Abstract. It is well known that conventional thermowells will thermally “couple ” with the vessel in which they are mounted resulting in an error in the temperature measurement. Conduction error, commonly called immersion error, is present whenever a temperature gradient exist between the vessel or pipe the thermowell is installed into, and the substance being measured. Sources of conduction error in gas temperature measurement and methods of reducing it, specifically the use of finned thermowells, are discussed
Factors limiting the accuracy of temperature measurements with type K and type S sheathed thermocoup...
For high-precision thermocouple calibration, the uniformity of the temperature field provided by the...
Indoor air temperature belongs to the most important climatic variables in indoor climate research, ...
Temperature measurement by thermocouples is prone to errors due to conduction and radiation losses a...
Gas temperature measurement by a probe-type thermometer has a large bias because of the thermal radi...
AbstractThe aim of this paper is to develop a method of determining the heat transfer coefficient on...
When a thermocouple is used to measure gas temperature, the measured temperature is the thermocouple...
An error analysis has been made for temperature measurements in liquid-vapour phase change experimen...
When a thermocouple is embedded in a material of lower thermal conductivity, under certain heating o...
Leakage on the pipe is a problem in natural gas transmission system. The tem- perature at leakage po...
Typical systematic errors that are made during intrusive concentration and temperature measurements ...
AbstractThis report sets forth a case study to clarify the accuracy of a measurement technique commo...
Accurate measurement of exhaust gas temperature in internal combustion engines is a challenging task...
Indoor air temperature belongs to the most important climatic variables in indoor climate research, ...
This study was intended primarily to design, develop and test an apparatus for measuring thermal con...
Factors limiting the accuracy of temperature measurements with type K and type S sheathed thermocoup...
For high-precision thermocouple calibration, the uniformity of the temperature field provided by the...
Indoor air temperature belongs to the most important climatic variables in indoor climate research, ...
Temperature measurement by thermocouples is prone to errors due to conduction and radiation losses a...
Gas temperature measurement by a probe-type thermometer has a large bias because of the thermal radi...
AbstractThe aim of this paper is to develop a method of determining the heat transfer coefficient on...
When a thermocouple is used to measure gas temperature, the measured temperature is the thermocouple...
An error analysis has been made for temperature measurements in liquid-vapour phase change experimen...
When a thermocouple is embedded in a material of lower thermal conductivity, under certain heating o...
Leakage on the pipe is a problem in natural gas transmission system. The tem- perature at leakage po...
Typical systematic errors that are made during intrusive concentration and temperature measurements ...
AbstractThis report sets forth a case study to clarify the accuracy of a measurement technique commo...
Accurate measurement of exhaust gas temperature in internal combustion engines is a challenging task...
Indoor air temperature belongs to the most important climatic variables in indoor climate research, ...
This study was intended primarily to design, develop and test an apparatus for measuring thermal con...
Factors limiting the accuracy of temperature measurements with type K and type S sheathed thermocoup...
For high-precision thermocouple calibration, the uniformity of the temperature field provided by the...
Indoor air temperature belongs to the most important climatic variables in indoor climate research, ...