... 交通换算因子 traffic equivalence factor 数字运算因素 n factor 信贷换算因子 credit conversion factor ...
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common n factor 公因子 ; 公共因子
deflection n factor 偏转系数
friction n factor 摩擦系数
N-factor 因素
Inflation n factor 通货膨胀因素
absorption n factor 吸收系数 ; 吸收因素 ; 吸收率
reflection n factor 反射系数
induction n factor 感应因素
We know what you need to do is take all the molecular partition functions, the transitional ones, and to the N factor. The number of particles.
只要把所有分子平动配分函数相乘,对平动部分,幂次是N,粒子总数。
n It takes discrete values, multiples of some integer n, and the multiplication factor is the ratio of the Planck constant divided by 2 pi where n takes one, two, three and so on.
这些离散的值乘以整数,乘积因子,是普朗克常数除以2π,其中n可以取1,2,3,等等。
As illustrated in the Fortran example, the benefit of auto-vectorization grows as the problem size is increased, reaching a factor of 6.00x at n=2000.
正如在 Fortran 范例中演示的那样,自动向量化带来的好处随着问题规模的增加而增加,最后当 n=2000 的时候达到了。
n It takes discrete values, multiples of some integer n, and the multiplication factor is the ratio of the Planck constant divided by 2 pi where n takes one, two, three and so on.
这些离散的值乘以整数,乘积因子,是普朗克常数除以2π,其中n可以取1,2,3,等等。
And is no longer that sole determining factor for energy, energy also depends both l on n and on l.
对于能量的,唯一决定性因素,它也依赖于n和。
Once I have it sorted I can search it in log n time, but that's still isn't as good as just doing n. And this led to this idea of amortization, which is I need to not only factor in the cost, but how am I going to use it?
一旦对其完成排序,就可以在log,n的时间内对其完成搜索,但是这样做仍然不如n的复杂度,这样做引出了耗时分摊的想法,这时不仅需要考虑耗时的因素?
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