velocity level

G., water level and flow velocity in different cases of different discharge. Therefore, the application of Argonaut SL and the method of measuring water level in the tunnel are recommended based on the example of this project.

某隧洞已运行了12年，为了提供科学依据进行安全评价，必须测量不同流量下的隧洞进出口水位、流速等参数，为此结合该工程实例阐述Argonaut SL的应用及洞内水位的测量方法。

So a new concept that the time-dependent sediment transport capacity is proposed, which means sediment transport capacity varies with tidal velocity and water level in half tide cycle and it is a function of time.

为此提出时变挟沙能力的新概念，即水流挟沙能力在半潮周期内随潮流速和潮位同步变化，是时间的函数。

The distributions of water level, velocity and discharge along this reach are calculated according to different amount of the water abstraction and their impacts on the locations of the tidal limit and the tidal current limit are analyzed.

通澄长河段抽引水影响研究根据计算结果对比分析了不同抽、引水量下的水位、流速以及流量的沿程分布，及对潮区界、潮流界和下泄流量的影响。

The characteristic of flow field of Hangzhou Bay has been analyzed and studied in respects of the flow path, velocity patterns, isograms of tide level, residual flow and salinity.

在良好验证的基础上，就杭州湾入射潮波流路、涨落潮流矢分布、等潮位线、余流、盐度分布及无质量标记点迹线追踪等方面，分析、探讨杭州湾流场特性。

Results The growth and the proliferation velocity of MSCs were active and fast respectively when the pH level of culture medium were between 7.2~ 7.4, MSCs formed the cell clone having the anagogic cell shape and exhibited a typical fibroblast-like morphology.

结果培养液的pH值在7.2～7.4之间时，MSCs生长活跃，增殖速度极快，无接触抑制，镜下细胞呈单一梭形外观的成纤维细胞，形成成纤维细胞集落。

A TDD/ CDMA system level simulation platform. is devised. Based on the platform, the effect of power control error on the DL performance of TDD/ CDMA is analyzed and simulated in the environment with velocity of 120 km/ h.

设计了时分双工码分多址系统级仿真平台，仿真分析了功率控制误差对120km/h车速的时分双工码分多址系统下行性能的影响。

The hydrodynamic equations are solved and, simultaneously, the two dimensional advection diffusion equation is solved by using Alternating Direction Implicit method. The numerical solutions have been tested by comparing observed and computed values of water level, and tidal velocity.

根据课题组的二维潮流污染扩散数学模型，选取合适的参数，采用ADI法（Alternating Direction Implicit Method）求解潮流污染扩散方程，并对数值模拟结果进行了水位以及流速的验证。

Using cross sections of the electron impact excitation processes the velocity coefficients for reactions were calculated. It was confirmed that excitation of the resonance level 3d 9 4s 2 2 D with Hbr admixtures is going better.

利用交叉区电子碰撞激发过程计算了反应速度系数，表明具有HBr混合物的3d94s22D能级的共振激发更好。

The mathematical models related tip linear velocity, working density, repeated level of chopper knife to straw chopped rate established.

并且建立了甩刀末端线速度、甩刀工作密度、甩刀重复度和切碎率的回归数学模型。

The calculated distributions of water level and velocity well agree with field measurement.

将之应用于长江下游张家洲分汊河段的流场计算,对水位和流速分布作了验证,验证结果与现场测量基本吻合.