detonation system 中文意思是什麼
detonation system
解釋
起爆系統- detonation : n. 1. 爆炸，爆發。2. 爆炸聲。n. -nator 1. 發爆劑；雷管；發爆管，起爆劑。 2. 【鐵路】（濃霧時作信號用的）爆鳴器。
- system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
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Moa is kind of necessary over - voltage protector for safety running in electrical power system, it ' s used for prevent the equipment against the damage of atmosphere and operating over - voltage without gaps is belong to the third dynasty product, it ' s recognized as the up - to - data over - voltage protector, this kind of product is made up of zinc oxide films and polymer housing for example sr, epdm, hdpe it has features of small volume, simple structure, light height, pololution - prool and non - detonation and is suitable to be usde in the densely populated city
避雷器是電力系統安全運行不可缺少的過電壓保護產品，用以保護電器設備免遭大氧過電壓和操作過電壓的損害，而復合外套無間隙氧化鋅避雷器是屬于避雷器第三產品，是當今各項性能最好的產品，其核心元件電阻片全部採用氧化鋅閥片，而外殼材料是採用復合有機材料，如硅橡膠（ sr ） ，改性三元乙丙橡膠（ epdm ）高密度聚乙烯（ hdpe ）等，它具有體積小，結構簡單，重量輕，耐污積強，防爆等優點，最適合人口密度城市中使用。 -
In the control system of engine, the control of electronic control ignition equipment to the engine ignition consists of the following 3 parts : advanced ignition angle, conduction time and detonation. the control principle, control ways, control methods and control circuits are introduced in this paper
面對競爭激烈的汽車市場，如何在競爭中脫穎而出，不僅要靠品牌與實力，更重要的還在於管理創新.採用項目化管理技術對汽車製造系統集成管理進行創新，會使汽車製造系統的集成管理更趨科學 -
Detonation control system
爆震控制系統 -
In the multisensors system, fuzing - decision process substantially is a data fuzion process. though multisensors " data fuzion, the optimal detonation control precision can be obtained
引信決策過程實質上是一種多傳感器信息的融合過程，通過多傳感器信息的融合可以得到優化的引爆控制精度。 -
Method of maintenance synchronous character of measuring system and explosive detonation
解決爆炸和測量系統觸發同步的一種方法 -
The development trend in explosives is towards high density, high energy and low sensitivity. the replacement of nitro groups by furoxan groups can result in increase of density, detonation velocity of explosives. so these superior performance of benzofuroxan system compounds have aroused much attention
含能材料的發展趨勢是向著高密度、高能低感的方向發展。一個氧化呋咱基代替一個硝基，可以使含能材料密度提高，爆速增加，苯並氧化呋咱類化合物作為炸藥所具有的這些優良特性引起了人們的高度興趣。
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