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Analytical characteristics of nanoelectrospray operated under super-atmospheric pressure
World Congress on Mass Spectrometry and Analytical Techniques
Md Matiur Rahman and Lee Chuin Chen
Beijing Institute of Technology, ChinaUniversity of Yamanashi, Japan
Posters & Accepted Abstracts: J Anal Bioanal Tech
Abstract
High-pressure nanoelectrospray ionization (nanoESI) source is a recently developed technique in which the electrospray ionization is generated inside an enclosed chamber with gas pressure higher than the atmospheric pressure. In this paper, the performance of nanoESI under different gas pressures, emitter position, ion inlet temperature, additive for desalination are presented. Under a pressure of 2 bars, the nanoESI is almost eased from the electrical discharge problem and that offers a wider tuning window for the emitter potential to produces a higher and more stable ion signal. With optimized ion inlet temperature, the high-pressure operation facilitates the generation of ion species of higher charge-state from the highly aqueous solution and produced less sodium adducts. A preparation method for the high-throughput analysis of raw biological samples using disposable plastic nanoESI emitter could be described.Biography
E-mail: matiurrahmanbot@yahoo.com
