Objective To investigate the influence and clinical significance of knee lateral thrust gait to femorotibial angle and lateral joint space in the patients with knee varus deformity.

Predicting the angle of knee joint by support vector regression model In order to identify angle of knee joint, support vector regression model is proposed.

利用支持向量机自回归模型预测膝关节角度采用支持向量机自回归模型对膝关节角度进行辨识。

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Influence of knee lateral thrust gait to femorotibial angle and lateral joint space in the knee varus patients

膝外摆步态对膝内翻患者股骨-胫骨角及胫股关节外侧间隙的影响

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Frictional angle of rock joint is quite an important parameters which is difficult to attain in civil engineering design and construction.

在土木工程设计和施工中岩石节理的摩擦角是一个相当重要的参数，该值的获取既费时又费力。

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Relationship of the Angle of Knee Joint and the injure of Lower Leg

对膝关节夹角与下肢损伤关系的探讨

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X-ray Measurement of Dip Angle of Intervertebral Joint Surface

颈椎椎间关节面倾角的X线测量

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Curves that each joint angle, joint moment and nonlinear twist spring's torque with the time in the process are obtained using Matlab, and discussed contrast to linear joint.

并从袋鼠腿部的生物构造，引入了非线性刚度表达的柔性关节，通过与线性关节模型对比，探讨了踝关节非线性对其关节力矩和起跳性能的影响。

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The most important link in the position control of robots is the control of angle of joint A. Therefor, utilizing fuzzy theory to study this kind problems is carried out.

关节角A的控制是机器人位置控制技术中至关重要的环节，为此研究了利用模糊原理对关节角速度控制的一类问题。

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The model analyses and identifies the EMG of human muscle, joint angle and joint torque signal, in order to get access to biomechanical model.

选用反映人体肌肉收缩的肌电信号、关节角度和关节力矩等信号，进行模型的分析辨识。

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Fractal dimension can be used to quantitatively describe jointroughbness and to and to estimate strength and friction angle of joint.

可以说，分维能定量地刻画节理的粗糙性，并有可能用来预测节理抗剪强度和节理摩擦角。

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These angles would be increase with the age growing up especially femoral shaft double condyle angle and joint gap angle.

这些角度随年龄增加而增大，以股骨干双髁角及关节间隙角增大明显。

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An approach to magnetic particle detection technology used for angle weld joint on small size tube socket based on yoke magnetization method

小尺寸管座角焊缝磁轭法磁粉检测工艺探讨

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Finally the paper describes the current status quo of the antenna gain calculation algorithm, and given two mainstream industry gain calculation, carried out a detailed analysis of the sources of error and two methods.

最后论文介绍了当前天线增益计算算法的现状，给出了业界内主流的两种增益计算方法，并对这两种方法的误差来源进行了详细的分析。

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Analysis shows that, only when the size of the hole is larger than 0.2 wavelengths will the variation of the antenna gain and the side-lobe level become obvious.

分析发现，只有当孔径大于一定的尺寸（约0.20个波长）时，天线增益和副瓣电平才会发生明显变化。

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The experimental results show that the measurement obtained is apparently improved, and the antenna gain greatly increased, therefore the efficiency is more close to that by the far-field measurement.

通过实验比较，使用微波透镜后测试结果明显改善，天线增益明显提高，使近场测试的结果更接近于远场测试的结果。

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The antenna gain reaches 1.15 dBi and 6.8 dBi at the lower and higher frequency, respectively, which satisfies the requirement of wireless communication system.

天线在低频和高频段增益分别为1.96dBi和6.8dBi，满足无线通信系统要求。

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The simulation indicated that the polarization axial ratio and antenna gain pattern of this antenna are good for "BD-1" signal and GPS signal.

设计的组合天线具有良好的电磁兼容性，仿真结果表明该天线对于接收“北斗”和GPS信号都具有较好的圆极化轴比和增益方向图。

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A method of measuring manual VSAT receiving antenna gain by using the satellite beacon and high gain standard horn antenna is described in this paper.

阐述了利用卫星信标和高增益标准喇叭天线，测量手动VSAT站天线接收增益的方法。

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For the purpose of reliable transmission, the system margin is increased blindly through enhancing the transmitter power or the antenna gain in link design.

为了使数据可靠地传输，链路设计中往往盲目加大发射机功率，提高天线增益来提高系统的余量。

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The results show that the PIFA integrated with EBG structures can reduce the SAR and improve the antenna gain and efficiency.

研究表明，加载EBG结构的新型PIFA天线，人脑比吸收率有所降低，同时提高了天线的增益和效率。

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The solutions of the antenna gain and electromagnetic interference margin in the regions of low frequency, resonance and high frequency are discussed.

介绍了低频区、谐振区及光学区机载天线辐射场、电磁干扰余量的求解法。

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