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Potentiality of the photothermal surface displacement technique for precisely performed absorption measurement of optical coatings

机译:光热表面位移技术的潜力,用于精确执行光学涂层的吸收测量

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摘要

The absolute and comparative determination of the absorption of optical films by the Photothermal-Surface-Displacement-Technique (PTD) is only possible if the sample configuration is in agreement with the limits of the theoretical model. Carrying out simultaneous absorption measurements in the IR-region at λ=10,6 µm by using laser calorimetry as well as the surface displacement technique, it can be demonstrated that the thermophysical properties of the film contribute to the probed surface displacement. The results of PTD measurements at a wavelength of 488 nm show, that there is a similar influence of the film properties on the PTD signal.
机译:如果样品配置与理论模型的限制一致,则才能通过光热表面位移技术(PTD)对光学膜吸收的绝对和比较测定。通过使用激光量热法以及表面位移技术在λ=10,6μm的IR区进行同时吸收测量,可以证明膜的热性物理有助于探测表面位移。 PTD测量在488nm的波长下的结果,即在PTD信号上存在类似的膜性能的影响。

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