vortexing

[vɔ:'teksɪŋ][vɔ:'teksɪŋ]

涡流

  • From experience many customers recognize the concern about motor overheating but fail to understand the concern about prevention of vortexing and the associated pump damage that can occur .

    经验告诉我们,许多用户都能够认识并注意电机过热问题,但是往往不了解并忽视防止 涡流及其可能引起的泵故障。

  • The results show that tangential velocity in more even and core area with higher axial velocity reduces compared with vortexing fluidized bed combustion without center tube .

    结果表明: 环形 旋涡流化床采用内中心筒 方式使切向速度分布更为均匀,轴向速度最大值的核心区 有所减少。

  • Emission Control of Gaseous Pollutants in Vortexing Fluidized Bed

    旋涡流化床气相污染物的防治

  • Gas flows and particle mass fluxes were measured and elutriation experiments were conducted in two cold test models of vortexing fluidized bed .

    在两 旋涡流化床冷态试验模型上测量了气体流场和颗粒质量流率,并进行了扬析试验。

  • Large eddy simulation and controlling of vortexing flow of molten steel in continuous casting mold

    连铸结晶器内钢液 涡流 现象的大涡模拟及控制

  • Investigation on Aerodynamical Characteristics and Gas Mixing in a Vortexing Fluidized Bed Freeboard

    旋涡流化床空气动力场和气体混合试验研究

  • An Experimental Study of the Elutriation Mechanism of Vortexing Fluidized Bed Particles

    旋流化床颗粒扬析规律的试验研究

  • Study on Desulfuration Performance of Annular Vortexing Fluidized Bed

    环形 旋涡流化床脱硫特性的试验研究

  • Study on Particle Flow Pattern and Elutriation Mechanism in a Vortexing Fluidized Bed Freeboard

    旋涡流化床颗粒运动和扬析机理试验研究

  • Modeling of vortexing gas-particle flows and combustion and flow field predictions

    旋风两相流动和燃烧数值模拟理论及流场预报

  • A mathematical model for the particle entrainment and elutriation in Vortexing Fluidized Beds

    旋涡流化床颗粒夹带和扬析的数学模型

  • Experimental Study of Gas / Solid Suspension Flows in Vortexing Fluidized Bed Chamber Freeboard

    旋涡流化床悬浮段气固悬浮流试验研究

  • The experimental results indicate that in the vortexing fluidizing bed freeboard emission of SO_2 and NO_x can be reduced effectively due to the lower temperature staged combustion the prolonged residence time of fine particles and the vigorous turbulence .

    结果表明, 旋涡流化床低温分级燃烧、细颗粒的长时间停留以及强烈的 横向 扩散和混合能有效地抑制NOx的生成,降低SO2和NOx的排放。

  • Avoid vigorous vortexing and pipetting of protein solutions to minimize denaturation .

    避免剧烈 摇晃和吹打蛋白样品,以防蛋白变性;