submicron
submicron
1. A12GHz l.5dB Submicron Gate GaAs MESFET
12GHz 1.5dB亚微米栅GsAs MESFET
2. 1.Renewed interest in submicron scale ferromagnetic nanocontacts has been stimulated greatly by the discovery of ballistic magnetoresistance (BMR) in 1999.
1999年，弹道磁电阻效应(Ballisticmagnetoresistance)的发现激起了人们对亚微米级的铁磁性纳米接触的研究热潮。
3. New Layout Design for Submicron CMOS Output Transistors to Improve Driving Capability and ESD Robustness
一种能够提高驱动能力和ESD保护能力的亚微米CMOS输出晶体管的新设计方法
4. This thesis focuses on manipulation of fluid flow and submicron colloids based on asymmetric ac polarization using quadruple electrode design.
中文摘要本论文由四个T字型电极为基础，再藉由非对称交流电场作用下所形成之电荷极化现象来操控微流体与次微米胶体粒子。
5. submicron Al2O3 powder
亚微Al2O3粉末
6. submicron emulsion
亚微乳
7. submicron gate
亚微型棚
8. An Improved Design of ESD Protection Circuit Using GG-NMOS Structure in Submicron CMOS Process
亚微米CMOS工艺中GG-NMOS结构ESD保护电路改进设计
9. Submicron PYX
亚微米PYX
10. submicron lithography
亚微米光刻
11. submicron gratings
亚微米光栅
12. submicron resolution
亚微米分辨率
13. submicron patterning
亚微米图案形成
14. Importance of submicron surface-active organic aerosols for pristine Arctic clouds
亚微米地面活动有机气溶胶对原始状态北极云的重要性
15. submicron hole
亚微米孔洞
16. submicron conductor
亚微米导线
17. submicron scale mos device
亚微米尺寸金属氧化物半导体掐
18. submicron process
亚微米工艺
19. submicron particulate emission
亚微米微粒排放
20. submicron particulate matter
亚微米微粒物质
21. submicron technology
亚微米技术
22. submicron mask aligner
亚微米掩模对准器
23. submicron crystalline
亚微米晶
24. The process of submicron resin adsorption is a kind of rapid reaction, so it is difficult to monitor.
亚微米树脂吸附反应是一种快速反应,离线取样分析较困难。
25. submicron rods
亚微米棒
26. submicron aerosol
亚微米气溶胶
27. Keywords submicron aerosols;size distribution;scanning mobility particle sizer;polycyclic aromatic hydrocarbons;
亚微米气溶胶;粒径分布;静电扫描粒径谱仪;多环芳烃;
28. submicron zirconia
亚微米氧化锆
29. submicron channel width
亚微米沟道宽度
30. submicron airborne particle
亚微米空传微粒
31. submicron powders
亚微米粉体
32. Submicron particles
亚微米粒子
33. Keywords WS_2;submicron particle;reaction film;tribology mechanism;high-temperature grease;
亚微米粒子;反应膜;摩擦学机理;高温润滑脂;
34. submicron 4A zeolite
亚微米级4A沸石
35. submicron film
亚微米膜 亚微米薄膜
36. submicron integrated circuit
亚微米集成电路
37. hypomicron submicron
亚微粒
38. submicron pattern formation method
亚微粒子模式成形法
39. submicron bubble pattern
亚微细粒磁泡图型
40. Solving a Model of Inversion Layer Quantization Effects in Deep Submicron MOSFETs with Artificial Neural Networks
人工神经网络在解深亚微米MOSFETs反型层量子效应模型中的应用
41. A closed measuring system for submicron is also introduced.The success of designing the micro-actuator can be attributed to the stability and accuracy of this measuring system.
介绍了一种亚微米量级的闭环侧控系统，工作稳定可靠，测控精度高，为微驱动器的研制成功打下了坚实基础，确保其性能技术指标达到了设计要求。
42. As reducing the gate length toward to submicron CMOS device, selecting a gate dielectric material to improve the electric characteristics and been demonstrated by using ISE-TCAD simulation tool.
从改变氧化层材料与线宽之方式对元件性能的提升并藉由ISE-TCAD 模拟工具来探讨。
43. They provide outstanding reduction of virus, bacteria, cysts, endotoxin and many other submicron particles through both electro-adhesion and mechanical processes.
他们可以通过电子粘附和机械工艺显著减少病毒、细菌、胞囊和很多其他的亚微颗粒。
44. The decrease of the timing consistency in design flow at ultra deep submicron(UDSM) induces the invalidation of traditional clock skew scheduling approaches.
传统的时钟偏差调整方法在应用于超深亚微米工艺时,由于流程各阶段时序一致性的降低会产生失效问题。
45. For submicron cermet, the grains with white cores, are much more than that in micron cermet, and the properties are higher.
但对于亚微米级的金属陶瓷，其芯部为白色的陶瓷颗粒的数目要比微米级的金属陶瓷多，其断裂韧性略有下降，但其抗弯强度要高出许多。
46. Optical proximity correction for improving pattern quality in submicron photolithography
光学邻近校正改善亚微米光刻图形质量
47. Keywords garlic oil;submicron emulsion;high pressure homogenization;
关键词大蒜油;亚微乳;高压匀质;
48. Keywords pulverized coal combustion;submicron particles;nucleation;coagulation;
关键词粉煤燃烧;细粒子;成核;团聚;
49. The content of DATS in garlic oil injections was decreased twice as it did in the submicron emulsions under the same conditions.
冷冻条件下,含量无变化,而粒径显著增大。
50. The dynamic light scattering is an effective method to measure grain diameter in nanon and submicron.
动态光散射技术是测量纳米及亚微米颗粒粒径的有效方法。
51. Study of dynamic electron-beam probe techniques in submicron and deep submicron IC
动态电子束探针检测技术在亚微米和深亚微米IC失效分析中的应用研究
52. Time- and size-resolved chemical composition of submicron particles in Pittsburgh: Implications for aerosol sources and processes
匹兹堡上空的时间和大小分辨率的细微粒子化学组成:气溶胶的源地和传播过程
53. Development of Cyclone System for Separating Submicron Particle
去除亚微米粉尘的旋风除尘系统开发
54. Keywords inverse suspension;europium acrylate;fluorescence;rare earth complexes;submicron particles;
反相悬浮聚合;丙烯酸铕;荧光;稀土络合物;亚微米粒子;
55. The reunion could be avoided by spray drying, but its energy consumption was higher than dry box and the submicron powders should be reclaimed.
喷雾干燥能避免硬团聚现象的发生，但其能耗要比厢式干燥器高，较细的颗粒需要回收。
56. Solid knowledge and proven track record in design flow and methodologies for deep submicron ASIC development is a plus;
在深亚ASIC开发设计流程和方法上有着丰富知识及成功经验者优先;
57. In the condition of high combustion temperature, coal minerals are first decomposed and gasified, and when plume is cooling, they can form lots of submicron particles though nucleation, condensation and agglomeration.
在燃烧的高温条件下，煤中的矿物质首选经历热分解和气化，当烟气冷却时，它们经过冷凝成核、凝结和团聚等作用，形成大量细粒子。
58. The content of DATS in Garlic oil submicron emulsions was decreased to some extent under the conditions of lam plight and high tempreture while the particle sizes of them didn't change nearl y.
在高温、光照条件下,亚微乳中大蒜素的含量有所下降,粒径无明显变化,同等条件下,DATS在注射液中的下降率几乎是在亚微乳中的2倍;
59. The era of ultra deep submicron (UDSM) design has come.
基于超深压微米设计的时代已经来临。
60. And the MGPXRC method has a potential application in the measurement of X-ray source with a spot size of a submicron or even smaller.
多毛细管准直器法对焦斑直径在亚微米量级或更小X射线源的焦斑尺寸测量中将显示出更多的优势。
61. Keywords Oleum Cinnamomi oil;intravenous emulsions;submicron emulsions;
大果木姜子油;静脉乳剂;亚微乳;
62. Keywords Garlic oil;DATS;refinement technique;submicron emulsion for intravenous administration;high pressure homogenization;systemic fungi;fingerprint;similarity;
大蒜油;DATS;精制工艺;亚微乳;高压乳匀;深部真菌;指纹图谱;相似度;
63. Keywords Garlic oil;Dially trisulfide （DATS）;Submicron emulsi on;Stability;
大蒜油;大蒜素;亚微乳;稳定性;
64. garlic submicron emulsion
大蒜油亚微乳
65. Professor Geim and his team have also found that graphene exhibits another remarkable quality, in that within it electrons can travel without any scattering over submicron distances.
它还具有另一种显著的特性，也因此，它里面的电子可以不通过散射而进行亚微细距离移动。
66. A cyclone system for treating submicron - particle - laden gas which called the circumfluent cyclone system (CFCS) has been developed in this work.
实验测试了环流循环除尘系统、环流式旋风除尘器、常规型除尘器的效率和压降。
67. The experimental results show that submicron level plane positioning accuracy can be achieved by the precision positioning device based on laser Moire signal.
实验结果表明，基于激光莫尔信号的精密定位装置可获得亚微米级的平面定位精度。
68. The research shows that the stage has submicron accuracy and good dynamic characteristics.
实验结果表明，平台具有亚微米级的定位精度以及良好的动态特性。
69. The microstructure and properties of micron and submicron Ti(C,N)-based cermets were studied in this paper.
对用微米级和亚微米级基金属陶瓷的显微组织和性能进行了研究。
70. The Long Time Behavior of Solutions to the Hydrodynamic Model of the Submicron Devices
小尺寸半导体器件流体动力学方程解的长时间行为
71. Walter McCrone, a member of the team, upon analyzing the samples he had, concluded in 1979 that the image is actually made up of billions of submicron pigment particles.
小组的一位成员沃尔特，分析了他所持有的样本，在1979年作出了结论，指出肖像实际上是由数十亿个超微末微料色素染成的。
72. During the initial stages of blending, the dispersed phase forms sheets at first, then breaks into submicron particles.
就国外近期研究内容,介绍了熔融共混过程初期的形态结构发展模式。
73. We have applyed it in submicron radiation-hard circuit successfully.
并在亚微米的抗辐射加固电路中成功应用。
74. The projectiles are submicron latex, aluminum, and iron spheres.
弹丸是亚微米的乳胶、铝和铁质球。
75. At a low level in the blend,the PSE resin dispersed micro domains of submicron size in polystyrene.
当PSE在共混合金中的质量分数较低时,PSE树脂以小于微米的尺寸呈微区分散于PS中。
76. When the characteristic size reach microns submicron degree, overcoming the "limit" binding in order to increase the integration of device.
当特征尺寸进入到微米、亚微米量级时，需要克服“极限”束缚，增加器件的集成度。
77. When the characteristic size reach micron、 submicron degree, overcoming the“ limit” binding in order to increase the integration of device.
当特征尺寸进入到微米、微米量级时,需要克服“极限”束缚,增加器件的集成度。
78. Following annealing, the microstructure consisting of submicron scale equiaxed ferritic grains and dispersive cementite particles became more homogeneous.
形变组织经过保温后，亚微米级别的等轴铁素体晶粒和渗碳体颗粒弥散分布的复相组织的均匀性程度有所提高。
79. SOME FACTORS EFFECTING ON PROPERTIES OF THE SUBMICRON CEMENTED CARBIDES
影响超细硬质合金性能的几个因素
80. Delft Institute of Microelectronics and Submicron Technology, DIMES
微电子与亚微米技术研究所
