对接

This paper gives a brief introduction to the fundamental theory and working process of uncabled depth measuring device. When using this system the depth time function is recorded above ground, coupling time function is done under well and the depth coupling function is got from functional exchange.

简要介绍了无缆深度检测装置的基本原理和工作过程，该系统由地面记录深度—时间函数，井下记录接箍—时间函数，经过函数变换得到深度—接箍函数，然后利用前磁、油管深度资料对接箍深度进行校正，从而可以得到井下仪器准确的位置，解决了基础试井深度监测中由于人为因素、机械因素等造成的深度记录误差。

Either undock or insert an appropriate adapter.

取消对接或插入相应的适配器。

Either undock or insert an appropriate adapter.

您的电源适配器功率不足以运行连接的对接站。

First of all, we need to define the terms "Docked" and "Undocked".

首先，我们需要界定&对接&和&移动&。

Repeat over the undocked screen and select docking.

重复对停靠屏幕和选择对接。

Some crack extension probably developed from the unfused section of the butt weld across the thickness of the stiffener during transport and erection.

有些裂纹可能在运输和安装过程中就从加劲肋对接焊未熔透处开始发展。

The state-owned enterprise faces the challenges of the inner systems and the faultiness of the property right system and unpowerful unclear competition, etc.

国内市场将逐步与国际市场完全对接，市场竞争将进一步国际化，国有企业将以全球市场为舞台参与市场竞争。

It was found recently that magnetic arc blow, inherently happens with such kind of welding process, particularly in deep groove welding of the first layer, can produce various kinds of weld defects, interfere the welding operation and make the arc length control system to work unproperly.

近年来在MIG焊研究中发现电弧磁偏吹现象严重，特别是坡口对接封底焊，会造成多种焊缝缺陷，甚至无法进行焊接，还会造成弧长闭环控制系统混乱。

The welted joint, executed in this way, is a rapid means of jointing and effectively allows for expansion and contraction of the metal covering.

这种新方法需要一种专门的高效率的机械装置。对接坡口焊是一种连接迅速的施焊工艺，它可以有效地保证金属盖板的胀缩。实际上她已丧失了参加决赛的资格。

The welted joint , executed in this way, is a rapid means of joint ing and effectively allows for expansion and contraction of the metal covering.

这种新方法需要一种专门的高效率的机械装置。对接坡口焊是一种连接迅速的施焊工艺，它可以有效地保证金属盖板的胀缩。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。