• Study Design. Biomechanical analysis.

    研究设计生物力学分析

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  • Study Design. In vitro cadaveric biomechanical analysis.

    研究设计体外尸体生物力学分析

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  • It is necessary to obtain movement information in biomechanical analysis.

    人体运动分析中,提取运动信息必须的。

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  • Tension measurements in the pretest phase are a necessary step in biomechanical analysis.

    拉伸实验对于巩膜的拉伸实验研究非常必要的。

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  • Shi Y. , You L. -K. , Li J. Advances of atlantoaxial joint implant and its biomechanical analysis.

    时雨,游路宽,李军寰关节置入物研究进展生物力学分析

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  • Biomechanical analysis of artificial hip prosthesis was made by nonlinear finite element method (FEM).

    采用非线性有限元方法,进行人工髋关节生物力学分析

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  • The inertia parameters of the human body are the basic parameters required in biomechanical analysis and ergonomics etc.

    人体惯性参数进行生物力学分析、人类工程学工作时均需要的人体基本参数。

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  • Are Locking Screws Advantageous with Plate Fixation of Humeral Shaft Fractures? A Biomechanical Analysis of Synthetic and Cadaveric Bone.

    锁定螺钉钢板固定骨干骨折有益吗?尸体骨人工生物力学分析

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  • Objective To establish a 3d finite element model of fixed denture for the preparation of the subsequent study such as biomechanical analysis.

    目的建立固定义齿有限元模型后续的牙周组织的生物力学分析提供数字模型。

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  • Purpose To constructing of A Proximal femur after RSAH 3-D finite element model, and also provides an effective model for biomechanical analysis of Proximal femur.

    目的建立金属对金属RSAH术后三维有限元模型RSAH术骨水泥技术生物力学研究奠定基础。

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  • The proposed model provided a more detailed and accurate computational model for the biomechanical analysis of lumbosacral joint and the study of instrument implant.

    有限元模型建立人体脊柱腰骶关节生物力学分析器械植入研究提供更为详细准确计算模型。

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  • Biomechanical analysis to the THA system can make for realizing its mechanical properties and giving help to the clinical selection and individual design of prosthesis.

    髋关节置换系统进行全面的生物力学分析,有利于了解人工关节假体系统的力学特性,对假体临床选择个体化设计有很大帮助

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  • Studying documental data, kinematics tests and dynamics tests, this paper made a biomechanical analysis of the influence that triple jump hop of deep long jump to triple jump step.

    运用文献资料法、运动学动力学测试法,对深跳远离台动作落地动作的影响生物力学分析

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  • Through biomechanical analysis of top Chinese long jumper's take off, we learned that the moving track, speed, displacement of body's center of gravity and kinematics character of leg in the take off.

    运用生物力学研究方法我国优秀男子跳远运动员起跳过程进行研究,得出我国优秀男子跳远运动员在起跳过程中身体重心运动轨迹、重心速度位移运动变化情况,研究了摆动腿的运动特征。

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  • Money's team used high-speed video analysis to study spores thrown into the air by a biomechanical process as elegant as it is miniscule.

    尼的团队利用高速摄像分析的方法对孢子投掷空气中的生物力学过程进行了研究过程如同草写的小字优雅简洁。

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  • Study Design. Biomechanical and histologic analysis.

    研究设计生物力学组织学分析

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  • In this paper the author gives a detailed biomechanical and applicable analysis on the body's steadiness which has a direct effect on the development of Sanda skills.

    通过对散打运动技术直接影响身体稳定性进行生物力学分析,从应用的角度散打技术动作生物力学原理相结合进行阐述

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  • Methods:The biomechanical formula is established by using the creep reflection analysis and validated by the simulated test and animal experiments.

    方法通过力学蠕变挠度分析,得到预计硬脑膜膨出量的力学计算公式,设计相应力学模拟实验动物实验加以验证

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  • The mechanical analysis showed the biomechanical compatibility was also improved by adding BGC into nanophase titania ceramic.

    结果表明:纳米氧化陶瓷复合材料的生物活性、力学性能、蛋白吸附能力随。

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  • Based on the results of the measurement and the analysis of biomechanical mechanism of the ankle injury, 16 patients with trimalleolar fractures and subluxation of the ankle joint were treated.

    根据解剖测量踝关节损伤生物力学机制分析结果,对16三踝骨折踝关节脱位的患者进行治疗。

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  • The paper aims to explore the best position of crouch start according to biomechanical characteristics by documentary analysis and comparative analysis of world top sprinters body positions.

    为了探讨符合人体生物力学特征最佳起跑姿势通过查阅大量文献资料,世界优秀短跑运动员的蹲踞式起跑姿势进行运动生物力学比较分析

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  • To compare and analysis the biomechanical strength of 4 different fixations for the posterolateral shearing tibial plateau fractures.

    目的比较胫骨平台后外侧剪应力骨折采用4种不同内固定方式生物力学性能,以期指导临床应用。

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  • To compare and analysis the biomechanical strength of 4 different fixations for the posterolateral shearing tibial plateau fractures.

    目的比较胫骨平台后外侧剪应力骨折采用4种不同内固定方式生物力学性能,以期指导临床应用。

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