子晶格 meaning in Chinese
sublattice
Examples
- On the basis of the two - component soliton vibrator model , the motion of a kink pair consisting of kinks in different sublattices and soliton for the response of the external field are discussed . the mobility of a soliton pair is found
以二分量孤子的振子模型为基础，讨论了质子子晶格与重离子子晶格中扭结孤子形成的孤子对的运动及其孤子对外场的响应特性,并得到了氢键链中孤子对的迁移率表达式 - In two - component model of hydrogen - bonded chains , the system with nonlinear and linear coupling between proton sublattice and heavy - ion sublattice is investigated . fast - mode soliton pair and slow - mode soliton pair are obtained . as for fast - mode soliton the effective mass of the kink in the proton sublattice decreases due to the nonlinear coupling and increases due to the linear coupling . for slow - mode soliton , the thing is quite opposite to that of fast - mode soliton
在氢键链二分量模型中，研究质子子晶格和重离子子晶格相互作用项中同时含有非线性耦合和线性耦合两部分的系统，得到快模孤子偶和慢模孤子偶.对于慢模孤子而言，非线性耦合降低了质子子晶格中孤子的有效质量，而线性耦合增加了质子子晶格中孤子的有效质量；对于快模孤子而言，情况正好相反 - On the basis of the two - component soliton model , discussed the motion of a kink soliton in the presence of an external force and damping in hydrogen bonded systems , investigated the influence of motion and the optical model of the heavy - ions sublattice on the proton sublattice . the solution , the mobility and the conductivity of a kink soliton are found . the calculated results are in good agreement with the experiment results
采用二分量弧子模型，讨论了在外场和阻尼存在的情况下，氢键系统中扭结弧子的运动，研究了重离子子晶格运动和光学模对质子子晶格的影响，获得了扭结弧子解、迁移率和电导率，计算结果和实验值相一致