野外数据采集是蝗灾管理的重要信息来源。
Collecting field data about locust is important to management of locust plague.
震源是地震勘探野外数据采集中的一个关键技术问题。
Seismic dynamite source is one of the key techniques in seismic data acquisition.
震源激发是高分辨率地震勘探野外数据采集的重要环节之一。
Source condition is one of important factors in data acquisition of high-resolution seismic exploration.
并概要介绍了宽线剖面的野外数据采集和宽线剖面的应用与效果。
Also, a brief introduction of the field data acquisition by WLP and the application and effect of WLP is made.
地震检波器是地震野外数据采集的关键部分，其性能直接影响地震数据的质量。
Seismic geophone is key part of seismic data acquisition and its properties have direct influence on quality of seismic data.
本文详细地论述了大地电磁阵列剖面法的基本原理、野外数据采集和资料处理方法。
The basic principle, data acquisition and data processing of the electromagnetic array profiling (EMAP) are minutely discussed in this paper.
该系统能完成从野外数据采集到室内的数据计算、成果报表、平面图、断面图的自动打印输出。
This system can be used to accomplish both data acquisition and calculation to automatically output result data table, terrain map and cross section.
完成了基础埋石、首级四等测量、一级平面导线测量、等外水准测量、图根控制等野外数据采集以及数据编辑工作。
The completion of the foundation buried stone heads, four measurements, a flat wire measurement, substandard level of measurement, map the root control field data collection and data editing.
因此，深入地调查和分析工区内随机噪音的特征及其与施工因素的关系，对于更好地指导野外数据采集具有实际意义。
Therefore, deeply investigating and analyzing the character of random noise in working area and its relation with working factor have practical implication to better guiding field data acquisition.
单点地震技术具有野外数据采集速度快，使用检波器数量少，仪器轻便，实时观测地质体弹性波变化规律和无需复杂的数据处理等优点；
The single-receiver seismic technique is demonstrated to be quicker on the data acquisition in the field, and with less using geophones than other seismic methods. The instruments…
能否正确地使用地震检波器，直接关系到野外地震数据的采集质量。
The quality of field seismic data acquisition depends on correct operation of geophone in some way.
地下水监测的数据采集工作全部都是在野外进行的，所以需要性能出色，移动性好，待机时间长的电脑。
Because data acquisition of groundwater monitoring is completely carried on in the field, it needs computer of excellent performance, good mobility and working for a long time.
利用GIS技术综合多源地学空间信息，应用于区域地质调查的重要方面——野外空间数据采集。
The advantage of GIS technology in combining multi sources geoscience information is used in the important aspect of regional geological survey field spatial data collection.
数字化地籍图是用电子速测仪和电子手簿自动记录器在野外采集数据，在内业进行图形编辑，然后用绘图仪绘制成的地籍图。
Digitized cadastral map is drawn with drawing instruments after data′s collection with electronic theometer and electronic automatic recording in the field and editing graphic indoors.
介绍了基于野外环境遥测数据的采集与传输方法。
A collecting and transferring method is introduced based on telemetry data in field environment.
在某些工业现场和野外工作中，数据采集和数据处理需要分开，此时采用串行通信。
In some industrial fields and field operations, it is necessary to separate data acquisition system and digital processing system, so serial communication will be used.
野外干扰波调查是指导正确选择野外采集参数的重要手段，直接影响采集数据的质量。
Noise wave investigation in the field is an important means for determining optimum field parameters, and it causes direct influence on the quality of data acquisition.
这种基于无线通信的方法可以广泛应用于点对点数据传输、野外实时数据采集及传输。
This method based on wireless telecommunication can be wildly used in data transmission from point to point and real time data transmission in field.
通过对一个典型的地质模型正演模拟分析，得到了一些重要结论，这些结论对野外地震勘探与数据采集十分有用。
Some important results, which are useful for seismic exploration and data acquisition, are concluded from forward modeling of a typical seismic model.
地震检波器是野外地震数据采集最为关键的设备之一，其性能直接关系到采集数据的质量及地质效果，因此，地震检波器的技术和应用一直倍受广大物探工作者的关注。
The seismic geophone is the key part of seismic data acquisition, and its property has direct influence on the quality of seismic data and the effect of geologic interpretation.
大地电磁法由于天然场源信号的微弱性和随机性，在野外记录和数据采集方面需要花费巨大的努力。
Due to the weakness and randomness of natural source in magnetotelluric method, a great deal of effort is spent in the field records and data acquisition.
大地电磁法由于天然场源信号的微弱性和随机性，在野外记录和数据采集方面需要花费巨大的努力。
Due to the weakness and randomness of natural source in magnetotelluric method, a great deal of effort is spent in the field records and data acquisition.
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