Aerosol Formation in Electrospray Ionization Using a Microfluidic Emitter
Sensors Journal, IEEE（2011）
摘要
This work presents simulation of aerosol formation in electrospray ionization (ESI) using a carbon fiber (CF) emitter. The model predicts droplet fission and trajectories of the droplets in a steady medium, within a monodisperse EHD spray in a Lagrangian framework. The droplet fission is simulated based on the principle of minimum free energy and droplet trajectories are predicted using Lagrangian single-droplet tracking method. The numerical model is validated by comparing model predictions with experimental results. The aerosol formation process using the CF emitter is simulated and results are presented and discussed.
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关键词
aerosols,drops,electrohydrodynamics,ionisation,microfluidics,lagrangian framework,aerosol formation,carbon fiber emitter,droplet fission,droplet trajectories,electrospray ionization,microfluidic emitter,minimum free energy,monodisperse ehd spray,aerosol,electrospray,mass spectrometry (ms),indexing terms,prediction model,predictive models,mathematical model,comparative modeling,mass spectrometry,radiation detectors,carbon fiber,computer model,computational modeling,radiation detector
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