Study of the adsorption of reactive red on kaolinite by surface-enhanced Raman scattering 活性艳红染料在高岭土上的表面增强拉曼光谱研究
Experimental results show that both inelastic and reactive scattering are significant, and that nuclear spin is conserved in the former process. 实验研究表明,在高里德伯态氢原子与D2的散射中,非弹性散射和化学反应散射都是重要的.在非弹性散射过程中,氘分子的核自旋是守恒的。
Method of Negative Imaginary Potentials for Treating Quantum Reactive Scattering 处理量子反应散射的负虚数势方法
In this thesis, the time-dependent quantum wave packet method was used to study the reactive scattering F+ HBr and Br+ H2, respectively. 本文应用含时量子波包法研究了F+HBr和Br+H2反应性散射动力学。
Study of Adsorption Mechanism of Reactive Blue X-BR on Silver Mirror with Surface-enhanced Raman Scattering ( SERS) Method 活性艳兰X-BR在银镜表面增强拉曼光谱的研究
Reactive scattering calculations of collinear triatomic systems in hyperspherical coordinates by first-order Magnus numerical propagation method 超球坐标下共线三原子反应散射的一阶Magnus数值传播法计算
The other is to calculate the state-to-state reactive dynamics, especially to investigate the scattering resonance state with the lifetime matrix. 二是计算态-态反应动力学,尤其是用寿命矩阵来研究散射共振态。
Quantum Time-dependent Wave Packet Study on the Reactive Scattering F+ HBr and Br+ H_2 含时量子波包法研究反应性散射F+HBr和Br+H2
Angular distribution studies on the reactive scattering of cl_2 molecular beam with inp ( 100) surface 氯分子束与InP(100)表面反应散射的角分布研究
At the same time, studies on the dynamics of the N+ OH reaction has been performed via time-dependent quantum reactive scattering theory. 此外,我们还利用含时量子反应散射理论研究了N+OH反应的动力学行为。
Quantum Mechanical Reactive Scattering Theories and Their Applications 量子反应散射理论及其应用
Experimental evidence of reaction resonances has been detected in a full quantum state resolved reactive scattering study of the F+ H_2 reaction. 通过对F+H2化学反应的全量子态分辨的分子束反应散射实验研究,观测到了F+H2中反应中明显的反应共振现象。
Experimental Measurement and Theoretical Simulation on the Chemical Reactive Scattering Resonance States 化学反应散射共振态的实验检测与理论模拟
Lie algebras approach to molecule reactive scattering 分子反应散射的李代数处理
Serum level of C reactive protein was measured quantitatively with velocity scattering turbidimetry; 应用速率散射比浊法定量测定患者血清C反应蛋白水平;