1) exponential fluid
幂指关系
1.
From the viewpoint of the actual application,it deduces the calculation formula of the viscous fluid damper s output force adopting exponential fluid as damp material.
从工程应用的角度出发,对采用不同幂指流体时粘滞流体阻尼器的输出力计算公式进行推导,分析了流体的幂指关系对粘滞流体阻尼器力学性能的影响规律。
2) power law relation
幂律关系
1.
A power law relation was found to be existed between viscosity coefficient n and shear rate r: and the exponent n was found to change gradually from O to—1/2 at gel point during the development of gelation.
本文研究了明胶胶凝过程中的流变力学性质,发现粘滞系数η与切速 r 有幂律关系;在胶凝发展过程中,指数 n 从0逐渐变化到胶凝点 x=-1/2。
3) power law relationship
幂率关系
4) power correlation exponent
幂相关指数
5) power law elastic_plastic relation
幂硬化本构关系
6) relational expression of power function
幂函数关系式
1.
Using the actual experimental data, we calculated the minimum and maximum starting pressure gradients, and obtained a relational expression of power function between starting pressure gradient and permea.
文中利用具体油藏的实验数据,计算了最小启动压力梯度和最大(临界)启动压力梯度,回归出启动压力梯度与渗透率的幂函数关系式。
补充资料：幂指方程
<数>在方程中出现底数和指数中同有未知数的项的方程。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条