本研究利用半导体制程中的电子束及 光学微影技术， 配合化学增幅型阻剂(chemically amplified resists)与热流(thermal flow)微缩技术 用于自组装的奈米粒子的择区成长。
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减阻剂 [化学] drag reducer ; drag-reduction agent ; flow improver ; friction reducer
光阻剂 Photoresist ; positive photoresist
降阻剂 Drag-reduction agent ; resistance reducing agent ; GJ-F ; KBT-JZ
封阻剂 blocker
通道封阻剂 channel blocker
膜光阻剂 Dry Film
干膜光阻剂 Dry Film Photoresist ; Dry Film
抗蚀阻剂 Etching Resist
一般阻剂油墨 general resist ink
讨论了低温条件下降阻剂的使用方法和降阻效果。
The usage and effect of grounding resistance reducing agent at low temperature is discussed.
降阻剂并不能降低接地极在强雷电流下的冲击接地电阻。
Resistance-reducing agent does not reduce the impulse grounding resistance under large lightning current.
重点分析和研究了降阻材料中降阻剂，电解地极的降阻机理；
The resistance reduction mechanism of ground resistance reducing material and electrolytic electrode are studied.
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