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1. The application of photothermal deflection spectroscopy technique to thin-layer chromatography has been studied.

2. Such coatings mostly applied in solar energy photothermal conversion, which could be used as solar collectors and solar energy generation electricity and so on.

3. At present, photothermal deflection technology and surface thermal lensing technology are widely applied in weak absorption measurement.

4. Data processing method of pulsed photothermal radiometry based on image.

5. There is a good tendency of solar energy photothermal and photoelectricity conversion.

6. This paper briefly introduces photothermal techniques and their applications in optical thin film coating measurements and Ti:sapphire laser crystal characterisation.

7. Modulated photothermal techniques provide useful methods based on linear relations to measure the thermal diffusivity of homogeneous materials.

8. The structural characters of some photothermal detection were analyzed. Factors that have influence on photothermal informations were described.

9. Photothermal techniques can provide the information that pure optical spectroscopy is not able to give, such as optical-to-thermal energy conversion efficiency.

10. The definition of spatial resolution in the PTR (photothermal radiometry)system is given.

11. A laser photothermal spectrometry based on the "thermal lens effect" and the "mirage effect" is discussed with emphasis.

12. Thermal wave imaging detection technique based on photothermal effect applied to non-destructive detection of solid material is the research with lots of potential at this current stage.

13. Photothermal techniques have been employed to measure optical and thermal properties of samples.

14. A method to measure thermal diffusivity of opaque materials by a laser photothermal radiometry technique is introduced in this paper.

15. A photographic camera flash can instantaneously triggers the de-oxygenation reaction of graphite oxide by photothermal heating. The product is conducting, graphene-like material as...

16. The dependences of peak amplitude and temporal characteristic of pulsed photothermal spectroscopy signal on wavelength tuning are discussed.

17. The effect of the variation in crystallinity between adjacent layers on the photothermal signal amplitude is discussed in the paper.

18. A review is presented on the progresses of laser photothermal spectroscopy and its applications in analytical chemistry.

19. A new approach for measuring thermal diffusivity of solid material by modulated photothermal reflectance (MPR) technique was introduced.

20. The thermally physical characteristics of opaque Anisotropic Materials were studied by using photothermal radiation.

21. And puts forward a new method called the dynamic laser photothermal method to measure the thermal boundary resistance.

22. The thermal contact resistance between copper and stainless steel was investigated at 300 K and 20 K using the photothermal method.

23. A principle and experimental method of detecting material defects by photothermal technique is researched in this paper.

24. The principle and experiment of measuring material initial stress by laser photothermal technique are introduced in this article.

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25. A non-destructive remote technique for obtaining depth profile of laser processed metals by laser- induced IR photothermal radiometry is reported.

26. Weak absorptions space distribution of materials face are measured by photothermal optical-beam deflection technique. It provided a new method for measurement and research of weak absorptions.

27. A method to measure thermal diffusivity of opaque materials by a laser photothermal scattering technique is introduced in this paper.