electron beam test system

用法例句

Comparing with the traditional single-beam sounding system,the multi-beam sounding system has the advantages of overall sweeping,large coverage,high speed,high sounding accuracy and resolution,digital recording, real time auto-plotting and so on.

与传统的单波束回声测深仪相比,多波束测深系统具有水深全覆盖无遗漏扫测,测量范围大、速度快,测深精度和分辨率高,记录数字化和实时自动绘图等优点。

Through analysis and comparison of the advantages and disadvantages between traditional underwater topography survey and multi-beam sounding system, it can be found that the multi-beam sounding system has advantages such as simple, quickly, precise, diversity and intuitionistic.

本文通过对水库库容测量的两种方法:传统水下地形测量法和多波束测深系统优、缺点的全面分析、比较,得出多波束测深系统在水库库容测量中具有方便、快捷,精度高、生成成果多样化、直观性强等优点。

This paper analyses the raw data structure of multibeam echo sounding system,and gives a data separating method with software and gives the key code of the software language based on Visual Basic.

通过对Em系列多波束测深系统原始数据结构分析,提出了从原始测量数据中提取各种测量数据的技术方法,并编程实现了该方法。

The multibeam echo sounding system can be capable of surveying of water deep and seabed landform in full overcast with exhaustive ,and can be capable of imaging in full panorama of water deep and seabed landform with digital.

多波束测深系统能够对所测水域进行全覆盖无遗漏的测量,能够全面的数字化的反映出测量海区的水下地形全貌。

We utilize the seafloor backscatter strength data of each beam from multibeam sonar systems and the automatic classification technology to get the seafloor type identification maps.

利用多波束测深系统获取的反向散射强度数据,应用学习向量量化(learning vector quantization,LVQ)神经网络分类方法实现了对海底砂、砾石和基岩等底质类型的快速、有效的识别。

Application Research of Multi-beam Sounding System in Underwater Topographic Survey

多波束测深系统在水下地形测量中的应用研究

Measuring Bottom of Sea Target with Side Scan Sonar and Multibeam Sounding System

侧扫声纳和多波束测深系统组合探测海底目标

Application of Multi-beam Sounding System in Underwater Surveying

多波束测深系统及其在水下工程监测中的应用

This is "the Application and Study on the Method of Adjusting the Sound Velocity of the Multi-beam Bathymetric System";

多波束测深系统声速校正方法研究及其应用

A Study on Multi-Beam Sounding System Seafloor Tracking & Data Processing Techniques;

多波束测深系统地形跟踪与数据处理技术研究

Design of Carry-home Shallow Water Multi-beam Swath Bathymeter and Relative Anolog Circuit;

便携式浅水多波束测深系统及其模拟电路设计

Installation and Calibration Analysis of the Multibeam Echo Sounder Transducer

多波束测深系统换能器的安装校准分析

Application of Multi-beam Echo Sounder in Monitoring Running Conditions of Precast Concrete Slab Connected with Hinges to Protect Yangtze River Embankment

多波束测深系统在长江沉排护岸工程运行状况监测中的应用

The Study on Movement Compensation New Technique and Hardware Design of Multi-beam Swath Bathymeter;

多波束测深系统运动补偿新技术研究与硬件设计

A Study on Surveying Accuracy of Estimation in Multi-Beam Sounding System;

多波束条带测深系统测深精度评估方法研究

Study on Multi-beam Sounding System Post-processing Techniques;

多波束条带测深系统数据后置处理技术研究

Multi-channel Data Acquisition and Processing System in Portable Multi-Beam Echo Sounder;

便携式多波束测深仪多通道数据采集与处理系统

Principal Components Estimation of Trend Surface Coefficients in Multibeam Bathymetry

多波束测深趋势面系数的主成分估计

Research on Signal Processing System and Hardware Design of Multi-beam Swath Bathymeter;

多波束条带测深仪信号处理系统研究与硬件设计

Research on Real Time Display and Control System Technique of Shallow Muti-beam Swath Bathymeter;

浅水多波束条带测深仪实时显控系统技术的研究

Multi-beam swath bathymetric technologies

多波束条带测深技术

Multi-beam echo sounding measurements

多波束回声测深数据

Detection Algorithms in Multibeam Bathymetry Outliers Data

多波束测深数据异常值检测算法比较