Technology & Application
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Drug crystal form research and consistency evaluation
Online Raman quickly determines the consistency of multiple batches of formulations with the crystalline form of active pharmaceutical ingredients. Online monitoring provides faster results for target crystal testing, cont...Read more -
Classification of Fiber Optic Spectrometers (Part I) – Reflective Spectrometers
Keywords: VPH Solid-phase holographic grating, Transmittance spectrophotometer, Reflectance spectrometer, Czerny-Turner Optical path. 1.Overview The fiber optic spectrometer can be classified as reflection and transmission, according to type the diffraction grating. A di...Read more -
Introduction to Spectrophotometer
Article 2: What is a fiber optic spectrometer, and how do you choose the appropriate slit and fiber? Fiber optic spectrometers currently represent the predominant class of spectrometers. This category of spectrometer enables the transmission of optical signals through a ...Read more -
Quality Control in Biofermentation Engineering
Online monitoring of glucose content for real-time feeding to ensure the smooth completion of the fermentation process. Biofermentation engineering is one of the important components of modern biopharmaceutical engineering, obtaining the desired biochemical products thro...Read more -
Research on the synthesis process of bis(fluorosulfonyl)amide
In a highly corrosive environment, online spectroscopy monitoring becomes an effective research method. Lithium bis(fluorosulfonyl)amide (LiFSI) can be used as an additive for lithium-ion battery electrolytes, with advantages such as high energy density, thermal stabilit...Read more -
Fiber optic spectrometer
Fiber optic spectrometer is a commonly used type of spectrometer, which has the advantages of high sensitivity, easy operation, flexible use, good stability, and high accuracy. The fiber optic spectrometer structure mainly includes slits, gratings, detectors, etc., as we...Read more -
Introduction to Raman technology
I. Raman Spectroscopy principle When light travels, it scatters off on the molecules of material. During this scattering process, the wavelength of the light, i.e. the energy of the photons, may change. This phenomenon of energy loss after scatter...Read more