Eliminating the Effects of Room Temperature Fluctuations Using the Advanced TC-Optics Function in the SPD-M40 Photodiode Array Detector - Improving Baseline Stability and Analytical Precision

Improvement of pharmaceutical impurity analysis by reducing the effects of stray light and room temperature fluctuations on PDA detector Takato Uchikata1, Satoshi Akita1, Hidetoshi Terada1, Masato Watanabe1, Keiko Matsumoto1; 1Shimadzu Corporation, Kyoto, Japan 1. Introduction A photodiode array detector (PDA)…

C190-E256 Ultra High Performance Liquid Chromatograph Nexera series Technical Reports / Applications The Nexera Series: Reinvent Your Workflow Just as the internet and smartphones have changed our lifestyles, and robots with AI capabilities continue to make our lives more convenient,…

C190-E275 Ultra High Performance Liquid Chromatograph Nexera XS inert EXPERIENCE NEWFOUND CLARITY The potential adsorption of an analyte onto wetted surfaces of UHPLC instruments poses some critical challenges when analyzing biomolecules. While elevated pressure tolerance is required to achieve optimal…

C190-E233A Technical Report Improved Linearity and Quantification Using the SPD-M40 Photodiode Array Detector - Analytical Intelligence Part 4 Masato Watanabe1, Hidetoshi Terada1 A b s tra c t: In principle, stray light generated during the UV-VIS and PDA detection process…