The Volumes details the Principles and Techniques involved in the Measurement of Humidity, in Radiation and Cryogenic Thermometry and for a variety of unconventional Sensors. It includes Thermal Modelling, the Physics of Temperature Measurement and the traceability of Measurement. The Operation,Calibration and usage of Resistance and Liquid in Glass Thermometers are discussed.The Behaviour of both Standard and Industrial Platinum Resistance Thermometers are dealt with and included is a version of the ITS-90 text.It is a thorough,Practical treatise on Thermocouple Behaviour Measurement and Calibration backed up with appropriate theory. It gives emphasis to the effects of erroe sources,discusses methods of dealing with them and includes a Practical consideration of the ISO GUIDE to uncertainty.
Preface
Volume 1
Chapter 1 : Traceable Measurements
Chapter 2 : Physics of Temperature Measurement
Chapter 3 : Cryogenic Thermometry
Chapter 4 : Radiation Thermometry
Chapter 5 : Unconventional Thermometry
Chapter 6 : Plasma Temperature Measurement
Chapter 7 : Humidity Measurement
Chapter 8 : Thermal Conduction
Chapter 9 : Thermal Modelling
Chapter 10 : Temperature Control
Volume 2
Chapter 11 : Standard Platinum Resistance Thermometry
Chapter 12 : Industrial Resistance Thermometers
Chapter 13 : Resistance Thermometer Measurement
Chapter 14 : Digital Thermometers
Chapter 15 : Liquid-Expansion Thermometers
Chapter 16 : Calibration and Use of Liquid-in-Glass Thermometers
Chapter 17 : Special Types of Expansion Thermometer
Chapter 18 : Calibration Enclosures
Chapter 19 : International Temperature Scale
Volume 3
Chapter 20 : The EMF in Thermocouples
Chapter 21 : Thermocouples Materials and their Properties
Chapter 22 : Thermocouples in Use
Chapter 23 : The Calibration of Thermocouples
Chapter 24 : The Uncertainty in Temperature Measurement
Chapter 25 : Multi-Site Temperature Measurement
Chapter 26 : The Thermodynamics of Thermoelectricity
Chapter 27 : Standard Reference Functions for Thermocouple EMF
Bibliography
