1.
The Feasible Analysis and Design of Ship Model Motion Mechanism in Constrained Model Test;
船模强制运动装置可行性方案分析与设计
2.
To Make the Sports Intensity under the Control by the Means of MET;
运用“梅脱”值控制课堂运动强度的初探
3.
Study on the Mechanism Through Which Post-exercise Proteinuria is Produced by the Rats Doing Intensive Exercise;
大强度运动大鼠运动性蛋白尿形成机制的研究
4.
But they will not all travel in the same direction without a little persuasion.
但它们的定性运动离不开一些强制力。
5.
Motion Control of the Probe of HIFU Treatment Machine;
HIFU（高强度聚焦超声）探头的运动控制
6.
The controlling of rowersmin pre-competitive condition forming load intensity;
赛艇运动员赛前训练负荷强度的控制
7.
Reinforcement Learning of Motion Control Strategy in the Environment of Multiple Mobile Robots;
多移动机器人运动控制策略的强化学习研究
8.
A Research on the Mechanism for the Exhausted Exercise-Induced Excretion Rate of Urinary Protein in Rats;
大强度运动引起大鼠运动性尿蛋白升高机制的研究
9.
Effects of constraint-induced movement therapy on upper limb motor functional recovery in patients with hemiplegic stroke
强制性运动疗法对脑卒中偏瘫患者上肢运动功能的影响
10.
Efects of Constraint-induced Movement Therapy on Upper Limb Function in Sub-acute Stroke Patients
强制性使用运动疗法对亚急性期脑卒中患者上肢运动功能的影响
11.
Efficacy of Modified Constraint-Induced Movement Therapy for Motor Function of Upper Extremity with Brain Injury
改良地强制使用运动疗法对脑损伤患者上肢运动功能的影响
12.
Pathologically increased muscular movement.
运动增强病理增强的肌肉运动
13.
On Intensity of Young Canoe Athletes Training;
试论青少年皮划艇运动员训练强度的控制
14.
Research of Exercise Intensity Control During Aerobics Classes in Gym;
健身房有氧健身课运动强度控制的研究
15.
Physiological Mechanism of Elite Endurance Athletes In High-Intensity Interval Training;
高水平耐力运动员高强度间歇训练的生理机制
16.
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
17.
The Research of Function and Mechanism on the Different Intensity Treadmill Exercises to Resist Diabetes
不同强度跑台运动抗糖尿病作用及其机制研究
18.
Constraint-induced Movement Therapy for Upper Extremity in Early Cerebral Infarction
脑梗死早期上肢强制性运动疗法的研究