1)Back to the lake向湖心退缩
2)bank line of lake shrinking湖泊退缩岸线
3)centripetal constraction向心收缩
1.By the use of kinematic physiolgy and kinematic biomechanics and by the analysis of the characteristics of physical movements,this paper mskes a new study of the defination and measurement of explosive force from the aspects of centrifugal,equidistant and centripetal constractions,The study reveals an essential distinction between the old dlefination of explosive force and its nature.本文利用运动生理学、运动生物力学原理,结合体育动作特点从肌肉的不同收缩形式一离心收缩、等长收缩和向心收缩的固有特性出发,对爆发力定义和测量方法进行研究分析,发现该定义与爆发力性质存在着实质上的差别,从而提出新的爆发力的定义与测量方法,旨在纠正人们的不准确认识与做法,以提高我们的教学训练效果。
英文短句/例句
1.The EMG Determination and Analysis of Quadriceps Isokinetic Concentric Contraction股四头肌等速向心收缩肌电图测定与分析
2.A study on the validity of isokinetic concentric muscle strength evaluation of lumbar flexors and extensors腰屈伸等速向心收缩肌力测试的效度研究
3.Features of Change of Jumpers Knee Flexor & Extensor Groups Muscle Force and sEMG during Isokinetic Concentric Contraction;跳跃运动员膝关节屈伸肌群等速向心收缩时肌力与sEMG变化特征
4.Research on the Features of Isokinetic Contract Strength of Elite Water Polo Athletes Knee Muscles;优秀水球运动员膝关节肌群等速向心收缩力量特征研究
5.The Study Of Muscle Power Characteristics Of Knee Joint In Concentric Contraction Of Male Long-Jumper;男子跳远运动员膝关节肌等速向心收缩的肌力研究
6.The Biomechanical Analysis of Equal Speed Centripetal Constringency in the Hipbone and Knee Joints Bends and Stretches of Football and Speed Skating Athletes;足球、速滑运动员膝关节屈伸等速向心收缩的生物力学分析
7.STUDY ON POSTSYSTOLIC SHORTENING OF REGIONAL MYOCARDIUM OF LIFT VENTRICULAR LONGITUDINAL BY TISSUE VELOCITY IMAGING组织速度成像对左心室长轴方向收缩后收缩现象的研究
8.Split Vertical In:13:03:Split:Vertical In左右向中部收缩:13:03:收缩:左右向中部
9.Split Horizontal In:13:01:Split:Horizontal In上下向中部收缩:13:01:收缩:上下向中部
10.Evaluation of Myocardial Fibrosis and Contractile Function with Integrated Ultrasonic Backscatter;超声背向散射评价心肌纤维化及心肌收缩功能研究
11.Research on the Isokinetic Concentric,Eccentric and Isometric Strength of Young Adults Shoulder Flexor and Extensor;人体肩关节屈伸肌群等动向心、等动离心、等长收缩肌力的研究
12.Assessment of left ventricular systolic synchronicity with omnidirectional M-mode echocardiography in dilated cardiomyopathy patients全方向M型超声评价扩张型心肌病患者左心室收缩同步性
13.Study on longitudinal myocardial function of left ventricle in children with dilated cardiomyopathy using velocity vector imaging速度向量成像评价小儿扩张型心肌病左心室长轴收缩功能的研究
14.Study of strain rate imaging in evaluating the postsystolie shortening in ischemic myocardium应变率成像评价缺血心肌收缩后收缩
15.the alkaline inclination of the local waters; fabric with a tendency to shrink.纤维有收缩性的倾向。
16.cardiac electromechanical systole心脏电机械收缩时间
17.Effects of dobutamine stress test on the systolic longitudinal myocardial Doppler velocity多巴酚丁胺负荷试验对心肌纵向收缩功能的影响
18.Evaluation of Left Ventricular Long-Axis Systolic Function in Patients with Cardiomyopathy Using Doppler Tissue Imaging组织多普勒评价心肌病患儿左室纵向收缩功能的研究
相关短句/例句
bank line of lake shrinking湖泊退缩岸线
3)centripetal constraction向心收缩
1.By the use of kinematic physiolgy and kinematic biomechanics and by the analysis of the characteristics of physical movements,this paper mskes a new study of the defination and measurement of explosive force from the aspects of centrifugal,equidistant and centripetal constractions,The study reveals an essential distinction between the old dlefination of explosive force and its nature.本文利用运动生理学、运动生物力学原理,结合体育动作特点从肌肉的不同收缩形式一离心收缩、等长收缩和向心收缩的固有特性出发,对爆发力定义和测量方法进行研究分析,发现该定义与爆发力性质存在着实质上的差别,从而提出新的爆发力的定义与测量方法,旨在纠正人们的不准确认识与做法,以提高我们的教学训练效果。
4)lake regression湖退
1.On the basis of the above division,by integrating the data of regional structure,sedimentary setting,rock observation, core analysis and test, logging and so on,these intervals are determined to be lake regression type delta front sedimentation developed in hot climate.在此划分的基础上, 结合区域构造、沉积背景、岩心观察、取心分析化验和测井等资料, 确认濮城油田南区沙二上4-7为气候炎热、蒸发强烈、湖面波动大的小型闭塞盆地内发育的湖退式三角洲前缘沉积, 发育有水下分流河道、水下天然堤、水下分流间湾、河口坝、决口扇、远砂坝及滑塌砂体7种沉积微相。
5)aggression and withdraw of lake湖侵湖退
6)concentric work向心收缩功
延伸阅读
岛屿岸线我国拥有近300万平方公里的管辖海域,相当于30个浙江省的陆地面积。而连接这片蔚蓝色海洋国土和青翠色陆地国土的,则是蜿蜒绵长的海岸线。海岸线又分为岛屿岸线和大陆岸线两种,两者之和在我国约为32000多公里,其中大陆岸线为18000多公里,南北跨越20个地理纬度(从北纬20°到北纬40°)。
