英语人>网络例句>高水位 相关的搜索结果
网络例句

高水位

与 高水位 相关的网络例句 [注:此内容来源于网络,仅供参考]

In the aspect of shrimp migration test, the finding reports that shrimp would use the porosity filtering to crawl towards upstream when the flow rate is at 0.001cms, and do so on the bottom of the fishway when the flow is even less.

试验结果显示,在水理试验方面,改良后鱼骨型鱼道水位皆比原鱼骨型鱼道高,流量则比原鱼骨型鱼道低,显示多孔隙滤材能有效改善流况;排砂试验方面,泥砂约於时间第30分钟即达到输砂平衡,排砂率在97%以上,残留於鱼道之泥砂为3%以下,证明增设多孔隙滤材并不影响其排砂率;鱼类上溯试验方面,粗首鱲於试验时间内,上溯率达73%以上,皆比原鱼骨型鱼道为高,显示改良后鱼骨型鱼道更适於鱼类上溯;而溪虾上溯试验方面,发现溪虾於流量0.001时,藉由多孔隙滤材向鱼道上游攀爬,再由量更小的情况下,溪虾便由鱼道渠底向上游攀爬。

By using the HYDRUS computer program, one dimensional water salt movement was simulated under diffirent well canal combined irrigation schemes with typical irrigation regime for cropping wheat in spring and corn in late summer.

针对灌区土壤地下水位高、地下水矿化度高、潜水排泄以蒸发为主等原因,研究了基本灌溉模式、井渠结合灌溉模式的改变对不同程度盐碱地改良的效果,提出适合银北灌区不同盐碱地的灌溉制度

This paper analyzes the trends and variations of cross-section profile parameters in lower Yellow River with the methods of time series analysis. The analysis results show that since 1950s, cross-section profile parameters in lower Yellow River have change with trend, especially after 1990s, the bankfull discharge and bankfull area all show decreasing trends at all the four stations. The bankfull width at Huayankou, Gaocun and Lijin station and the average depth at Huayuankou and Aishan station and the maximal depth at Gaocun station show decreasing trends while the bankfull water level at Gaocun and Aishan station and width-depth ratio at Aishan station show increasing trends.

本文采用时间序列分析的方法对黄河下游河道断面形态参数变化趋势及其变异点进行了分析,分析结果表明从20世纪50年代以来,断面形态参数发生了趋势性变化,特别是90年代以来各站平滩流量和平滩面积均有显著的下降趋势,花园口站、高村站和利津站平滩河宽出现了显著下降趋势,花园口站、艾山站平均水深显著下降,高村站和艾山站的平滩水位显著抬高,艾山站的宽深比也有显著增大的趋势。

The results show that the condition and the stability on the bottom of slope is bettero As a whole, the angle of slope is likely to increase and turn to craggedness ; The condition and the stability on the top ...

结果表明:采场下盘边坡岩性条件较好,稳定性较高,总体边坡角均有可能进行加大、加陡:上盘边坡岩性条件相对较差,且地下水位较高,边坡的稳定性相对下盘较差。

However,this problem can be solved with the upper-stage method and good results have been achieved in practice, which will provide reference for the hydrometric stations in same condition.

为解决这一问题,在高道站上游未受回水影响的12.8km处设立了高道站,作为高道站的低水流量测验断面,兼有水位观测项目。

Read and write of flash disk as USB host.According to the request of this subject, the system hardware and software for the slave device, and the communication interface to the master PC are developed. Detailed works are as follows: in order to implement the measurement principle in the system, flow-liquid levelmethod is used;velocity of flow is measured through rotor Kinemometer;water level is surveyedvia RS485 interface and pressure sensor;the C8051F060 chip which is in high performance andintegration, produced by Silicon Laboratories Company as master chip is used to capture and measure the width of impulses, so singals of flow velocity are collected and disposed;the 4×4 matrix keyboard and LCD are used in the part of man-machine interface which are easy to input, legible to read, various to display, comfy to be accepted and plain to show measure and inquiry results;FRAM memory FM3164 is used to carry out the non-volatile memory of data and accurate real-time clock.;SL811HST chip is used as USB host which can read and write flash disk,thereby a kind of adscititious mass storage is accomplished .

根据研制任务的要求,课题期间主要完成了下位机系统硬件和软件,设计了与上位机的通讯界面,所做的具体工作包括:测量原理在系统中的实现,采用了流速—水位计算法,通过旋桨式流速仪来测量流速,通过RS485接口与压力变送器通讯测量水位;主控制芯片采用了Silicon Laboratories公司的高性能、高集成度C8051F060芯片,利用其捕捉测脉宽的特性,实现了流速信号的采集和处理;人机接口部分采用了4×4矩阵键盘和LCD显示,输入方便,读数清晰,显示多样化,信息量大,易于被用户接受,更直观地显示测量及查询结果;通过采用铁电存储器FM3164实现了数据的非易失性存储和精确的实时时钟;通过采用SL811HST芯片,实现了USB主机的功能,可读写U盘,从而实现了单片机的外挂式海量存储。

Through field observations and sampling, by referencing to other documents and information, with correlation analysis and principal component analysis as mathematical tools, we know that: the distribution of the number of birds has close relations with density of zoobenthos and ratio of water area, the correlation coefficient of the distribution and the two factors are 0.916 and 0.745, the density of zoobenthos is the most direct reflection; Vegetation types , the coverage and water level may have relations with the distribution of the kind of birds, normally, middle and large volume birds need high vegetation and high coverage as their habitats, and waterfowl like deep water as their habitats; Human activities have low impact on the the distribution of the number of birds, but the activities have relations with all the other environmental factors.

通过实地的观测、采样,并结合其他文献的资料,以相关分析和主成分分析作为数学工具,得知:鸟类的数量分布和底栖生物密度、水域面积比例有着密切关系,鸟类数量分布与两者的相关系数分别为0.916和0.745,其中,底栖生物密度是鸟类数量分布的最直接反映;植被类型、植被盖度和水位可能与鸟类的种类分布有一定关系,通常体积中、大型的鸟类需要较高的植被高度,来作为自己的栖息场所,水禽需要水位较深的区域作为自己的栖息场所;人为活动对鸟类数量分布的影响不大,但对所有自然环境因子都有一定影响。

The theoretical ana lyses and the test results show that the sensor is correct in its principle, rel iable in working properties and feasible in structure. The method is suitable fo r detecting the water level in the clearing water pool of waterworks.

理论分析和试验结果表明:该传感器原理正确,可靠性高,结构简单,能够实现水厂清水池水位的高可靠性测量。

The Blanchard River was close to 7 feet above flood stage at Findlay on Wednesday morning, the highest since a 1913 flood, and it was likely to rise another half-foot or more, the National Weather Service said.

周三早上,芬尼镇布莱切特河水已经高出洪水水位接近7英尺,成为了自1913年洪水以来的最高水位。而且,根据国家气象服务提供的信息,洪水还将可能上涨半英尺甚至更多。

This paper contrasts rainfall precipitation with level sight instrument and shows that the precision of level and solid state recording meter is higher and it s convenient to compile hydrology material and hydrology informalized construction.

对雨量、水位观测仪器进行对比分析,认为固态存储器观测雨量、水位精度较高,便于水文资料整编和水文信息化建

第5/10页 首页 < 1 2 3 4 5 6 7 8 9 ... > 尾页
推荐网络例句

The concept of equivalent rotationally rigidity is offered and the formula of rotationally rigidity is obtained.

主要做了如下几个方面的工作:对伸臂位于顶部的单层框架—筒体模型进行分析,提出了等效转动约束的概念和转动约束刚度的表达式。

Male cats normally do not need aftercare with the exception of the night after the anesthetic.

男猫通常不需要善后除了晚上的麻醉。

Its advantage is that it can be used in smaller units.

其优点在于可以在较小的单位中应用。