激发器

基本解释 (translations)

energizer

与激发器相关的网络例句 [注：此内容来源于网络，仅供参考]

When the field in charge carrier multiplier is high enough, the energy gained excites mechanism-impact ionization.

信号电荷在电荷载流子倍增寄存器中的强场下，吸收电场能量激发碰撞电离过程。

There are three parts in our design: first, the dual-band branch line coupler provides two equal-power signals with 90° or -90° phase difference in each operating band. Second, the wideband switching circuit controls the two output powers of branch line coupler to excite the antenna structure for producing linear polarization wave or circular polarization wave. Third, the L-shaped fed conventional planar patch antenna is provided to overcome the coupling effect.

整体架构包含三个部分：L形电容耦合馈入式平面天线是为了克服平面式微带天线窄频的缺点；双频枝干耦合器提供天线在操作的两个频率点上各输出两组相差正九十度与负九十度的讯号，最后宽频的切换电路是将枝干耦合器的两组讯号作分配用以激发不同方向的天线以产生线性极化模态或同时激发两个垂直的天线以产生圆形极化模态。

For analysis of traditional experimental modal, hammer and shaker are often used to force the structure as the clamped-clamped beam to raise the vibration of the structure, meanwhile accelerometer is placed on the structure as a sensor, then the modal parameter could be found.

传统实验模态分析大多使用冲击鎚或激振器施加点力於结构例如固定梁，做为驱动器激发结构的振动，利用加速度计做为感测器置於结构上，以求取结构之模态参数，但传统之模态实验设备都有实验操作不易以及价格昂贵的缺点。

Under the high frequency vibrating action, the crystal grain formed on the surface of the crystal nucleus eradiation equipment would be broken and peeled off, thereby ejected to zinc molten pool continuously and served as crystal nucleus source of equiaxed grain during solidification.

结果表明，当一种带有冷却结构且进行高频振动的晶核发射器插入锌液内时，锌液在晶核发射器表面迅速形核且长大，在高频振动作用下表面形成的晶粒将被折断剥离，从而连续不断地弹射到锌液中，成为凝固过程中形成大量等轴晶的晶核来源；采用带有水冷和气冷结构的晶核发射器对锌液进行振动激发形核处理后，锌凝固组织中的等轴晶率可分别提高到65%和80%。

Trigger-based Animation employs an object as a trigger to control a series of animations and a message can be controlled by more than one triggers which helps performers to show digital contexts and attract audiences' attention. The learner's attention could be directed to learning by Trigger-based Animations. Moreover, the teacher-student interaction could be enhanced by proper teaching materials design in the Trigger-based Animation environment.

激发式动态呈现是利用一个物件当激发器控制一连串的动画，同时一个讯息可以被一个以上的触发器控制，协助教学者适当地呈现讯息，引导学习者的注意力，进行认知学习，并透过教材设计达到师生互动。

The quenching spectra of fluorescence chemosensors with pyrene by calf thymus DNA were studied in this work.

研究了含芘荧光化学敏感器分子被ctDNA猝灭的荧光光谱。ctDNA分子对该化学敏感器中芘的激发单体，激基缔合物都有猝灭作用。

The main causes of the vibration in pipeline system are in two respects : The first is the vibrant force of the medium acted on pipeline system,i.e.exciting signal,such as the vibrant force caused by the gas flow at the compressor ′ s inlet and outlet and at the ramified and nodel points as well as the action of pig passing through pipeline bridge,etc.;The second is the response to the exciting signal,which is relating to the characteristics of the pipeline system,i.e.the rigidity,support,quality and equipments of the system besides the waveform of the exciting signal.

管道系统振动的原因主要有两方面，一是介质对管道系统产生的振动力，即激发信号，如气流在压缩机进、出口，分支节点部位产生的振动力，清管器通过管桥时对它的作用等；另一方面是对激发信号的响应，其响应除了和激发信号的波形有关外，还和管道系统本身的特征，即系统的刚度及支撑，质量及其配置等情况有关。

As an immunomodulator NO may play a role like a double-edged sword since it expresses both in immuonchalleged and immunosspresed states. 2. After received external stimulus the morphology of ependyma of SFO could be changed and varied with time course, particularly its cellular apoptosis do occur and earlier than the ordinary areas of the brain. 3. Astrocytes in SFO could express cFos protein induced by LPS, suggesting the cells may maintain homeostasis in the brain in a longer period and modulate immune state of the brain. 4. As a CVO, SFO may sense changes of blood-bearing immunosignals earlier and instantly response to them, thus as one of windows of the brain SFO do take part in immunomodulation within the brain.

通过我们的实验结果我们可以得出这样一些初步的结论：1、一氧化氮作为免疫调质参与了机体免疫，它既能在免疫激发状态下又可在免疫抑制状态下进行表达提示，NO在脑内免疫调节中的作用可能是双向的。2、穹窿下器的室管膜形态在接受外界刺激后，随着时间的变化而不同，扫描电镜下的凋亡形态虽需进一步证实，但室管膜细胞确实发生了凋亡，并且穹窿下器发生的较早。3、穹窿下器内的星形胶质细胞在给予大肠杆菌后确实可以表达c-fos蛋白，并可能通过自身的激活来较长时间的维持体液的动态平衡，调节脑内免疫状态。4、穹窿下器作为感受性室周器官之一，能够较早的感受血携免疫信息的改变并及时作出反应，可能作为外周免疫信息进入脑内的窗口之一来参与脑的免疫调节。

X-ray ,which is excited from the X ray tube, has one wavelength scope, that is energy scope. According to the elements to be analyzed, X ray is choused by filter, and reach the sample. Atoms in the sample will absorb the X ray energy and the decay to emit the special x ray. The X ray will be collected by the collimator into the detector active area, and transferred into electron signal, the signal also will be processed in to energy spectrum and related concentration data by pulse processor with software.

从X光管通过激发Excitation发射出来一定波长范围也就是说一定能量范围的X射线，结合所需要分析的目标元素，使用滤光轮选择对应的能量范围的X射线，照射到样品上，样品中含有的元素原子电子受到激发会发射出其特征的X射线，同样通过Collimator准直器收集一定孔径的X射线进入到检测器Detector，检测器将感应到的X射线转换为电信号，电信号经过脉冲处理器Pulse Processor结合软件进一步将电信号转换成为能谱图以及相关浓度信息。

This thesis proposed the design and implementation of an ASIC for the motor control with DTC technology. Note that this ASIC is implemented by cell-based Design style with Verilog language.The basic principle of the Direct Torque Control is to select the switch sequence of the inverter. Those switches will control the magnetism and torque of the stator, to induce a fast response of the induction motor. Furthermore, the d-q axle's static coordinate, which is transferred from both the three-phase current and voltage, is used to compute the stator's magnetism and torque. By comparing with original values, those magnetism and torque will be calculated and set to new data. Then the switching table and the hysteresis controller are decided with the new data to generate a voltage vector and to control the stator magnetism and torque.

直接转矩控制的基本原理为经由侦测马达定子磁通与转子转速，来适当的选择变频器功率电晶体的切换状态，以获得快速且不易受外在环境影响的马达控制响应；首先，根据量测三相电流与利用变频器的切换状态取得马达的三相电压，将其转换至d-q轴静止座标，然后藉此估测马达的磁通量与转矩量，再分别与侦测的定子磁通量和转矩量比较后，得到定子磁通量与转矩量比较的结果，再利用DTC电压向量切换表(DTC Voltage Vector Switching table)，依定子磁通与转矩的比较值及马达所在的角度位置，来选择一个适当的电压向量，进而依切换顺序来激发功率电晶体，达到控制感应马达的目的。

与激发器相关的网络解释 [注：此内容来源于网络，仅供参考]

Deflector：反射器

避雷针主要由激发器(Exciters)从自然界的电场中吸收并贮存能量,反射器(Deflector)及避雷器针尖与大地有良好的电气连接,处于等电位状态. 所以通常情况下,激发器与发射器之间有电场强度,每当雷闪发生前,电场强度会迅猛增大,

exciter：激发器

系统可以利用 RTLS传输器(transmitter)自动地产生一直接序列展频无线射频信号柱(direct-sequence spread spectrum radio frequency beacon),而这些装置在现场可以透过程式设定,并且支援可选择的激发器(exciter)模式,进行定位更新

excitor：激发器

exciton 激发子 | excitor 激发器 | excitor 激发器激磁机

excitor：激发器激磁机

excitor 激发器 | excitor 激发器激磁机 | excitron 激弧管激励管

impulse generator：脉冲产生器

脉冲激发器 impulse exciter | 脉冲产生器 impulse generator | 脉冲示波器 impulse oscillograph

incitement：激动;激发

incision种沟(种子上的小沟);缺刻 | incitement激动;激发 | inclinator倾倒器

series dynamo：串激发电机; 串励电动机; 串励发电机

series conduction motor 单相串励换向器电动机; 交流串励换向器电动机 | series dynamo 串激发电机; 串励电动机; 串励发电机 | series motor 串激电动机; 串励电动机

shunt dynamo：分激发电机

"shunt; compensative","补偿分流器" | "shunt dynamo","分激发电机" | "shunt generator","分激发电机"

electroosmotic driver：电渗激发器

electroosmosis 电渗=>電気浸透 | electroosmotic driver 电渗激发器 | electropathy 電気療法

overcompound generator：高复激发电机

真空灭菌箱 oven; vacuum sterilizing | 高复激发电机 overcompound generator | 过[电]流释放器 overcurrent release