2) 2-pull-8
二牵八
1.
Through traction force calculation of synchronized stringing of in-phase conductors,it is proved that it is technically feasible to stringing large size conductors at once by using 2-pull-8 technology after equipment modification and machinery development.
通过对大截面导线同相导线在同步展放时的牵引力计算、分析和论证,证明大截面导线同相同步采用二牵八的架线施工工艺,经过设备改造、研制相关机具,实现大截面导线一次展放,在技术上是可行的。
3) PLA team
八一
1.
An Analysis of Attack and Defense Techniques and Ability of PLA Team and Dong Fang Team During CBA 2000-2001 Season s Finals;
CBA2000—2001赛季总决赛八一、东方攻防技术和能力探析
2.
Although the PLA team had some superiority, they lost the game because of lack of inside strength.
采用数理统计法、观察法,分析了参加本赛季CBA总决赛的两支队伍,从他们的常规赛和总决赛表现来看,广东队取胜是情理之中,八一队也有其自身的优势,但内线实力不足是他们失利的主要原因。
3.
Though technical statistics of all 4 matches at CBA 2002 - 2003 season s finals, the defense and attack techniques and ability of PLA team and Hong Yuan team are comparatively studied.
通过CBA 2002-2003赛季总决赛八一和广东宏远两队的全部4场比赛的技术统计,对双方的主要攻防技术和能力进行了对比与研究。
4) one-pull-one
一牵一
1.
In fact,the "one-pull-one" synchronized tension stringing equivalents to deploy all the conductors of a phase synchronously using the method that each conductor is pulled by one cable.
"一牵一"同步张力展放是一相导线的全部导线采用"一根牵引绳牵引展放一根导线"的方式同步展放,这种施工工艺由于每根导线的展放相对独立,可最大限度地顾及施工方便和尽可能多地使用常用工机具,经济适用。
5) drawing 1
一次牵伸
1.
By means of the experiment and the research of the technology condition of the high shrinkage acrylic fiber on drawing 1 ,dry,and drawing 2,point out the key technique that affect the production of the high shrinkage acrylic fiber.
通过对高收缩腈纶短纤维一次牵伸、干燥及二次牵伸等工艺条件的试验与研究,指出了影响高收缩腈纶短纤维生产的技术关键,尤其对二次牵伸及其卷曲的工艺控制难点进行了分析,全面阐述了工业化生产高收缩短纤维的工艺过程,并对纤维性能及用途进行了介绍。
6) 5-to-1 leading cable
一牵五
1.
This article describes a new technique for tension release from 5-to-1 leading cable.
介绍了采用“一牵五”导引绳张力展放新工艺的意义,从施工步骤、机械利用、设备保护、环境保护等方面与传统张力放线进行优缺点比较。
补充资料：牵道八道行城
【牵道八道行城】
（杂名）梵网经心地品曰：“不得樗蒲，围棋，波罗塞戏，弹棋，六博，拍鞠，掷石，投壶，牵道八道行城。”明蕅益梵网合注六曰：“牵道八道行城者，纵横各八路，以棋子行之。西域戏也。”
（杂名）梵网经心地品曰：“不得樗蒲，围棋，波罗塞戏，弹棋，六博，拍鞠，掷石，投壶，牵道八道行城。”明蕅益梵网合注六曰：“牵道八道行城者，纵横各八路，以棋子行之。西域戏也。”
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条