 degrees centigrade to 1950 degrees centigrade 

Metrologia, (1999), 3, 207-209  

A possibility of practical high temperature fixed points above the copper point 

Proc. of TEMPMEKO'99, (1999), 535-540  

Thermocouple observation of melting and freezing plateaus for metal-carbon eutectics between the copper and the palladium points 

Metrologia, (2000), 37, 71-73  

Temperature measurement of molten metal by immersion-type optical fiber radiation thermometer 

Proc. of TEMPMEKO'96, (1997), 347-352  

Radiometric Observation of melting and freezing plateaus for a series of metal-carbon eutectic points in the range 1330 degrees centigrade to 1950 degrees centigrade 

Metrologia, (1999), 36, 207-209  

A possibility of practical high temperature fixed points above the copper point 

Proc. of TEMPMEKO'99, (1999), 535-540