An elastic coordinate variational method is given for calculating ground-state energy and wave function of two-electron atom.
给出了一种计算双电子原子基态能量和波函数的坐标张弛的变分方法。
An algorithm of task scheduling in heterogeneous computing environments is presented by taking advantage of relaxation labeling,which is good at handling a broad range of constraints according to neighbor nodes attributes.
针对异构环境下任务图为TIG(task interaction graph)的问题,利用松弛标记法善于利用邻居属性处理大量约束的特点,提出一种任务调度算法。
The application of dynamic relaxation method will complete this solution without generating the global stiffness matrix,which is difficult for traditional FEM when the topology of mode.
介绍一种能够模拟岩石材料破坏过程的有限元方法,该方法引入单元分裂和界面分离技术描述破坏引起的材料几何拓扑结构变化,采用接触单元表征破坏界面,借助动态松弛方法完成求解。
Based on dynamic relaxation of discrete element method(DEM),a control displacement solution for displacement integral is proposed to solve the problem caused by unreasonable time-step interval impacting on the stability of the result.
基于离散单元的动态松弛法,提出了由每循环步允许块体最大位移增量控制每步块体求解的方法——位移控制法。
Based on three dimensional discrete element method which uses dynamic relaxation, a three dimentional method is proposed to analyse underground water and bolts, the corresponding algorithm and formulas are given, and two examples are computed.
基于采用动态松弛法求解的三维离散单元法，提出了地下水、锚杆的三维分析方法，给出了相应的算法和公式，并通过算例进行了验证。
The discrete element method based on static relaxation is extended to three dimensional case.
将基于静态松弛解法的离散单元法推广至三维。
Based on static relaxation fast Lagarangian analysis of continue (S-FLAC ), a new method, generalized-interface-element method, is proposed to solve the problem of rock joints and interfaces.
根据静态松弛快速拉格朗日分析方法（Ｓ－ＦＬＡＣ），提出了一种求解岩体界面的新方法即广义界面单元方法。
A new num erical analysis m ethod for geotechnical engineering called static relaxation fast La- garangian analysis of continua(S-FLAC) is proposed.
建立起与ＦＬＡＣ方法平行的一种连续介质的岩土力学松弛计算分析方法， 即连续介质的静态松弛快速拉格朗日分析方法（Ｓ－ＦＬＡＣ）。
Study on Method, Program and Application of Static Relaxation Interface Analysis for Rock and Soil
岩土介质静态松弛界面分析方法和程序及其应用
a disposition free from stress or emotion.
没有压力情绪松弛的心态。
Generally, I like light music, which can bring me peace and relaxation.
一般的，我喜欢轻音乐，她使我感到宁静和松弛。
In the process the magnetic field structure relaxes to a lower-energy configuration.
在这个过程中，磁场结构松弛到低能量状态。
The Experimental Study on Rheological Propertice of Femur Head Stress Relaxation and Creep between Normal and Pathological Groups;
正常与病态股骨头应力松弛蠕变流变特性研究
Simulation on loose state of the gallbladder and its accessory pipes in minimally invasive gallbladder resection
微创胆囊手术中胆囊管路松弛状态的仿真研究
All was peaceful and calm-except the minds of the speculators, which were still as tense as ever;
一切都平静，都松弛了； 然而人们的内心依旧很紧张。
Static Roading Relaxation of Residual Stress and the Optimum Residual Stress Field Induced by Shot Peening
关于残余应力的静载松弛与最佳喷丸残余应力场的研究
Function: Relaxes nervous system, relieves the stress, sedation, removes the tiredness and relieves muscle ache and pain.
功效：松弛神经系统，减轻压力，安宁镇静，消除疲劳，舒解肌肉酸痛。
Clinical observation of the position of laxing conjunctiva in conjunctivochalasis
结膜松弛症松弛结膜部位的临床观察
Take up any slack in the tape with a pencil or similar tool before use.
用卡带以前若有松弛状态,请用铅笔之类的工具旋紧。
"Conventional footwear is designed to keep the foot stable so the muscles are more relaxed.
“传统的鞋旨在保持脚部的稳定，所以肌肉的状态要松弛的多。”
Study on Collagen Status of Female Pelvic Floor and the Clinicial Trial of Comprehensive Treatment for Pelvic Floor Relaxation;
女性盆底胶原状态的研究及盆底松弛综合治疗的临床观察
Stress Relaxation Dynamic Properties and Service Life Evaluation of Helical Compress Spring;
螺旋压缩弹簧应力松弛的动态研究及服役寿命预测
The slackening and Breaking of Dialogue Mechanism -An Analysis of the Changing Tendency of Modern Drama in the New Period;
对话机制的松弛与拆解──新时期话剧形态变化趋势分析
A Cross-Strait Comparative Study of Efficiency of Life Insurance Companies--An Application of the Input Slack Adjustment Approach
海峡两岸寿险业动态效率比较——投入松弛变量调整方法的应用
Comparison of the Relaxation Moduli in Step Strain and the Generalized Elastic Moduli in Dynamic Shear of Polydimethylsiloxane
PDMS在阶跃应变中松弛模量与动态剪切中广义弹性模量的比较
THERMALLY ACTIVATED DEFORMATION AND DYNAMIC STRAIN AGING OF Zr-4 ALLOY DURING STRESS RELAXATION
Zr-4合金应力松弛过程中的热激活变形与动态应变时效