Add to ORKGThermistors and thermistor probe assemblies are used in diverse fields of temperature sensing, from neo-natal infant monitoring to tracking the temperature of astronauts in space, from measurement of temperature in the oceans to maintaining critical temperature parameters of satellites, from a one-tim
What do we know about thermometers? Used to measure temperature Internationally agreed upon i l i ...
DE 10106475 C UPAB: 20020926 NOVELTY - Temperature sensor arrangement comprises a measuring probe pr...
In precision control applications, thermometers have temperature-dependent electrical resistance wit...
Abstract—The document here describes the method of accurate and efficient temperature sensing using ...
Thermistors are temperature measuring devices based on that resistance of materials changes with tem...
This book describes the theory of radiation thermometry, both at a primary level and for a variety o...
The need for temperature measurement is ever present in science and industry from requirements for m...
Thermistors are temperature-measuring devices based on the principle that the thermistor material ex...
For the temperature monitoring of units, mechanisms and technological manufacture processes use of s...
Abstract. Among the great variety of temperature-measurement techniques, radiation thermometry has a...
The work investigated the responses of measuring and calibrating the temperature in the range of 30 ...
The accuracy and reliability of temperature measuring devices in thermal physiology research and cli...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
This chapter presents an overview of thermistor-based calorimetric measurements. Bioanalytical appli...
Covers the fundamentals of measuring temperature at the nanoscale, luminescence-based and non-lumine...
What do we know about thermometers? Used to measure temperature Internationally agreed upon i l i ...
DE 10106475 C UPAB: 20020926 NOVELTY - Temperature sensor arrangement comprises a measuring probe pr...
In precision control applications, thermometers have temperature-dependent electrical resistance wit...
Abstract—The document here describes the method of accurate and efficient temperature sensing using ...
Thermistors are temperature measuring devices based on that resistance of materials changes with tem...
This book describes the theory of radiation thermometry, both at a primary level and for a variety o...
The need for temperature measurement is ever present in science and industry from requirements for m...
Thermistors are temperature-measuring devices based on the principle that the thermistor material ex...
For the temperature monitoring of units, mechanisms and technological manufacture processes use of s...
Abstract. Among the great variety of temperature-measurement techniques, radiation thermometry has a...
The work investigated the responses of measuring and calibrating the temperature in the range of 30 ...
The accuracy and reliability of temperature measuring devices in thermal physiology research and cli...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
This chapter presents an overview of thermistor-based calorimetric measurements. Bioanalytical appli...
Covers the fundamentals of measuring temperature at the nanoscale, luminescence-based and non-lumine...
What do we know about thermometers? Used to measure temperature Internationally agreed upon i l i ...
DE 10106475 C UPAB: 20020926 NOVELTY - Temperature sensor arrangement comprises a measuring probe pr...
In precision control applications, thermometers have temperature-dependent electrical resistance wit...