logarithmic formula
英 [ˌlɒgəˈrɪðmɪk ˈfɔːmjələ]
美 [ˌlɑgəˈrɪðmɪk ˈfɔːrmjələ]
网络 对数公式
双语例句
- Three particular forms are also derived from the logarithmic interpolation formula in the conditions in which the conductor surface are spherical, columnar and plane, respectively.
作为极限情况，本文还推出了导体表面为圆球面、圆柱面以及平面时，对数插值公式的特殊形式。 - However, under the different conditions of flow and boundary, exponent values in the exponential formula and related parameters in the logarithmic formula are different.
然而，在不同水流与边界条件下，其指数公式中的指数大小与对数公式中的有关参数有所不同。 - A High Accurate Logarithmic Interpolation Formula of Electrostatic Field Intensity on the Conductor Surface
静电场导体表面场强高精度插值公式 - In the end, assuming the borrowing rate is bigger than saving rate, the paper provides explicit solutions to both logarithmic utility with partial information and power utility with full information by Ito's formula other than the complicated dynamic programming.
最后，讨论贷款利率高于存款利率的投资策略问题，分别就部分信息对数效用和完备信息幂函数效用，代替复杂的随机动态规划方法，运用It（？） - It was found that in double logarithmic coordinates, the relationship of formation factor and porosity is a second order function and no longer the linear formula proposed by Archie in 1940's.
在双对数坐标系中，由低孔隙到高孔隙整个范围，砂岩地层因素与孔隙率的关系为一个二次函数。 - In accordance with commonly adopted index and logarithmic formula of velocity distribution analyzes the theoretical errors of several current approximate formula for computing vertical mean velocity on the condition of different velocity distribution.
本文根据常用的指数、对数流速分布公式，从理论上分析了在不同的流速分布条件下，现行常用的几种垂线平均流速近似计算公式的误差。 - In order to resolve this problem, the modified USSD method and LSSD ( Logarithmic Step-Size Distribution) method are deduced and presented according to the FWM efficiency generic formula. Compared with USSD and LSSD method, the modified USSD method is more suitable for reliable simulation requirements.
在窜扰要求不高的情况下，此修正方法较之USSD方法和对数步长分布（LSSD）方法，更能满足仿真结果的稳定性要求。 - In pattern ⅰ, the velocity distribution still corresponds with the logarithmic formula except that the value of k is smaller than that in non-particle flows.
所谓Ⅰ型分布，是指沿整个水深仍可用对数公式表达，但K值变小的分布。 - With the logarithmic transformation of the Arrhenius formula, the flow volumes and activation energies of Sn and In-Sn alloys at every temperature zone are calculated. The results show that the flow volumes and activation energies decrease with the increasing temperature.
通过对Arrhenius公式作对数变换，分别计算了Sn及In-Sn合金不同温区的流团体积和黏流激活能，发现熔体的流团体积和黏流激活能均随温度的升高而减小。