料层的英文

• bed of material

• "料×"英文翻译    7 chi
• "层"英文翻译    I storey; tier; stratum
• "薄料层" 英文翻译 :    low pellet layer; shallow bed
• "底料层" 英文翻译 :    hearth layer; initial bed
• "厚料层" 英文翻译 :    deep bed; thick bed
• "面料层" 英文翻译 :    precoat
• "燃料层" 英文翻译 :    bed of fuel; body of fuel; fuel bed; fuel-bed
• "填料层" 英文翻译 :    filler layer; filter pack
• "颜料层" 英文翻译 :    coat of color; coat of colour
• "窑料层" 英文翻译 :    kiln bedding
• "薄涂料层纸" 英文翻译 :    single coated paper
• "焙烧料层" 英文翻译 :    roasting bed
• "焙烧炉料层" 英文翻译 :    roaster bed
• "层状料层" 英文翻译 :    layered bed
• "储罐涂料层" 英文翻译 :    tank coating
• "发光材料层" 英文翻译 :    eml emitting material layer
• "防潮湿料层" 英文翻译 :    solum
• "防腐涂料层" 英文翻译 :    anticorrisive coat
• "厚料层试验" 英文翻译 :    deep-bed test
• "环形料层" 英文翻译 :    annular layer
• "静结料层" 英文翻译 :    static sinter bed
• "抗裂涂料层" 英文翻译 :    anticarack coating
• "连续料层" 英文翻译 :    consecutive layer
• "料层边缘" 英文翻译 :    edge of bed
• "料层厚度" 英文翻译 :    bed density; bed thickness; depth of charge; layer height; mix thickness

• Test method for aggregate layer hiding power
  集料层遮盖性的试验方法
• Household sewing machines - determination of creep of one ply of material over another
  家用缝纫机缝料层潜移量测试方法
• Filter media is the key to the filter and its structure has great effect on effluent and head lost of filtration
  滤料层是滤池的核心组成部分，它的结构特性对滤后水水质和过滤水头损失有着重要的影响。
• For system stability , the influence of the static powder bed height was the most obvious , whereas the impact of the fluidization air velocity was slighter
  对于系统稳定性，静止料层高度的影响最显著，而流化风速的影响较轻微。
• It is good in regulation and wide in suitability , the thickness of raw material layer and movable speed inside the machine and the amplitude can be adjusted through continuous bariable speed
  可调性好，适应面宽，料层厚度在机内移动速度以及振幅变更均可实现无级调节。
• The thickness of raw material and the speed of raw material to the speed of raw material to be moved inside the machine and the change of vibration breadth can be realized through steeples
  可调性好，适用面宽。料层厚度和在机内移动速度以及全振幅变更均可实现无级调节。
• Abstract : the technologic factors which influence the composition of iron powder are investigated , such as secondary reduction temperature , time , scale thickness . the available technologic systems that are employed to produce high quality iron powder are brought forward
  文摘:研究了二次精还原温度、时间、生粉料层厚度等工艺因素对铁粉化学成分的影响，提出了工业生产高品位铁粉的合理工艺制度。
• Abstract : taken as materials , ammonium paramolybdate , molybdenum tri - oxide , molyb denum dioxide and molybdenum powder of different layers in thickness are reduced at different temperatures , and by analyzing the grain size , oxygen content and mo rphology of the molybdenum powders obtained , the effects of reduction processing on the grain size and oxygen content of the molybdenum powder of different layer s in the same boat are discussed
  文摘:以仲钼酸铵、三氧化钼、二氧化钼和钼粉为原料，采用不同的温度和不同的料层厚度进行了还原试验，分析了所得钼粉的粒度、氧含量和形貌，剖析了同舟内不同层次钼粉的粒度和氧含量的变化规律。
• In this paper , high heat penetration into a moving particulate bed is described mathematically with a comprehensive heat and mass transfer model . the distribution of gas velocity and pressure , the temperature field of gas and solid in the moving particulate bed are examined for different conditions . the results show that thermal penetration into the moving packed - bed particles by fluid flow in porous media is high only in the position near the gas entrance . the thermal penetration thickness tends to increase with the fluid flow velocity and decrease with the particle moving velocity . in the region of thermal penetration , the porosity of solid bed has significant effect on gas field and pressure loss . it is feasible to reduce the gas pressure loss by a larger width / height packed bed in design and operation . the correspondence between thermal infection depth and particle bed height would be helpful to keep high oapacity of reactor and reduce the cost of operation
  针对移动颗粒床中物料层内的高温气体渗流传热现象，考虑渗流与传热的相互作用，采用局部非热平衡假设建立了多孔介质渗流传热物理数学模型并进行了数值计算.研究了不同情况下床内填充多孔介质中的流速、气固温度和床层压力损失.计算结果表明，高温热气对移动床颗粒料层的热渗透主要发生在渗流入口端区域，增大入口渗流速度以及减小床层物料下移速度将导致物料温度沿床高慢速下降，热渗透深度扩大，热渗透作用区域内的物料温度水平提高.在热渗透作用区域，孔隙率对流场和压力损失有很大的影响.研究结果对于移动颗粒床反应器的设计与运行具有一定的参考作用