condition of experiment meaning in Chinese
试验条件
Examples
- The computational results given by s2df under the same conditions of experiments agree well with the experiments data not only the static pressure distribution but also the position of shock
计算的结果不论从叶表静压分布还是激波的位置，与实验的结果都相吻合。这表明了s2df程序气动计算的可靠性。 - Phase composition of nanometer tio2 is analyzed by x - ray diffraction , granule size and appearance of nanometer tio2 are analyzed by scanning electron microscope and transmission electron microscope , so we modified the conditions of experiment and obtained even and dispersive nanometer grade rutile tio2 powder that is spheric or oval - shaped
通过x射线衍射、扫描电子显微镜、透射电子显微镜和原子吸收等检测分析研究，改进制备工艺条件，合成了粒度较均匀、分散性较好的球形或椭球形金红石型纳米级tio _ 2粉体。 - The experiment ' s instruments for er valve are discussed and analyzed . a peristaltic pump is introduced to feed er fluids , and an visual program for data acquisition is wrote . base on the condition of experiment , a test on er valve is taken , and practical results are in agreement with theoretical results
对电流变实验装置进行了分析和探讨，对电流变液的输送使用了蠕动泵；编写了可视化数据采集程序；加工制造了电流变阀；根据现有实验条件，对电流变阀的性能进行了测试。 - Through thorough analysis , we finally drew that on condition of experiment , square diffuser could ensure good air distribution when air supply volumes ranged from 40 to 50 percent or 80 to 100 percent of the maximum air supply volumes . when air supply volumes ranged from 50 to 80 percent of the maximum air supply volumes , square diffuser could not be very ideal with a variable air volume in a cooling mode
经过全面分析，最后得出主要结论：在实验条件下，当送风量处于最大送风量的40 50或80 100范围内时，方形散流器可满足室内气流分布的要求；当送风量处于最大送风量的50 80范围内时，方形散流器用于变风量系统供冷工况不理想。 - With the first - hand data about the changing rules in cropland evapotranspiration collected by the ranzhuang water resources experiment station from the wheat and corn field , an analysis is made on the changing rules cropland evapotranspiration course and depth , and the concerned data range in the condition of experiment is brought forward
摘要根据冉庄水资源实验站大型地中蒸渗仪在种植小麦、玉米情况下的农田蒸散发量实测资料，分析了农田蒸散发量的时程及深度变化规律，提出了在实验条件下农田蒸散发量的数值范围。