depth of exploration

Based on the inversion , we focus on the ways to improve the depth of exploration , and the testing is done by increasing exciting pulse moment and uniform magnetic field .

在反演的基础上，着重研究提高勘探深度的方法，通过增大激发脉冲矩和加大均匀磁场来进行反演试验。

The test proves that it is feasible to improve the depth of exploration by means of increasing exciting pulse moment , and the method which improves exploration depth by means of increasing uniform magnetic field needs further research .

试验证明了通过增大激发脉冲矩来提高勘探深度是可行的，而通过加大均匀磁场来提高勘探深度的方法还需要做进一步的研究。

However , as the theoretical depth of exploration , people keep finding new problems , especially the understanding of the practice itself has produced many differences .

但是，随着理论探索的深入，人们不断地发现新问题，尤其是对实践本身的理解就产生了诸多的分歧。

Attitude of this definition is different . While , it is put forward , after all , represents the depth of exploration on this issue .

人们对这个定义的态度虽然不一，不过，它的提出毕竟代表了在此问题上探讨的深入。

In recent years , with the increasingly deepening depth of petroleum exploration and appearance of various advanced drilling technique , hole stability has attracted a lot of attention .

近年来，随着石油勘探开发深度的不断拓展，各种先进的钻井技术的出现，进行井壁稳定性的研究越来越受到重视。

Time domain airborne electromagnetics ( AEM ) with excellent horizontal accuracy , ease of interpretation , effective cost , and good depth of effective exploration etc. has significant development .

时间域航空电磁法具有良好的水平分辨能力，便于解释，效益高，有效勘探深度大等特点，因而得到了持续的发展。

The other is the finiteness of the effective depth and resolution of exploration method .

二是探测手段有效深度范围和分辨率的有限性。

The range and depth of ocean environmental exploration and reconnaissance is becoming larger and deeper .

海洋环境探测、海洋侦查的范围、深度正在逐渐变大、变深。

With just collecting and processing parameters , the depth of surface wave exploration is larger than 250 meters .

由于合理地选取了采集、处理参数，面波勘探深度超过250m，取得了满意的勘探效果。

Using seismic method for deep mineral exploration , can make up for the shortcoming of probing depth of the traditional exploration method , such as gravity , magnetic and electrical prospecting , it provides the necessary techniques for the second prospecting space .

采用地震方法进行深部金属矿的探测，可以弥补重磁电传统方法探测深度不足的缺点，为第二找矿空间提供了物探技术可能性。

The method II improves the precision of extracting frequency dispersion curve by considering the theory of the depth of the Rayleigh wave exploration .

方法II结合勘探深度理论选择合适的数据提取频散曲线，提高了频散曲线的提取精度。

By using zero shill rectifying , digital filter and cutting , the precision and depth of transient Rayleigh wave exploration can be considerably improved .

通过对记录进行零漂校正、F－K滤波、切除等预处理方法，提高了瞬态瑞雷波勘探的精度和深度。