Process Development and Material Property of ZnO Nanoparticle Suspension by High Frequency Induction

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概要

• 論文の詳細を見る

• The main purpose of this study is to develop a high frequency induction process that is capable of producing the nanoparticle suspension, as well as the investigation into the properties of nanoparticle suspension. Also the effects of the process parameters, such as cooling temperature, vacuum pressure and inert gas on the rheology of nanoparticles are investigated. Experimental results indicate that under lower vacuum pressure, the nanoparticle suspension performs a larger Theological change and produces smaller nanoparticles, whereas under lower cooling temperature, it can produce finer ones. Besides, by adding inert gas during the process, the rheology of nanoparticle suspension would change. Furthermore, by adjusting the pH value of nanoparticle suspension below 7, its surface electric potential can also be increased and subsequently acquires smaller suspension particles. Besides, the nanoparticle suspension produced by this study has a good capability of absorbing UV light.

• 2004-07-15

著者

• Chen Yu

  Department Of Radiation Oncology Mackay Memorial Hospital

• Chang Ho

  Department Of Electronic Engineering Dankook University

• Chen Yu

  Department Of Mechanical Engineering National Taipei University Of Technology

• CHEN Liang

  Institute of Automatic Detection, Shanghai Jiaotong University

• LIN Chung

  Department of Electrical Engineering, National Sun Yat-sen University

• Chang Ho

  Department Of Chemistry Inje University

• Lin Chung

  Department Of Material Science Feng Chia University

• LIN Hong

  Department of Food Science and Technology, Faculty of Fisheries, Ocean University of Qingdao

• Lin Hong

  Department Of Chemistry National Cheng Kung University

• TSUNG Tsing

  Department of Mechanical Engineering, National Taipei University of Technology

• Tsung Tsing

  Department Of Mechanical Engineering National Taipei University Of Technology

• Chang Ho

  Department Of Mechanical Engineering National Taipei University Of Technology

• Chang Ho

  Department Of Chemical Engineering And Bio Process Engineering Research Center Korea Advanced Instit

• Chen Liang

  Institute Of Automatic Detection Shanghai Jiaotong University

• Lin Hong

  Department Of Materials Engineering Tatung University

• Lin Chung

  Department Of Chemistry National Cheng Kung University

• Chen Liang

  Institute Of Automation Technology National Taipei University Of Technology

• Chen Yu

  Department Of Chemistry Graduate School Of Science Osaka University

• Lin Hong

  Department Of Applied Chemistry School Of Engineering Nagoya University

• Chen Yu

  Department Of Chemical Biology Ernest Mario School Of Pharmacy Rutgers The State University Of New Jersey

• Chen Yu

  Department And Graduate School Of Physical Education National Taiwan College Of Physical Education

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