SWV

Process Capability Analysis in Skew Distribution Based on SWV Methods

基于SWV方法的偏态过程能力分析

Analysis of the Geo / Geo / 1 / SWV Queue with Set-Up Period

带启动期的Geo/Geo/1/SWV排队系统

A direct method of estimating SWV using GPS non-difference LC observation combinations without the effect of ionosphere is presented .

基于此提出了一种利用无电离层影响的GPSLC非差观测组合直接计算斜路径方向水汽含量的方法。

The fabrication of square-wave voltammetry ( SWV ) carbon nanotubes sensor for E. coli and its application .

大肠杆菌碳纳米管方波伏安传感器制备及应用。

Skewness Correction ( SC ) control chart and Scaled Weighted Variance ( SWV ) control chart application are studied to apply , separately .

对偏度校正（SC）控制图和比例加权方差（SWV）控制图的进行应用研究。

Rapid Determination of Nimodipine in Non-aqueous Solution by SWV Simultaneous Determination of Several Dissolvable Sulfur Species in Papermaking Wastewater by Square Wave Voltammetry

非水溶液中方波伏安法快速检测尼莫地平造纸废水中几种可溶性硫形态的方波伏安法分析

Comparing with Water Vapor Radiometer ( WVR ) measurements showed that it can get millimeter level accuracy of SWV estimated by this method every 30 seconds .

该方法每30秒钟计算一次斜路径方向的水汽含量.计算结果与水汽辐射计（WVR）的观测值比较表明，利用该方法计算斜路径方向的水汽含量可以达到毫米级的精度。

Other than traditional SWV in which currents are sampled only at the end of each pulse , FT-SWV continuously collects the current response and then transforms it into frequency domain .

与只在每个脉冲末端采集电流的传统SWV不同，FT-SWV持续收集电流响应然后将其转换为频域频谱。

The electrochemical behavior of E. coli cell suspension on multi-walled carbon nanotube ( MWCNT ) modified glassy carbon electrode was studied by using cyclic voltammetry ( CV ) and SWV .

采用循环伏安和方波伏安技术研究了多壁碳纳米管（MWCNTs）修饰玻碳电极上大肠杆菌细胞的电化学行为。

The rate constant and ion transfer coefficient α can be estimated by the obtained fmax . Compared with traditional SWV , FT-SWV is much simpler and faster in ion transfer kinetics estimation . 2 .

速率常数和离子转移系数α可以通过得到的fmax测定，同传统SWV相比，FT-SWV在离子转移动力学测定过程中更快更简单。

With ship-borne dynamic GPS measurements and synchronous meteorological observations in the Bohai Sea , the oceanic GPS / SWV information is extracted and validation of improved algorithms and accuracy analysis of GPS / SWV are carried out .

利用渤海船载动态GPS测量和同步气象观测数据，提取了海上动态GPS/SWV信息，并对改进算法进行了数据验证和精度分析。

SWV obtained by the this method can be used in tomography to sense the three dimensional structure of water vapor and improve the initial conditions of numerical weather forecast . It 's also useful in correcting the error of GPS geodesy and radar images .

用该方法计算的GPS信号斜路径方向上的水汽含量，可以用于层析水汽的三维分布，优化数值天气预报的初始场，也可以改正GPS大地测量和雷达影像的误差。