thermite

Effect of mixing procedure on combustion characteristics of thermite Al + Fe_2O_3

混料工艺对Al+Fe2O3铝热剂燃烧特性的影响

Increasing preheating temperature of thermite , the speed of thermite reactions quicken , the properties of products can also be improved .

提高铝热剂预热温度，可加快铝热反应速度，改善复合铜管质量。

Research on Ceramic Coating Technique by Thermite Reaction Fusion Adhesion Process

铝热反应熔附成型陶瓷涂覆技术的研究

Basic Research on Refining of High Titanium Ferroalloy Based on Thermite Reduction

铝热还原精炼制备高钛铁的基础研究（铜火法精炼还原阶段的）插树

Reaction mechanism of self propagating high temperature synthesis BN by thermite reaction

自蔓延还原合成BN反应机理

Probe into reducing silicon contents in metallic chromium with thermite method

降低铝热法金属铬硅含量的探讨

Study of the Pressure Thermite Welding of Rails

钢轨加压铝热焊的研究

Thermite effects changed to look like it is burning for several seconds before causing damage .

铝热效应改变的样子是前几秒钟燃烧造成的损害。

An investigation on melting ferrotitanium process in thermite method

铝热法冶炼高钛铁工艺试验

Development of the SHS centrifugal - thermite process

SHS铝热-离心技术的研究进展

High-strength TiC / FeNiCr Composite Produced by Rapid Solidification Thermite Process

铝热快速凝固工艺合成高强TiC/FeNiCr复合材料

Influence of CrO_3 Additive on the Thermite Reaction Procedure in Fe_2O_3 + Al System

CrO3对Fe2O3+Al铝热反应系统反应过程的影响

Probe into increasing recovery of Ch rome-boron alloy smelting with thermite method

提高铝热法生产铬硼合金回收率的探讨

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible .

实践证明，采用金红石铝热法生产高钛铁在技术上是完全可行的。

Solidification of Toxic Materials Under Explosion by SHS Method of Sand-Containing Thermite

含沙铝热剂对受爆炸作用有毒物质的SHS固化

Test results show that the single-use crucible developed meets the requirements for alumino thermite welding .

试验结果显示，研制的一次性坩埚可以满足铝热焊接使用。

In order to improve the quality of the thermite welding of rails , the pressure thermite welding process is studied .

为了提高钢轨常规铝热焊的接头质量，作者对钢轨加压铝热焊工艺进行了试验研究。

The principle and merits of which thermite is used for combustion destruction of ammunition are expatiated .

破坏说争辩阐述了高热剂燃烧销毁弹药的原理和优点。

Acting as a diluent during thermite combustion process , NaF will reduce the combustion temperature and propagation rate ;

在铝热燃烧过程中NaF作为稀释剂存在，降低燃烧温度和蔓延速率；

Technology of thermite method smelting FEV 50 with v_2o_3

V2O3电铝热法冶炼FeV50的工艺探讨

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction .

铝热是铝粉，一种金属氧化剂，能产生我们所谓的铝热反应。

Adding SiO 2 in thermite , the porosity , the density and the compressive shear strength of the products are obviously improved .

铝热剂中加入SiO2也可降低孔隙度，提高压剪强度。

The progression of thermite research and the fields of thermite application are outlined . Common methods for ammunition destruction and their defects are introduced .

概述了高热剂研究历史以及应用领域，介绍了弹药销毁的常规方法及其缺陷；

Adding SiO 2 to thermite can enhance compactness and improve corrosion-resistance . Adding ZrO 2 can enhance breaking ductility .

在铝热剂中加入SiO2，可提高致密度，改善耐蚀性，加入ZrO2可提高断裂韧性。

In the clip above we see an attempt to " cool " the thermite reaction by dumping it in a vat of liquid nitrogen .

在上面的视频中我们看到，为了让铝热反应“降温”而浇入大量液氮。

To make the thermite reactions can be more valuable , one of the most effective methods to improve the reaction rate is to make one or two components of the reactant reach nano-scale .

为了改善铝热剂的反应速率，使其在含能领域更加有利用价值，将其中一种或者两种组分进行纳米化是一种有效的方法。

The effects of respects such as material disposal , slag system and heat etc. on recovery are discussed in chrome-boron smelting with thermite method , and the control measures are also put forward .

讨论了铝热法铬硼合金生产工艺中原料处理、渣系、热量等方面对冶炼回收率的影响，并提出了控制方法。

The thermite reaction of Al B 2O 3 system is a multi step one : B 2O 3 slowly reacts with Al , and forms Al 4B 2O 9 and B below 820 ℃;

结果表明：铝热还原B2O3的反应是一个分步过程，低于820℃时，B2O3与Al缓慢反应生成Al4B2O9；

Melt-casting under ultra-high gravity integrates the combustion synthesis with ultra-high gravity technology . The ultra-temperature metal / ceramic mixing-melts can be achieved by heat generated from thermite combustion reaction .

超重力熔铸技术是将燃烧合成技术与超重力技术相结合，利用铝热燃烧合成体系的强放热获得超高温的陶瓷/金属混合熔体，并实现二者的彻底分离。

An understanding to the nature of self propagating high temperature synthesis ( SHS ) of BN by thermite reaction was obtained from the results of differential thermal analysis ( DTA ), reaction at different temperatures for 30 min and SHS experiments .

结合差热分析，通过研究B2O3和Al在不同温度下的反应以及在不同氮气压力中的自蔓延实验，探讨了B2O3AlN2体系自蔓延还原合成BN的反应机理。