The utility model applies in any liquid combustion, especially synthetic fluid combustion, and domestic kitchen stove, industrial furnace.
本实用新型适用于各种液体燃料，尤其适合于合成液体燃料，可广泛用在民用厨房灶具及工业窑炉等领域中。
The effect of in-bed tube structure on bed fluidization as well as that of the fluid-bed combustion on heating surface arrangement is also discussed in the paper.
论述了埋管结构对流化质量的影响，以及沸腾层燃烧份额对受热面布置的影响。
The multiphase fluid and combustion model of the boiler were analyzed in detail and established.
详细分析并建立了锅炉多相流动与燃烧模型。
The two-fluid mathematical model of turbulent combustion is built, which to depict steady state one -dimensional turbulent premixed flame.
建立湍流燃烧的“双流体”数学模型，用于一维湍流预混稳态火焰的描述。
Fluid bed performs better than fixed bed for the combustion of toluene because of the disturbance and better heat transfer caused by bed materials;
流化床比固定床更有助于甲苯的分解，床料强化了炉内扰动和换热条件，有利于甲苯燃烧；
Comparing the internal paper making black fluid disposal technology with the abroad, we elicit the feasibility of the disposal black fluid by CFBB combustion technology.
对比国内外造纸黑液处理办法，我们得出了利用循环流化床锅炉燃烧技术处理亚铵黑液的可行性。
The functional product is set to the surface of pipeline or container of fuel or air to activate fuel fluid molecule, promote combustion and reach the aim of saving fuel and protecting environment.
将这些功能制品涂覆、粘贴到燃油、燃气以及空气分子经过的管道、容器表面，可以高效活化流体分子，促进燃料燃烧，实现节油、节能、减少有害气体排放的节能环保目标。
The processes of fluid flow in the tube, combustion, heat transfer between the flue gas and tube were simulated without any simplification of the complicated geometry.
计算得到了炉内流场、 温度场及炉管表面热流密度分布的详细信息，揭示了焦化炉炉膛内流动、燃烧和传热过程的特性。
The oscillation fluid equations are established and the resonance frequency of the oscillation fluid is calculated with different combustion chamber shapes.
推导了燃气振荡流方程，计算了对应不同燃烧室形状下燃气振荡流的共振频率。
Combustion and heat transfer character are the technical basis of combustion in circuiting fluid bed boilers.
燃烧和传热特性是循环流化床锅炉的燃烧技术基础。
Circulating fluid bed multi-generation technology can combine pyrolysis, gasification and combustion in a hybrid process according to different compositions of coalition.
循环流化床多联供技术根据煤的不同组分的特点，实现热解、气化、燃烧的分级利用，是适合我国煤炭特点的技术。
The thermal stress of internal combustion engine exhaust manifold was calculated with the fluid-structure coupled simulation.
采用流固耦合方法计算了内燃机排气歧管的热应力。
Circulating fluid bed boiler is low temperature combustion, the flame features of which are much worse than that of pulverized coal boiler.
循环流化床锅炉属于低温燃烧，它的火焰特征与煤粉炉完全不同。
Combustion instability in a lean premixed combustor typically used in industrial gas turbines was studied with computational fluid dynamics technology.
对工业燃气轮机所使用的典型贫油预混燃烧室内的不稳定燃烧特性进行了数值研究。
Our model considers heat leak between cylinder wall and environment in combustion process, internal irreversibility of cyclic working fluid in adiabatic processes, and cycle time.
模型考虑了燃烧过程气缸壁与环境间的热漏、循环工质在绝热过程中的内不可逆性以及循环时间的影响。
Over the years, the design methods of burner rely on traditional empirical model, which did not fully add the effect of reaction kinetics and fluid dynamics to the combustion field.
长期以来，燃烧炉多是依靠传统经验模型进行设计，未充分考虑反应动力学及流体动力学对炉内燃烧场的影响。
The processes of fluid flow, combustion and heat transfer between the flue gas and tube without any simplification in the firebox of atmospheric heater were studied with the whole coupling method.
采用分区耦合的方法研究了常压加热炉辐射段内的流动、燃烧和管内外传热的工艺过程。
Simulation studies have been carried out on the cold blast distribution in the internal combustion stove of No. 4 BF at Anshan Iron and Steel Corp by application of 3-d fluid flow software.
应用三维流场计算机模拟软件对鞍钢4号高炉内燃式热风炉冷风分配情况进行了模拟研究。
Simulation studies have been carried out on the cold blast distribution in the internal combustion stove of No. 4 BF at Anshan Iron and Steel Corp by application of 3-d fluid flow software.
应用三维流场计算机模拟软件对鞍钢4号高炉内燃式热风炉冷风分配情况进行了模拟研究。
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