cross relaxation

英 [krɒs ˌriːlækˈseɪʃn] 美 [krɔːs ˌriːlækˈseɪʃn]

交叉弛豫

化学



双语例句

  1. Most cross dressers reveal that relieving stress and relaxation were the feelings they most associated with their cross dressing.
    大多数变装者透露,放松压力和获得轻松是他们与变装联系得最紧密的感情。
  2. The enhancement mechanism of hybrid fiber was investigated by observing the SEM photos of cross section. The main factors affecting the hybrid effect coefficient were presented and the relationship among this coefficient, transverse tensile strength and stress relaxation rate of NAFC materials was discussed.
    利用扫描电镜(SEM)分析了材料拉伸断面形貌,探讨了混杂纤维增强机制,分析了混杂效应系数的主要影响因素,研究了混杂效应系数与材料横向抗拉强度和应力松弛率之间的关系。
  3. On the basis of equation of cross section and equilibrium equation of the whole structure, a time dependent analytical theory is put forward by taking synthetically the shrinkage and creep of concrete and relaxation of tendon in prestressed concrete structure into account.
    以截面平衡方程和结构平衡方程为基础,通过综合考虑混凝土的收缩、徐变及预应力钢束的松驰等时效因素对预应力混凝土结构的影响,提出了一种计算时效影响的理论方法。
  4. The results indicate that the cross relaxation process occurs only when the concentration of Tm 3+ ions is high ( about 2 wt%). As the content of Ho 3+ ions increases, 2 μ m emission intensity increases too.
    研究结果表明:只有当Tm3+离子浓度较高(~2wt%)时,才能发生较强的交叉弛豫过程:随Ho3+离子浓度的增加,2μm的发光强度增大;
  5. Heteronuclear cross-relaxation and two-dimensional NOE spectra of polymers
    聚合物异核交叉弛豫及二维NOE谱
  6. In this paper, the radiative transition probability, non-radiative transition probability, cross relaxation probability and other spectral parameters are calculated in detail.
    本文详细计算了辐射跃迁几率、无辐射跃迁几率、交叉弛豫几率和其他光谱参数。
  7. The cross polarization theory is generalized by taking into consideration the contribution of non-secular part of heteronuclear dipolar interaction Hamiltonian in laboratory frame ( NSH) to cross polarization relaxation.
    本文通过计入异核偶极相互作用的非久期项对交叉极化弛豫速率的影响而推广交叉极化理论。
  8. The general formula of cross polarization relaxation rate is given. The application of this theory to cross polarization experiments is analysed and discussed.
    本文给出了交叉弛豫速率的一般公式,并讨论了本理论在交叉极化实验中的应用。
  9. The probabilities of the cross relaxation between Yb 3+ and Er 3+ ions in Yb, Er ∶ YAG crystal are calculated. The energy up conversion processes in this crystal are analyzed.
    计算了Yb,Er:YAG晶体中Yb3+和Er3+离子之间交叉弛豫几率,分析了Yb,Er:YAG晶体中能量上转换过程。
  10. Computation and research on cross relative relaxation
    交叉相关弛豫的计算与研究
  11. Identify the cross relaxation ( CR) process that is important to boost the operation of Tm~ ( 3+)-doped silica fiber laser using the method of numeral analysis.
    用数值分析的方法,分析了高掺杂Tm3+硅基光纤激光器中离子间的交叉驰豫提高光纤激光器效率的机理。
  12. Eu ( DBM)_3Phen-doped polymer optical fibers ( POFs) were prepared by thermal polymerization. The cross relaxation model of clustering Eu~ 3+ ions was described, and the clusters in this kind of fibers were studied based on the above model.
    用热聚合法制备了掺Eu(DBM)3Phen螯合物的聚合物光纤,建立了团簇化铕离子相互作用模型,以此为基础研究该掺杂聚合物光纤的团簇现象。
  13. Using the kinetic rate equation, a new method for obtaining the molecules ionization cross section σ m 'and the nonradiative relaxation rate y for a three-level system has been presented.
    利用动力学速率方程,得到了一种获得分子三能级系统的电离截面δm~′和无辐射弛豫速率γ的新方法。
  14. It was revealed that the cross relaxation increased with intensity of the excitation, which resulted in the decrease of polarization factor with the input pulse area.
    分析表明,交叉弛豫随激发场强度增大,并导致偏振因子随激发场入射脉冲面积减小。
  15. The results are explained qualitatively by the cross relaxation model of ion pair and the fiber nonlinearity stimulated Brillouin scattering.
    用离子对交叉驰豫模型及光纤中的非线性效应&受激布里渊散射对实验结果进行了定性解释。