1) grip strength
握力
1.
The relationship of bone mineral density to balance ability and grip strength in elderly men during aging;
老年男性衰老过程中骨密度与平衡能力及握力的关系
2.
Objective To investigate the correlation between anthropometric parameters and grip strength in healthy young adults.
目的探讨健康青年的握力与人体计量资料的相关性。
3.
Objective To determine the difference between two standardized grip strength test,the American Society of Hand Therapists(ASHT)recommended and the Chinese National Physical Fitness Evaluation Standard(CNPFES)recommended.
目的比较美国手部疗法协会和国民体质测定标准手册所推荐两种标准化的握力测试方式对健康青年握力测试结果的影响。
2) grip
[英][ɡrɪp] [美][grɪp]
握力
1.
Standard maximal grip/pinch force test in stroke patients;
最大握力和捏力检测用于脑卒中患者上肢功能评定的研究
2.
Objective To test the test-retest reliability for the BTE Primus grip attachment.
目的测试BTE Primus多功能康复系统握力器的重测信度和效标效度。
3) holding power
握力
1.
An adaptive optimization control system on rebot holding power is introduced,this system extablished fuzzy control assemble, determined control method by measuring the signal of pressure-sensory sensor and slide-sensory sensor and make the object unslide using minimum holding power.
本文介绍一种实现机器人握力自适应最优控制系统。
4) screw holding capability
握螺钉力
1.
There is some marked differences in test method of screw holding capability between current and previous national standards for particleboard GB/T 4897—2003 and GB/T 4897—1992.
现行的刨花板标准GB/T 4897—2003《刨花板》和前版标准GB/T4897—1992《刨花板》中规定的握螺钉力测试方法有较大差异。
2.
An experiment was made to verify the test method of evaluating screw holding capability of wood-based panels specified in Standard GB/T 17657—1999.
在GB/T17657—1999《人造板及饰面人造板理化性能试验方法》允许的公差范围内,对其握螺钉力测试方法进行验证试验。
5) Gripping Force
握持力
1.
Introduction is done to the Dongfei drafting system regarding the application and the problems in the application from three aspects,say,reinforcement of frictional force field,reinforcement of gripping force,improvement of rigidity and precision of d.
为了显著改善棉纺企业的成纱质量及经济效益,从高效工艺的含义入手,详细阐述了高效、重定量工艺的核心,高倍牵伸的基本规律及其存在的主要问题,从增强摩擦力场布置,增大握持力、提高牵伸零部件的刚度和精度三个方面介绍了东飞牵伸系统及高效工艺的实施和推广中应注意的问题,指出只有细纱大牵伸才能实现粗纱重定量,粗纱重定量为前纺全流程半制品重定量创造条件;半制品重定量必须以质量保证为前提,全面提高前纺半制品质量也是细纱大牵伸不可缺少的必要条件;在自主开发、创新的东飞牵伸系统中,后区牵伸采用控制辊式VC型牵伸、前区牵伸采用"东飞延伸型"长、短双胶圈牵伸及其工艺配合,细纱第三代大牵伸、粗纱重定量可以达到较好的效果。
6) bond stress
握裹力
1.
The bond stress between bottom concrete of cap and steel casings for Sutong Bridge is researched and tested in field,and the bonding coefficients between steel casings and bottom concrete of cap are proposed.
通过对苏通大桥承台封底混凝土与钢护筒间握裹力的试验研究与施工现场检测,提出钢护筒与承台封底混凝土间的握裹力系数。
补充资料：翻握
【体操术语】
翻握：握器械的基本方法之一。也叫扭臂握，两臂旋内，两手大拇指翻向外握器械。在鞍马上成正撑和在双杠上成侧撑时，手掌翻转向外两手大拇指向后。此种握法一般来说较难。水平较高的运动员常用此种握法完成高难度动作。翻握对肩部的灵活性提出很高的要求。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条