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炸药爆炸法
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  “炸药爆炸法”译为未确定词的双语例句
     Nanometer Sized Diamond Powders Synthesized by Explosive Detonation
     炸药爆炸法合成的纳米金刚石粉
短句来源
     The preparation, properties, structures and possible applications of nanometer sized diamond powders synthesized by explosive detonation were reviewed.
     综合介绍了用炸药爆炸法合成的金刚石粉的制备方法、性质和结构特点,以及一些可能的应用途径。
短句来源
     The diamond nanoparticles synthesized by the detonation of explosives with negative oxygen balance is a new material of practical value.
     利用负氧炸药爆炸法合成的纳米金刚石是一种较新的具有实用前景的纳米材料。
短句来源
     Underwater explosive ramming is a widely used method to strengthen foundations for docks.
     爆夯是一种利用炸药爆炸法夯实基础的新技术,近年来被广泛地应用于码头建设。
短句来源
     The preparation of nanometer size diamond by explosion method is introduced.
     介绍了用炸药爆炸法制造纳米金刚石的生产方法。
短句来源
  相似匹配句对
     Nanometer Sized Diamond Powders Synthesized by Explosive Detonation
     炸药爆炸合成的纳米金刚石粉
短句来源
     The Geometic Method of the Explosive Energy Transfer for the Explosive Forming of the Metal Pipe
     金属管爆炸成形炸药能量传递的几何
短句来源
     GEOMETRIC METHOD OF EXPLOSIVE ENERGY TRANSFER FOR EXPLOSIVE FORMING OF THE METAL PIPE
     金属管爆炸胀形炸药能量传递的几何
短句来源
     DETERMINATION OF DETONATION VELOCITIES OF EXPLOSIVES BY THE PROBE METHOD IN EXPLOSIVE WELDING
     爆炸焊接条件下炸药爆速的探针测定
短句来源
     STUDY ON EVALUATION OF EXPLOSION HAZARDS OF PROPELLANTS AND EXPLOSIVES BY UNDERWATER EXPLOSION METHOD
     利用水下爆炸评价火炸药爆炸危险性的研究
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The preparation, properties, structures and possible applications of nanometer sized diamond powders synthesized by explosive detonation were reviewed. It is emphasized that this is a new assortment of synthetic diamond, which possesses a series of special properties and structures.

综合介绍了用炸药爆炸法合成的金刚石粉的制备方法、性质和结构特点,以及一些可能的应用途径。着重指出,这种金刚石粉是由纳米尺寸的颗粒组成的一种金刚石新品种。

The diamond nanoparticles synthesized by the detonation of explosives with negative oxygen balance is a new material of practical value. In this work, diamond nanoparticles synthesized by detonation of TNT\|RDX explosives were investigated by TEM,HREM and XRD. The results show that the detonation products contain three kinds of nanometer size particles:(1)diamond nanoparticles of 3\|10nm.(2)amorphous carbon microspheres.(3)curved graphite ribbons.The mechanism of formation of diamond nanoparticles was discussed....

The diamond nanoparticles synthesized by the detonation of explosives with negative oxygen balance is a new material of practical value. In this work, diamond nanoparticles synthesized by detonation of TNT\|RDX explosives were investigated by TEM,HREM and XRD. The results show that the detonation products contain three kinds of nanometer size particles:(1)diamond nanoparticles of 3\|10nm.(2)amorphous carbon microspheres.(3)curved graphite ribbons.The mechanism of formation of diamond nanoparticles was discussed. 

利用负氧炸药爆炸法合成的纳米金刚石是一种较新的具有实用前景的纳米材料。本文应用 T E M、 H R E M 及 X R D 研究了 T N T/ R D X 炸药在密闭容器中爆炸后得到的固体产物,得到的结果可明确表明:在爆炸产生的高压和高温下,炸药分子的一部分碳可转化为尺寸为 3~10nm 左右的球状纳米金刚石微粒,同时有弯曲的片状石墨和非晶态碳小球生成。并对纳米金刚石微粒的生成机理进行了初步探讨。

Underwater explosive ramming is a widely used method to strengthen foundations for docks. The design and implementation of underwater explosive ramming for the second phase dock of Qingzhou Harbor in Guangxi Region, are introduced. It is indicated that the average subsidence of the dock is about 12.7%; and the strengthening effect is quite good. It is also reported that the vibration induced from the explosive ramming for the first phase dock is less than the threshold value, which ensure the safety of the...

Underwater explosive ramming is a widely used method to strengthen foundations for docks. The design and implementation of underwater explosive ramming for the second phase dock of Qingzhou Harbor in Guangxi Region, are introduced. It is indicated that the average subsidence of the dock is about 12.7%; and the strengthening effect is quite good. It is also reported that the vibration induced from the explosive ramming for the first phase dock is less than the threshold value, which ensure the safety of the first phase dock. The work presented can be a good reference for similar engineerings.

爆夯是一种利用炸药爆炸法夯实基础的新技术,近年来被广泛地应用于码头建设。笔者介绍了广西钦州港二期码头抛石基床的爆夯设计和实施。结果表明,基床爆夯达到了预期效果,水下爆夯的平均沉降率为12.7%。同时,爆夯过程中,一期码头的振动值小于安全阈值,保证了一期码头的安全,为类似工程提供了借鉴。

 
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