Add to ORKGThe calibration and stability of four surface temperature measuring industrial platinum resistance thermometers for use in the temperature range -120 C to 160 C was investigated. It was found that the calibration formulation of the International Practical Temperature Scale of 1968 provided the most accurate calibration. It was also found that all the resistance thermometers suffered from varying degrees of instability and hysteresis
Resistance thermometer incorporating a germanium resistance element with a platinum resistance eleme...
A new high quality 25-ohm platinum resistance thermometer with an inconel protection sheath was deve...
A thin film device was designed and fabricated to measure surface temperatures. An array of eight in...
The applicability of the self-heating technique for checking the calibration of platinum resistance ...
Platinum resistance thermometers tested and evaluated in cryogenic temperature measuremen
Calibration of commercial platinum resistance thermometer using Z function interpolatio
Thirty-one commercially designed platinum resistance thermometers were evaluated for applicability t...
This paper reports the results of an investigation of the stability of a selection of small industri...
Industrial grade platinum resistance thermometers were calibrated in the temperature range from 200°...
Platinum resistance thermometers (PRTs) are widely used for accurate temperature measurements in in...
Thermogravimetric instrument to measure volatility under both isothermal and nonisothermal condition...
This document is a part of guidelines, prepared by the Consultative Committee for Thermomet...
Stabilities of standard platinum resistance thermometers (SPRTs) were tested in the temperature rang...
The measurement characteristics of thin-Pt-film temperature sensors fabricated using advanced method...
The work described in the thesis was undertaken as part of a programme of research into the thermody...
Resistance thermometer incorporating a germanium resistance element with a platinum resistance eleme...
A new high quality 25-ohm platinum resistance thermometer with an inconel protection sheath was deve...
A thin film device was designed and fabricated to measure surface temperatures. An array of eight in...
The applicability of the self-heating technique for checking the calibration of platinum resistance ...
Platinum resistance thermometers tested and evaluated in cryogenic temperature measuremen
Calibration of commercial platinum resistance thermometer using Z function interpolatio
Thirty-one commercially designed platinum resistance thermometers were evaluated for applicability t...
This paper reports the results of an investigation of the stability of a selection of small industri...
Industrial grade platinum resistance thermometers were calibrated in the temperature range from 200°...
Platinum resistance thermometers (PRTs) are widely used for accurate temperature measurements in in...
Thermogravimetric instrument to measure volatility under both isothermal and nonisothermal condition...
This document is a part of guidelines, prepared by the Consultative Committee for Thermomet...
Stabilities of standard platinum resistance thermometers (SPRTs) were tested in the temperature rang...
The measurement characteristics of thin-Pt-film temperature sensors fabricated using advanced method...
The work described in the thesis was undertaken as part of a programme of research into the thermody...
Resistance thermometer incorporating a germanium resistance element with a platinum resistance eleme...
A new high quality 25-ohm platinum resistance thermometer with an inconel protection sheath was deve...
A thin film device was designed and fabricated to measure surface temperatures. An array of eight in...