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response time     
相关语句
  响应时间
    MEASUREMENT OF THE RESPONSE TIME OF 8~14μm INFRARED DETECTORS
    8~14微米红外探测器响应时间测量
短句来源
    The device sensitivity is 2 700 pF/W,noise equivalent power is 8.4×10-8W/Hz1/2 and response time is 0.5 ms.
    计算其灵敏度为2 700 pF/W、噪声等效功率为8.4×10-8W/Hz1/2和响应时间为0.5m s。
短句来源
    It is shown from results that the force between coil and permanent magnet can be increased by at least 40%,simulation frequency is 360 Hz at-3 dB and 375 Hz at-90°,and response time is 0.002 5 s.
    结果表明,所设计的动圈式电-机转换器线圈与永磁体间的作用力提高40%以上。 仿真频宽可达360 Hz/-3 dB,375 Hz/-90,°响应时间为0.0025 s。
短句来源
    The SnO_2/CeO_2 thin film gas sensor has been made by using anti-powder sputter method. It's sensitivity is about 80.The response time is less than 10 seconds and the recovery time is less than 15 seconds.
    利用粉末反溅研制了SnO_2/CeO_2 Si基微型平面薄膜元件,最佳乙醇灵敏度达到80,响应时间<10s,恢复时间<15s;
    Test Analysis of the Laser's Response Time in the Transient Dynamic Calibration System of High-temperature Transducer
    高温传感器动态校准系统中激光器响应时间的测试分析
短句来源
更多       
  响应速度
    The SPNLC exhibits a fast response time and weak wavelength dependency.
    这种SPNLC响应速度快、波长依赖性小。
短句来源
    High-effective and low-cost memory systemThe demand for bandwidth and response time of video decoder is analyzed, a high-effective and low-cost multi-entity interlaced DDR SDRAM controller design and relevant address mapping scheme is proposed.
    高效低成本的存储系统设计本文分析了AVS和H. 264解码器对存储系统带宽和响应速度的要求,针对DDR SDRAM延迟长、多Bank的特点,设计了一套高效的多体交错式DDR SDRAM控制方案和相应的地址映射方式。
短句来源
    The disadvantages of the mechanical tunable filter are high control voltage, slow response time and big volume.
    这种滤光片具有控制电压高、响应速度慢、体积庞大等缺点
短句来源
    In order to improve the sensitivity and response time of high Tc superconduction thin film infrared detector, a desigh of bow-tia was performed . The analysis shows that a noise equivalent power of 1.2 ×10(-12) Whz is achievable by broadening the wavelength and response time τ~1×10(-6)S.
    为了提高超导薄膜红外探测器的工作带宽、响应速度和灵敏度,并便于进行集成平面工艺,设计了微桥型红外敏感元及与其耦合的领结型平面天线(bow—tiaantenna),其检测波长范围可从中红外到毫米波段,理论估算其NEP值可达1.2×10(-12)WHZ,响应时间τ≤10(-6)S。
短句来源
    In this paper the operational principle and electric characteristics of absorptive voltage variable attenuator are introduced. On the basis of SZZ001 and SZZ002 type absorptive voltage variable attenuator,the microwave modu- lator with fast modulation speed is developed. The response time is less then 100ns,and the electrical parameters of digital attenuator is also given.
    介绍了吸收式电调衰减器的工作原理及电特性,在SZZ001型及SZZ002型电调衰减器基础上,又研制出调制速度极快的微波调制器,响应速度小于100ns,还给出数字控制衰减器的电特性参数。
短句来源
  时间响应
    The response time of 8~14μm infrared detectors is measured by means of the
    本文使用时间响应法测量8~14μm红外探测器响应时间。
短句来源
    The property of the four-wave mixing gratings and the phase-conjugate response time of Ce∶KNSBN photorefractive fiber-like crystal were studied.
    还研究了Ce∶KNSBN光折变类光纤四波混频光栅模式和相位共轭光时间响应特性 .
短句来源
    An all-optical switch based on two-dimensional nonlinear photonic crystal waveguide used CdS_(x)Se_(1-x)doped glass with large nonlinear refractive index and nonlinear fast response time has been designed.
    利用非线性折射率系数较大且非线性时间响应较快的CdSxSe1-x玻璃为材料,设计了一种二维非线性光子晶体波导全光开关。
短句来源
    Using a high-speed camera system, the response time of three types of LC-SLM in several temperatures are studied.
    采用高速图像摄取装置和相关光路结合组成的实验系统,分别研究了三种不同液晶空间光调制器的时间响应特性及温度对时间响应特性的影响。
短句来源
    The distinctive feature of this system is the whole SLM can be divided into 128 X 128 lattices, then lattices can be studied separately. That means response time in 2-dimensional plane can be studied.
    这个实验系统的最大特点是把被研究的液晶空间光调制器分成128×128个点阵,然后同时获得16384个点阵的时间响应特性,即两维空间的时间响应特性。
短句来源
更多       
  响应时间
    MEASUREMENT OF THE RESPONSE TIME OF 8~14μm INFRARED DETECTORS
    8~14微米红外探测器响应时间测量
短句来源
    The device sensitivity is 2 700 pF/W,noise equivalent power is 8.4×10-8W/Hz1/2 and response time is 0.5 ms.
    计算其灵敏度为2 700 pF/W、噪声等效功率为8.4×10-8W/Hz1/2和响应时间为0.5m s。
短句来源
    It is shown from results that the force between coil and permanent magnet can be increased by at least 40%,simulation frequency is 360 Hz at-3 dB and 375 Hz at-90°,and response time is 0.002 5 s.
    结果表明,所设计的动圈式电-机转换器线圈与永磁体间的作用力提高40%以上。 仿真频宽可达360 Hz/-3 dB,375 Hz/-90,°响应时间为0.0025 s。
短句来源
    The SnO_2/CeO_2 thin film gas sensor has been made by using anti-powder sputter method. It's sensitivity is about 80.The response time is less than 10 seconds and the recovery time is less than 15 seconds.
    利用粉末反溅研制了SnO_2/CeO_2 Si基微型平面薄膜元件,最佳乙醇灵敏度达到80,响应时间<10s,恢复时间<15s;
    Test Analysis of the Laser's Response Time in the Transient Dynamic Calibration System of High-temperature Transducer
    高温传感器动态校准系统中激光器响应时间的测试分析
短句来源
更多       

 

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  response time
Study on I/O response time bounds of networked storage systems
      
In order to predict and improve the performance of networked storage systems, this paper explored the relationship between the system I/O response time and its performance factors by quantitative analytical method.
      
Through analyzing data flow in networked RAID storage system, we established its analytical model utilizing closed queueing networks and studied the performance bounds of the system I/O response time.
      
The insertion loss (IL) is 3.40 dB, the polarization dependent loss is 0.47 dB, the extinction ratio (ER) at bar state and cross state is 32.01 dB and 16.42 dB respectively, the response time is less than 3 ms, and the power consumption is 658 mW.
      
Resolution of the PSMs sensor is high, response time and resume time is short and repetition is good.
      
更多          


The response time of 8~14μm infrared detectors is measured by means of the

本文使用时间响应法测量8~14μm红外探测器响应时间。产生的电脉冲上升时间小于1.5ns。红外探测器直接接入示波器,可在示波器上观察其响应时间。该方法具有测量简便、迅速和直观等优点。

Two methods, manual backing off and capacitor coupling (by cutting off the d.c. component) are usually used to measure a small transient signal superposed on a large electric current. The shortcomings of them are analysed and an automatic current backing off circuit with high accuracy is described in this paper. The response time of this circuit needed for the compensating a sudden change in the large electric current is less than 50 microseconds. The described circuit can be used for the time scale...

Two methods, manual backing off and capacitor coupling (by cutting off the d.c. component) are usually used to measure a small transient signal superposed on a large electric current. The shortcomings of them are analysed and an automatic current backing off circuit with high accuracy is described in this paper. The response time of this circuit needed for the compensating a sudden change in the large electric current is less than 50 microseconds. The described circuit can be used for the time scale from 1. microsecond per division upward on an oscilloscope. Mathematical analysis of the response time of the circuit is presented and a practical circuit is also given in detail.

在测量强电平上迭加的瞬变微弱信号时,常采用手动调节补偿电平和电容隔直两种方法。本文分析了这两种方法的缺点,给出了一种测量精度高的电流自动补偿电路。该电路对强电流本身变化的补偿速度小于50μs,可用于在示波器上观察大于1μs/格的瞬变微弱信号。文中还给出了电路反应时间的数学分析和实际电路的细节。

The relations between the peak values and half widths of the spontaneous emission spectrum and the carrier distribution have been analysed.The behavior of peak valuesand halfwidths of carrier distribution in parabolic-exponential band and in impurityband of Gaussian type have been studied and calculated under various degrees of com-pensation.The features and matrix elements of the transitions between differenttypes of energy state,and the corresponding radiation recombination lifetimes havebeen analysed and...

The relations between the peak values and half widths of the spontaneous emission spectrum and the carrier distribution have been analysed.The behavior of peak valuesand halfwidths of carrier distribution in parabolic-exponential band and in impurityband of Gaussian type have been studied and calculated under various degrees of com-pensation.The features and matrix elements of the transitions between differenttypes of energy state,and the corresponding radiation recombination lifetimes havebeen analysed and calculated.As a result,the fact that the response time becomesmuch longer in Si-doped GaAs LED has been elucidated.The stationary and transienttime-resolved spectra of Si-doped GaAs LED with various degrees of compensationhave been measured at room temperature.And the experimental results agree quali-tatively with that of the theoretical calculations.

本文分析了自发发射光谱的峰值、半宽与载流子分布极大值、半宽的关系,研究了抛物-指数带和高斯型杂质带中载流子分布极大值与半宽的变化规律、并计算了不同补偿度下的载流子分布极大值和半宽.分析了各能级间的跃迁特点,计算了整个能量范围内的跃迁矩阵元,计算了导带到价带和导带到杂质带的辐射复合寿命,讨论了使掺Si-GaAs发光二极管响应时间变长的原因.在室温下测量了不同补偿度的掺Si-GaAs发光二极管的稳态和瞬态时间分辨光谱.实验结果与理论计算定性一致.

 
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