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- nuclear resonance scattering 核共振散射
- In nuclear resonance, the nucleus is disturbed by motions. 在核共振中核子受到运动的干扰。
- The resonance scattering spectra of colibacillus have been studied. 研究了大肠杆菌的共振散射光谱。
- The results show that the formation of (AuI 4-BB) n nanoparticles produces the resonance scattering effect and the orange-yellow color. 实验结果表明 ,(AuI4 BB) n 缔合纳米微粒的形成是产生共振散射的根本原因。
- The influence of the concentration of AuI nanoparticles on the resonance scattering signal and fluorescence intensity is consistent. AuI纳米微粒的浓度对共振散射信号和荧光强度的影响一致.
- The method of elastic resonance scattering in inverse kinematics, which was progressed in recent years, is briefly introduced. 简要介绍了近几年发展起来的厚靶逆运动学弹性共振散射方法在非稳定核结构测量中的应用。
- In addtion to I_(2),there are(AuI)_(n)nanoparticle and IO~-_(3)in the system. A new analytical reagent of AuI~-_(2)in resonance scattering spectral analysis has been prepared. 结果表明;反应过程中不仅生成了I2;而且有(AuI)n纳米微粒和IO3-存在;AuI2-可作为共振散射光谱分析新试剂.
- The pcpcr describes the design,fabrication and test results of a magnet for the nuclear resonance recherch. In order to obtain the high homogeneity,this 10 tesla,5 cm bore magnet consists of a Nb3Sn coil,a NbTi coil and two NbTi compensative coils. 本文介绍作者在法国原子能委员会萨克莱核研究中心(CEN-SACLAY)进行的10特5厘米有效冷口径,用于核磁共振研究的超导磁体的研制和实验工作。 该磁体为具有两个补偿线圈的Nb_3Sn、NbTi混合螺管的高精度磁体。
- It was found that for chinese ink carbon nanoparticle there were four resonance scattering peaks at 400 nm, 470 nm, 510 nm and 940 nm when its concentration was less than 360 mg/L . 液相碳纳米微粒的共振散射光谱实验表明 ,当碳浓度小于 36 0 mg/ L 时 ,它在 4 0 0、4 70、5 1 0和94 0 nm产生 4个共振散射峰 ;
- And it does not emit fluorescence. The (DBS-BRDB),, nanoparticle can be decomposed into DBS-BRDB association molecule by alcohol. So that,the resonance scattering peaks and the red-violet disappear in presence of enough alcohol. 当纳米微粒体系加入乙醇后,体系的红紫色和共振散射峰消失,吸收峰和荧光峰恢复,由于乙醇致使{DBS-BRDB}_n纳米微粒分解为DBS-BRDB分子。
- In HCl medium,cationic surfactants and AuI~-_2 form stable association particles. It exhibits an absorption peak at 560 nm,two synchronous scattering peaks at 320 nm and 470 nm and a resonance scattering peak at 580 nm. 在HCl介质中;AuI-2与阳离子表面活性剂可形成较稳定的缔合微粒;它在560nm产生一个吸收峰;在320;470nm产生2个同步散射峰;在580nm产生1个共振散射峰.
- Part IThe binding equilibrium between I ~ and human serum albumin (HSA) or bovine serum albumin (BSA) has been studied by the resonance scattering spectrum (RSS), fluorescence spectrum and equilibrium dialysis. 第一部分:首次采用共振散射光谱并结合平衡透析法研究了I~-与人血清白蛋白(human serum albumin,简称HSA)或牛血清白蛋白(Bovine Serum A1bumin.;简称BSA)结合平衡。
- double nuclear resonance magnetometer 双重核共振磁力仪
- While AgI nanoparticles produce five resonance scattering peaks at 340, 400, 437, 470 and 680 nm, a strongest fluorescence peak at 434 nm and three other peaks at 340, 400 and 470 nm. AgI纳米微粒在 3 40 ,40 0 ,43 7,470和 680nm处产生 5个共振散射峰 ;
- nuclear resonance magnetic spectrometry 核磁共振碳谱
- So it form (DBS-BRDB), composite nanoparticle in red-violet that exhibit two resonance scattering peaks at 360 nm and 420 nm,a characterization resonance scattering peaks at 520 nm. And the resonance scattering effect appears. DBS-BRDB分子间存在较强的分子间作用力和疏水作用力而生成{DBS-BRDB}_n纳米微粒,在360,470nm处产生2个共振散射峰,在520nm产生1个特征共振散射峰。
- Computer Simulation Study of Nuclear Resonance Absorption 核共振吸收的计算机模拟研究
- Also, the reason for the similarity between C band and L band but above both bands different from L band is explained by Bragg resonant scattering theory. 利用布拉格共振散射理论分析了内波图像特征在不同波段存在差异的原因。
- ~(15)N NUCLEAR RESONANCE REACTION AND HYDROGEN PROFILE IN PALLADIUM ~(15)N原子核共振反应及Pd中的氢剖析
- Resonance scattering spectrometry 共振散射光谱法