查询词典 unbalance

Very main reason is product level not tall and duplicate, economic structure unbalance and backward, incommensurate new market requirement.

很重要的原因就是产品水平不高且雷同，经济结构失衡而落后，不适应新的市场需求。

Care is usually taken in such doubling, as an injudicious doubling of the middle note in a triad, whether in root position or in an inversion, can thicken the texture and unbalance the chord.

通常重奏时要细心，在大三和弦的中间音和弦，无论是本为还是转位，会使结构thicken，和弦变得不均衡。

To research the formation reasons of city poverty from the following aspects, including unbalance of labor forces, the landslip of national enterprises benefits,defects of present social

针对转型期城市低保"扩面"与"提标"目标的现实矛盾，提出构建面向市场、面向穷人的"三线均衡"的社会保障体系；结合城市贫困问题的现实状况，提出就业导向的经济发展应成为城市反贫困的本源性战略。

In favour of arc length algorithm, the curve of fix points of balanced rotor to rotor speed, harmonious and subharmonious unbalance reponse curves are given. The Hopf bifurcation of balance rotor is computed by use of extent equation method.

同时应用扩展方程方法计算了平衡转子的Hopf分叉点，并用求得的Hopf分叉点参数进行数字仿真，证明极限环的存在，因此说明Hopf分叉点的计算是正确的。

Combine with the analysis of the effect that caused by the shielding of topography and the conditions when lightning occurred on the top of the transmission tower, this paper bring forward a synthetical scheme that on the AnNan overhead transmission line, can use long life resistance reducer to reduce the ground resistance of the transmission tower,set up a shielding pull- line on the body of some tower,set up lightning arrester and take unbalance insulated method to improve the level of the line's ability of preventing lightning.

结合地面屏蔽效果分析和雷击杆塔塔顶情况分析，提出了在安南线采用降低杆塔冲击接地电阻、对部分杆塔塔身安装防雷拉线、加装线路避雷器、在双回路共架杆段采用不平衡绝缘配置等措施来提高安南线耐雷水平的综合方案。使用长效降阻剂，降低杆塔的接地电阻，这是提高线路耐雷水平、降低雷击跳闸率的有效措施。

However, in the course of reform and opening, the personality education is faced with challenges: the malposition between the needs of the material and spirit; the unbalance of the sound in the body and mind because of all kinds of pressures; getting lost in the personality because of the change of identity; the defects of the personality education in the higher schools, leading to fail in the efficence or the gap in the personality education.

然而，在社会转型期，大学生的人格教育也面临挑战，存在物质需求与精神需求的增长与满足之间的错位情况，在有些大学生身上出现心理健康失衡、人格迷失的现象，加上高校人格教育自身存在的不足，导致大学生人格教育的低效与空场。

So the individually residential heating and meterage system is designed. How many the maximum unbalance rate of it will be is mainly researched in my paper.

对于该系统型式本文进行简要介绍；对于并联环路间的最大不平衡率是多少及如何确定，本文进行了重点研究。

Results show that the unbalance value can be gained from mixed noise by this meth...

实验表明该方法可从复杂噪声中在线提取砂轮不平衡信号。

Here study the crucial causes from three aspects, including the soaring of private institutes without well planning, the misguidance of governmental export-oriented employment policy and the unbalance between the education professional structure and economic structure, even through digging into which to get the essential factors. The last part gives the four cautions to Chinese higher education.

将其原因主要分为三个方面：私立高等教育的盲目发展、政府以出口为导向就业政策的误导以及高等教育专业结构与社会经济结构之间的失调，并进一步对这些原因进行了更深入的挖掘，得出导致这些原因背后更深层次的因素；最后在前面已有分析的基础上对中国高等教育的发展提出四点警示。

The unbalance forces due to the lumped eccentric mass are treated as general forces. Meanwhile, the potential energy expression about gravity based on finite element method is presented for convenience. Based on the variational inequalities principle, the finite element is used to determine the film forces produced by fluid film bearing and damper at any moment and its Jacobian matrix with respect to location and velocity of journal and bearing house.

在第二部分中，主要应用有限元方法及Hamilton原理对所研究系统进行了建模分析，着重对质量偏心问题进行了分析处理，并对此提出了两种处理方法：一、转化为对系统动能的影响；二、将其产生的离心惯性力视为非保守的广义力，并对其表达式进行了推导，同时为分析问题方便，基于有限元离散化方法，推导了重力的势能表达式。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。