1.
Altitude-entropy method has its own individual advantage, especially for the topography complication zone.
对于地形较复杂区域,高程熵匹配算法有其独特的优势。
2.
An Approach of Terrain-matching Based on Terrain-entropy and Tarrain Absolute Difference
基于地形熵差和高程绝对差度量的地形匹配算法
3.
Process Entropy is a measurement for the incertitude degree of process.
“流程熵”是反应流程不确定程度的量度。
4.
For this reason, the formation of memory is a unidirectional process-new memories add information and raise the entropy of the brain.
所以记忆的形成是单一方向的过程：新的记忆增加了讯息而提高了大脑的熵。
5.
Changes of Soil Microbial Biomass C and qSMBC during Degraded Karst Forest Restoration in Guizhou Plateau
贵州高原退化喀斯特森林恢复过程中土壤微生物生物量碳、微生物熵的变化
6.
The Global Entropy Solutions to the Cauchy Problem of the Isentropic Relativistic Euler Equations with a Class of Large Initial Data;
等熵相对论Euler方程组带一类大初值的Cauchy问题的整体熵解
7.
Regularity of the Weak Entropy Solutions to the Cauchy Problem for γ=3 Isentropic Gas Dynamics Equations;
γ=3等熵气体动力学方程组Cauchy问题弱熵解的正则性
8.
Entropy is actually a measure of disorder.
“熵”是一个针对混乱程度的度量数值。
9.
Entropy Dissipating Scheme for Hyperbolic Systems of Conservation Laws in One Space Dimension;
一维守恒型方程（组）的熵耗散格式
10.
International Project Bidding Risk Evaluation Based on Information Entropy;
基于信息熵的国际工程投标风险评估
11.
Evaluation of Power Supply Utility Service Process Based on Fuzzy Entropy;
基于模糊熵的供电服务过程评价研究
12.
Application of Entropy Decision-making Method in Highway Projects Mark;
熵权决策法在公路工程评标中的应用
13.
The Tender of Construction Projects based on the Entropy Right Decision Method;
基于熵权决策法的建筑工程项目投标
14.
International Project Risk Analysis on the Basis of Information Entropy of Effect;
基于效应信息熵的国际工程风险分析
15.
Kolmogorov entropy analysis of surrounding rock system in the processing of unloading for deep-buried tunnels
隧道围岩卸荷演化过程的Kolmogorov熵分析
16.
Local Strong Solutions of Navier-Stokes-Poisson Equations for Isentropic Compressible Fluids
等熵可压Navier-Stokes-Poisson方程局部强解适定性
17.
Comprehensive bid evaluation method for construction projects based on fuzzy entropy weight
基于模糊熵权的工程项目综合评标法
18.
Solutions of functional separation of variables to the isothermal compressible Navier-Stokes equations in one dimension
一维等熵Navier-Stokes方程的泛函分离变量解