liquid friction 中文意思是什麼

liquid friction 解釋
液體摩擦
  • liquid : n 1 液體。2 【語言學】流音〈如 [l] [r]〉 adj 1 液體的,液態的,流動的。2 清澄的,透明的。3 易變的...
  • friction : n. 1. 摩擦,阻力。2. 傾軋,沖突,不和 (between)。3. 擦熱皮膚。
  1. Friction between the spinning glass and the liquid inside causes swirls of fluid to appear and disappear, displaying intricate flow patterns

    旋轉的玻璃與當中包含的液體互相摩擦,形成不斷生滅的旋渦,展現出錯綜復雜的流動形態。
  2. Friction between the spinning glass and the liquid inside causes swirls of fluid to appear and disappear, displaying intricate flow patterns. these patterns resemble the atmospheric storms on earth, jupiter, saturn, uranus, and neptune

    旋轉的玻璃與當中包含的液體互相摩擦,形成不斷生滅的旋渦,展現出錯綜復雜的流動形態。這些形態與地球、木星、土星、天王星及海王星上的大氣風暴相似。
  3. Based on reynolds equation and solid particles carrying model, a theoretical model for piston ring - cylinder liner lubrication in liquid - solid lubrication had been proposed. the effect of solid particles " diameter and concentration are introduced in the model. the influence of the particles " diameter and concentration on load, film thickness and friction force had been analyzed

    基於reynolds方程及顆粒承載模型,引入顆粒直徑、濃度等參數,並建立了分析液固二相潤滑下活塞環?缸套摩擦副潤滑狀態的模型,探討了不同顆粒直徑和濃度對承載、油膜厚度及摩擦力的影響。
  4. The signal processing software was developed by vc + + tools. the modules of the software including board controlling, signal input, data saving, figure display, statistic computing, filter design, spectrum analysis, etc. based on the experiment performed on the piston ring - cylinder bore wear tester, the friction force and max scuffing load under different liquid - solid lubrication ( the solid concentrations are 0 %, 0. 02 % and 0. 1 % by weight, the type of particles are mos2 and udp ) is investigated in this thesis

    然後,以內燃機中的活塞環-缸套摩擦副為目標,在活塞環-缸套摩擦副實驗臺架上進行模擬實驗,考察在不同二相流潤滑(潤滑油分別為純潤滑油、含納米級金剛石粉( udp ) 、二硫化鉬粉( mos _ 2 )的濃度為0 . 02和0 . 1的液-固二相潤滑油)條件下摩擦副的摩擦力及極限擦傷載荷的變化。
  5. Sintering speed increased greatly with the help of great quantity of heat of the molten iron, the great quantity of heat sent out from the carbonizing reaction and a little quantity of liquid, this sintering type is an instantaneous sintering, the sintering compacting can carry completely in a few minutes, the degree of sintering compacting is very high. ( 6 ) the vc - fe surface composite has high rigidity, it ' s rigidity exceeds 60hrc, under condition of dry sliding friction and overloading

    鑄造燒結時,過熱鐵水的巨大熱流密度沖擊、粉料壓坯中的碳化反應的放熱以及壓坯中少量液相的產生使壓坯的燒結速度大大提高,此時屬瞬間液相燒結,在十幾分鐘內燒結過程即可完成,可達到很高的緻密化程度。 ( 6 )鑄態下vc一fe表面復合材料具有很高的硬度,其鑄態硬度) 60hrc 。
  6. The researchful result indicates that the optimal axial leakage is a little less than the optimal radial leakage, and the friction power which is caused by liquid viscosity decrease with the increasing of the leakage, and the friction power change not too much with the influence of the leakage

    研究結果表明:最佳的軸向間隙值略小於徑向間隙,液體粘性引起的摩擦功率隨間隙的增大而減小,在最佳間隙值的附近,摩擦功率受間隙變化影響不大。
  7. In the model, many processes or phenomena such as crack friction and growth, heat conduction, phase transformation of oxidant particulates, heat generation by viscous liquid layer, chemical reactions of gases in cracks, heat and mass exchange between phases of gas and solid, are described

    模型描述了裂紋滑移擴展、熱傳導、含能顆粒相變、液化層粘性加熱、裂紋內氣相反應、氣相固相質量能量交換及與裂紋擴展耦合等過程。
  8. The peculiar mechanical character about pumping liquid concrete is discussed. based on the supposition that the ability of transferring hydraulic pressure of liquid concrete is orthotropic and the friction forces exists between concrete and steel tube, the pressure formulas of liquid concrete and the allotting formulas of deadweight are reasoned out. a new method is brought forward for allotting deadweight of liquid concrete during simulation analysis in pumping - core - concrete construction phase, which improves the calculation precision

    在探討泵送液態混凝土的特殊的力學性質基礎上,在假定液態混凝土傳遞壓強能力為正交各向異性、混凝土與鋼管壁之間的存在有摩擦力的前提下,推導出液態混凝土壓強公式和自重荷載的分配公式,提出了在進行鋼管內混凝土灌注過程的施工模擬分析時處理液態混凝土自重荷載分配的合理方法,從而提高施工模擬分析的計算精度。
  9. On the other hand, the bubble experiences friction as it rises in the liquid and the resulting downward drag increases as the bubble grows

    另外,氣泡上升時會與周圍的汽水磨擦,這股向下拖曳的力量亦會隨著氣泡變大而增加。
  10. Ag nanoparticles : preparation in functional ionic liquid and friction properties

    納米微粒的制備及摩擦學性能研究
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