task n. 1.(派定的)工作,任务,功课。 2.艰苦的工作,苦差使。 3.〔废语〕租税,税款。 set (sb.) a task 派(某人)一个任务。 be at one's task 在做着工作。 It's quite a task to figure out 10 problems in an hour. 一小时内算出十道习题可是个艰苦的工作。 bring [call, take] sb. to task (for doing sth.) (为…)责备(某人)。 take a task upon oneself 接受任务。 vt. 1.派给工作。 2.虐待,使作苦工。 3.〔废语〕课税。 task one's energies 尽全力。 taskbar 【计算机】(通常显示于电脑屏幕底部的)任务栏。
team n. 1.(运动比赛的)队,团;工作队,工作组,作业班;一班[一组]工人。 2.(一起拖车子的)一队牲口,联畜,联兽。 3.(野鸭等的)群,同胎仔,一窝的雏。 4.牲口和所拉的车。 a basket-ball team 篮球队。 a team race 团体赛跑。 a team event 团体赛。 a football team 足球队。 an inspection team 视察小组。 vi. 协同工作,赶联畜;驾驶卡车。 vt. 把(牛马等)联套在车上;用联畜运;〔美国〕(将工作)交给承包人;使转包工作。 team up with 〔美国〕和…协作。
Summarizing and arranging the achievements obtained by the task team before . 2 总结和整理了课题小组前期研究工作所取得的成果。
The dissertation ' s main research content is to establish the metrology transfer standards on naturalgas flux . the task team aimed at the characters of the pvtt and mt methods for the naturalgas standards founded by native nation for the presents . for the purpose ofgaranting the accuracy of the values of quantities of the standards , reling on the measure process control methods , analyzed the present situation and the metrology capability of the naturalgas standards of measurement , analyzed and calculated the metrology methods and uncertainty of the transfer standard , analyzed the site experiments and the testing data 本文主要研究的内容是建立天然气流量计量传递标准,课题组针对目前国内建立的pvtt法、 mt法等天然气计量标准装置的特点,以保证天然气流量计量标准装置量值准确为目的;以测量过程控制方法为依据,对天然气流量计量标准装置的现状和计量性能进行了分析;对传递标准的计量方法和不确定度进行了分析和计算;对传递标准的硬件和软件进行了研究和设计;对传递标准进行了现场试验和数据分析;达到了利用传递标准对天然气计量标准装置进行现场比对和分析,进而保证计量标准装置值头准确的目的。
So the measure technology of gas - solid two - phase flow yet belongs to the research field urgently waiting for developing based on the research achievements obtained by our task team recently , this dissertation further employed information process technology into parameter measurement of gas - solid two - phase flow , where the neural network technology was used to recognize the flow regime and the data fusion technology to measure the flow velocity of solid - phase particles , and the simulation research was worked 因此,气固两相流检测技术尚属一个急待发展的研究领域。本文在课题研究小组近年来取得的研究成果基础上,进一步将信息处理技术引用到气固两相流参数检测中。文中主要应用神经网络和数据融合这两种方法分别进行气固两相流流型的辨识及固相颗粒流速的检测,并进行了仿真研究。