1.Based on the characteristics of aqueduct-stayed optimal design, cable optimization, aqueduct body selection optimization and aqueduct body vertical section optimization are included.
根据斜拉式渡槽优化设计的特点，本文将槽身优化分为索力优化、槽身横断面优化以及槽身纵断面优化三个方面进行优化设计，确定斜拉索预应力、槽身断面尺寸、槽身横向及纵向预应力钢铰线配筋数量等槽身设计的主要变量。
2.According to the specific characteristics of the big aqueduct a thin-shall aqueduct with semiellipse cross section has been put forward and the calculation method of this cross section has been analyzed. A set of curves used in graphic method are drawn and a program AWC used in design calculation is written in MATLAB language,for checking the water transfusion capacity, or calculating the bottom slope, or determining the section dimensions of an aqueduct.
针对超大型渡槽设计中的特殊问题 ,提出半椭圆型薄壳渡槽并分析其过水断面计算方法 ,使用MATLAB语言开发出半椭圆型渡槽水力计算图算法关系曲线与U型渡槽水力计算软件AWC ,验算渡槽的输水能力或决定渡槽的底坡 ,确定渡槽的截面尺寸。
3.So far as the aqueduct with large discharge and lower head is concerned, the non-uniform flow will occur in the aqueduct, when the discharge is enlarged after the water-carrying section being determined based on the design discharge and the given head; for which the flow condition must be presumed, so as to determine the water surface profile.
摘要大流量低水头渡槽根据设计流量和给定水头确定过水断面后，通过加大流量时，渡槽内就会发生非均匀流，需对这种水流情况进行推算，以确定渡槽在通过加大流量时的水面线。
4.Based on the analysis of the temperature test result of the landing rectangle aqueduct of Caohe River for the emergency water supply project of the Beijing-Shijiazhuang Section on the Middle Route of the South-to-North Water Diversion Project, the temperature developing feature of the early-age hydration heat of the thin-wall concrete is described, and then the main effecting factors of the hydration heat temperature on the landing rectangle aqueduct and the control measures concerned are put forward herein.
摘要通过对南水北调中线京石段应急供水工程漕河渡槽段落地矩形渡槽温度测试结果的分析，阐述了薄壁混凝土早期水化热温度发展的特点，提出了影响落地矩形渡槽水化热温度的主要因素与控制措施。
5.The different distributions between GRK2 and GRK5 mRNA were also observed in periaqueductal gray (PAG) where GRK5 mRNA-positive cells are widely and uniformly distributed in the aqueduct with higher stain but GRK2 mRNA-positive cells only distribute around dorsal and ventral parts of the aqueduct with lower stain.
此外，我们还比较了GRK2和GRK5mRNA在脑内的分布特征，发现在导水管周围灰质(PAG)两者的基因表达明显不同，表现为GRK5 mRNA在此区域内分布较GRK2 mRNA广泛，GRK5 mRNA阳性细胞灰度高于GRK2的mRNA阳性细胞。
6.The computational formulas and criteria for safety evaluation of the earthquake resistance of the aqueduct structures are introduced herein; with which the final evaluations of the seismic safety for three types of aqueduct structures in Dongjiang-Shenzhen Water Supply Reconstruction Project is presented as well.
摘要讨论了渡槽结构抗震安全性评价所依据的标准和计算公式，由数值分析结果，对东深供水改造工程中三类不同型式渡槽的抗震安全性进行了评价。
7.This paper presents with stress the application of reinforced concrete with steel fibre meshes( FOC) to hysraulic structures including aqueduct, gate, small diversion dam and light quay wall, calculation of strength of nomal and diagonal sections of T-beam and also calculation of bearing capacity of sheet.
重点介绍网状钢纤维增强混凝土（FOC）在水工建筑物上的应用,包括在渡槽、闸门、小型拦河坝、轻型岸壁等工程上的应用实例,T形梁正斜截面的强度计算,板材承载力计算的方法。
8.Roman censor and consul who built the first Roman aqueduct and began construction of the Appian Way.
克劳迪亚斯，阿皮尤斯4世纪至3世纪罗马检查官和执政官，修建了第一条罗马高架渠并开始阿比恩大道的建设
9.BEM simulation of nonlinear sloshing for aqueduct fluid
渡槽中流体非线性晃动的边界元模拟
10.The article analyses the reasons for the main defects such as cracks, subsidence and ablations that existes in the irrigation collocation buildings such as aqueduct, clough and water fall and puts for ward some technical processing measures.
摘要文章对深史杭灌区配套建筑物渡槽、水闸、跌水等存在的裂缝、沉陷、冲蚀等主要症害原因进行了分析，提出了相应的处理措施。
