| 1. | Resonance absorption spectrum
共振吸收谱 |
| 2. | Resonance absorption energy
共振吸收能量 |
| 3. | " 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 |
| 4. | In summary , fir ( far infrared ) has three main characteristics which namely are radiation , permeation and resonance absorption to form the energy of activation to benefit the health of human body
整体来说，远红外线具有三个主要特性，亦即放射，渗透力以及共i鸣吸收，以致形成活性化能量，有益身体健康。 |
| 5. | The peak in the direction of the target normal is consistent with mat of predicted by the resonance absorption and another peak of hot electrons emission in the specular reflection direction is due to the multi - acceleration mechanisms . the hot electrons emission along the back - reflection direction is probably caused by the acceleration of the back - reflection laser , which is for the first time put forward by us
其中，靶法线方向的超热电子发射峰与共振吸收( res ~ eabso甲tion )机制所预言的一致;根据理论估算提出激光反射方向的超热电子发射峰是几种加速机制共同作用的结果;我们首次提出背反射激光加速超热电子的新机制，并用此机制解释了激光背反射方向产生的超热电子发射峰。 |
| 6. | 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 |
| 7. | The experimental results are helpful to understand the acceleration mechanisms of the hot electron emission in the interaction of the us - ui laser pulse with plasma . an anisotropy energy distribution of the hot electrons emiaon has been observed for the first time in the experiments . the energy spectrum of hot electrons resulted from the resonance absorption at the direction of target normal is a maxwellian - like distribution
E11分布，拟合的超热电子有效温度约200kev左右，超热电子的最大能量约zmev ，加速电子的主导机制是共振吸收机制;反射方向超热电子的能谱在低能段出现一个局部的平台( pla1leau ) ，呈现出非类maxwen分布，这是几种加热机制共同作用的结果，其中占主导地位的是反射激光加速机制。 |
| 8. | The preparation of ddp - modified gold nanoparticles and mechanism for red - shift in the surface plasmon resonance absorption gold nanoparticles were reduced by tri - sodium citrate and then modified by ddp ( o , o " - dioctadecane dithiophosphate ) . ir image indicated that ddp had a covalent chemical interaction with the surface of the gold nanoparticle
Ddp修饰的金纳米颗粒的制备及其吸收红移机制的研究我们制备了金纳米颗粒及ddp修饰的金纳米颗粒，用紫外可见吸收光谱及透射电子显微镜对其表面等离子共振吸收与颗粒形貌进行表征。 |
| 9. | 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。 |
| 10. | 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。 |
