作者: Andreas Braeuer
DOI: 10.1016/B978-0-444-63422-1.00003-1
关键词: Point (geometry) 、 Electrical engineering 、 Pulsed laser 、 Broadband 、 Electronic engineering 、 Section (archaeology) 、 Raman spectroscopy 、 Identification (information) 、 Process (computing) 、 Field (computer science) 、 Engineering
摘要: Abstract I hope that Raman inexperienced researchers feel motivated to build up their own measurement device once they have read this chapter. Therefore, describe in the first section which type of set-ups are applicable general and what purposes suitable for. In following section, provide information regarding identification optimum components for respective purpose set-up. Here Sections 3.3.2.1–3.3.2.4 can be considered as a guidance those who really intend sensor. The last more or less mentions some unexpected complications had face with respect sensor development past. Of course, having built sensor, one also wants carry out measurements. Then very often has undesired interferences spectra, make an evaluation signals challenging. origin these manifold. many research papers there is not much reported about how raw spectra were processed order get nice ones shown publication. For sure all nicely looking publications been detected such. Sometimes processed, though it neither explicitly mentioned nor processed. Therefore second chapter covers methods rejection broadband interferences. before appendix reports case studies where techniques brought valuable insights into high-pressure process technology. tried cover here fields application might so obvious coming from field supercritical fluids. Appendix follows chapter, working principle quality-switched pulsed lasers special characteristics result them why beneficial if fast processes resolved temporally. comprehensive description family CCD detectors, ‘pros’ ‘cons’ different architectures under circumstance architecture purpose. laser detectors part relevant. But course provided relevant subsequent chapters will therefore act reference beyond