bond bond1 n. 1.结合(物),结合力,黏合(剂),联结。 2.束缚,羁绊; 〔pl.〕 拘束;镣,铐。 3.契约,契约义务,盟约;同盟,联盟。 4.证券,公债,债券;借据;证券纸;(付款)保证书;保证人;【商业】海关扣存(待完税)。 5.【化学】键;【电学】耦合,固定;连结器,接头;【头】砌合;(砖等的)砌式;【铁路】轨条接线;【机械工程】焊接。 the bonds of friendship [matrimony] 友谊[婚姻]的纽带。 the bond between nations 国家间的同盟。 His word is as good as his bond. 他的话是极可靠的[像契约一样可靠]。 My word is my bond. 我是讲信用的。 a cross bond 【电学】交叉扎线。 treasury bonds 国库债券。 government bonds 公债。 war bond 国防公债。 brick bond 砌砖法。 ionic bond 【化学】离子键。 steel bond 铁粉结合器。 rail bond 导轨夹紧器。 break [sever] a bond 废除[中断]契约。 break the bond of (convention) 打破(成规)的束缚。 call a bond 收兑(债券)。 consolidated bond (英国发行的)统一公债。 enter into a bond (with) (与…)订约。 give bond for [to do sth.] 为…作担保[担保做某事]。 (goods) in bond (货物被海关)扣存关栈以待完税。 in bonds 被束缚着;被奴役;在拘留中。 take (the goods) out of bond (完税后)提出被海关扣存的(货物)。 vt. 1.以证券为(债务等)作保证抵押。 2.把(进口货)存入关栈以待完税。 3.【建筑】砌合(砖);黏着(水泥等);【化学】以化学键使结合在分子[结晶体]内。 4.使订契约。 n. -er 1.【无线电】联接器,结合器。 2.发债券者。 3.将货物存入关栈者。 4.【建筑】束石。 n. -ing 1. 黏合工艺;搭接。 2. 【电学】屏蔽接地;压焊。 n. 〔废语〕农奴;奴隶。 adj. 被奴役的;奴隶的〔多用作复合词,如 bond maid 女奴, bond(s) man 奴隶,农奴, bond woman 女奴,等〕。
In this paper , the microstructures of the joints of aluminum - bronze surfacing on mild steel and on stainless steel are analyzed by means of sem , and the division and formation of bronze / steel joint bond are studied 借助于电子显微镜技术对在低碳钢和不锈钢上堆焊铝青铜的接头的组织进行了分析,并对铝青铜接头熔合区的形成和区域划分进行了探讨
Abstract : in this paper , the microstructures of the joints of aluminum - bronze surfacing on mild steel and on stainless steel are analyzed by means of sem , and the division and formation of bronze / steel joint bond are studied 文摘:借助于电子显微镜技术对在低碳钢和不锈钢上堆焊铝青铜的接头的组织进行了分析,并对铝青铜接头熔合区的形成和区域划分进行了探讨
3 . the parameters of steel frame with infill which affect the lateral , resistant ability , such as panel ratio , frame - to - panel connectors , frame - to - panel interface friction , gap between panel and frame and mortar joint bond and friction were discussed . it is emphasized that the reduced location , shape and dimension is very important for the function of dog - bone reduced beam flange and must be paid more attention 对填充墙高宽比、填充墙与钢框架抗剪连接件、内填充墙与框架梁空隙、填充墙开洞和钢框架与内填充墙界面摩擦等影响填充墙钢框架抗侧力性能的因素进行了讨论,并指出设计中考虑这些影响因素对于达到预期的设计目的是至关重要的,必须予以重视。