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response time
相关语句
  响应时间
    Measuring of Response Time for A Thin Film Thermocouple Sensor with Quasi-Rectanglar Laser Pulse
    准矩形激光脉冲对薄膜热电偶传感器响应时间的测量
短句来源
    Measurement and Study of Response Time of TiO_2 Thin Film Oxygen Sensors
    薄膜型TiO_2氧传感器响应时间的测试与研究
短句来源
    The electrode possesses a wide linear pH response range form 2 to 11,average slope of 48mV/pH,good stability and reproducibility,relative standard deviation is within 2% and response time is within 10s.
    该电极在pH=2~11范围内成良好的线性响应,平均响应斜率为48mV/pH,抗干扰能力强,相对标准偏差在2%以内,响应时间小于10 s。
短句来源
    The results show that the sensitivities of WO3-based combustible gas sensor are increased 2~10 times by doping 0.5 %(mass fraction) catalysts at 600 mW heat power. Response time and recovery time of sensor are decreased respectively 63 %~78 % and 84 %~95 %.
    结果表明:WO3基元件掺入质量分数为0.5%的催化剂,在加热功率为600 mW时,能提高元件的灵敏度2~10倍,元件的响应时间缩短63%~78%,恢复时间缩短84%~95%。 。
短句来源
    TiO2 sensor doped non catalyst responds to oxygen very slowly, but the sensors processed by PdCl2 catalyst get great improvement in its responsibility. The response time of TiO2 sensor can be incresed from 7 s to 1. 5 s.
    但未加催化剂的TiO2氧传感器响应速度慢,而在TiO2材料中加入PdCl2催化剂可以有效地提高氧敏传感器的化学反应速度,从而使TiO2氧传感器响应时间由7 s减少到1.5 s.
更多       
  响应时间
    Measuring of Response Time for A Thin Film Thermocouple Sensor with Quasi-Rectanglar Laser Pulse
    准矩形激光脉冲对薄膜热电偶传感器响应时间的测量
短句来源
    Measurement and Study of Response Time of TiO_2 Thin Film Oxygen Sensors
    薄膜型TiO_2氧传感器响应时间的测试与研究
短句来源
    The electrode possesses a wide linear pH response range form 2 to 11,average slope of 48mV/pH,good stability and reproducibility,relative standard deviation is within 2% and response time is within 10s.
    该电极在pH=2~11范围内成良好的线性响应,平均响应斜率为48mV/pH,抗干扰能力强,相对标准偏差在2%以内,响应时间小于10 s。
短句来源
    The results show that the sensitivities of WO3-based combustible gas sensor are increased 2~10 times by doping 0.5 %(mass fraction) catalysts at 600 mW heat power. Response time and recovery time of sensor are decreased respectively 63 %~78 % and 84 %~95 %.
    结果表明:WO3基元件掺入质量分数为0.5%的催化剂,在加热功率为600 mW时,能提高元件的灵敏度2~10倍,元件的响应时间缩短63%~78%,恢复时间缩短84%~95%。 。
短句来源
    TiO2 sensor doped non catalyst responds to oxygen very slowly, but the sensors processed by PdCl2 catalyst get great improvement in its responsibility. The response time of TiO2 sensor can be incresed from 7 s to 1. 5 s.
    但未加催化剂的TiO2氧传感器响应速度慢,而在TiO2材料中加入PdCl2催化剂可以有效地提高氧敏传感器的化学反应速度,从而使TiO2氧传感器响应时间由7 s减少到1.5 s.
更多       
  响应时间
    Measuring of Response Time for A Thin Film Thermocouple Sensor with Quasi-Rectanglar Laser Pulse
    准矩形激光脉冲对薄膜热电偶传感器响应时间的测量
短句来源
    Measurement and Study of Response Time of TiO_2 Thin Film Oxygen Sensors
    薄膜型TiO_2氧传感器响应时间的测试与研究
短句来源
    The electrode possesses a wide linear pH response range form 2 to 11,average slope of 48mV/pH,good stability and reproducibility,relative standard deviation is within 2% and response time is within 10s.
    该电极在pH=2~11范围内成良好的线性响应,平均响应斜率为48mV/pH,抗干扰能力强,相对标准偏差在2%以内,响应时间小于10 s。
短句来源
    The results show that the sensitivities of WO3-based combustible gas sensor are increased 2~10 times by doping 0.5 %(mass fraction) catalysts at 600 mW heat power. Response time and recovery time of sensor are decreased respectively 63 %~78 % and 84 %~95 %.
    结果表明:WO3基元件掺入质量分数为0.5%的催化剂,在加热功率为600 mW时,能提高元件的灵敏度2~10倍,元件的响应时间缩短63%~78%,恢复时间缩短84%~95%。 。
短句来源
    TiO2 sensor doped non catalyst responds to oxygen very slowly, but the sensors processed by PdCl2 catalyst get great improvement in its responsibility. The response time of TiO2 sensor can be incresed from 7 s to 1. 5 s.
    但未加催化剂的TiO2氧传感器响应速度慢,而在TiO2材料中加入PdCl2催化剂可以有效地提高氧敏传感器的化学反应速度,从而使TiO2氧传感器响应时间由7 s减少到1.5 s.
更多       
  “response time”译为未确定词的双语例句
    Response time analysis for CAN and TTCAN communications
    CAN与TTCAN通信延迟时间的分析
短句来源
    Its response time is less than one minute. The determination range and detection limit of the sensor are 1.0+10-6-1.0+10-3mol. 1-1 and 6.0+10-7 mol.
    检测范围为1.0×10~(-6)-1.0×10~(-3)mol·1~(-1)。
短句来源
    The biosensor exhibited excellent sensitivity (the detection limit is down to 2.5μmol L-1), fast response time (less than 5 s), wide linear range (from 4μmol L-1 to 2 mmol L-1) and good selection.
    该生物传感器测定葡萄糖具有快速灵敏的响应,其线性范围,检测限和响应的时间分别为:8μmol L-1~3 mmol L-1,3.5μmol L-1,6 s。
短句来源
    The characteristic of Ca2+sensor is determined with ±SD of less 0. 036, RSD of 3. 09%, response time of less 15 s, drift of less 0. 1 mV/min, linear range of 2 ×10-4-1×10-2mol/L and recovery of 100.86%.
    线性范围2×10~(-4)~1×10~(-2)mol/L; 回收率可达到100.86%.
短句来源
    In pH)=7.4 NaOH-KH2PO4 medium, the biosensor has a linear response in. the range of 2.0×10-3 - 6.4 × 10-3 mol/L for concentration of glucose The response time is about 20s.
    在pH=7.4的NaOH—KH_2PO_4介质中,该传感器与葡萄糖浓度在2.0×10~(-5)—6.4×10~(-4)mol/L范围内有良好的线性关系。 响应叶间为20s。
短句来源
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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.
      
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The response time characteristic provides an important information of sensorin integrity.Considerable interest exists in developing in efficient method forresponse time verification that would not require reactor shutdown or other incon-venient testing procedures.In the paper,the in-situ determinations of sensortime constant,by autoregressive model method,maximum entropy method anddynamic data system method,are described.They are used to platinum resistancethermometer,and also can be applicable to...

The response time characteristic provides an important information of sensorin integrity.Considerable interest exists in developing in efficient method forresponse time verification that would not require reactor shutdown or other incon-venient testing procedures.In the paper,the in-situ determinations of sensortime constant,by autoregressive model method,maximum entropy method anddynamic data system method,are described.They are used to platinum resistancethermometer,and also can be applicable to other sensors,e.g.pressure sensorand thermocouple.

随堆测定传感器时间常数是监测传感器可靠性的一种有效方法.本文以铂电阻温度计为对象,以时序分析为基础,介绍无扰动地测定传感器时间常数的自回归模型法、极大熵谱法和动态数据系统法.这些方法对其他传感器(如热电偶和压力传感器等)时间常数的随堆测定也是有效的.

This paper discusses how to drive the execution unit effectively with single D/A converter in a microcomputer controlled multiplexing time-sharing system. While this technique is introduced, the response time of the circuit, and the relationship of the CPU time and the paths number and the circuit parameters are discussed as well. And finally, the steps of circuit design and the program flowchart are given.

本文论述在微机多路分时控制系统中,如何用单个D/A变换器,对多路的执行机构实现有效地驱动。讨论采用这一技术时,电路系统的响应时间,所需占用的CPU工作时间与控制路数及电路参数的关系,最后给出电路的设计步骤及程序流程。

A piezoelectric stress gauge is described in this paper. Its major performances are: measuring range 10-1000 kgf/cm2, response time less than 7 μs, linear error within ±1%, Total error of stress measurement within ±10%. This stress gauge is used for measuring dynamic stress in soil, rock and cementions mediums. It can also be used for measuring dynamic force and dynamic pressure in fluid medium.

本文介绍一种压电式应力计,它的主要性能是:测量量程为10-1000kgf/cm~2;响应时间小于7μs;线性误差小于士1%;综合应力测量误差小于±10%,该应力计可用于测量土、岩石和混凝土介质中的动态应力,也可用于测量动态力和流体介质中的动态压力。

 
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