Brillouin spectroscopy has emerged as a novel analytical tool for biophotonic research and applications. It operates on a microscopic scale and in the GHz spectral range, providing a new spatial and frequency window for the analysis of the materials elasticity. Here we investigate spectral moments calculation as a means of analysing Brillouin and Raman spectra, providing rapid access to peak intensity and frequency shift, with robust application to fast scanning measurements. This work demonstrates the potential of the method, especially in the case of micro-structured samples, typical of bio-medical applications.
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机译:一种将origo DNA固定在玻璃纤维中的玻璃纤维及其生产方法,并对其进行了变性,将其变性为氨基花萼芳烃衍生物和亚胺花萼芳烃衍生物的单层玻璃纤维,以及利用其进行基因型分析的试条生产方法制备方法和玻璃纤维固定有机棉{修饰的玻璃纤维SWITHMONOLAYERS OF AMINOCALIXARE NEDERIVATIVES AND MININE CALIXARE NEVIDERAVEV,ANDOLIGODNAMODIFIEDGLASSFIBERS}