Effects of Spiral CT Reconstruction Interval on Gross Target Volume of Tumor

Relationship Comparative Study Between Prescription Volume and Target Volume in Gamma Knife Dose Planning

伽玛刀剂量计划系统照射容积和靶区容积的相关性比较

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The Application Research of Optical Flow Method in Target Volume Motion Image Registration

光流法在靶区运动图像配准中的应用研究

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Regression equation shows that one-knob linear regression coefficient for welding current target signal and welding voltage target signal in CO_2 welding process will increase with an increase in ( welding) wire diameter, but constants of regression equation will decrease.

回归方程表明，CO2焊接随焊丝直径增加，其焊接电流目标信号与焊接电压目标信号的一元线性回归系数增加，回归方程的常数项减小。

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On the basis of one-knob linear regression analysis, the unified adjusting of CO_2 welding current target signal and welding voltage target signal has been realized by using hardware circuit, and welding voltage target signal can be fine adjusted.

在一元线性回归分析的基础上，应用硬件电路实现了CO2焊接电流目标信号与焊接电压目标信号的一元化调节，并且具有焊接电压目标信号的微调功能。

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Deposited at high target self-bias voltage, the BST thin films are highly ( 100)-orientation, and have smooth surface, excellent crystallinity and good withstand voltage properties.

在较高自偏压下制备的BST薄膜具有高度的（100）择优取向，且结晶性好，表面平整，耐压能力强。

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Our results reveal that high pyroelectric property of BST thin film could be achievable using inverted cylindrical RF sputtering with high target self-bias voltage.

研究结果表明，利用倒筒式射频溅射方法，适当提高自偏压，可以制备出热释电性能优良的BST薄膜。

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The influence of target self-bias voltage on the microstructure and electrical properties of sputtered BST films was investigated.

研究了自偏压对BST薄膜结构及电学性能的影响。

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Battery voltage sense input above target charging voltage during engine operation.

在引擎运转时，电池电压感应输入高于标准充电电压。

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By using C8051F040 SCM to control the neutron tube ′ s filament voltage, the target voltage and the pulse of the anode, the downhole tool can work at an ideal state.

通过C8051F040单片机对中子管的灯丝电压、靶压以及阳极脉冲进行控制，使其工作在一个理想状态，是提高仪器测井效率、延长中子管使用寿命的重要手段。

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In order to increase neutron output of minitron, it is necessary to use the high-voltage multiplier with high target voltage, strong target current and high-power output.

但为了克服其中子产额低的缺点，需要高靶压、大靶流及输出功率大的高压倍加器。

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Influence of various factors, including microwave power, target voltage and gas pressure, on the plasma properties in diamond-like carbon ( DLC) film growth was also discussed.

研究结果表明，微波功率、靶电压和真空度等参数对等离子体特性具有重要的影响。

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The signal current increases linearly with light intensity, r is about 0.95. The dark current is about 1-3 nA at operating target voltage.

信号电流随照度线性增加，γ值约为0.95。在工作电压下暗电流约为1&3nA。

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The influence of target voltage and deposit rate varying with oxygen flow is discussed. The optimized oxygen flow of deposite oxide film is presented.

讨论了靶电压及沉积速率随氧流量的变化的磁滞回线效应，分析得出了沉积氧化物薄膜的最佳氧流量。

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Measurement and analysis have been made on the target voltage induced by the effect of spatial charge seperation at various power densities.

观测并分析了不同功率密度下，由于激光等离子体的空间电荷分离效应而产生的靶电压。

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The Influence of Power Mode on the Target Voltage When Sputtering the ZnO Film by DC Pulse

用中频脉冲电源溅射ZnO薄膜时脉冲参数对溅射电压的影响

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Measurement of target voltage in laser plasmas

激光等离子体中的靶电压测量

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The target voltage outputs were lower than 1.0 V.The target pulse width outputs ranged from 0.33 ms to 0.45 ms during different follow-up periods.

目标电压输出值在术后不同的随访时期均低于10V。目标脉宽输出在术后1周到6个月在033～045ms之间。

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Visibility estimation that is an important process in attacking target by UAV includes visibility analysis and probability calculating of visibility.

通视判断是超低空无人飞行器对目标攻击的一个主要环节，它包括通视性分析和通视概率计算。

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The stealth weapons can be detected. The conventional long wave but lower frequency radar can detect the threat target of low visibility. The laser radar, the photoelectronic detection and the radar component have the ability to detect stealth target.

隐身兵器并非不可探测，采用常规的长波低频雷达可以探测低可见性目标，采用激光雷达、光电探测和雷达组网等均具有探测隐身的能力。

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According to the parameters such as minimum detectable power, range and reflectivity of simulant target, meteorological visibility and optical efficiency, the maximum range of laser altimeter was figured out by the range-finding equation.

将最小可探测功率、模拟目标距离、目标物反射率、光学效率等参数代入最大测程推算方程，得出激光高度计最大测程指标。

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