1.
Comparison of Oxy-fuel Firing and Air combustion In glass furnace combustion space
全氧燃烧与空气助燃玻璃窑炉燃烧空间比较
2.
Numerical simulation of a low oxygen burner with self-circulation of flue gas
烟气自循环式低氧燃烧器燃烧过程的数值模拟
3.
Experiments and Numerical Simulation on Oxygen-enriched Combustion and Direct Ignition of Pulverized Coal;
煤粉富氧燃烧和新型富氧燃烧器直接点火技术及数值研究
4.
Comparison andAnalysis of Oxygen-enriched Combustion and Oxygen-enriched Gasification Combustion for Float Glass Melting Furnace
浮法玻璃熔窑富氧燃烧与富氧气化煤气燃烧对比分析
5.
Theoretical Clculation of Eergy-Saving Eficiency and the Key Issues in Technology of Combustion in Rich Oxygen Atmosphere
富氧燃烧节能效率理论计算及富氧燃烧技术关键
6.
OXYGEN-ENRICHED COMBUSTION IN THE FIRING ZONE OF ROLLER HEARTH KILNAND NUMERICAL SINULATION OF THE COMBUSTION SPACE
辊道窑烧成带富氧燃烧及火焰空间数值模拟
7.
Numerical Simulation of Oxygen-enriched Combustion and NO_x Emission Characteristic of Gas Boiler;
燃气锅炉富氧燃烧及NO_x排放特性的数值模拟
8.
Research of Temperature Field of Gas High Temperature Combustion at Low Oxygen and NOx Emission Characteristic
燃气高温低氧燃烧温度场及NOx排放特性的研究
9.
Life Cycle Assessment on Oxygen-enriched Combustion of Coal-fired Power Generation Units
燃煤机组富氧燃烧发电的生命周期评价
10.
catalytic combustion type oxygen analyzer
催化燃烧式氧分析仪
11.
deprive of the oxygen necessary for combustion.
剥夺燃烧必需的氧气。
12.
CO firing waste heat boiler
一氧化碳燃烧废热锅炉
13.
Nitrogen oxides (NOX.) are produced when fuel is burned at very high temperatures.
氮氧化物（NOX）产生于高温下的燃料燃烧。
14.
As is known to us all, the burning of any fuel requires oxygen.
众所周知，任何燃料的燃烧都需要氧气。
15.
As motor vehicles burn fuel, they give off carbon monoxide as a waste.
在汽车燃烧燃料时，产生废气—一氧化碳。
16.
Although oxygen itself will not burn, it supports combustion.
虽然氧气本身不会燃烧，但它可助燃。
17.
Carbon dioxide does not burn, nor does it support combustion.
二氧化碳不能燃烧，它也不能助燃。
18.
Influence of Oxygen Concentration on the Flammability Characteristics of Fire-Retardant Cellulose;
氧浓度对阻燃纤维素燃烧特性的影响