Titlebook: Lock-in Thermography; Basics and Use for E Otwin Breitenstein,Wilhelm Warta,Martin C. Schuber Book 2018Latest edition Springer Nature Switz

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Introduction,ue towards an increasingly popular investigation method. The technical development of thermocameras to a great extent had been triggered by military research, where night vision means are providing tactic advantages. With the end of the cold war, highly sensitive infrared (IR) technology is increasi

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Theory,conduction on the surrounding of the sample will be discussed, presenting the definitions of a thermally thin and a thermally thick sample, and of the quasi-adiabatic state of a measurement. In Sect.?., a simple method is being introduced of compensating the temperature drift in the initial heating-

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Summary and Outlook,testing of electronic components. The investigation of shunting phenomena in solar cells, which our lock-in thermography originally was developed for, among a lot of other applications is presented to demonstrate and discuss all the different possibilities of this rather new technique. We hope to ha

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Experimental Technique,. different systems for illuminating the sample are compared. In Sect.?. the application of solid immersion lenses for improving the spatial resolution of lock-in thermography investigations is described. Finally, Sect.?. introduces the special demands of the realization of different non-thermal car

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Theory,ower sources for simple heat source geometries. In Sect.?., the image integration/proportionality method is being introduced, which allows a quantitative interpretation of lock-in thermography results also for an arbitrary distribution of heat sources. Finally, Sect.?. describes recent advances in t