点激励的英文

• es electrical stimulation

• "点"英文翻译    drop
• "激励"英文翻译    encourage; impel; urge; insp ...
• "点激活突变" 英文翻译 :    point mutation activation
• "粘附点激酶" 英文翻译 :    focal adhesion kinase,fak
• "驻点激波层" 英文翻译 :    stagnation-point shock layer
• "激励" 英文翻译 :    1.(激发鼓励) encourage; impel; urge; inspire; excite; stimulate; put one on one's mettle 激励斗志 inspire one's fighting will; 激励士气 give a boost to the morale of the army; 激励某人进一步努力 inspire sb. to further efforts; 新老干部相互学习, 相互激励。 old and young cadres learn from each other and encourage each other. 他需要别人激励一番。 he wants rousing.2.[电子学] drive; excitation; energize 激励器 driver; exciter; 激励器 [电 子] exciter; exciter unit; driver; stimulator; actuator; 激励线圈 excitation coil; drive coil; 激励信号 pumping signal; drive signal
• "场激励" 英文翻译 :    field excitation◇场激励电源 field power supply; 场激励器 field exciter
• "超激励" 英文翻译 :    super over drive
• "磁激励" 英文翻译 :    magnetic pumping
• "刺激，激励" 英文翻译 :    stimulate
• "电激励" 英文翻译 :    electric excitation
• "顶激励" 英文翻译 :    predrive
• "奋发, 激励" 英文翻译 :    arousal
• "复激励" 英文翻译 :    compound excitation; compoundexcitation
• "负激励" 英文翻译 :    negative energize
• "鼓励, 激励" 英文翻译 :    spirit up
• "鼓励,激励" 英文翻译 :    encourage
• "光激励" 英文翻译 :    light stimulus; optical excitation; photoexcitation; photoexitation
• "过激励" 英文翻译 :    od over drive; over excitation=overexcitation; overdrive; overexcitation
• "核激励" 英文翻译 :    x-ray laser pumped by a nuclear explosion
• "互激励" 英文翻译 :    mutual excitation
• "激励,激发" 英文翻译 :    motivate
• "激励，刺激" 英文翻译 :    excitation
• "激励，促成" 英文翻译 :    incite
• "激励，发射" 英文翻译 :    launching

• The taxies of shells and vibration response are calculated by ansys software
  利用ansys软件计算壳体的模态及其在流场中受点激励时的振动响应。
• Seismic analysis of long span bridges considering topographic effects and multi - supported excitations
  大跨桥梁考虑地形及多点激励的地震响应分析
• Methods of seismic response analysis for long - span bridges under multi - support excitations of random earthquake ground motion
  随机地震动场多点激励下大跨度桥梁地震反应分析方法
• Experimental determination of mechanical mobility - measurements using single - point translation excitation with an attached vibration exciter
  机械导钠的试验确定用激振器作单点激励测量
• At first , the propagation and influence of stress wave on the top of the pipe pile were discussed in the paper and a formula was obtained about the time difference between two initial signals which were received from two different points
  本文首先研究了应力波在管桩顶面的传播及其影响，并提出了计算不同点激励速度峰值时间差的关系式。
• Assisted with the sensitivity of the linear analog circuits , the feasibility of parametric faults detection was analyzed through the maximum fault errors acquired at the sensitive frequencies , a stimulation matrix and its stimulation expression were put forward on the test points information
  摘要从线性模拟电路灵敏度的概念入手，分析了通过获取敏感频点激励下的最大故障误差来检测电路参数故障的可能性，提出了一种针对测试频率和测点信息的激励矩阵。
• The pseudo excitation method ( pem ) has brocken its efficiency - bottleneck , and appears to be quite effective in coping with such multiple excitation random analyses . therefore introducing the random vibration approach into the bridge engineering as a tool of seismic designs not only meets the objective requirement and the modem technological development , a good methodology background is also available
  虚拟激励算法突破了计算效率瓶颈，并且易于处理多点激励问题。因此，将随机振动法作为一种新的桥梁抗震设计方法引入我国桥梁工程界不仅符合客观需求，体现了设计水平的现代发展趋势；而且在方法论上也有了比较有利的条件。
• Multiple activation is that several piezodielectric ceramics are used as excitation sources , the neighboring piezoelectric discs used as sensors to record the propagating waves , and one piezodielectric ceramic act as both excitation source and response source , which can be used alternatively to form multipoint excitations and multipoint responses
  多激励是指用多个压电陶瓷做为激励源,而且每一个压电陶瓷都可以同时作为激励和响应,可以轮换使用,因此是多点激励,多点响应。
• ( 3 ) in order to prove multi - point exciting experiment good , we employ traditional ergography ( hammering method ) to make experiment , peak value pick - up method to modal identification , and compare identification result by hammering method with vibration table experiment . the result revel that vibration table experiment can obtain larger energy and more adequately excite
  在重频、密频时、在试验试件的结构巨大,需要大的能量激励才能充分激出完全模态时、在一激励点为某阶感兴趣模态的节点时,都需要用多点激励的方法。