bubbling bed
英 [ˈbʌblɪŋ bed]
美 [ˈbʌblɪŋ bed]
沸腾床
双语例句
- Effects of the Equivalence Ratio on Sawdust Gasification Characteristics in Bubbling Fluidized Bed Gasifier
生物质鼓泡流化床气化特性的空气当量比影响分析 - Numerical investigation of abrasion and its distribution on immersed tubes in bubbling fluidized bed
鼓泡流化床埋管磨损量及其分布的数值研究 - Study of the impact of the velocity inlet boundary condition to the bubbling fluidized bed
速度进口边界条件对鼓泡床流动影响研究 - Coal drying; Bubbling fluidized bed; Numerical simulation.
煤干燥；鼓泡流化床；数值模拟。 - Numerical simulation of flow behavior of gas and particles in bubbling fluidized bed with large eddy simulation approach
大涡模拟方法模拟鼓泡床内气固两相流动 - Studies on dynamics of heavy metal volatilization behavior in a bubbling fluidized bed
流化床内重金属蒸发特性的动力学模型 - Technology of Shop-assembled Circulating Combustion Bubbling Fluidized Bed Boiler
鼓泡床循环燃烧组装/快装锅炉技术 - The bubbling bed model can then be used for scale up and design of kinetic processes.
可以用鼓泡床模型来进行动力学过程的放大和设计。 - Research on Characteristics of Pressure Fluctuating for Bubbling Fluidized Bed
鼓泡流化床压力波动特性试验研究 - According to the feasibility and application of the coke carried heat coal fired combined cycle, to set up a whole static simulation program of the system, a basic model for the bubbling fluidized bed boiler was developed and adopted to do some calculation.
针对焦载热燃煤联合循环系统的可行性及其实际应用，为了最终建立一套完整的系统静态仿真程序，文中对鼓泡床锅炉建立了基本模型并进行了相应的计算。 - Introduces a new developed interal circulation bubbling bed with a V-shape air distributor.
内循环鼓泡床是沸腾燃烧技术的重要发展方向之一。介绍一种新型内循环鼓泡床&V型布风装置鼓泡床（简称V型鼓泡床）。 - The model divides the furnace into two parts: a dense one at bottom part that is a bubbling bed and a dilute one at up part which is a core-annulus flow structure.
文中将循环流化床炉膛分为底部密相区和上部稀相区，底部密相区为一个鼓泡床，上部稀相区为环-核结构的快速床。 - Pressure Fluctuations in a Bubbling Fluidized Bed at High Temperature
高温鼓泡流化床的压力波动 - Numerical simulation for fluid dynamics in a gas-solid bubbling fluidized bed
气固鼓泡流化床的流动特性数值模拟 - A bubbling bed model, which calculates the HM vaporization rate from its concentration time profile in the outlet gas, was developed and validated.
此外，还运用并发展了鼓泡床模型，应用此模型根据出口气体中的HM浓度和时间关系计算出HM挥发率。 - As compared with conventional bubbling bed under the same total air flow, it is found that bubble sizes are obviously reduced and the bed surface fluctuation is decreased enormously, furthermore, solids lateral mixing becomes acute and particle residence time in bed is prolonged greatly.
本文将改进鼓泡床与普通鼓泡床进行比较，在同样的空气量下，气泡尺寸减小，床面波动降低，加强了固体颗粒的横向混合，延长了颗粒床内停留时间。 - The eigenvalues of 'scale energy percent' are obtained to identify the flow regimes of fixed bed and bubbling bed of gas-solid fluidized bed, and the rules of identification are also established. The experimental results show that the method is effective.
在此基础上，构造出特征值&尺度能量百分比，并建立了气固流化床从固定床到鼓泡床的判别准则，经实验验证所提出的方法是有效的，取得了良好的流型辨识效果。 - According to the concentration distribution of oil gas of these two kinds of strippers, a one-dimensional model was put forward with the aid of two-phase model of bubbling fluidized bed.
根据其油气浓度轴向分布的特点，结合鼓泡流化床两相理论以及一系列的假设，提出了针对这两种汽提器的一维传质模型。 - Simulated study of wastage in bubbling fluidized bed with dense particle impact and HCl effect
埋置沸腾床中管件耗损与HCl影响的实验室模拟 - Comparison of sawdust gasification in bubbling fluidized bed gasifier and circulating fluidized bed gasifier
木屑在鼓泡流化床和循环流化床中气化特性的对比研究 - On the equipment of two dimensional fluidized bed, we were primarily engaged in experimental research on coarse particle dense bubbling fluidized bed.
在二维流化床试验装置上，对由大颗粒物料组成的密相鼓泡流态化床进行了试验研究。 - The results show that the once-through absorption rate of 2% H2S containing gas can reach 99% and electricity consumption for hydrogen production can be reduced to 2.0 kWh/ Nm3 H2 under the condition of 80 ℃, nounal atmosphere and using the bubbling bed absorption unit.
试验表明：在常压、80℃、采用鼓泡床吸收器对含2%的硫化氢气体的一次吸收率可达99%，电解制氢电耗可降至2.0kw·h／Nm3H2。 - Dynamic characteristics of particles flow with a circulation in bubbling bed
鼓泡床颗粒内循环动力特性研究 - The bubbling fluidized bed is used to produce hydrogen from biomass steam gasification.
鼓泡流化床进行生物质水蒸汽气化，制取氢气。 - The results show that the DEM method can better simulate the flow characteristics in the bubbling fluidized bed.
结果表明，DEM方法能很好地模拟鼓泡床内的流动特性。 - On the basis of the hydrodynamic model used, rate models are classified into four groups, well mixed, two phase, bubbling bed, and bubble assemblage models.
重点分析了速率模型，根据所用流体力学模型不同将其分为全混模型、两相模型、鼓泡床模型和气泡汇集模型。 - And also we study the bubble flow behavior of the bubbling fluidized bed. The single bubble and continuous bubble formation, rise, break and coalesce characteristics are studied separately and compared with the experimental data. It shows good consistency.
随后研究了鼓泡床内的气泡运动变化规律，分别模拟了单个气泡和连续气泡的生成、生长、破裂以及合并等的行为特性并且和实验数据进行了对照，取得了较好的结果。 - Through a series of burning experiments in bubbling fluidized bed, we studied the influence of bed material particle size, combustion temperature and characteristics of fuel on the agglomeration.
通过在鼓泡床上进行一系列燃烧实验，探讨了床料粒径、燃烧温度、燃料特性等参数对聚团产生的影响。