1) explosion-proof technology
抑爆技术
1.
Study on naval ships halon explosion-proof technology;
舰船卤代烷抑爆技术研究
2) blasting technology
爆破技术
1.
The application of deep-hole bench blasting technology in deep excavation works;
深孔梯段爆破技术在深基坑开挖中的应用
2.
Research on general blasting technology of stone cubic digging of railway A complex line;
铁路A级复线石方开挖综合爆破技术研究
3.
Brief introduction of the blasting technology of digging hole in stone by manual work;
人工挖孔入岩爆破技术简介
3) blasting technique
爆破技术
1.
The application of blasting technique in drilling pile;
爆破技术在成孔桩中的应用
2.
Application of controlled blasting technique in excavation of pile holes;
控制爆破技术在桩孔开挖工程中的应用
4) exploding technology
爆炸技术
1.
The induction of exploding technology into petroleum industry was more than 100 years, and the industrial scale application of exploding technology was more than 20 years, it involved in perforation, fracturing and so on.
爆炸技术引入石油行业已有一百多年的历史,大规模的工业应用也有二三十年的历史,在低渗透油藏的增产方面,涉及到了射孔、高能气体压裂等多个领域。
5) explosive technique
爆破技术
1.
Since explosive technique plays an important role in preventing and managing outburst,its extensive use will be fully illustrated in this paper.
爆破技术在防治突出中起到了非常重要的作用,本文论述其在瓦斯突出防治中的广泛应用。
2.
This article introduces the application of explosive technique on the handling of hammer stuck accident and the engineering practices about acceleration of percussioned cast\|in\|site piles construction using loose explosion.
本文介绍爆破技术在处理冲孔灌注桩卡锤事故中的应用以及利用松动爆破加快冲孔灌注桩施工的工程实践。
3.
The author has introduced mesohole explosive technique is adopted in roof pre-splitting on coal face in Xinlu Colliery,Hemei Mining Industry Group Co.
鹤岗矿业集团新陆煤矿将中深孔爆破技术用于采煤工作面顶板煤体的预裂,使中、硬煤层的可放性明显改善,为中、硬煤层生产工艺由分层开采改为放顶煤生产提供有利条件;技术应用的成功,提高了煤层的放煤能力和采煤工作面回采率,提高了工效,降低了资源损失,为今后的采煤工艺改革与生产技术进步提供了新技术的支持。
补充资料：扬抑抑格
如果一个音步中有两个音节，前者为轻，后者为重，则这种音步叫抑扬格音步，其专业术语是（iamb, iambic.）。轻读是“抑”，重读是“扬”，一轻一重，故称抑扬格。
重——轻——轻是扬抑抑格，专门术语是：dactyl, dactylic.
例词：
happily, merciful, eloquent, messenger, merrily, properly, accident, quantity.
例句：
dragging the │corn by her │golden hair.
davies: the villain.
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