本文主要讨论地震地质条件和激发条件。
The article mainly deals with the explosive and seismic geological conditions.
很明显，最大干扰距离与震源类型和激发条件有关。
Obviously, the maximum interference distance is related to source mode and shooting conditions.
活化红泥岩在水泥熟料激发条件下呈现优良的胶凝性能。
The red mudstone at action of cement clinker shows good cementing properties.
对表面等离子体波共振现象产生的原理和激发条件进行了阐述。
The principle of surface plasmon resonance phenomenon and excitation condition of SPR are described in the paper .
采用基体匹配法消除了大量基体的干扰，选择了最佳激发条件。
Matrix matching method is used to remove the matrix interference, and an optimum excitation condition is accepted.
讨论了实验过程中激光输出的稳定性和辅助火花激发条件的优化问题。
The stability of the laser output and the selection of auxiliary spark excitation condition in experimental process were discussed.
低活性粉煤灰需要在碱性外掺剂的激发条件下才可用作道路基层材料。
Fly ash with poor activity can be used in road base courses only blended with alkaline admixture.
首先，本文研究并讨论了表面等离子体波共振效应的原理及其激发条件。
Firstly, the principle of SPR and its exciting conditions are respectively discussed in the paper.
由于回路参数及外界激发条件的不同，可能产生分频、工频或高频铁磁谐振。
As the loop parameters and the different conditions of external excitation, the may bring the possible frequency, frequency or high frequency ferromagnetic resonance.
利用氢气泡流动显示方法，研究人工激发条件下平板边界层转捩的流动现象。
By use of hydrogen bubble visualization method, flow evolutions are studied in an artificially excited transitional boundary layer on a flat plate.
将各种激发条件复合并在工业生产中应用可生产高标号少熟料和无熟料砌筑水泥。
Masonry cement with minor or without clinker can be produced through the combination and the application of the above-mentioned measures.
主要工作如下：1．详细讨论了表面等离子体波共振现象产生的基本原理和激发条件；
The main research work is shown as following:1. Principle and exciting condition of SPR phenomenon is discussed detailedly;
在新增激发条件下，为便于问题的分析及模型的求解，可将模型分解为初始流场模型与附加水头场模型。
U nder new stresses, a groundwater model can be divided into an initial flow field model and an appended flow field model .
在新增激发条件下，为便于问题的分析及模型的求解，可将模型分解为初始流场模型与附加水头场模型。
U nder new stresses, a groundwater model can be divided into an initial flow field model and an appended flow field model .
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