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    <Abstrcat> Molecular dynamics simulation study has been performed for a liquid metal system consisting of 1000 Ga atoms to deeply investigate the transition of microstructure configurations.
    对液态金属快速凝固过程进行了分子动力学模拟研究.
    The high-intensity ultrasound acting on a liquid medium can generates a series of unique physical and chemical effects, which hadbeen ultrasound, widely applied in many industries.
    功率超声作用于液态媒质时,可产生多种独特的物理和声化学效应,使其在各行各业中的应用越来越广泛。
    The chemical structures of D5 as a liquid source and films deposited with different methane flux are studied by Fourier transform infrared spectroscopy. The results indicate that the increase of methane is of great advantage to the reservation of ring structure of D5 as well as the formation of high density CH_n fragments in films.
    通过薄膜结构的FTIR谱分析,比较了十甲基环五硅氧烷(D5)液态源和不同甲烷流量下制备的薄膜的键结构差异,发现在沉积过程中甲烷含量的增大,一方面有利于D5源环结构的保留,另一方面有利于薄膜中形成高密度的CHn基团.
    The supercritical carbon dioxide extraction experiment is researched with concentration thick soybeans phosphatide as a liquid model material.
    以浓缩大豆粗磷脂作为液态物料的模型材料进行了超临界CO2萃取研究。
    A continuous nucleation model was used to deal with the heterogeneous nucleation of a liquid metal.
    采用连续形核的方法处理液态金属的异质形核现象。
    Objective: To explore the clinical significance of a liquid embolic agent Onyx in the treatment of cerebral arteriovenous malformations(AVMs).
    目的:探讨应用液态栓塞剂Onyx栓塞治疗脑动静脉畸形(AVM)的技术方法和临床意义。
    Numerical simulation was performed on the motion behavior of a bubble in a liquid metal by volume-of-fluid(VOF) method to study the flow mechanism of a bubble in the molten metal and factors affecting its behavior. Good agreement between the numerical and experimental results for bubble deformation and motion velocity was obtained.
    为了揭示高温液态金属熔体中气泡运动规律及其影响因素,应用VOF方法对单个气泡在液态金属中的运动特性进行了数值计算,得到了与实验数据相符合的气泡变形及上升速度规律;
    A liquid organic field effect transistor (LOFET) was fabricated, of which the active material was threonine.
    制备了以液态苏氨酸为沟道材料的四端有机场效应晶体管,观测了其随着栅极电压的不同呈现出源漏两极之间不同的电学特异现象;
    The results show that the substrate begins to melt and produce a liquid molten pool with the laser beam scanning on it. After a rather short time(about 1.0 s)the molten pool depth increases to a certain value while the molten pool length fluctuates surrounding an invariableness figure.
    结果发现,以一定速度向前运动的激光束辐照基材时,基材表面开始熔化并形成液态熔池,经过一个较短的时间间隔(约1.0 s)后熔池深度增大至一定值,熔池长度则围绕一恒定值波动。
 

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