ULTRA-THIN

作品数：193被引量：323H指数：8
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Subsurface damage and bending strength analysis for ultra-thin and flexible silicon chips被引量：2
《Science China(Technological Sciences)》2023年第1期215-222,共8页JIAN Wei WANG ZhaoXian JIN Peng ZHU Longji CHEN Ying FENG Xue 
supported by the National Natural Science Foundation of China (Grant Nos. U20A6001, 11625207, 11902292, and 11921002);the Zhejiang Province Key Research and Development Project (Grant Nos.2019C05002, 2020C05004, and 2021C01183)。
Subsurface damage(SSD) is an unavoidable problem in the precision mechanical grinding for preparing ultra-thin and flexible silicon chips. At present, there are relatively few studies on the relationship between SSD a...
关键词：ultra-thin chip flexible chip subsurface damage bending strength mechanical grinding 
Experimental study of laser lift-off of ultra-thin polyimide film for flexible electronics被引量：3
《Science China(Technological Sciences)》2019年第2期233-242,共10页BIAN Jing ZHOU LaoBoYang WAN XiaoDong LIU MinXiao ZHU Chen HUANG YongAn YIN ZhouPing 
the National Natural Science Foundation of China(Grant Nos.51635007&51705180);Hubei Province Technology Innovation Special Projects(2017AAA002)
It is increasingly crucial for flexible electronics to efficiently and reliably peel large-area, ultra-thin flexible films off from rigid substrate serving as substrates of flexible electronics device, especially in i...
关键词：laser LIFT-OFF INTERFACIAL PEELING DELAMINATION flexible ELECTRONICS thin film 
A direct atomic layer deposition method for growth of ultra-thin lubricant tungsten disulfide films被引量：2
《Science China(Technological Sciences)》2017年第1期51-57,共7页SUN YongFeng CHAI ZhiMin LU XinChun HE DanNong 
supported by the National Natural Science Fundation of China(Grant Nos.50825501,51321092&51335005);the National Science and Technology Major Project(Grant No.2008ZX02104-001)
We describe a direct atomic layer deposition method to grow lubricant tungsten disulfide （WS2） films. The WS2 films were deposited on a Si （100） substrate and a zinc sulfide （ZnS） film coated the Si （100） subs...
关键词：atomic layer deposition tungsten disulfide crystal orientation FRICTION 
A new numerical method to solve modified Reynolds equation for magnetic head/disk working in ultra-thin gas films被引量：7
《Science China(Technological Sciences)》2008年第4期424-434,共11页Howard H HU 
Supported by the Project of the State Key Basic Research and Development of China (Grant No. 2003CB716205)
The modified Reynolds equation for ultra-thin gas films between magnetic head; disk assembly is difficult to solve with conventional numerical methods, since the bearing number is very large; there exist boundary laye...
关键词：finite DIFFERENCE method ULTRA-THIN gas film LUBRICATION magnetic head/disk 
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