1.
Self-propagating Combustion Synthesis of Nanocrystalline Yttrium Iron Oxide Solid Solution Photocatalysts
自生长燃烧法合成纳米铁酸钇固溶体光催化剂
2.
atmospheric gas-burner
自燃通风煤气燃烧器
3.
testing method for flammability of clothes burning rate method
织物燃烧试验法：燃烧速度测试法
4.
SYNTHESIS AND PROPERTY ANALYSIS OF ONE-DIMENSIONAL NANOSTRUCTURED AlN BY SELF-PROPAGATING High-Temperature
燃烧合成一维纳米结构AlN及其生长机理研究
5.
A Study on Mechanism of Self-Propagating High-Temperature Synthesis by Combustion front Quenching Technique;
用燃烧波淬熄法对自蔓延高温合成机理的研究
6.
Study of Boiler Combustion System Algorithm Based on Predictive Self-Tuning Control;
锅炉燃烧系统预测自校正控制算法的研究
7.
Polishing Property of α-Al_2O_3 Nanoflakes Prepared by Self-Burning Method
α-Al_2O_3纳米片的自燃烧法控制合成及其抛光性能
8.
Synthesis and Properties of La_2NiO_4 Cathode Material by Low-temperature Self-combustion
低温自燃烧法合成La_2NiO_4阴极材料及其性能
9.
BIFURCATION ANALYSIS OF TRANSITION TO FLAMING OF COAL SPONTANEOUS COMBUSTION
煤炭自然发火产生明火燃烧的分岔分析
10.
This study first synthesizes the nanosized HAP powder by auto_combustion method and its agglutinating property is comparatively good.
本研究首次采用自燃烧法合成了烧结性能良好的纳米HAP粉末 .
11.
Rubber-Determination of the burning behaviour of vertical specimens
GB/T13488-1992橡胶燃烧性能测定垂直燃烧法
12.
Principles and Application of Automatic Combustion Control System in Domestic Waste Incineration Plants
生活垃圾焚烧厂自动燃烧控制系统的原理与应用
13.
Test method for flammability of plastics--Flash-ignition temperature and self-ignition temperature test
GB/T9343-1988塑料燃烧性能试验方法闪点和自燃点的测定
14.
, sintering is one of the critical steps in developing the applications of engineering ceramics In this paper, some normal sintering processes are outlined, while the plasma sintering and high pressure self-combustion sintering methods are highlighted.
本文在简单列举了几种普通烧结方法的同时,着重叙述了等离子烧结法和高压自燃烧结法。
15.
autorich mixture
自动富化燃烧混合物
16.
natural draft gas burner
自然通风气体燃烧器
17.
When applying the burner to the boiler, it is necessary to correctly position the flange so that the burner head enters the furnace to the extent specified by the boiler manufacture.
当燃烧器装在锅炉上时，需要正确定位法兰，使燃烧头按锅炉制造商指定的长度进入炉膛。
18.
Study on Gas Combustion Flame Optical Measurement Techniques;
燃气燃烧火焰燃烧过程光学测量方法研究