scan rate
英 [skæn reɪt]
美 [skæn reɪt]
网络 扫描速率; 扫描速度; 采样速率; 扫描频率; 扫描率
双语例句
- The scan rate and free rate both show in the output from a "vmstat-I22".
在“vmstat-I22”的输出中可以看到扫描速度和空闲率。 - From there, you may need to adjust the scan rate ( a setting that the PowerStrip tool allows you to modify) until you get a stable picture.
从这里开始，可能需要修改扫描频率（PowerStrip工具可以修改这个设置），直到获得稳定的图像为止。 - High paging indicates a lack of RAM; a high scan rate ( the sr column) shows a potential memory bottleneck.
较高的分页表示缺少RAM，较高的扫描速率（sr列）显示了潜在的内存瓶颈。 - Effects of Scan Rate of the Fourier Transformation Spectroscopy on Test Result Among these are the introduction of FT Raman, IR dichroism, IR microscopy, and NMR imaging spectrometers.
傅里叶光谱仪扫描速度对测试的影响其中包括傅立叶变换拉曼色谱仪，红外二色仪，红外显微镜和核磁共振成象光谱仪。 - The potential of reductive peak is linear with the logarithm values of scan rate.
还原峰的峰电位与扫描速率的对数值呈线性关系。 - The "clean" area could be adjusted by setting some parameters, such as setpoint, scan size, scan rate, scan sample/ lines, offset, and scan duration.
通过调节设置点、扫描范围、扫描速率、扫描线数、偏置值等成像参数及扫描时间，可以控制清扫的力度和范围。 - For the cathodic wave, only a single peak of ZnL~ ( 2+) appeared when the temperature was less than 20 ℃, the scan rate was greater than 60mV/ s and the concentration of josamycin ( nb) was less than 493 μ/ mL.
当温度≤20℃，扫速大于60mV/s和交沙霉素浓度（nb）低于493μ/mL时，阴极波仅为ZnL~（2+）的单峰。 - The small angle increase with the scan rate;
随着区熔速率的增大，小角度晶界数量明显增多； - The results indicated that potential scan rate and step frequency played an essential role in the initiation and propagation of crack.
结果表明，电位扫描速度和电位阶跃频率对裂纹萌生与扩展有显著影响。 - The determination of trace lead was described by second-order differential anodic stripping voltammetry with mercury film carbon fibers electrode in zinc sample. The effect of dissolved oxygen, scan rate, clear time, deposition time and pH on the determination of lead was discussed.
本文提出了碳纤维束汞膜电极二次微分阳极溶出伏安法测定锌中微量铅的方法，对溶解氧、扫描速度、电极清洗时间、富集电位和时间及酸度的影响作了讨论。 - The microhardness also decreases with the scan rate increasing.
显微硬度的测试结果表明，随着区熔速率的升高，显微硬度也降低。 - In the scan rate range of 10~ 1 000 ( mV/ s,) the reduction and oxidation peak currents are linear with the square root of the scan rate which showed that electrochemical behavior of SNP on GCE is a diffusion controlled electrochemical process.
在扫描速度10~1000mV/s范围内其还原峰电流和氧化峰电流与扫描速度的平方根（v1/2）呈良好的线性关系，表明SNP在GCE上的伏安行为是一受扩散控制的电化学过程。 - The balling effect of 316 stainless steel powder was studied, and the effects of process parameters, such as laser power, scan rate, and layer thickness, on, the success of laser sintering were discussed.
本文分析了316不锈钢粉末球化效应产生的原因，讨论了工艺参数（激光功率、扫描速度、粉层厚度）对316不锈钢金属粉末烧结成形的影响。 - The influences to IGA under different condition were analyzed, especially, through changing the sensitization time and temperature, scan rate and solution temperature. The results were compared with the result of the oxalic acid etching test.
研究了不同条件对敏化度的影响，特别是不同敏化时间、敏化温度、扫描速度、溶液温度对奥氏体不锈钢晶间腐蚀性能的影响，并与草酸电解浸蚀实验结果进行对比。 - The results show that increasing scan rate and decreasing laser power can minish balling effect to a certain extent.
研究表明，适当提高扫描速度或减小激光功率可以在一定程度上减小316不锈钢粉末选择性激光烧结的球化效应。 - The effects of the acidity and concentration of electrolytes, accumulation potential, accumulation time and scan rate on peak current of cobalt were studied to acquire optimum conditions.
研究了介质的PH值、介质的浓度、富集电位、富集时间及扫描速度等因素对峰电流的影响，获得较为优化的测试条件。 - Further, the influence of supporting electrolyte, pH, scan rate, accumulation potential and accumulation time was examined on the electrochemical response of uric acid. After obtaining the optimized parameters, a highly sensitive and convenient electrochemical method was established for the determination of uric acid.
进一步研究了支持电解质种类、pH值、扫速、富集电位、富集时间等对尿酸氧化信号的影响，获得了最佳的测试条件，建立了一种测定尿酸的新方法。 - Under the best accumulation and determination solution, different parameters such as the pH of the accumulating solution, preconcentration time, the scan potential, scan rate and so on were optimized.
选择了最佳的富集和溶出底液，优化了各种实验参数（如富集底液的pH、富集时间、扫描范围、扫描速率等），并考察了其他离子的干扰影响。 - The influence of scan rate to redox current and potential were observed and the related electrochemical parameters were calculated.
考察了扫描速率对小分子氧化还原电流和电位的影响，求解了相关的电化学参数。 - The cyclic voltammetry of different scan rate indicated that the reduction peak current is linear with scan rate in scan scale which means the electrode process is controlled by surface reaction.
不同扫描速度的循环伏安测试显示，在扫描范围内，还原峰电流与扫描速度呈线性关系，表明在此范围内电极过程受表面反应过程控制。 - The scan rate reduced proportionately with resistance and capacitance increasing.
极化电阻和电容增大时，测量极化曲线的扫描速率相应成比例降低。 - The effects of different parameters related to the methanol oxidation reaction kinetics, such as Pt loading, mass of PNI film, concentration of methanol and KOH, potential scan rate, have been investigated in detail.
详细考察了不同参数对甲醇的电催化氧化的影响，例如：膜的量、铂的载量、KOH和甲醇的浓度、扫描速率和不同的碱性电解质等等。 - In addition, the effect of the organic solvents, the scan rate, the electrolyte concentration and the effect of [ Fe] concentration on the redox behavior of the synthesized polymers were investigated.
更进一步，对有机溶剂、扫描速率、电解质浓度及[Fe]浓度对于所合成聚合物的氧化还原行为的影响也进行了研究。 - In the neuter phosphate buffer solution, the electrochemical behavior to dopamine was investigated, the influence of pH and scan rate were also reviewed. At the optimal condition, such electrodes successfully detect dopamine.
以中性磷酸盐缓冲溶液为底液，研究了对多巴胺的电化学行为；同时讨论了溶液的pH值和电流的扫速对该电极电流响应的影响，在优化条件下，实现了对多巴胺的检测。 - In this experiment, optimal experimental conditions such as buffer solution, pH, ethanol concentration, initial potential, scan rate were selected.
试验中对实验条件（缓冲液、pH值、乙醇用量、初始电压、扫速等）进行了优选，确定了最佳实验条件。 - In different scan rate, the electrode current as the voltage curve are quasi-rectangular shape, reflecting a good symmetry and capacitance characteristics.
在不同大小的扫描速率下，该电极的电流随着电压变化曲线均是准矩形形状，体现出良好的对称性和电容特性。 - Cyclic voltammetric curves show the deposition rate of Ni increase with the increase of scan rate.
循环伏安曲线表明随着扫描速率的增加，镍的沉积速率增加。 - The electrochemical behavior of SPAn is affected by the potential scan rate.
SPAn的电化学行为受电位扫描速率的影响。 - The effect of plus load and scan rate on the frictional properties of film have been studied in the micrometer scale.
研究了微米尺度下，外加载荷和扫描速率对薄膜摩擦性能的影响。