查询词典 biomechanics

Biomechanics of should joint at the empty out and transition moment: In the instant of leaving of the left foot, the angle between shoulder and hip was 27°, the angle of pull was 150°, the angle of axis between shoulder was -12°; In the instant of touchdown of the right foot, the angle between shoulder and hip was 72°, the angle of pull was 151°, the angle of axis between shoulder was -85°, the speed of left shoulder was 2.43 m/s, the speed of right shoulder was

腾空和过渡阶段肩关节的生物力学指标：左脚离地瞬间肩髋角度为27 ，拉引角度为150 ，肩轴角度为-12 ；右脚着地瞬间肩髋角度为72 ，拉引角度为151 ，肩轴角度为-85 ，左肩速度为2.43m／s、右肩速度为1.37m／s；左脚着地瞬间肩髋角度为58 ，拉引角度为136 ，肩轴角度为19 ，左肩速度为3.49m／s，右肩速度为1.89m／s。

Biomechanics feature of should joint at the empty out and transition moment was analyzed, including the angle between shoulder and hip, angle of pull, angle of axis between shoulder, the speed of left shoulder, the speed of right shoulder and so on from the instant of leaving of the left foot to the instant of touchdown of the left foot.

再采用爱捷运动录像快速反馈分析系统，进行图像采样和数据计算，获取生物力学指标，重点分析腾空和过渡阶段肩关节的生物力学特点，包括左脚离地瞬间至左脚着地瞬间肩髋角、拉引角、肩轴角、左肩速、右肩速等指标。

The biomechanics in vitro and finite element model were used to investigate the difference of biomechanical stability and self-stability three cages including: expended cage, threaded cage and impacted cage.

方法通过测量国人腰椎干燥标本和活体MRI获得与植入操作及cage设计有关的解剖数据，据此设计具有坚强的界面稳定性能和自稳性能的扩张式融合器。

Its main mechanism of action is that XLGB could enhance the biomechanics response accommodate function of macrostructure os integumentale, increase femoral diameter, aggrandize area of the bone cortex, augment torsional section modulus and rectangular section modulus, and enhance the density of bone mineral substance in ovariectomized rats.

仙灵骨葆能够提高股骨宏观结构的生物力学应答调节功能，使股骨干外径增粗，皮质骨面积增加，骨丢失减少使股骨结构的抗弯、抗扭截面模数增大，使骨的力学结构优化，骨强度提高。

in situ repair technique for grade ⅲ knee medial collateral ligament jnjury by anchor screw can restore original anatomical structures and provide adequate biomechanics support. so it is an effective way to knee medial collateral ligament injury.

强生fastin rc锚钉固定治疗膝关节内侧副韧带损伤能恢复韧带的原有解剖结构，且能提供足够的生物力学支持，是治疗ⅲ度膝关节内侧副韧带损伤的一种有效方法。

In situ repair technique for grade Ⅲ knee medial collateral ligament jnjury by anchor screw can restore original anatomical structures and provide adequate biomechanics support.

强生Fastin RC锚钉固定治疗膝关节内侧副韧带损伤能恢复韧带的原有解剖结构，且能提供足够的生物力学支持，是治疗Ⅲ度膝关节内侧副韧带损伤的一种有效方法。

Cases recovered completely, and some various complications occurred in 14 cases. Conclusion Harrington rod is an effective internal fixation device for the reduction of fracture and dislocation of vertebra with its longitudinal stress. This device corresponds to the biomechanics of the spinal column. But during the operation, complications should be avoided or diminished by performing strict aseptic technique, bending of the rod to a proper physiological curvature which corresponds to injured spine, doing posterior bone grafting and using corset support after operation.

结论哈氏棒是一种符合生物力学的内固定器材，具有较强的纵向撑开力，能使骨折脱位得到很好复位，但亦具有一些缺点，如术中能做到置钩前预制好骨孔，并将哈氏棒预弯成与伤段脊柱相应的生理弧度，加用钢丝固定双棒，行后路植骨融合，术后使用支架保护，严格无菌操作等，可大大降低并发症的发生。

Objective In order to improve biomechanics compatibilities of implant materials, the effect of SMAT process on mechanical properties of pure Ti has been studied.

目的 为改善植入材料生物力学相容性，探讨表曲机械研磨处理(Surface mechanical Attrition Treatment， SMAT)对纯钛的力学性能影响。

AIM :To investigate the effect of the GKX capsule on femur biomechanics and bone mineral density in ovariectomy rats.

目的 探讨骨可欣胶囊对去卵巢模型大鼠股骨生物力学特性和骨密度的影响。

The second part aims to investigate a new method to analyze the cervical rotatory manipulation safety by the finite elements analysis of the odontoid process,since nowadays,there is few basic researches on biomechanics and quite a lot miscarriages take place when the cervical rotatory manipulation is applied in the clinic.

第二部分，针对目前临床颈部推拿失误较多，生物力学基础研究薄弱的状况，对颈椎枢椎齿突受力情况进行有限元分析，以此探讨新的颈椎推拿安全分析的方法。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。