1. The fluorescence thermometry system in which the fluorescence lifetime is detected by phase-locked loop is established, and the specific phase-locked loop circuit is designed.

2. This paper describes the fundamental of thermometry and the types of thermometer.

3. The theory of hyperthermia, requirements to thermometry, and the methods of thermometer are introduced.

4. When running tests differential thermometry techniques allow users to measure small changes in temperature.

5. Thermistors and thermocouples are common types of transducers used in differential thermometry . The choice of transducer depends on the specific microcalorimetry application.

6. The electronic scanning replaces optical machine scanning in infrared focus plane image thermometry based on infrared CCD.

7. This paper introduces double ultrasound pulse transmitting and receiving circuits used in ultrasound thermometry.

8. Another example of this kind of technology is called microwave radiometry which gives us real time information of lesion growth by looking at the thermometry of the tissue as you deliver energy.

9. The rule can improve the precision of the radiation thermometry.

10. CCD (charge-coupled device) has to work in the non-saturation area of the photoelectric conversion characteristics in the temperature measurement by two-color thermometry based on color CCD.

11. Effects of the medium in radiation transmitting path on infrared thermometry have been analyzed.