1) flotation
浮升过程
1.
In precipition and flotation,the adsorption properties of caramel,alkaline degradation product to glucose and melanoidin on the surface of freshly prepared calcium phosphate (FPCP) in 20% sugar solution were investigated.
实验结果表明,不论是沉降过程,还是浮升过程,新生磷酸钙对这些色素的吸附等温曲线均属于Langmiur型,可用Langmiur方程进行准确描述;新生磷酸钙在浮升过程中对这些色素的等温吸附量明显高于沉降处理过程。
2) rising
浮升
1.
By researching the separating process mechanism of the rising between the coalescenceplates and the coalescing on the surface of the plates, a mathematical model calculating the separating time of the dispersive drops in oilwater separation was proposed.
通过对油水分离过程中油滴在聚结板间浮升和在聚结板表面聚结的过程机理的研究,建立了关于聚结板式油水分离器的油水分离过程数学模型,求得分散相液滴分离所需的时间。
2.
Both two forms of mine gas in air have rising movement or trend: a part of mine gas or higher concentration of mine gas in air rises by buoyancy because of density difference; pressure diffusion of molecules of mine gas in air is made by pressure gradient, molecules of mine gas have rising movement or trend because down pressure gradient is usually produced by gravity.
矿井空气中局部瓦斯或局部较高浓度瓦斯的气体对象,由于存在小于周围环境气体的密度差,会在浮力作用下浮升;矿井空气中的瓦斯气体分子在压强梯度的作用下产生压强扩散,通常由于空气重力产生方向向下的压强梯度,瓦斯气体分子具有上升的运动或趋
3.
According to the need for study on methane movement law in fully mechanizedsublevl caving stopes,the methane rising and pressure diffusion theory is put forward.
依研究综放采场瓦斯运移规律的需要,提出矿井瓦斯气体浮升与压强扩散理论。
3) buoyancy
浮升力
1.
The research of buoyancy strengthen theturbulence heat transfer in the boiler system;
关于浮升力增强锅炉系统中湍流换热的研究
2.
Study of Buoyancy-Opposed Mixed Convection in Vertical Passages;
竖直通道内逆浮升力方向的混合对流传热研究
3.
Convection heat transfer of CO2 at supercritical pressures in a vertical tube (Din=2 mm) was investigated experimentally in order to study the effects of the variation of physical properties, buoyancy and thermal acceleration on the convection heat transfer.
本文对超临界压力CO2在垂直圆管(Din=2 mm)内在高进口雷诺数和低进口雷诺数条件下的对流换热进行了实验研究,以研究变物性、浮升力和热加速对流动和换热的影响。
4) Flotsam
浮升组分
5) Suspensoid
浮升组份
6) thermal buoyancy effect
热浮升力
参考词条
补充资料:升麻—大三叶升麻
【通用名称】
升麻—大三叶升麻
【其他名称】
【药物名称】
升麻—大三叶升麻
【英文名】
Skunk Bugbane Rhizome
【别名】
关升麻、龙眼根、窟窿牙根。
【来源】
为毛茛科植物大三叶升麻Cimicifuga heracleifolia Kom. 的根茎。
【植物形态】
多年生草本。茎直立,高1~1.5m。叶为二回三出复叶,茎部叶有长柄;小叶卵形至广卵形,中央1片小叶常再3浅裂,边缘有粗大锯齿,两面均被柔毛。花序复总状,被灰色柔毛;花两性;萼片5,花瓣状,早落;雄蕊多数;心皮3~5,分离,光滑无毛,有短柄。骨突果3~5。花期7~8月,果期8~9月。生于林下`灌木丛中。主产辽宁、吉林、黑龙江。
【采集】
同升麻。
【化学成分】
含β-谷甾醇、阿魏酸 (ferulic acid)、升麻醇(icmigenol) 等。
【性味】
同升麻。
【功用主治】
同升麻。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。