弹力带,elastic bandages
1)elastic bandages弹力带
1.The patients in control group were treated with the Bobath technique and motor relearning program,and those in experimental group with resistance training and encircle-twist method with theelastic bandages.目的:探讨运用弹力带训练方式对偏瘫患者异常步态改善的临床疗效。
英文短句/例句
1.Clinical Application of Elastic Bandages in Gait Correction of Patients with Hemiplegia弹力带在偏瘫患者步态矫正训练中的临床应用
2.European Ribbon, Braid and Elastic Fabrics Association欧洲缎带、编带和弹力织品协会
3.Treatment of hyperplastic scar by silicone elastic bandage硅酮弹力绷带治疗增生性瘢痕的研究
4.Studies on Non-Linear Dynamics of Viscoelastic Moving Belts;粘弹性传动带的非线性动力学的研究
5.Analysis on Material Deformation and Stress in the Process of Driving Band Engraving Based on ANSYS基于ANSYS的弹带挤进变形及应力分析
6.Influence of different pressure tension bandage on inhibiting scar proliferation不同压力弹力绷带对抑制瘢痕增生的影响
7.Experimental Investigation of Energy Level Dynamics of Elastic Wave with Temperature Distribution;带温度分布的声弹性波能级动力学实验研究
8.A Theoretical Study of the Indentation Resistance to a Conveyor Belt粘弹性带-刚体托辊系统起动阻力理论分析
9.Clinical observation on application of elastic reticulate chest bandage for fixation of intravenous detaining needle应用弹力网状胸带固定静脉留置针的临床观察
10.A Research on the Effect of Thera-Band Systems on the Muscle Disease Rehabilitation around Cervical LesionThera-Band弹力训练带对颈椎周围肌肉病变康复研究
11.Bifurcation and Chaos of an Axially Accelerating Visoelastic Belt加速黏弹性传动带的分岔和混沌动力学特性
12.Inverse analysis of elastic parameters of gravity dam with longitudinal joints using improved GA基于遗传算法的带缝重力坝弹性模量反分析
13.A Creative Design for Seven Link Machanism with Additional Elastic Constrained Kinematic pair带有附加弹力约束运动副的7杆机构的设计
14.Bandages: Bandages may be worn on the wrists or the knees.Elastic knee-caps may also be worn instead of the knee bandage.绷带:可缠在手腕或膝部。也可用弹力护膝代替绷带。
15.The total elastic coupling is the sum of the restraints due to the bending of the tapes and the twisting of the wire.总的弹性耦合是张力带弯曲及张力线扭转所产生的约束力矩之和。
16.The Elastic-static Analysis of Short Pier Shear Wall Structures with Transfer Beams;带梁式转换层的短肢剪力墙结构的弹性静力分析
17.VISCOELASTIC TRIGGERING AMONG LARGE EARTHQUAKES ALONG THE EAST KUNLUN FAULT SYSTEM东昆仑活动断裂带大地震之间的黏弹性应力触发研究
18.The Push-Over Analysis of Steel Truss Transfer Story Structure;带高位钢桁架转换层建筑结构的静力弹塑性分析
相关短句/例句
belt resistance弹带阻力
1.Based on some hypotheses and elastic deformation theory, the mechanics model of the belt was established,and relational formula betweenbelt resistance and correlation parameters were obtained by use of analytic theory and sampling analysis.结合某型飞机环形弹带的结构特点、工作原理和受力状况等因素,对环形弹带在工作中,因弹链的弹性恢复引起弹带阻力的变化,造成供弹中断和航炮停射等故障进行了详细分析。
3)band stress弹带应力
4)band pressure弹带压力
1.The dynamic stresse in sabot and band andband pressure of a certain kind of projectile during launch period were found using an“Automatic Dynamic Increase Non-linear Analysis Code”,The effects of thesizes of nylon band on the stresses distributions in sabot were calculated andanalysed.应用“自动动态增量非线性分析”程序，计算了某高初速杆式穿甲弹在发射初期，当弹带为尼龙、铜质等不同材料时，弹内动态应力和弹带压力变化情况；并就尼龙弹带前倾角的变化对应力分布的影响作了计算分析，确定了尼龙弹带在给定尺寸情况下的弹带压力分布、弹带变形情况等，最后就几种情况作了较详细的分析探讨。
5)elastic ruche tape弹力褶裥带
6)Elastic garters弹力吊袜带
延伸阅读
低阻力远程弹低阻力远程弹low drag extended range projectiledizuli yuanchengdan低阻力远程弹(low drag extended rangeProjectile)飞行阻力较小，射程较远的炮弹。包括底凹弹、远程全膛弹、远程次膛弹、底部排气弹等。这类弹的特点是在弹丸总体上有较好的空气动力外形，比普通杀伤弹、爆破弹、杀伤爆破弹飞行阻力小，射程远。配用于大、中口径火炮，压制纵深目标，满足进攻与防御战斗时的火力支援。底凹弹利用弹底的底凹结构，以改善弹形减少阻力增加射程的炮弹(图l)。其特点是弹丸长径比较大，减小了头部的波动阴力。由于弹丸尾部有一个向内凹陷的空腔，改善了弹丸尾部流场，从而减小弹丸底部阻力。从弹丸总体结构上看，底凹弹丸的质心较之普通炮弹相对前移，因而提高了弹丸飞行稳定性，增大了射程，提高了射击精度。未远程全膛弹具 引信一一洲\有很好的空气动力外 例二、形，弹体外形只有弧 股\形部和船尾部，中间 炸药一傲刻l没有圆柱部，弹丸长陈;勺}径比较大，形似“枣咒司}核”，故又俗称“枣核弹体一欲)习}。二，，~，、、一，。，。 一，肪哎仁一」弹”(图2)。远程全膛任才犷刊弹由弹丸和发射装药 l筑才)组成。弹丸有弹体、定 决\卜吕心块、导带和引信。弹 导带一影次厂二劝。二.‘二.、十、‘。。、二、~ 万’”甲字刁一一别休内的葵值物贴橄种 底凹弹尾划!/而异。装在弹体弧形~下部上的4个定心块，与图l美国M442式导带一起保证弹丸在105毫米底凹弹丸火炮膛内定心和正确结构图运动。定心块的纵向蕊图2中国155毫米远程全膛弹轴线与弹丸轴线的装配倾角约7“一13。，可增加弹丸在飞行中的转数，提高弹丸飞行稳定性。导带采用金属材料或塑料制成。当采用塑料导带时，弹丸出炮口后塑料导带脱落。这种炮弹称为远程次膛弹，能进一步减小飞行阻力，提高射程。远程全膛弹、远程次膛弹的船尾部一般装有底凹件，用螺纹与弹体连接，也可在弹尾装上底部排气装置，更有效地增加射程。底部排气弹弹丸尾部装有底部排气装置，用于减少飞行中的底部阻力以增加射程的炮弹(图3)。底部排气装置内装点火药及排气药柱，在火炮膛内被火药燃气点燃，产生一定温度的低压燃气，弹丸飞出炮口后，低压燃气经排气孔流向弹底后面的低压区，从而提高弹丸底部压力，改善弹丸后面的气流状态，使弹丸飞行阻力减少，增加射程。
