plasma resonance中文是什么意思

• 等离子体共振

• "plasma"中文翻译    n. 1.【生理】血浆；淋巴液。 2.【生物学】原生质。 ...
• "resonance"中文翻译    n. 1.回声，反响；【物理学】共鸣，共振；【无线电】( ...
• "in resonance" 中文翻译 :    自旋共振
• "resonance" 中文翻译 :    n. 1.回声，反响；【物理学】共鸣，共振；【无线电】(波长的)调谐。 2.【化学】中介(现象)。 3.【医学】叩响。 4. 【天文学】(同一天体的两种运动间或两个天体运动间的)同步。 atomic resonance 原子共振。 fission resonance 裂变反应共振。
• "plasma" 中文翻译 :    n. 1.【生理】血浆；淋巴液。 2.【生物学】原生质。 3.(做药膏用的)膏浆。 4.【矿物】半透明的绿玉髓。 5.【物理学】等离子(体)；等离子区。 -matic, -mic adj.
• "plasma display plasma display" 中文翻译 :    等离子显示器
• "absent resonance" 中文翻译 :    无叩响,无共鸣
• "absorption resonance" 中文翻译 :    吸收共振
• "acceptor resonance" 中文翻译 :    电压谐振; 接受器谐振
• "accidental resonance" 中文翻译 :    偶然共振
• "acoustic resonance" 中文翻译 :    共鸣；和鸣; 声共鸣; 声共振
• "acoustical resonance" 中文翻译 :    声共鸣
• "adjacent resonance" 中文翻译 :    邻频道共振; 相邻信道共振
• "amphoric resonance" 中文翻译 :    空瓮音
• "amplitude at resonance" 中文翻译 :    谐振幅值
• "amplitude resonance" 中文翻译 :    波幅共振; 幅度共振; 振幅共振; 振幅谐振
• "anharmonic resonance" 中文翻译 :    非谐共振
• "antenna resonance" 中文翻译 :    天线谐振
• "anti resonance" 中文翻译 :    并联谐振; 反共振; 防共振
• "antiferromagnetc resonance" 中文翻译 :    反铁磁共振
• "antiferromagnetic resonance" 中文翻译 :    反铁磁共振; 反铁磁性共振
• "arm resonance" 中文翻译 :    音臂共振
• "assisted resonance" 中文翻译 :    受援共振
• "asteroidal resonance" 中文翻译 :    小行星共振
• "atomic resonance" 中文翻译 :    原子共振

• Locus of reflectivity in complex coordinates during surface plasma resonance
  光激发表面等离子体波反射系数在复平面的轨迹
• Determination of carrier concentration in gallium arsenide by the plasma resonance minimum
  砷化镓中载流子浓度等离子共振测量方法
• On the other hand , the microscopic principle of surface plasma resonance is explicated . the device , parameters , factors and the concrete applications of the prism spws are studied
  其次讨论了棱镜表面等离子体波传感器的设计、参数、影响其特性的因素以及棱镜表面等离子体波传感器的具体应用。
• We infered that this new absorption band was associated with the effect of charge - transfer transition between adsorbates and colloidal silver particles , not the effect of the surface plasma resonance due to the silver particles aggregation which was usually attributed to in previous research work
  我们将其归因于与纳米银颗粒表面间的电荷转移效应( ct ) ，而非通常所认为的因银胶凝聚而产生的表面等离子体共振吸收效应。
• The infrared results showed that the ir characteristic value l080cm - lof cubic crystal sio , and the absorption peak 460cm - l of mgf , caused by the interaction between f - - mg ' + - p elastic vibration and photon radiation , appeared in the ir spectra . ellipsometric analysis showed that the typical absorption peaks 58lnm , 589nm and 606nm , resulting from the surface plasma resonance of cu panicles and reflecting the absorption on composite film system , appeared in the extinction coefficient k curves of cu ( voll5 % ) mgf , , cu ( vol20 % ) mgf , and cu ( vol30 % ) mgf , cermet films , respectively . with the component of cu increasing , the peak site presented red shift , which was in accordance to the results of ultraviolet - visible spectra
  椭偏测试分析表明： cu ( vol15 ) mgf _ 2 、 cu ( vol20 ) mgf _ 2和cu ( vol30 ) mgf _ 2样品的消光系数k曲线中出现了反映复合金属陶瓷体系吸收的由cu金属颗粒表面等离子体共振引起的吸收峰，峰位分别为581nm 、 589nm和606nm ，呈现红移，这些与紫外-可见光谱测试结果相一致；此外， cu - mgf _ 2复合纳米金属陶瓷薄膜光学常数的实验值与考虑尺寸效应修正过的mg理论值总体上符合得很好。
• The absorption characteristics was that the surface plasma absorption peak appeared around 570 nm shifted to a short wavelength and strengthened as the cu composition increased . but the maximal shift range of the absorption - edge preponderated over 500 nm , and leaded that the dipolar plasma resonance absorption peak were covered up and gradually disappeared in the absorption spectrum . we theoretically explained the mechanism of the modulating action
  实验观察到cu表面等离子体共振吸收峰位在570lun附近的吸收边频移量超过了500nln .理论分析表明，吸收峰位的移动主要源于偶极共振，而峰形的宽化主要由纳米粒子的表面效应和量子尺寸效应引起
• Excited with 228nm , the emission bands centered at about 365nm and 460nm originate from the electron transitions of 1d2 - 1s0 and 3d - 1s0 in ag + respectively , and the emission band at 400nm results from the surface plasma resonance of the silver nanoparticles , which aggregated near the surface of the films
  在228nm光激发下，复合膜中ag ~ +的电子的~ 1d _ 2 ~ 1s _ 0跃迁和~ 3d ~ 1s _ 0跃迁分别在365和460nm附近发光，聚集在复合膜表面的纳米银粒子的表面等离激元共振导致了400nm附近的发光。
• The study indicates that self - assembly monolayer membrane of au nanoparticle distributes as sub - monolayer . after au nanoparticles are assembled in multilayer , surface plasma resonance absorption peak got a red shift because of the polarizing effect of the surrounding media and the coupling effect of surface plasma waves between the next au nanoparticles
  研究表明au纳米粒子的自组装单层薄膜呈亚单层分布， au纳米粒子组装到多层复合薄膜中后，由于周围介质的极化作用以及相邻au纳米粒子间的表面等离子体波的耦合作用，表面等离子共振吸收峰出现红移和展宽。
• As the position , intensity and width of the plasma resonance absorption peak are concerned , we find that maxwell - garnett and ping sheng theories are applicable for the cermet films with low metal volume fraction , while bruggeman theory fits better than maxwell - garnett theory for au - mgf2 films with high metal volume fraction
  就金属颗粒表面等离子共振引起的吸收峰的峰位、强度和峰形而言，对低金属组分的纳米金属陶瓷薄膜光学常数的计算， maxwell - garnett和pingsheng要比bruggeman理论结果好。

• plasma resonance 意味
• plasma resonance перевод
• plasma resonanceとは意味プラズマ共鳴｛きょうめい｝