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激光刻花技术的应用现状和展望
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作者 宋全胜 曾晓雁 《材料科学与工程》 CAS CSCD 北大核心 2002年第4期609-612,共4页
激光刻花技术是可以改善机械零件表面摩擦性能的一项新技术 ,与传统刻花加工方法相比 ,有其自身的优势。本文综述了激光刻花技术的国内外应用现状及该技术的发展前景 ,并结合我国具体情况 。
关键词 激光刻花技术 应用现状 摩擦学 润滑 机械零件 表面改性 表面形貌
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果树刻切催花技术
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作者 杨慧 《致富天地》 2003年第6期23-23,共1页
刻切是通过破皮造伤促进发枝催花的技术。刻芽春季芽苞萌动前对1~3年生枝缺少侧生枝的部位在芽上方0.5厘米处横切一刀,切透皮层,不伤木质部。切口长达芽宽的2倍,可促发中长枝,切口与芽同宽可促发短枝,形成花芽。
关键词 果树 切催技术 环切
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A novel method to mass-produce PDMS stamps based on nanoimprint
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作者 孙洪文 Liu Jingquan Chen Di Gu Pan 《High Technology Letters》 EI CAS 2006年第3期231-234,共4页
Soft lithography is a low-cost and convenient method for the forming and manufacturing of micro/ nanostructures compared to the traditional optical lithography. In soft lithography, poly(dimethylsiloxane) (PDMS) s... Soft lithography is a low-cost and convenient method for the forming and manufacturing of micro/ nanostructures compared to the traditional optical lithography. In soft lithography, poly(dimethylsiloxane) (PDMS) stamps with relief structures have been widely used to transfer patterns. The traditional fabrication approach of PDMS stamps is time-consuming since the master has been occupied during the curing process. By adding and repeating fast nanoimprint step, many intermediate polymeric molds can be produced from the master and these molds can then be employed to replicate more PDMS stamps while the time used is close to that of the common way. We demonstrated this idea by three masters which were made by the DEM (Deepetching, Electroforming and Microreplicating) and FIB (Focused Ion Beam) techniques. The photos show that the patterns on the PMDS stamps successfully duplicated patterns on the origin masters. 展开更多
关键词 PDMS stamp soft lithography NANOIMPRINT hot embossing DEM technique FIB MMS technique
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色如天青话汝瓷
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作者 陈泽平 《中国科技画报》 2003年第1期56-59,共4页
关键词 中国 陶瓷艺术 宋代 汝瓷 釉色 胎质 胎底 刻花技术
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