1.
Fatigue/Creep Life Estimation for Turbine Disc-Blade by Strain Field Intensity Method
基于应变场强法的涡轮盘-片疲劳/蠕变寿命预测
2.
STUDY OF THE COMPUTATION OF STRESS INTENSITY FACTOR BY STRESS FIELD INTENSITY
应力场强计算裂纹应力强度因子的方法研究
3.
Explanatory Events, Audit Opinion and Market Reaction;
强调事项段、审计意见变通和投资者市场反应
4.
Research and Development of Homogeneous High Magnetic Field Applied in Solid Phase Transformation
稳恒强磁场在固态相变中应用的研究进展
5.
A New Method of Computing Sensitivity of Electric Intensity to Geometric Parameters;
计算电场强度对几何变量灵敏度的一种新方法
6.
Research on Deformation Field of Dynamic Consolidation with Drain Pile in Saturated Saline Soil Region
饱和盐渍土地区强夯加排水桩法变形场研究
7.
Methods and Applications of Time Deformation in Financial Market;
金融市场中的时间变换方法及其应用
8.
stress-formation diagram
胁强[应力]-形变图
9.
Finite Element Method Analysis of Stress-strain Field of Surface Crack on Super-strength Steel Plate Under Circular Loads;
超高强度钢平板表面裂纹在载荷循环中应力-应变场有限元分析
10.
Application and Method of GPS Strain Calculating in Whole Mode Using Multi-Surface Function
利用多面函数整体求解GPS应变场的方法及应用
11.
Near-field to Near/Far Field Transformation for Arbitrary Near-field Distribution Using an Equivalent Magnetic Current and MoM;
应用等效磁流和矩量法进行任意近场到近场/远场的变换
12.
It is possible to measure strains in strong radiation fields which are either transient or steady-state.
在强辐射场中测量应变是可以办到的。辐射场可以是瞬变的，也可以是稳态的。
13.
THE DEVELOPMENT OF THE HTS RF SQUID MAGNETOMETER AND ITS APPLICATION TO TEM
高温超导磁强计研制及在瞬变电磁法中的应用
14.
An algorithm for image weighted generalized fuzzy enhancement using wavelet packet transform
应用小波包变换的图像加权广义模糊增强算法
15.
New variable step size LMS adaptive spectral-line enhancement algorithm
一种新的变步长LMS自适应谱线增强算法
16.
Only have the broad thought rich foundation strong adaptability and have both ability and political integrity could the students meet the demand for market economy.
学生只有思路宽广、础雄厚、变力强、才兼备,才能适应市场经济的需求。
17.
Speed up reform Enhance competitive force Suit market change;
论建筑企业适应市场变革增强竞争力的几点措施
18.
Based on the complex function theory,the stress field was achieved by affine transformation.
文中的应力场是借助于仿射变换的方法通过复变应力函数得到的。