1.
Plasticity of MHC and effects of mechanical loading on it;
肌球蛋白重链可塑性和机械负荷状态对其影响
2.
An experimental study of Immediate and Postponed Intra-mandibular Implants in the Semi-function State
半负荷状态下即刻和延期植入种植体的实验研究
3.
Left heart function features of women basketball players under different loads;
不同负荷状态下女子篮球运动员左心功能特征分析与评价
4.
The Effect and Impact of Recovery in Intense Loads Sprint Training;
谈高运动负荷状态下短跑训练中恢复的效用与影响
5.
Study on the Change of Shoot Exactness of Basketball Athletes in the Different Workload;
篮球运动员不同运动负荷状态下投篮准确性变化的研究
6.
Research on Lift Ventricular Function at DifferentTraining Load of Kayak Canoeist;
皮划艇运动员在不同负荷状态下左心功能的研究
7.
Study on the Acoustic Spectrum Characteristics of isotonic and isometric Contraction of Muscle under Load;
在负荷状态下肌肉等长、等张收缩声谱特征的研究
8.
Sensibility Changes in Athletes under Continuing Heavy Load and Physical Exhaustion;
持续大负荷状态和机能下降时运动员某些感受性变化的研究
9.
Dynamic State Estimation Based on Ultra Short-term Prediction of Load
基于超短期负荷预测的电力系统动态状态估计
10.
The Research of Power Load Running Status Detecting Based on DSP;
基于DSP的电力负荷运行状态监测的研究
11.
On the Control of Load Tensity Caused by Pre competition State among Rowers;
划船运动员赛前竞技状态形成负荷强度的控制
12.
Probability Model for Driver Attention State under High Driving Load
高负荷驾驶任务下驾驶员注意力状态概率模型
13.
Method for State Forecasting and Estimation Based on Nodal Load Forecasting and Generation Control
节点负荷预测与发电控制结合的状态预估方法
14.
Research on Static Load Model and Dynamic Load Characteristics Clustering;
静态负荷模型与负荷动特性分类研究
15.
New concepts of top point load, arc load, top point state, net shape, net base, dissipated net andopencircuitvariable structure net are introduced into distribution net.
在配电变结构耗散网络中引入顶点负荷、负荷、点状态、形、基、散网络、环变结构网络等新概念。
16.
Con clu sion:In the early stage of type2diabetes,hyperglycemia after a glucose load may impair the endothelium-dependent vasodilation function.
结论:早期2型糖尿病患者糖负荷后高血糖状态对血管内皮功能危害较糖负荷前大。
17.
carrying-capacity of an ecosystem
生态系统的负荷能力
18.
Just as some system capacity needs to be kept in reserve, the controller cannot be expected to work at full capacity all the time.
也就是说，不能让一名管制员始终处于高负荷运行状态。