1.
基于磁流变技术的微孔内壁抛光装置研制及性能研究
[490]
|
2.
北京同步辐射装置(BSRF)3B1束线精细调试
[474]
|
3.
背面曝光技术制作沙漏状X射线组合折射透镜
[469]
|
4.
SX-VISIBLE PHOTON-BEAM LINES 3B1A FOR LITHOGRAPHY AND 3B1B FOR BIO..
[467]
|
5.
Photoelectric characteristics of silicon P-N junction with nanopil..
[452]
|
6.
抛物面型X射线组合折射透镜聚焦性能的理论与实验研究
[412]
|
7.
Investigation of GEM-Micromegas detector on X-ray beam of synchrot..
[395]
|
8.
Hourglass-shaped X-ray compound refractive lens made by back-mask ..
[394]
|
9.
X射线长组合折射透镜的理论和实验研究
[383]
|
10.
Theoretical and experimental results of focusing performance for t..
[379]
|
11.
Dynamic properties of a metal photo-thermal micro-actuator
[374]
|
12.
LIGA技术的掩模制造
[349]
|
13.
Controllable Generation of Nitric Oxide by Near-Infrared-Sensitize..
[331]
|
14.
A new sacrificial layer method of LIGA technology to fabricate mov..
[326]
|
15.
利用LIGA技术制造夹钳
[317]
|
16.
A fabrication method of high frequency structure for THz Travellin..
[305]
|
17.
微细加工新技术—LIGA技术
[292]
|
18.
Fabrication of inverted pyramid structure by Cesium Chloride self-..
[288]
|
19.
硅光电池纳米织构化P-N结结构及其制作方法
[284]
|
20.
电铸在LIGA技术中的应用
[273]
|
21.
Sidewall smoothing of micro-pore optics by ion beam etching
[273]
|
22.
同步辐射X射线深度光刻实验
[264]
|
23.
A method to fabricate high-aspect-ratio microstructures using PMMA..
[260]
|
24.
Fabrication of high energy X-ray compound kinoform lenses using X-..
[226]
|
25.
Hydride vapor phase epitaxy of strain-reduced GaN film on nano-isl..
[225]
|
26.
高增益型气体电子倍增微网结构探测器的性能研究
[223]
|
27.
微网气体探测器微结构SPACER的研制
[223]
|
28.
Fabrication of folded waveguide for traveling wave tube by ultra-v..
[218]
|
29.
Research survey of electroformed nickel material properties used i..
[217]
|
30.
Fabrication of absorption gratings with X-ray lithography for X-ra..
[214]
|
31.
50nm及50nm以下同步辐射X射线光刻光束线设计
[212]
|
32.
北京同步辐射装置1B3前端区真空设计
[212]
|
33.
Photoacoustic microbeam-oscillator with tunable resonance directio..
[212]
|
34.
Fabrication of microelectrodes on diamond anvil for the resistance..
[211]
|
35.
气体电子倍增器(GEM)聚酰亚胺膜结构的研制
[210]
|
36.
Fabrication and Photovoltaic Characteristics of Silicon Nanoscrew ..
[207]
|
37.
micro-bulk工艺micromegas的研究
[206]
|
38.
Light-extraction enhancement of freestanding GaN-based flip-chip l..
[203]
|
39.
LIGA和微细EDM技术制造不锈钢微结构的研究
[202]
|
40.
博士论文-LIGA技术研究
[200]
|
41.
X-ray lithography technology for the fabrication of deep-submicron..
[200]
|
42.
一种利用离子束刻蚀技术抛光微结构侧壁的方法
[199]
|
43.
Overcoming the Problem of Electrical Contact to Solar Cells Fabric..
[199]
|
44.
LIGA技术制备正电子慢化体的实验研究
[198]
|
45.
BSRF上同步辐射深度光刻的实验研究
[197]
|
46.
Study of TWT Slow Wave Structure Microfabricated by Ultraviolet La..
[195]
|
47.
The study of micro-bulk micromegas
[194]
|
48.
Fabrication and Photosensitivity of CdS/Silicon Nanoscrew Photores..
[192]
|
49.
x光纳米光刻掩模的离子束制备法
[189]
|
50.
同步辐射光刻技术研究进展
[187]
|
51.
利用背面曝光技术制造大高宽比SU8结构的一种新方法(英文)
[186]
|
52.
X射线光刻技术应用现状与前景
[186]
|
53.
Microfabrication of folded waveguide using UV-LIGA for 220 GHz tra..
[186]
|
54.
Improving light extraction of InGaN-based light emitting diodes wi..
[185]
|
55.
Nanopillars on Unpolished Substrates and Their Application in Larg..
[182]
|
56.
Microstructure change of ZnO nanowire induced by energetic x-ray r..
[181]
|
57.
电火花加工用的极长异形微细电极的制造方法
[179]
|
58.
Nanopillars by cesium chloride self-assembly and dry etching
[178]
|
59.
Influence of the bridges on prism-array lens focusing for high ene..
[178]
|
60.
氯化铯纳米岛生长技术
[176]
|
61.
Fabrication and antireflection properties of solar cells with pyra..
[176]
|
62.
The application of multilayer elastic beam in MEMS safe and arming..
[176]
|
63.
Radiation character of 3W1 permanent magnet multipole wiggler
[176]
|
64.
X射线镂空硅掩模在同步辐射X射线深层光刻中的应用
[173]
|
65.
Design and property study of micro-slot optics
[173]
|
66.
LIGA技术在先进模具制造中的应用
[172]
|
67.
利用LIGA技术制作过滤介质
[171]
|
68.
Study of bulk micromegas detector
[169]
|
69.
Structure fabrication of PI film for GEM detector
[169]
|
70.
一种气液混合喷嘴结构及其制作方法
[167]
|
71.
上牺牲层加工方法
[167]
|
72.
Fabrication of PMMA hard X-ray compound Kinoform lenses
[167]
|
73.
The performance of silicon solar cell with selective pillars fabri..
[164]
|
74.
用三层胶工艺X射线光刻制作T型栅
[161]
|
75.
悬空金属微条探头的制造
[154]
|
76.
悬空微条气体室X、γ射线探测器
[152]
|
77.
甲基丙烯酸甲酯共聚物作为LIGA抗蚀剂的研究
[152]
|
78.
Study of bulk micromegas detector
[152]
|
79.
质子LIGA工艺的探讨
[151]
|
80.
一种采用双面对准的硅LIGA掩模制作研究
[150]
|
81.
基于LIGA技术的光热驱动微开关研究
[150]
|
82.
Fabrication of silicon nitride/refractory metal tantalum X-ray mas..
[150]
|
83.
Change in crystalline structure of W18O49 nanowires induced by X-r..
[150]
|
84.
Upgrading design of the 3BILA beamline for x-ray nanometre lithogr..
[149]
|
85.
利用LIGA技术研制微细电火花异形和阵列结构电极
[148]
|
86.
New wiggler beamlines at BSRF
[148]
|
87.
PMMA在LIGA技术中的应用
[144]
|
88.
50 nm X射线光刻掩模制备关键技术
[144]
|
89.
一种用于LIGA技术的光刻胶膜与基片的复合结构的制备方法
[143]
|
90.
深亚微米X射线光刻模拟软件XLSS1.0
[141]
|
91.
微细电火花加工用的成形电极的制造方法
[140]
|
92.
Study on synchrotron radiation lithography at BSRF
[140]
|
93.
纳米岛光刻技术及其应用
[139]
|
94.
Annealing temperature and property of Hf used for FWG-TWT
[139]
|
95.
Local reconstruction in computed tomography of diffraction enhance..
[139]
|
96.
A new process to fabricate the electromagnetic stepping micromotor..
[138]
|
97.
同步辐射讲座 第五讲 微电子机械系统加工新方法——LIGA技术
[136]
|
98.
0.5μm分辨率同步辐射X射线光刻技术
[134]
|
99.
3B1束线上LIGA掩模的设计研究
[133]
|
100.
Enhancement in the Light Output Power of GaN-Based Light-Emitting ..
[132]
|