1.
Development and Formation Mechanism of Reducing Flame Burning Phase Glaze
还原焰烧成分相花釉的研制与形成机理探讨
2.
NO Formation and Reduction in Fuel-N-Doped CH_4/Air Counterflow Diffusion Flames
燃料型NO在对冲扩散火焰中的生成和还原特性
3.
Analysis and countermeasure for the unfavorable combustion stability in W-flame boiler
“W”火焰锅炉燃烧稳定性差原因分析
4.
Color results will vary according to glaze composition, firing temperature and kiln atmosphere.
唯基础釉的组成物料、烧温度、氧化或还原均会影响烧成的颜色。
5.
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
6.
"Fire: Rapid Burning of combustible material, producing heat and usually accompanied by flame."
火: 可燃物质的快速燃烧,产生热量,通常还有火焰。
7.
A hypothetical substance formerly thought to be a volatile constituent of all combustible substances released as flame in combustion.
燃素，热素原来假设的在所有燃烧物质中挥发性的一种物质成分，在燃烧中作为火焰而被释放出来
8.
Burning Embers: Red-hot embers swirl around the target, causing damage over time.
燃烧之烬：红热的火焰裹住目标，形成持续的伤害。
9.
Experimental Studies on Combustion Characteristic of Syngas Swirl Diffusion Flame by Dilution;
合成气旋流扩散火焰稀释燃烧特性的实验研究
10.
Numerical Simulation of Flame Forms Choice Combustion of Synthesis of Carbon Nanotubes;
燃烧法合成碳纳米管火焰形态选择的数值模拟
11.
Numerical Simulation Study of V Type Burner Combustion of Synthesis of Carbon Nanotubes
V型热解火焰燃烧法合成碳纳米管的数值模拟
12.
Numerical Analysis and Experimental Study of NO_x Generation in Flameless Combustion
无焰燃烧NO_x生成的数值分析和实验研究
13.
Numerical Simulation of the Combustion Processes and the Pollutant NOx Emission in a W-Shape Flame Boiler Furnace;
W型火焰燃烧室燃烧过程及污染物生成的数值模拟
14.
Effect of Calcination Temperature on the Reduction Kinetics of Iron-Based Fischer-Tropsch Catalyst
焙烧温度对费托合成铁基催化剂还原动力学的影响
15.
Leaps in the flame from cedar-plank or weed./And love is fire. And when I say at need
或者柴堆－－那栋梁还是荆榛在烧，／火焰里总跳得出同样的光辉。当我
16.
Determination of Calcium Content in High Grade Pyrite Concentrate and Cinder by Flame Atomic Absorption Spectroscopy
火焰原子吸收法测定高品位硫精矿及烧渣中的钙
17.
Determination of the Content Metal in Waste Incineration Fly Ash by Microwave Digestion and FAAS
微波消解—火焰原子吸收法测定垃圾焚烧飞灰中的金属含量
18.
An injury produced by fire, heat, radiation, electricity, or a caustic agent.
烧伤，烫伤，灼伤因火焰、高温、辐射、电击或腐蚀性物质而造成的伤害