成对的例句（成对在句子中的用法）

• I threw away the odd glove. 我丢弃了那只不成对的手套。
• An annual freshman icebreaker called "Dickerella," in which women and men pair off for trips to a local burger Joint named Dick’s, has become a farce. 一年一度使新生气氛活跃的活动叫“迪克莱拉”，在活动中男女生配成对一起到当地一个汉堡包快餐店去就餐，这项活动已经成了滑稽的事。
• The black paint on the door provides a contrast for the white walls. 门上的黑漆与白墙形成对比。
• advocates allopathy 赞成对抗疗法
• These atoms recombine in pairs during the night to form molecules of oxygen gas. 在夜间,这些氧原子再成对地结合成氧气分子.
• It inhibits and restrains the development of students and teachers. 把对人的管理当成对人的控制与约束,压抑甚至是扼杀了人发展.
• More enterprising dancers, singly or in couples , frequently broke into brief improvisations. 更富于想象力的舞蹈者常突然独自或成对作短暂的即兴舞.
• Be cautious with your use of CC ; overuse simply clutters inboxes. 也不要随意乱用抄送, 不然 会造成对方收件箱的混乱.
• Regard each failure as a stimulus to further efforts. 把每次失利看成对进一步努力的激励.
• You'll find life here pretty tame after New York. 这里的生活相当枯燥，与纽约形成对比。
• And their transnational mergence of state - owned enterprises will easily lead to monopolize. 对我国 国有 企业的购并,很容易形成对某些产业部门的垄断.
• Effect of influent composition on membrane fouling in membrane bioreactors was investigated. 研究了膜生物反应器中进水组成对膜污染的影响.
• The transverse fibres or commissure unite the two ganglia of a pair. 横行的纤维即接索则把成对的两个神经节连在一起.
• The effect of chemical composition for glass batch to emissivity is analysed. 分析八种玻璃配合料的化学组成对发射率的影响.
• SD rats were divided into 3 groups: control, scald and electret group. 将大鼠分成对照组 、 烫伤组和驻极体实验组.
• The p - chlorophenyl isocyanate is synthesised by carbonyl chloride and p - chloroaniline . The yield is 90 %. 采用光气与对氯苯胺合成对氯苯基异氰酸酯. 收率≥90%.
• Isocyanic acid p - chlorophenyl ester was obtained with triphosgene and p - chloroaniline as raw materials. 以对氯苯胺和三光气为原料,合成对 氯苯 异氰酸酯.
• The moon and Jupiter pair up near Algedi in the eastern part of the constellation Capricornus. 摩羯座的东部,天津四附近的月亮和木星结成对.
• The yellow curtains contrast with the blue bedcover. 黄色窗帘与蓝色床罩形成对比.
• The progress of research in synthesis aminobenzoic acid from different material is presented. 总结了不同原料合成对氨基苯甲酸的研究进展,讨论了各种方法的优缺点.