- 更多网络例句与强度控制相关的网络例句 [注：此内容来源于网络，仅供参考]
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It provides unparalleled environmental performance in the control of temperature, humidity, air velocity and light intensity.
它提供了极佳的环保性能，能够进行温度，湿度，风速和光照强度控制。
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In order to solve the problem that patient's treatment time and intensity is different, we use four LED nixie light dynamic demonstration to demonstrate the treatment time, It has three pressed keys, two pressed keys are used for controlling the treatment time's addition and subtraction, one for the treatment intensity and one used for treatment meter's height level cut.
为了解决治疗强度和治疗时间的问题，我们采用了四位LED数码管动态显示治疗时间，并设置了三个按键，一个用来控制治疗强度，也就是控制激光发射头高低电平的切换，两个按键用来控制治疗时间的加减。
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FBG sensing technology and its recent progress in applications isintroduced systematically;the coupled-mode theory and the sensing principleof FBG are expatiated and the Bragg formula and reflectivity formula arededuced;the work principle, variety and essential characteristic of PZT areexpatiated in detail, and the configuration of PZT parts of an apparatus issummarized. The mechanism of piezoelectric electrostriction is analyzeddeeply, and the normalized control model is introduced aiming at analyzinghysteresis characteristic, and an electrical polarization intensity control methodbased on the aforementioned model which can effectively reduce the hysteresischaracteristic is discussed.
论文系统地介绍了光纤光栅传感技术及其应用的研究进展状况；详细地阐述了光纤光栅的耦合模理论及光纤布喇格光栅的传感机理；推导出了光纤布喇格光栅的布喇格公式和反射率公式；详细地阐述了压电陶瓷的工作原理、种类和基本特性，总结了压电陶瓷器件的结构形式，深入地分析研究了压电陶瓷逆压电效应及电致伸缩机理，并针对其迟滞特性给出了压电陶瓷归一化控制模型，在此模型基础上采用电极化强度控制方法有效地降低了压电陶瓷的迟滞特性。
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Based on some principal rules of brittle rocks polyaxial tests and previous researches, three controlling failure types for brittle rock are obtained. The first type represents the brittle failure controlled by extension microcrack under the condition of lower hydrostatic pressure; the second represents the ductile failure controlled by friction sliding action under the condition of higher hydrostatic pressure when microcrack is close; and the third represents brittle-ductile failure type controlled by multiple factors mentioned above under the condition of high hydrostatic pressure when some microcracks are open and others are close.
通过分析脆性岩石多轴试验中的强度和破坏规律，在已有研究成果基础上，将其强度和破坏控制类型主要归结为3种：类型1，低静水压力时裂缝张开扩展，主要表现为张性微裂缝控制型脆性破坏；类型2，静水压力很高时，裂缝闭合，主要表现为摩擦滑移控制型延性破坏；类型3，处于两者之间时，微裂缝一部分张开，一部分闭合，主要表现为两者复合控制型脆延破坏。
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5Oil and gas were controlled by the structure formed by superposition of tectonic movement in the early and late Hercynian which resulted in palaeogeomorphology and degree of fracture growing. The latter decided the flowing direction of palaeocurrent and the degree of corrosion,which is the main factors of karstification.Especially,the superimposition of palaeostructure and Akekule uplift is the most favorable area for karst and fracture growing.The ubiquitous high angle fracture made all kinds of vugs into a large scale storage,so the fracture-vug system was divided into some blocks in the main oil zone on the plane.
5塔河油田的油气分布受控于海西早、晚期构造运动叠加形成的构造格架，古构造叠加的结果控制了古地貌和裂缝发育强度，古地貌和裂缝发育强度控制了古水系的流动方向及溶蚀深度，它们是岩溶作用发育的主控因素，特别是海西晚期形成的古构造与阿克库勒凸起轴部的叠合部位是岩溶、裂缝最发育的地区，普遍存在的高角度裂缝在三维空间将各类岩溶孔洞连通为大规模的储集体，从而造成主油区大型缝洞系统横向上的分区性。
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Based on the crack control criterion, the deflection control criterion in ultimate state of service and the strength control in the ultimate state of load-carrying capacity and the nominal steel percentage of section of beam, the formulas for the calculation of the control moment capacity of T-beam and bridge under the limiting deflection condition、the limiting cracking condition and the ultimate strength state were given, respectively.
在提出名义配筋率概念的基础上，基于结构正常使用极限状态的变形控制、裂缝控制，承载能力极限状态下的强度控制，推算不同极限状态下被预测梁的控制弯矩，并建立了桥梁结构承载能力预测方程，从而完成桥梁结构实用动力预测全过程。
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Effect of reinforced stringers and rings wave propagation of the shell was analyzed and mechanism of vibration depression was discussed by wave propagation theory.
结果表明，采用当前的加筋方案对壳体结构的振动噪声控制、固体传声控制和动强度控制具有良好的效果。
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The time-temperature dependence of GFRP laminates was investigated by means of the flexural strength master curve and time-temperature shift factor curve.
通过弯曲强度控制曲线的时间温度移动因子曲线分析了GFRP层合板的弯曲强度时间温度相关性。
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Starch nanoparticles have been prepared with W/O starch microemulsion as microreader and epichlorohydrin as cross-linking agent. The factors affecting the preparation of SN have been investigated via the characterization of TEM. The results show that the size and size distribution of SN are mainly controlled by the interfacial strength of microreactor, and the interfacial strength of microreactor is chiefly influenced by W value (the molar ratio of water / surfactant) and concentration of starch. The SN with controllable size and size distribution can be obtained by adjusting preparation parameters.
利用所得到的W／O型淀粉微乳液作为微型反应器，以环氧氯丙烷为交联剂制备出淀粉纳米粒，并借助透射电镜的表征研究了各制备因素的影响，研究结果表明：淀粉纳米粒的粒径及粒度分布主要受微型反应器的界面强度控制，而影响界面强度的因素主要是R值(即水与表面活性剂的摩尔比值)及淀粉液浓度。
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The three patches of receptive field existed a few overlapping areas and also had separate area. When the intensity of mechanical stimulation was controlled to evoke only one T cell excited, the simultaneous intracellular recordings with four microelectrodes (one in AP cell and the other three in three T cells respectively) could shown that under natural conditions AP cells can positionally discriminate the area of the mechanical stimulation on a single annulus with the postsynaptic potential.
将机械刺激强度控制在只激活一个T细胞时，利用四根胞内微电极同时记录（三根电极在三个T细胞内，第四根电极在AP细胞内），结果表明AP细胞在自然条件下对单个体环上的机械刺激区域确实具有突触后电位的部位分辨功能。
- 更多网络解释与强度控制相关的网络解释 [注：此内容来源于网络，仅供参考]
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anchorage strength：锚固强度
governing 控制 治理 管理 操纵 调整 调节 | anchorage strength 锚固强度 | pygochord [动]尾索 某些半索类小肠的腹正中嵴状突起
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AVC Automatic Volume Control：自动强度控制,自动音量控制
AVB Auriculo-ventricular Block 房室传导阻滞 | AVC Automatic Volume Control 自动强度控制,自动音量控制 | AVD Arteriovenous Difference in Oxygen 动静脉氧分压差
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control grid：控制栅
其中含一被加热的阴极,二至多个环状阳极,射线经过这些阳极射到 管子的扩大端.管子扩大端涂有荧光材料,因而成为荧光屏,阴极射线射 到荧光屏上任意一点,这一点就发光.阴极和阳极之间有一控制栅 (control grid),可使光束的强度发生改变,
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digital control：数字控制
焊接压力切换(VARIO PROCESS)有效控制融陷速度从而提高焊接强度相对位移模式(RPN)可保证恒定的焊接深度,避免塑料件本身公差的影响数字控制(DIGITAL CONTROL )保证焊接结果的可重复性.数字闭环发生器控制系统连续监控和调节换能器/变幅杆/焊模组的频率,
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High-Level Data Link Control：高级数据链路控制
high intensity source 高强度辐射源 | high level data link control 高级数据链路控制 | high level injection 高能级注入
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intensity control：强度控制
intensity 强度 | intensity control 强度控制 | intensity convolution integral 强度卷积积分
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intensity control：亮度调整;强度控制
intensitometer X- 辐射量计 | intensity control 亮度调整;强度控制 | intensity of anomaly 异常强度
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intensity control：强度控制;亮度控制
intensity control 亮度调整强度控制亮度控制 | intensity control 强度控制;亮度控制 | intensity level 强度级
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intensity control amplifier：亮度调节放大器
intensity control 强度控制,亮度调节,亮度调整 | intensity control amplifier 亮度调节放大器 | intensity convolution integral 强度卷积积分
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threshold intensity：阈强度
1、阈强度:通常把在一定刺激作用时间和强度-时间变化率下,引起组织兴奋的这个临界刺激强度,称为阈强度(Threshold Intensity)或阈值. 在生理实验中,常用电刺激研究细胞的兴奋性. 严格地讲,电刺激并不是生理刺激,但其强度和作用时间易精确控制,