Discussions on water purification system construction of artificial lake

Theoretical and Applied Research on Life Cycle Assessment for Artificial Lake

人工湖建设项目LCA理论与应用研究

Study on the Method of Ecological Design of Artificial Lake

人工湖生态设计方法研究

The rotated parabolic equation method was presented to compute the bistatic radar cross section ( RCS ) .

并提出了旋转抛物线方程算法,实现了目标任意角度雷达散射截面的 快速计算.

The design of the Type 022 has been directed to minimise the radar cross-section signature.

022型的设计针对将雷达 横截面 特征减到最低.

The degree of self-induction is proportional to the cross-sectional area of the circuit.

而自感的程度与线圈横切面的面积成比例.

The wet weight and the cross sectional area of the anterior tibial muscle was smaller.

肌纤维截面积、有髓神经纤维数均减少.

Then , the regression equation of height to the mini-cross sectional area of femoral neck was concluded.

应用回归与相关分析, 得出成人身高与股骨颈最小横截面积的直线回归方程.

Coil resistance is determined by the cross-sectional area and length of the wire used the coil.

线圈电阻是由线圈导线的横截面积和长度决定的.

This is the electrical resistance per unit length and cross-sectional area of a magnetic core.

具有单位截面积和单位长度的磁性材料的电阻.

This shows that the resistance of an electric conductor is inversely proportional to its cross-sectional area.

这表明,导体电阻的大小与导体 横截面 的大小成反比.

We could obtain dictates in the steady-state visual evoked potential ( SSVEP) and can control the spatial movement of the artificial limb through a programmable logic controller ( PLC).

通过基于稳态视觉诱发电位构造的脑-机接口获取控制指令，通过可编程逻辑控制器（PLC）控制机械手完成规划的动作。

Conclusions The artificial limb equipped with myoelectric signals with frequency of 85 150 Hz and amplitude of 220 250 uV can increase real time of the myoelectric signal and practicability.

结论采用频率85～150Hz，波幅220～250V的肌电信号作为电子假肢信号源，可提高肌电信号实时性及假肢的实用性。

Fitting an appropriate artificial limb is an effective method to help the wounded walking out of the shadow, body and soul recovering better, going back to society as soon as possible.

帮助这些伤员尽快走出阴影，使他们在灾后能够最大程度的身心康复，重新回归社会，假肢的装配和使用是目前最有效的方法。

The calculation of the online gait phase identification and centre of pressure ( COP) is one of the key technologies of biped robot, artificial limb, and rehabilitation robot.

在线的步态相位识别和压力中心COP检测是两足类人机器人、人工假肢，以及腿部康复训练机器人的关键技术之一。

A multifingered anthropomorphic hand is a versatile dexterous end effector for robot, which is also one of the important subjects in the area of research on artificial limb.

多指多关节拟人手是一种机器人的通用型灵巧终端执行器，同时它也是当前假肢领域中的一项重要研究课题。

The shoulder mechanism of whole-arm artificial limb accords with the appearance of human limb and the bionic machine is taken into account in terms of design structure.

全臂假肢肩关节结构，不但要符合健康人手臂的外形特征，而且在结构设计的布局上还要考虑仿生性和造型的美观逼真。

The significance of such solution is that the variation of SFAP can be obtained by a non-invasive manner for physical diagnose and artificial limb control.

本分解算法的运用使得医疗诊断和假肢控制等领域可以通过非侵入式测量得到SFAP随时间的变化规律。

The team will hook up a series of micro-arrays implanted in the brain to record and transmit signals to the artificial limb.

该研究小组将连接植入大脑的一系列微阵列，记录并向人造肢体传输信号。

Far-infrared from nanophase ceramics can ameliorate microcirculation, intenerate scar and improve the artificial limb compensatory function.

纳米相陶瓷远红外线具有改善微循环，提高残端皮肤弹性的作用。

In recent years, gait analysis system has used in so many fields widely, such as clinical diagnoses, rehabilitation, physical science and intelligent artificial limb design.

近年来，步态分析系统已在临床医学、康复治疗、体育科学、智能人工腿设计等领域得到了广泛应用。