Researchers at the University of Delaware developed shear-thickening fluids for use in liquid armor almost ten years ago.
特拉华大学的研究人员们几乎在十年前就研制出了用于制作液体装甲的剪切增稠液。
Researchers at the University of Delaware developed shear-thickening fluids for use as liquid armor almost ten years ago.
差不多十年以前，美国特拉华大学的研究人员研制出这种剪切增稠液体用于液体盔甲。
Researchers at the University of Delaware developed shear-thickening fluids for use as liquid armour almost ten years ago.
差不多十年以前，美国特拉华大学的研究人员研制出这种剪切增稠液体用于液体盔甲。
Researchers at the University of Delaware developed shear-thickening fluids for use in liquid armour almost ten years ago.
特拉华大学的研究人员们几乎在十年前就研制出了用于制作液体装甲的剪切增稠液体。
In the pipeline, the liquid elastic wave can emerge pressured shock wave to flowing liquid and cause shear action.
液体弹性波对管道中流动的液体产生压力冲击波，并引起剪切作用。
It has a high shear mixer impeller incorporated at its bottom for rapid dispersion of powders into liquid.
底部装有高剪切搅拌叶轮，能够快速将粉末装换成流体。
Based on the shear theory of Newtonian viscous liquid, the fusible damp coefficient is established for electromagnetism dynamic polymer Extruder screw's axial vibration system.
对聚合物电磁动态塑化挤出机螺杆轴向振动系统，根据牛顿型粘性流体的剪切理论，确定了聚合物熔体的阻尼系统。
This kind of shear wave is actually P-S-P converted wave produced as change of a medium from liquid to solid and to liquid.
这种横波实际上是在液-固-液介质变化的情况下经过两次转换的P - S - P波。
The shear stress at the liquid-gas interface plays an important role on characteristics of the hydrodynamics, flow stability and heat transfer of liquid film.
气液界面存在同向或反向切应力时，在一定程度上影响到液膜的水动力学特性和流动稳定性，并改变其热质传递特性。
The function of agglomeration and disagglomeration of mesh structure were expounded. The shear force acted on the solid-liquid two phases was discussed.
对网状组织的形成和破坏函数进行了说明，进而讨论了剪切力对固液两相的作用力。
The drop number reflects the shear resistance property of liquid bridge between solid particles.
生球落下强度大小体现了固体颗粒间联接桥抗剪作用的强弱。
The sheared wavy liquid films, as an important flow, have notably different hydrodynamics and flow stability under interfacial shear stress from those of free falling liquid films.
剪切波状液膜作为一种重要的液膜流动形式，因受界面剪切力的影响，其水动力学特性和流动稳定特征与自由降膜流动明显不同。
The method further comprises flowing the gas-liquid stream through a high shear device so as to form a dispersion with gas bubbles having a mean diameter less than about 1 micron.
该方法还包括使气体-液体物流流过高剪切装置，从而形成具有小于约1微米的平均直径的气泡的分散体。
The method further comprises flowing the gas-liquid stream through a high shear device so as to form a dispersion with gas bubbles having a mean diameter less than about 1 micron.
该方法还包括使气体-液体物流流过高剪切装置，从而形成具有小于约1微米的平均直径的气泡的分散体。
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