shape Shape=Supreme Headquarters, Allied Powers in Europe (北大西洋公约组织的)欧洲盟军最高司令部。 n. 1.形状;样子;形态;外形;模样。 2.形式;定型;模型。 3.种类。 4.(没有实体的)朦胧的形象[人影];轮廓。 5.幽灵。 6. 状态;情况。 7.【戏剧】戏剧服装;(用来充抵手脚等形状的)戏装衬垫。 8.(女人的)姿态身段。 9.〔口语〕造法;做法;成绩。 10.具体化;体现;实现。 11.【军事】(海上远距离联系用的)锥形信号标。 a hat shape 帽型。 a fiend in human shape 人形的魔鬼;人面兽心的人。 be in bad shape 混乱;紊乱。 get ... into shape 1. 使成一定形状。 2. 整顿;使具体化。 give shape (to) 给与一定的形状;弄成一个样子;使…成形;修整;实现。 in any shape or form 以任何形式[任何种类];不论种类方法如何;无论怎样都;随便哪样的。 in bad shape 处于不佳的状态中。 in good shape 状态良好;完整无损。 in no shape 决不;无论如何不;完全不。 in the shape of 以…的形状;呈…的形状;以…的形式;作为… (He has nothing in the shape of money. 什么钱他都没有)。 keep ... in shape 使…保持原形;不使走样。 lick ... into shape 塑造;使像样;使有效能。 put ... in shape 使…成形。 put ... into shape=get ... into shape. put ... out of shape 使变样;使走样。 settle into shape 开始有头绪;上正轨。 take shape 成形;形成;具体化;有显著发展;实现 (in)。 take the shape of 呈…形状;成…形状。 vt. 1.使成形;使具有某种形状;形成;构成,塑造。 2.使适合;使符合。 3.使具体化;实现。 4.说明;表明。 5.设计;计划;图谋;想像;设想。 6.使朝向;使向一定方向发展。 7.(修)刨;把(锯齿)锉匀。 shape one's course 确定方针[办法]。 shape clay into balls 把黏土搓成圆球。 The hat is shaped to your head. 这顶帽子你戴正好。 shape a question 提问题。 vi. 1.形成;成形;成型。 2.有前途;成长;发展;发达;发生。 It is shaping well. 发展得很好;(形状)长得很好。 Let time shape. 一切听其自然发展吧。 shape the destiny of 决定…的命运。 shape up=shape out 〔美国〕 1. 发展;成形;具体化;显示…的倾向。 2. 进入准备状态。 3. 协调;合适;举止得体。 wear to one's shape (衣服)穿过一段时间后变得合身。
Because there is the good method of the edge detection , it provides in the condition for the shape recovery from the contour in an image 由于有了较为理想的边缘检测方法,所以为利用轮廓恢复图像提供了很好的条件。
Its ' weakness is that the shape recovery property is not ideal and the anticorrosion property in 80 ? crude oils is so bad that it is limited in the oil pipeline on - line application 其缺点是形状回复能力不够理想、耐80原油的腐蚀性能较差,因而影响其在输油管线上的应用。
I say " hopefully " because , frankly , i cannot yet see clearly beyond the v - shaped recovery that we are happily experiencing now . the opportunities are certainly there 我只能说期望,原因是虽然本港经济目前正呈现型复苏趋势,但我到底没有水晶球可以预卜上升动力会否长时间持续。
According to the shape recovery properties , the anticorrosion property to crude oil and the mechanical properties we not only choose the proper underlayer material for the intercrossing method in repairing old pipe , but also ascertain the appropriate craftwork 根据材料的形状回复能力、耐原油腐蚀能力和力学性能,筛选出了穿插用的衬管材料;确定了适合于穿插法修复旧管道的工艺,并初步应用于穿插法修复旧管道的实验中。
At last the material and the craftwork are attempted to repair a pipe . the results show that : firstly , all of hdpe / elastomer , xlpe , hdpe / dynamic vulcanization elastomer can obviously improve the shape recovery properties of hdpe ; the shape recovery properties of hdpe / nr is the best among the three kinds of blended system hdpe / epdlvl hdpe / nr and hdpe / nbr , but the mechanical properties and flow behavior will decrease in a certain degree . secondly , hdpe and hdpe ( 2480 ) / nbr ( 15 % ) have the better anticorrosion to hot crude oil , and the anticorrosion of ldpe is the worst ; thirdly , the content of elastomer should be about 15 wt % if the blended system is used in the intercrossing method in repairing old pipes 结果表明: ( 1 ) hdpe弹性体、 xlpe 、 hdpe动态硫化弹性体能够显著改善hdpe的形状回复能力;在hdpe epdm 、 hdpe nr和hdpe nbr三种共混体系中, hdpe nr的形状回复能力最好, hdpe弹性体共混体系的力学性能和流动性能随弹性体含量增加而降低; ( 2 ) ldpe耐80原油腐蚀性能很差, hdpe耐80原油腐蚀性能良好;共混体系中hdpe - 2480 nbr ( 15 )耐80原油腐蚀性能良好; ( 3 )作为穿插法修复旧管道的衬管材料,共混体系中弹性体含量以15为宜。
The influence of different kinds of hdpe , elastomers and elastomers " content on the shape recovery properties of blended system is studied ; the shape recovery mechanism of hdpe and blended system is discussed ; also the anticorrosion properties of hdpe and blended system in normal and high temperature during a long time crude oils is studied . meanwhile we study the mechanical properties and the influent rule of the content of elastomer on blended system ' s mechanical properties 研究了两种hdpe 、 hdpe不同弹性体、 xlpe及hdpe动态硫化弹性体的形状回复能力;探讨了hdpe及共混体系形状回复的机理;研究了长时间、常温和高温条件下,不同材料的耐原油腐蚀性能及机理;还研究了弹性体的含量对共混体系力学性能和流动性能的影响规律。
The relationships among stress , strain , resistance and temperature of niti memory - wire and superelastic wire , which are in constant temperature , constant stress and shape recovery , were measured and analyzed . the actuating property of cu - based spring in three basic conditions was investigated 对niti记忆丝及超弹性丝在恒温拉伸卸载、恒载变温以及形状回复过程中的应力-应变-电阻-温度之间的关系进行了系统的测试和分析;对cu基螺旋弹簧在三种基本使用状态下的驱动特性进行了研究。