自悬浮的英文

• auto-suspension

• "自"英文翻译    self; oneself; one's own
• "悬浮"英文翻译    suspension
• "自悬浮作用" 英文翻译 :    autosuspensionn
• "悬浮" 英文翻译 :    [化学] suspension◇悬浮尘 airborne [floating] dust; 悬浮固体 [环保] suspended; solid;悬浮火车 aerotrain
• "磁悬浮" 英文翻译 :    [电工] magnetic suspension◇磁悬浮列车 a magnetic suspension train
• "可悬浮" 英文翻译 :    suspensibility
• "声悬浮" 英文翻译 :    acoustic levitation
• "生悬浮" 英文翻译 :    resuspension
• "水悬浮" 英文翻译 :    aqueous suspension
• "悬浮冰" 英文翻译 :    hanging ice
• "悬浮层" 英文翻译 :    floating blanket; superposed layer; suspension bed
• "悬浮车" 英文翻译 :    levitated vehicle
• "悬浮尘" 英文翻译 :    airborne dust
• "悬浮的" 英文翻译 :    floating; neutrally buoyant; suspended
• "悬浮度" 英文翻译 :    dispersity; suspended load
• "悬浮河" 英文翻译 :    superposed river
• "悬浮灰" 英文翻译 :    suspended ash
• "悬浮剂" 英文翻译 :    benazolin-ethyl; chlorfenapyr; dispersant; fenproximate; fipronil; fludioxonil; iprodione; pyrimethanil; spinosad; su e ion agent; su e ionagent; su ending agent; suspending agent; suspension agent; suspensionagent; suspensoid; tebufenoride; thifluzamide
• "悬浮力" 英文翻译 :    suspension force
• "悬浮流" 英文翻译 :    suspension flow
• "悬浮炉" 英文翻译 :    shower furnace
• "悬浮率" 英文翻译 :    rate of pickup; suspensibility; suspension percentage
• "悬浮球" 英文翻译 :    levitated sphere
• "悬浮区" 英文翻译 :    suspension zone
• "悬浮砂" 英文翻译 :    sand in teeter; su endedsand; suspended sand

• Preparation and granularity control of nanosized copper particles by flow - levitation method
  自悬浮定向流技术中铜纳米微粒的粒度控制研究
• The size of the nanoparticles prepared with the flow - levitation method can be controlled by controling the gas pressure in the action tube , the velocity of cooling gas flow and the temperature in the melt metal globule
  自悬浮定向流方法制备纳米铝粉和铜粉的过程中，通过控制反应管内的气体压力、冷却气体的流速、熔球的温度等因素可以对粉体的尺寸分布进行控制。
• This paper with the actual needs of metal physical doping of icf target material and laser - x - ray conversion material is starting point , major for flow - levitation method principle , technology parameter control particle grain size , structure and thermal stability of phase composition that prep aration metal and alloy nanoparticle go deep into research . the principle of preparation metal nanoparticle by flow - levitation method is difference with other evaporate condensation method
  本文以icf靶材料金属物理掺杂和激光- x光转换材料的实际需要为出发点，主要对自悬浮定向流技术制备金属与合金纳米微粒的原理、过程和工艺参数控制微粒粒径大小，所制备纳米微粒的结构、物相组成以及组成相的热稳定性等方面进行了深入研究。
• As well - known , there is an induced current on the surface when metal material is in the high frequency electromagnetic field , since tending to skin heating effect to make the temperature of metal material surface go up promptly , surface beginning melt when temperature reaches the melting point of metal , metal material is heated up continuously by surface to core till the metal droplet of melting
  自悬浮定向流技术制备金属纳米微粒与一般的蒸发冷凝法有所不同，其原理是：金属材料在高频电磁场中产生表面感生电流，由于趋肤加热效应使得金属材料表面的温度迅速升高，当温度达到金属的熔点时表面开始熔化，通过热传导作用金属材料由表面到芯部不断加热直至熔化成金属液滴。
• There are mainly three parts in this paper . the first is the calculation of al clusters in 2 to 7 atoms , the second is the simulation of preparation with flow - levitation method in theory , and the third is the preliminary study of the preparation and property of metal nanomaterials
  本文主要进行了三部分的工作，一是对于铝的2 7个原子的小团簇进行了理论计算，二是对于自悬浮定向流制备纳米金属粉进行了理论模拟，三是对于纳米金属材料的制备和性能进行的初步研究。
• Basis is the principle of fiow - levitation method and combination the needs of actual work , have led into instant infrared measure temperature system make evaporate temperature show and control more visual , have expanded the scope of speed adjustment for material supply installation to make consumed power be with production efficiency combine , besides , has still increased the installation of stabilized press of water - cooling system makes the operation of equipment more safe with stabilize
  根据自悬浮定向流技术原理，结合实际工作的需要，引入了即时红外测温系统使蒸发温度的显示与控制更加直观，扩展了供料装置的调速范围使功耗与生产效率有机结合起来，此外，还增加了水冷系统的稳压装置使设备的运行更加安全与稳定。
• In theoretically flow - levitation method can prepare the nanoparticle of a series of different metal element and different size . through a course imitate for preparation of nanometal powders in inert gas by flow - levitation method , have established the mathematics model of the metal droplet surface evaporate to form suspension nanoparticles in inert gas , the calculation of this model shows as a result , the major factor of affect nanometer
  研究表明，自悬浮定向流法制备的纳米金属间化合物微粒其相组成与蒸发源母料的成分有一定的对应关系，适当条件下得到的产物颗粒中，主要组成相的cu 、 al原子比基本接近或尽量与蒸发源母料的cu 、 al原子比趋于一致，换言之，可以通过