zero hour造句

例句与造句

1. Ok , it ' s zero hour . all teams execute on my count
   现在是零时所有队伍根据我的倒数开始行动。
2. Zero hour for the bombers to take off will be midnight
   回答1 .深夜将是轰炸机起飞发动攻击的时刻
3. Get your equipment ready , it ' s coming up to zero hour
   把你们的器材准备好，开始行动的时刻到了。
4. Zero hour is upon us
   我们已经没有很多时间了
5. She had worked for radio tokyo and , for two years , had part - hosted a programme called “ the zero hour ”
   并且她说自己是个土生土长的加利福尼亚人，现在很需要回家的路费。
6. It's difficult to find zero hour in a sentence. 用zero hour造句挺难的
7. This tariff standard will come into effect from 1st january 2006 . all container vessels berthed at qqct after zero hour will be charged at this tariff standard
   三、本收费标准自2006年1月1日零时起实施，零时以后靠泊青岛前湾集装箱码头有限责任公司所属泊位的集装箱船舶一律执行本收费标准。
8. The aerage amount of t / ideo iewing for the group was 1 . 7 hours per day , so most children in this study were in line with the american academy of pediatrics recommendation of zero hours of screen time up until age 2 and no more than two hours per day after age 2
   这些儿童每天看电视时间平均1 . 7小时，研究中的大多数儿童看电视时间符合美国儿科学会推荐的标准，即2岁前不看电视， 2岁后每天不超过2小时。
9. The prevention of the spread of infectious diseases ( amendment ) regulation 2003 , made under section 8 of the quarantine and prevention of disease ordinance ( cap 141 ) , will be published in the government gazette tomorrow ( april 17 ) to take effect from zero hour on the gazettal day
   《 ２ ０ ０ ３年防止传染病蔓延（修订）规例》是根据《检疫及防疫条例》 （第１ ４ １章）而制定，将于明日（四月十七日）刊登宪报，并由刊登宪报当日凌晨零时生效。
10. The mutual inductor of electric current and voltage mutual inductor play an important role in relay protection . prevent from ct differential to protect and miss movement an important subject that the generatrix is protected on the saturation , put forward two electric current pass zero hour linear to spread person who become put into differential to protect in ct in recent years , avoid ct saturation district , can judge the bus bar trouble correctly
    但是在母线区外发生短路故障(特别是故障电流含有大量非周期分量)时， ct会出现饱和现象， ct饱和后，不能正确地传变一次侧电流，从而使二次电流发生严重畸变，产生很大的差电流，这样就容易引起误动作。防止ct饱和时差动保护误动作一直是母线保护的一个重要课题，近年来提出的在ct二次电流过零时的线性传变区投入差动保护，避开ct饱和区，能对母线故障做出正确判断。