1.
Arrays of Microplasma Devices Fabricated by Printed Circuit Board Processes
印刷线路板加工工艺制作微腔等离子体阵列
2.
Label-free detection of microarray chips based on surface plasmon resonance imaging
表面等离子共振成像非标记微阵列芯片检测
3.
Amorphous Carbon Nanotip Arrays Prepared by Filtered Arc Plasma
磁过滤等离子体制备非晶碳纳米尖点阵列
4.
Study of Electromagnetic Held Distribution and Plasma Character in Microwave Reactor;
微波反应腔中电磁场分布与等离子体行为研究
5.
Diagnosis of the OH Radical in Microwave Discharge Plasmas Using Cavity Ring Down Spectroscopy
微波等离子体OH自由基的光腔衰荡光谱诊断
6.
Characterization of OH Radicals in Microwave Plasma with Cavity Ring Down Spectroscopy
微波等离子体中OH自由基的光腔衰荡光谱诊断
7.
The Study of Nano-Aperture Optical Probe Array for Surface Plasmon Enhanced T-Density Near Field Optical Storage
表面等离子体增强型T密度近场光存储纳孔光探针阵列研究
8.
microinstability of plasma
等离子体微观不稳定性
9.
A regular, periodic configuration of points, particles, or objects throughout an area or a space, especially the arrangement of ions or molecules in a crystalline solid.
点阵一定范围内由点、微粒或物体组成的规则的有周期的结构，尤指结晶体的离子或原子排列
10.
PALC is a mixture of AMLCD and plasma.
PALC是有源矩阵液晶和等离子体的结合。
11.
Due to the use of microwaves the plasma systems 400 and 660 provide for fast and damage-free plasma processing.
由于微波技术的应用,等离子体400和660系列可提供快速与无损害的等离子处理。
12.
Qualitative analysis of trace ricinine in edible vegetable oil by high-performance liquid chromatography coupled with diode array detector and ion trap mass spectrometry
食用植物油中微量蓖麻碱的液相色谱二极管阵列/离子阱质谱定性鉴别体系研究
13.
Plasmakinetic enuclation resection of the prostate for the treatment of benign prostate hyperplasia
经尿道前列腺等离子腔内剜除术在治疗前列腺增生症中的应用
14.
Research on array carbon nanotubes film without substrate by centrifugal infiltration and plasma etching
离心渗透等离子刻蚀法制备无基底阵列式碳纳米管复合膜
15.
plasmon decay neutrino process
等离子体激元衰变中微子过程
16.
Numerical Simulation on Microwave Electron Cyclotron Resonance Plasma;
微波电子回旋共振等离子体数值模拟
17.
Study on Atomization and Ionization Methods Based on Microplasmas
基于微等离子体的原子化与离子化方法研究
18.
ransurethral Plasmakentic Vaporization of Prostate for Treatment of the Aged BPH Patients at High Risk;
经尿道等离子体电切治疗前列腺增生