1) pressure and drag(coefficients
压力和阻力系数
2) resistance and resistant coefficient of particle group
粒子群阻力和阻力系数
3) resistance factor
阻力系数
1.
According to the present experiment results,the precision of all calculation correlations for resistance factor in transition zone and laminar zone was compared.
根据已有的实验结果,分析比较了过渡区和层流区各种阻力系数模型计算的准确性,以及各流型之间过渡时的基本变化特征。
2.
25 μm~2 by using an injecting procedure fresh water (TSD=729 mg/L)-gel-produced or fresh water with total volume injected >5 PV, the resistance factor, F__R, determined is in range 266.
用大庆采油二厂的污水(矿化度4013mg/L)配制不同HPAM浓度的Al3+交联聚合物凝胶,在气测渗透率1 25μm2的人造岩心上,按清水(矿化度729mg/L)—凝胶—污水或清水的注入程序,注入量>5PV,测得凝胶中HPAM浓度为0 6、0 5、0 4g/L时,残余阻力系数FRR(368 6～277 4)大于阻力系数FR(266 7～246 0),二者均随HPAM浓度减小而减小;后续注入清水时FRR较低;凝胶中HPAM浓度为0 3g/L时FRR
3.
This paper has studied the convergence of iteration algorithm for colebrook s formula which has been used to determining the resistance factor about industrial pipes in three regions of turbulent flow resistance (i.
本文研究了适用于工业管道紊流三个阻力区（即光滑区、过渡区和粗糙区）阻力系数计算的柯列勃洛克公式迭代算法的收敛性，给出了收敛区间。
4) drag coefficient
阻力系数
1.
Measurement of Drag Coefficient in Slot Plug for Gas Stirring;
气体搅拌用透气砖阻力系数的测试
2.
Study on drag coefficient of polygonal sink tank;
多边形汇水箱阻力系数的研究
5) resistance coefficient
阻力系数
1.
Application of resistance coefficient to optimizing parameters in polymer flooding;
应用阻力系数优化聚合物驱参数
2.
A new method based on the Nigolas′curve to confirm each resistance coefficient of the pipeline.;
一种基于尼古拉兹曲线确定管段阻力系数的新方法
3.
Interface resistance coefficient of turbidity current;
紊流浑水异重流交混区的阻力系数的研究
6) coefficient of resistance
阻力系数
1.
Study on the coefficient of resistance in porcess of sugarcane′s clarification by PSAZ-Sulfitation process;
聚硅酸锌-亚硫酸法在甘蔗混合汁澄清过程中阻力系数的研究
2.
The coefficient of resistance and residual resistance factor for 1600ppm CPAM is 214,36.
在多孔介质中,1600 mg/L阳离子聚丙烯酰胺阻力系数和残余阻力系数为214和36。
补充资料：风流正面阻力
风流正面阻力
frontal resistance of airflow
feng}旧zhengm!anz目}!风流正面阻jJ(frontal resistanee of airflow) 井巷中的物体阻碍风流运动所产生的附加通风阻力。产生正面阻力的物体有罐道梁、罐笼、矿车、电机车和物料堆等。风流正面阻力的计算式为 h一RoQZ n CSmP R一丁先开哭一下 2(S一Sm)“式中h为正面阻力，Pa;R。为正面风阻，N·52/ms;Q为通过的风量，m，污;C为正面阻力系数，无因次;Sm为正面阻力物在垂直于风流方向上的投影面积，mZ;S为正面阻力物所在地点的巷道净断面面积，m“;p为空气密度，kg/m“。不同的正面阻力物具有不同的正面阻力系数。物体形状是影响正面阻力系数的主要因素。流线形物体的正面阻力系数最小。 (陈旺星)
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