1.The contrast analysis was carried out between the interpretation method and the numerical simulation in the WAG miscible displacement pilot test in the Pubei Oilfield, the result approved the validity of this method.
最后通过在葡北油田WAG混相驱矿场试验中与数值模拟方法的对比分析研究对该方法进行了验证，取得了较好的一致性。
2.The paper focuses on the design and implementation of the function of Unnumbered IP and Command Line Interface configuration abbreviated by CLI on the WAG54G router.
我的主要工作是在WAG54G路由器上开展Unnumbered IP研究和命令行配置研究,实现Unnumbered IP和命令行配置功能。
3.A comparision of the effectiveness and sensitivity of the mu-level, VITA,WAG,(uv)_2 burst-detection algorithms has been done. Measurements were made in a waterchannel using hot-film X-probes located in the near-wall region of a flat plate. Same setof data are used in the study with conditional sampling and conditional averages.
本文对几种常用的检测湍流猝发的条件采样方法，如mu－level法，VITA法，WAG法，（uv）＿2法的特点及对门限的敏感性进行了研究．并用不同方法对同一组湍流数字信号进行条件采样和条件平均，针对猝发的特征，对使用不同的条件采样方法以得到一致检测结果的途径进行了探讨．
4.Solid-State Synthesis and Crystal Structure of Cubic-Type Cluster Complex[Bu_4N]_3[WAg_3S_4I_4]
类立方烷型簇合物［Bu_4N］_3［WAg_3S_4I_4］的固相合成和晶体结构
5.After the WAG injection in the same layer SⅢ 3 7 ,the ASP Foam flooding was conducted on Feb.24,1997.With the injection of ASP Foam system,gas channeling has been controlled effectively,and foam was formed in the reservoir.
在同一层位萨 3- 7层水气交替试验(WAG)后 ,北二东泡沫复合驱试验区于 1997年 2月开始泡沫复合体系的注入。 随着气液交替周期的增加 ,气窜现象得到有效的控制 ,油层中形成了泡沫。
6.And the WLAN access network,which is the bridge between users and the B3G core network,performs a key action in this framework,At the same time,WLAN access gateway(WAG) and packet data gateway(PDG) are added to B3G core network for providing services to users accessed from WLAN.
同时在B3G核心网络中加入了无线接入网关(WAG)和数据包网关(PDG),用来为从WLAN接入的用户提供服务。
7.The water alternating gas (WAG) injection is a method by combining two traditional oil producing methods—water flooding and gas flooding,which has a considerable potential in secondary and tertiary oil recovery.
水气交替注入 (WAG)是两种传统采油方法的综合 ,是二次采油和三次采油中颇具潜力的一种方法。
8.isolates from the samples of corn sheath blight in Hubei were tested for anastomosis group and pathogenicity. The result showed that they belonged to anastomosis group AG1—IA, AG4, AG5, AGB(0), AGE and WAG-Z.
融合群和致病性测定表明,这些分离菌分别属于AG1—IA、AG4、AG5、AGA、AGB(0)、AGE和WAG-Z等7个丝核菌融合群,其中AG1-IA是优势融合群,占分离菌株总数的61.82%,分布范围也最广。
9.At the time, evaluated the maximum injection pressure differential of water injection、 gas injection and WAG, testified that low-permeability reservoirs can not be processed by WAG injection;
同时,评价了注水、注气和水气交替注入的最大注入压差,从实验上证明了低渗透油藏不能实施水气交替注入的原因;
10.Test of WAG injection in eastern Beier area of Daqing oil field shows that,WAG injection can evidently improve development result, 85.7%oil wells has seen gas in-jection effect, and the ultimate recovery rate can be improved by more than 8.0%。
通过大庆油田北二区东部的水气交替注入试验表明，可明显地改善开发效果，85．7％的油井见到注气效果，最终采收率可提高8．0％以上。
