1) flying combustion
飞行燃烧
1.
The macroscopical characteristics,composition,structure,and transforming course of the intermediate-stated reactive products in different flying distance were observed,and the flying combustion course and reactive mechanism of the spray agglomerates in the .
以Ti-B4C-C为反应喷涂体系,依托SHS反应火焰喷涂制备TiC-TiB2复相陶瓷涂层技术,通过水淬熄实验,截取了喷涂过程中飞行不同距离的粒子,观测了不同飞行距离下,中间状态反应产物的宏观特征、成分和组织结构及其变化过程,理论探讨了复合粉体在氧-乙炔火焰焰流中的飞行燃烧过程与反应机理。
2) cruising chamber
巡航飞行用燃烧室<火>
3) combustion behavior
燃烧行为
1.
Thermal degradation and combustion behavior of polypropylene;
聚丙烯的热降解和燃烧行为
2.
Thermal degradation and combustion behavior of flame retardant HIPS nano-composite
阻燃HIPS纳米复合材料的热降解和燃烧行为
3.
The measurement along a circulating fluidized bed boiler height of the gas conc e ntration and the combustion fraction distribution has demonstrated that the majo r difference between a bubbling fluidized bed and a circulating fluidized one co nsists in their radically different combustion behavior in a dense phase zone.
循环床锅炉沿床高的烟气浓度及燃烧份额分布测试结果证明 ,鼓泡流化床和循环流化床的重要差异表现为密相区燃烧行为的根本不同 ,由于床料平均粒径较低 ,循环床密相区的流动不同于鼓泡床 ,导致气固两相之间的传质阻力增加 ,从而影响燃烧反应 ,密相区的燃烧行为表现为欠氧。
4) burning behavior
燃烧行为
1.
The heat transfer and burning behavior of the intumescent fire-retardant polypropylene(IFR-PP) were studied by the cone calorimeter to establish an essential physical model for the intumescence process in fire.
膨胀阻燃聚丙烯的传热传质过程可减缓裂解、燃烧行为。
2.
The burning behavior of composition B was researched by steel tubes under different ignition intensity.
用燃烧转爆轰 (DDT)管实验对B炸药在不同点火强度下的燃烧行为进行了研究 ,实验以硝化棉作为点火药 ,通过调节火药量控制点火强度 ,结果表明 ,随着点火强度的增加 ,B炸药的反应速度增大。
5) self-burning
自行燃烧
1.
After changing the filter materials of the F301 recycling filter with sintered metal fiber filter media, the self-burning could be completely prevented,and fro.
由于PP装置系统活化剂遇空气可自行燃烧,导致F301循环气过滤器在每次更换滤袋时丙稀+PP过滤材料随之燃烧,危害很大。
6) combustion stroke
燃烧行程
补充资料：沸腾床燃烧(见流化床燃烧)
沸腾床燃烧(见流化床燃烧)
boiling-bed combustion:see fluidized-bed combustion
沸腾床燃烧(boiling一bed eombustion)见流化床燃烧。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条