1.
isometric exercises are anaerobic.
肌肉等长收缩锻炼是不需氧的。
2.
The Development of Muscle Isometric Contraction Test Instrument
肌肉等长收缩张力-长度性质测试仪的研制
3.
Effects and Mechanism of Isometric Exercise Training in Patients with Coronary Artery Disease;
冠心病患者等长收缩训练的作用及机理
4.
An experimental study of the effect of intensity reduced training on the maximum isometric contraction strength of skeletal muscle of rats;
减量训练对大鼠骨骼肌最大等长收缩力的影响
5.
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
6.
Of or involving muscular contraction against resistance in which the length of the muscle remains the same.
等长收缩肌肉的肌肉的长度在有阻力情况下进行收缩时保持不变的
7.
Effects of Valsalva manoeuvre on central haemodynamic response to
乏氏动作对冠心病患者等长收缩运动时中心血流动力学的影响
8.
The Effect of MU Recruitment on Diagnosis of Chronic Deinnervation Lesion during Isometric Muscle Contraction;
等长收缩下运动单位募集与慢性失神经病变的诊断
9.
The Clinical Reasearch for Cerv-type Cervical Syndrome Treated with Isometric Neck Strength Training;
颈后肌群等长收缩锻炼治疗颈型颈椎病的临床研究
10.
The Change of sEMG During Isometric Maximal Voluntary Contraction(MVC) and the Recovery Phase;
最大等长收缩过程中及恢复期表面肌电信号的变化
11.
Evaluation of the Isometric Maximal Force of the Superior Extremities in High Level Table Tennis Players;
高水平乒乓球运动员有力臂最大等长收缩力的评估(英文)
12.
Investigate the Therapeutic Effect of Isolated Movement Training together with Isometric Training on Stroke Patients with Genu Recurvatum
强化分离运动配合等长收缩训练对脑卒中偏瘫患者膝反张的影响
13.
Clinical Research of Neck-type Cervical Syndrome Treated with Isometric Neck Strength Training
颈后肌群等长收缩锻炼治疗颈型颈椎病的临床观察
14.
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
15.
Heavy, slightly arched, tapering from shoulders to back of skull. No looseness of skin. Medium length.
颈部粗大，稍有弓形，自肩至脑后收缩，皮肤紧绷不松弛，中等长度。
16.
Of or involving muscular contraction in which the muscle remains under relatively constant tension while its length changes.
等张的涉及肌肉长度在相对稳定的张力下发生变化的肌肉收缩的
17.
Biomechanical Study on the Ability of Super-isometric Contraction of Jumping Leg of Jumpers;
跳高运动员起跳腿“超等长”收缩能力的生物力学研究
18.
BODY: Medium length, well sprung ribs, not short coupled, slightly tapering, when viewed from above. Level topline. Chest broad and deep, well let down between forelegs.
身体：中等长度，肋骨扩张略大，前驱稍长。从上方看，整体略成圆锥形向尾部收缩。