This article reviewed the research development of serious of furazan energetic materials.
本文系统地概述了呋咱系列含能材料的研究进展。
In this paper the technique was applied to study the interaction process of laser and energetic materials.
利用这一技术研究了激光与含能材料互作用的过程。
In this paper, encapsulation technologies of ultrafine energetic materials developed in recent years are reviewed.
概述了近年来超细含能材料微胶囊化技术的进展。
Ulturafine energetic materials can enhance energy efficiency, and encapsulated energetic materials can widen application fields.
含能材料超细化是提高能效的有效途径，微胶囊化可拓展这一新型材料的应用领域。
Some problems of collecting the data and calculating the kinetic parameters from DSC curves of energetic materials thermograms is reported.
报道了从《含能材料热谱集》中的DSC谱采集数据和计算动力学参数的几个问题。
As a kind of particular dangerous article, obsolete energetic materials, which mostly come from retired weapons and expired ammunition, must be properly treated.
废弃含能材料主要来源于武器退役和弹药超过储存期，是特殊性质的危险品，必须妥善处理。
This paper analyzes five typical shock wave ignition criteria and related data, and finds that these criteria ignore the microstructure effects in energetic materials.
分析含能材料的五种典型冲击波引发的判据和有关数据，认为目前的判据局限于没有考虑装药微结构的影响。
Semiconductor bridge (SCB) was utilized to ignite energetic materials with thin film discharge and characterized of low input energy, high safety and logic control possibility.
半导体桥(SCB)通过桥膜放电进行含能材料的点火，具有低点火能量、高安全性以及能与数字逻辑电路组合等优点。
And those nanometer materials widely applied in energetic materials were discussed, such as nanometer high energetic oxidant, nanometer high energetic metal powder and nanometer catalysts.
主要论述了广泛应用于含能材料中的纳米高能氧化剂、纳米高能金属粉及纳米催化剂等。
Wen Zhong. The theoretical study for the molecular structure and characteristics for four kinds of energetic materials. The thesis for Master Degree, China Academy of engineering Physics, 2000.
文忠。四种含能材料分子结构和性质的理论研究。中国工程物理研究院硕士论文，2000。
The basic principle and technology approach that applying MDL chemical reaction database software and computer aided design system in the synthetical routes of energetic materials are expounded.
对MDL化学反应数据库软件及计算机辅助设计在含能材料合成路线设计中的应用进行了阐述。
Moreover, GUDN is compatible with usual additives used for energetic materials. It is expected that GUDN is applicable in propellant, gas generating composition and insensitivity explosive with a …
GUDN能量较高（接近RDX）、感度低（接近TATB）、 热稳定性好、相容性好，适用于推进剂、气体发生剂和钝感炸药。
This uses “energetic” but non-detonating rubber-like materials.
他使用“效用显著的”但非引爆型类橡胶材料。
Tetrazole is the unsaturated energetic heterocyclic compound with high nitrogen content and good stability leading to the high energy yet low sensitivity materials.
四唑属富氮且稳定性较好的化合物，。是目前研究较多的高能钝感含能材料。
Polynitrocubanes are one of the most important derivatives of cubane and belong to the new type of high energetic density materials (HEDM) with high strain and cage structure.
多硝基立方烷是非常重要的立方烷衍生物，其具有高张力笼状结构、属于当前热切追求的高能量密度材料（HEDM）。
The right use of these materials will create a well-tempered environment able to achieve the optimization of the energetic functioning of the building.
有效的使用这些材料可以创建一个舒适的环境和保证能源的最大化利用。
It was used sustainability measures in materials, energetic efficiency, water saving, reduction of the atmospheric pollution and soil, accessibility and mobility as well as health and comfort.
方案在各种方面都采用了可持续性的方法，比如材料、能效、节水、环境污染的减少、土地的利用、易达性、流动性还有健康和舒适性。
It was used sustainability measures in materials, energetic efficiency, water saving, reduction of the atmospheric pollution and soil, accessibility and mobility as well as health and comfort.
方案在各种方面都采用了可持续性的方法，比如材料、能效、节水、环境污染的减少、土地的利用、易达性、流动性还有健康和舒适性。
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