Detonation of expandable graphite to make micron-size powder;
爆轰裂解可膨胀石墨制备石墨微粉(英文)
Influence of external conditions on nano-scale iron oxides prepared via detonation;
外界条件对爆轰制备纳米氧化铁的影响研究
Study of mixed type nanosized aluminum oxide synthesised by detonation;
混合型纳米氧化铝的爆轰合成研究
Influences of particle size of HMX on detonation waves propagation of HMX and HMX/F_(2641);
HMX粒度与爆轰波传播性能的关系研究
Numerical simulation of standing oblique detonation wave using parallel computation method;
驻定斜爆轰波并行数值模拟
Numerical simulation of gaseous detonation waves propagation and comparison with experimental results;
气相爆轰波传播特性的数值模拟及实验对照
Research on Synthesis of Titanium Dioixde Nanoparticles by Detonation Method;
爆轰法合成氧化钛纳米粉研究
Through the summarization of the development of explosion application and plenty of experiments of nano-powders preparation by detonation method,the"synthesis technology by controlling detonation"is put forward to be applied to nano-powders synthesis as well as"controlling blasting technology"applied in engineering construc- tion.
综述了爆炸应用的发展和采用爆轰法合成纳米粉体的实践工作,结合控制爆破在工程建设中发挥的作用,提出"控制爆轰技术"应用于纳米颗粒合成,据此总结讨论和探索了爆轰法制备纳米颗粒存在的内因素和外因素。
As a novel method, detonation method has been used to prepare many kinds of nanosized materials, such as diamond, graphite and boron nitride in the last several decades.
爆轰法是一种新颖的制备纳米材料的方法。
Detonation Synthesis of Nanometer Alumina and Control Study about Its Phase and Dimension;
纳米氧化铝的爆轰合成及其晶型和尺寸的控制研究
The factors influencing the detonation synthesis, which include explosive component proportion , charge diameter, constraint condition and preservative medium, have been studied.
炸药爆轰合成超微金刚石（ultrafine diamond简称UFD）是利用高威力负氧平衡炸药爆轰反应释放的自由碳在爆轰产生的高温高压条件下相变为金刚石的技术。
Numerical study on re-initiation phenomenon of gaseous detonation induced by the coalescence of high temperature regions;
高温区碰并诱导气相爆轰二次起爆的数值研究
Flow-field visualization for gaseous detonation diffraction experiments;
气相爆轰波绕射流场显示研究
The re-initiation phenomenon of gaseous detonation induced by shock reflection in a bifurcated tube was studied.
以分叉管为例,研究了激波反射诱导气相爆轰二次起爆的现象。