IR CRYOSPECTROSCOPY OF LIQUEFIED HYDRIDES OF IVA-VIA GROUP ELEMENTS AND THEIR SOLUTIONS IN LIQUEFIED INERT GASES 来自 ResearchGate 喜欢 0 阅读量: 100 作者:P Sennikov,KG Tokhadze 摘要: The IR absorption spectra of the $SiH_{4}$ and $GeH_{4}$ solutions in LKr at length of multi-pas ...
Journal of Applied SpectroscopyOvsepyan AM, Kobyakov VV and Panov VP (1977). IR spectroscopy of mucopolysaccharides in aqueous solutions. J. Appl. Spectrosc., 26: 230-232.Ovsepyan, A. M., Kobyakov, V. V., & Panov, V. P. (1977). IR spectroscopy of mucopolysaccharides in aqueous ...
Explore advanced photothermal spectroscopy solutions with our submicron IR and Raman microscopes, delivering unparalleled spatial resolution for diverse applications
NIR/IR Spectroscopy > In-Line Solutions > Handheld Solution > Who We Support Our unique and flexible testing solution allows us to provide a wide range of industries with on-site quality testing services tailored to their needs. Biodiesel Dairy Dietary Supplements Fertilizer Food & Ingre...
ChemInform Abstract: STUDY OF METHANOL SOLUTIONS OF ALKALI METHOXIDES. I. IR AND NMR SPECTROSCOPY CHARACTERISTICSphase equilibria, interface equilibria, association equilibriaNo abstract is available for this article.doi:10.1002/chin.198209066PASCAL, Y. L....
Step-scan FT-IR spectroscopy solutions for advanced research experiments handbooksu:步进扫描红外光谱解决方案的先进研究实验handbooksuFTIR,for,ftir 文档格式: .pdf 文档大小: 177.1K 文档页数: 5页 顶/踩数: 0/0 收藏人数: 0 评论次数: 0 文档热度: ...
applications operating above 700nm including thermal imaging, FLIR, or spectroscopy. The infrared spectrum refers to 700 – 16000nm wavelengths. When divided into smaller spectra, NIR refers to 700 – 900nm, SWIR is 900 – 2300nm, MWIR is 3000 – 5000nm, and LWIR includes 8000 – 12000nm ...
LabSolutions IR is a consolidation of the advanced features found in Shimadzu's earlier IRsolution control software. In addition to improved operability, LabSolutions IR employs advanced management functions to provide a safe and highly reliable system solution. wanting to manage all their...
Neglecting the group velocity dispersion, we assume both the VUV and IR signals have the same temporal shape Φ ( η ) , η = t − z / v g , v g is the group velocity for both the signals. We seek solutions in the form E 1 , 2 = E 1 , 2 ( z , η ) exp ( i ϑ...
The transmission of different dye solutions was measured in an aqueous solution in the wavelength range of 280 nm to 1400 nm. For this purpose, the dye solutions were filled into a quartz cuvette and measured with a UV/Vis spectrometer UV2600 from Shimadzu (Kyōto, Japan). Distilled water wa...