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THE FEASIBILITY OF USING ELECTROSTATIC TECHNOLOGY FOR DEPOSITION OF CONDUCTIVE MATERIALS

机译:使用静电技术沉积导电材料的可行性

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1. The challenges of Electrostatic Deposition of Conductive Dry Powder include: 1.1 Material formulation 1.2 Charge method 1.3 Transport means 1.4 Transfer mechanism 2. Conductive materials can include materials with resistivities up to 10~9 ohm-cm 3. Continued. 4. Many deposition technologies exist from the fields of Electrophtography and Electrography 4.1 Most work with insulative materials 5. Two dry powder deposition technologies stand out as being viable: 5.1 Conductive SCD 5.2 Magnetic Stylus 6. The advantages of electrostatic dry powder deposition include: 6.1 Dry powder 6.2 Speed 6.3 Scalable to wide format.
机译:1.导电干粉静电沉积的挑战包括:1.1材料制剂1.2电荷方法1.3运输装置1.4转移机构2.导电材料可包括高达10〜9欧姆-cm-cm 3的电阻的材料。继续。 4.从电泳和型外科电池领域存在许多沉积技术4.1最多的用绝缘材料工作5.两个干粉沉积技术脱颖而出:5.1导电SCD 5.2磁性触控器6.静电干粉沉积的优点包括:6.1干粉6.2速度6.3可扩展到宽格式。

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