CAJ | 학술논문

同步震源地震采集技术，因其任意两个震源之间激发时间的间隔不受任何门限值的制约，可以进行同步激发，与常规采集技术相比，在相近的时间内能够采集到更多的地震记录，从而大大缩短了采集周期，提高采集效益，是近年来国外发展最快的高效采集技术。这里首先介绍了该技术的发展现状，其次以独立同步扫描(ISS)、距离分开同步扫描(DSSS)、HPVA 和 V1等同步可控震源特色采集技术为例，从其勘探设计出发，结合各自的采集技术、数据分离技术以及野外测试情况进行了介绍，最后对各种高效采集技术的优势进行了对比总结。
동보진원지진채집기술，인기임의량개진원지간격발시간적간격불수임하문한치적제약，가이진행동보격발，여상규채집기술상비，재상근적시간내능구채집도경다적지진기록，종이대대축단료채집주기，제고채집효익，시근년래국외발전최쾌적고효채집기술。저리수선개소료해기술적발전현상，기차이독립동보소묘(ISS)、거리분개동보소묘(DSSS)、HPVA 화 V1등동보가공진원특색채집기술위례，종기감탐설계출발，결합각자적채집기술、수거분리기술이급야외측시정황진행료개소，최후대각충고효채집기술적우세진행료대비총결。
Simultaneous vibroseis acquisition technology,because of the shooting time interval between any two source without any threshold constraints,can be shooted simultaneous.It can be able to collect more data in the similar period of time compared with conventional collection technology.It is the fastest growing efficient collection technology due to its greatly shorten the acquisition cycle and improved collection efficiency in recent years.This paper,Firstly,introduces the current de-velopment of the technology.Secondly,the data separation technology and field test situation and foreign newest development of simultaneous vibroseis acquisition methods are classified introduction combining with their respective acquisition technology, such as independent simultaneous sweeping,distance separated simultaneous sweeping,HPVA and V1 technology.Finally, the advantages of four efficient acquisition technology are summarized.