共振吸收的英文

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"共振吸收"怎么读用"共振吸收"造句

英文翻译手机版

resonance a orption
resonance absorption
resonance-absorption

"共振"英文翻译 resonate; resonance; resound ...
"吸收"英文翻译 absorb; suck up; soak up; as ...
"磁共振吸收" 英文翻译 : magnetic resonance a orption; magnetic resonance absorption
"共振吸收带" 英文翻译 : resonance absorption band
"共振吸收能" 英文翻译 : energy of resonance
"共振吸收谱" 英文翻译 : resonance a orption ectrum; resonance absorption spectrum
"共振吸收器" 英文翻译 : resonance a orber; resonance absorber
"共振吸收体" 英文翻译 : resonance absorber
"核共振吸收" 英文翻译 : nuclear resonance absorption
"铀共振吸收" 英文翻译 : uranium resonance absorption
"超声共振吸收" 英文翻译 : ultrasonic resonance absorption
"共振吸收积分" 英文翻译 : integral， resonance-absorption; resonance absorption integral
"共振吸收截面" 英文翻译 : resonance absorption cross section
"共振吸收能量" 英文翻译 : resonance a orption energy; resonance absorption energy
"核磁共振吸收" 英文翻译 : nuclear magnetic resonance absorption
"回旋共振吸收" 英文翻译 : cyclotron resonance absorption
"顺磁共振吸收" 英文翻译 : paramagnetic resonance absorption
"中子共振吸收" 英文翻译 : neutron resonance absorption; resonance absorption of neutron; resonancea orptionofneutron
"自旋共振吸收" 英文翻译 : spin resonance absorption
"不规则共振吸收" 英文翻译 : irregular resonance absorption
"电子自旋共振吸收" 英文翻译 : electro spin resonance absorption; electron spin resonance absorption
"动态共振吸收技术" 英文翻译 : ultra dra
"共振吸收体效应" 英文翻译 : resonance absorber effect
"核γ射线共振吸收" 英文翻译 : ngr; nuclear gamma-ray resonance adsorption
"核磁共振吸收带" 英文翻译 : nmr absorption band; nmr absorption line

例句与用法

Resonance absorption spectrum
共振吸收谱
Resonance absorption energy
共振吸收能量
" for his researches concerning the resonance absorption of gamma radiation and his discovery in this connection of the effect which bears his name
从事射线的共振吸收现象研究并发现了穆斯保尔效应
On the basis of the linear theory of resonant absorption , nonlinear effect is taken into account in the wave dynamics
我们在线性共振吸收理论的基础上，对波动耗散过程中的非线性效应做了进一步的研究。
Red shift of the plasmon absorption band was observed after gold particles were assembled into multilayer thin films , and the resulted gold films exhibited a strong surface enhanced raman scattering ( sers ) effect
金纳米粒子组装成膜之后，其表面等离子体共振吸收峰发生红移，薄膜具有明显的表面增强拉曼散射( sers )效应。
Tem showed that ddp - modified nanoparticles had a similar size with the original nanoparticles . at the same time it had been found that the surface plasmon resonance ( spr ) absorbance of the ddp - modified gold nanoparticles had a large red shift
从表征中可以看金纳米颗粒的制备、表面改性及其光学特性的研究到，修饰前后纳米颗粒的粒径没有发生改变，但表面等离子共振吸收发生了明显的红移
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。
2 . using the simulation method and a lorentzian oscillator model , the influence of the deviation in experimental parameters , including the thickness of samples , the incident angle , the misalignment of the time delay line , the background noise and the laser noise is analyzed
二、首次利用模拟thz辐射脉冲入射到共振吸收的样品上的方法分析了厚度、角度、平移台错位、背景噪声及激光器噪声等对于光学常数测量产生的影响。
The preparation of gold nanoparticles and the study of their surface plasmon resonance we had preparated gold nanoparticles of different size through two - step approach , one - step approach and seeding growth approach . uv - vis image and tem image indicated that surface plasmon resonance absorbance had a red shift with the argument of the sizeof the gold nanoparticles . 2
金纳米粒子的制备及其表面等离子共振吸收特征我们分别用两步法、一步法和晶种法三种不同的方法制备了小、中、大三种不同粒径的金纳米颗粒，用紫外可见吸收光谱和透射电子显微镜进行表征。
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