Global ETD Search

1	Development of Ambient Mass Spectrometry for The Detection of Drug and Small Biological Compound Liu, Jia-jiun 11 July 2007 (has links) none ammonia FD-ESI ambient diuretic HP
2	Fused-Droplet Electrospray Ionization Mass Spectrometry Combined with Pyrolysis for Polarity and Organic Composition of Soil, Tobacco,and Humic Acid Li, Kuang-Feng 09 August 2004 (has links) none TGA Pyrolysis FD-ESI/MS ESI Pyrolysis GC/MS
3	none Hong, Sheng-Peng 27 June 2002 (has links) none ESI Detergent FD-ESI/MS MC-ESI/MS Pneumatic nebulizer
4	Fused-Droplet Electrospray Ionization Mass Spectrometry Combined with Pyrolysis for Polymers Analysis Chen, Ming-Fong 17 July 2002 (has links) none Pyrolysis TGA polymer FD-ESI/MS fused-droplet electrospray ionization
5	Eliminating Interference of Organic salt and Surfactant in Protein Analysis by Fused-Droplet Electrospray Ionization Mass Spectrometry Shieh, Yi-Fan 22 June 2003 (has links) none Organic salt FD-ESI/MS ESI Surfactant protein
6	Development of Temperature-Controlled Fused-Droplet Electrospray Ionization MassSpectrometry and Its Application in the Analysis of Biomolecular Tsao, Chia-Chi 23 June 2003 (has links) none ESI Polymer APCI FD-ESI/MS Organic compound Protein
7	Millisecond H/D Exchange Combined with Electrospray Ionization Mass Spectrometry to Study Protein¡¦s Structure Lin, Hsuan-Chung 03 August 2004 (has links) none FD-ESI/MS amide hydrogen ESI Protein structure MS/MS H/D exchange
8	Fabrication of Integrated Nebulizer Nozzle Plate Utlizing Micro-molding for FD- ESI Mass Spectrometry Chang, Chien-chung 01 July 2005 (has links) This study presents a novel concept to integrated nebulizer nozzle plate for FD-ESI (Fused-droplet Electrospary Ionization Mass Spectrometry) using modified LIGA process. This fabrication technique can reduce the production cost of current nozzle plate. It comprises of multi-exposure and single develop (MESD) process, the extra-hard Ni-Co (Nickel-Cobalt) electroforming and thin-wall plastic microinjection molding. The template of nozzle plate is patterned using dry film and MESD process. Later, the template is transferred into metal Ni-Co mold by electroplating. In this study, the technique of extra-hard Ni-Co alloy electroplating process with Hardness of Vickers over (HV) 550 is developed. Then with the stiffness of Ni-Co mold, it can withstand high injection speed. Thin-wall microinjection molding process with short cycle time to fabricate nozzle plate can be finished. Liquid crystal polymer (LCP) is used for thin-wall microinjection molding process. In order to make efficiently atomization, we used ANSYS to optimize PZT actuator. Besides, the work of nebulizer with FD-ESI was demonstrated in this study. a novel design of nozzle plate. Microinjection molding Ni-Co electroforming UV-LIGA Nebulizer MESD FD-ESI nozzle plate
9	Millisecond H/D Exchange Combined with Electrospray Ionization Mass Spectrometry to Study Three Dimensional Structure of Protein Huang, Ming-Wei 23 June 2003 (has links) none Protein structure FD-ESI/MS H/D exchange amide hydrogen ESI

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