基本释义:

能源坡度

网络释义

1)energy gradient,能源坡度

2)GR AB Grade Ability,爬坡能力,爬坡度

3)energy intensity,能源强度

4)energy intensity,能源密度

5)Energy Management System,能源调度

6)grade-speed ability,爬坡-速度性能

用法和例句

Spatial Effect Analysis of FDI to Energy Intensity of China;

外商直接投资对我国能源强度的空间效应分析

Effect of industrial structure on energy intensity in Shanghai;

上海市产业结构变化对能源强度的影响

The Impacts of Energy Prices on Energy Intensity;

能源价格对能源强度的影响——以国内制造业为例

Taking the energy intensity into account,the non-residue complete decomposition model is applied to the quantitative analysis of the effects of three economically factors on the change in energy consumption in Liaoning PRC,i.

在描述辽宁省经济增长、经济结构、能源消费量和能源密度的基础上,运用无残差的完全分解模型进行量化分析,分解出经济增长、结构和能源密度等因素对能源消费变动的影响效果,得出相应的影响效果系数,并通过与全国平均水平比较,找出辽宁省能源消费变动的特征与分阶段各因素的具体影响效果,为辽宁等老工业基地制定能源政策,提高能源利用效率提供科学的依据。

This paper makes an empirical study on the characteristics of Chinese energy intensity Divisia decomposition approach.

本文依据1997年至2005年间中国和11个OECD国家的主要工业产业样本数据,运用对数平均Divisia指数的分解方法,实证分析了这些国家的能源密度变化特性,解释推动能源密度变化的主要因素,并在此基础上,针对中国六个产出效果和密度效果最显著的产业,同OECD国家进行横向比较,从而确定了中国进一步降低能源密度的潜力和最佳产业路径。

Based on the data of 14 industrial sectors from 1990 to 2000 in China and 11 OECD countries,this paper use the decomposition method of multiplicative logarithmic Divisia index to make an empirical analysis on energy intensity characteristics of these countries in order to explain the major factor for energy intensity evolution.

本文依据1990年至2000年间中国和11个OECD国家的14个工业产业的样本数据,运用可乘对数的Divisia指数分解方法,实证分析了这些国家的能源密度变化特性,解释推动能源密度变化的主要因素。

A Study on Integration System of Energy Management System for Big Steel Plant

大型钢厂能源调度管理系统集成研究

The Study on the Impacts of Energy Intensity Imposed by the Taxation of Energy Taxes: A CGE Approach;

能源税征收对能源强度影响的CGE研究

The Impact on Energy Intensity and Economic Growth Exerted by Energy Price: a CGE Approach;

能源价格对能源强度和经济增长影响的CGE研究

The Impacts of Energy Prices on Energy Intensity;

能源价格对能源强度的影响——以国内制造业为例

A Comparison of Energy Intensity of the Iron and Steel Industry Between China,Japan and South Korea;

中日韩钢铁工业能源强度的比较研究

Decomposition and Influencing Factors of China's Energy Consumption Intensity Changes

中国能源强度变动的分解与影响因素

Analysis of Causes of Different Regional Energy Intensities in China

中国各地区能源强度差异的因素分解

An Empirical Study on the Relationship between Technology Progress and Energy Intensity

技术进步与能源强度关系的实证研究

An Empirical Study of Energy Prices Effect on Energy Intensity in Manufacturing Industries;

能源价格对制造业能源强度调节效应的实证研究

A Model for Scenario Analysis of China s Energy Requirement and Energy Intensity and Its Applications;

中国能源需求和能源强度预测的情景分析模型及其应用

Analysis of China s Energy Consumption Intensity Reduction Tendency during the 11~(th) Five-Year-Plan Period;

我国“十一五”期间能源强度下降趋势分析——如何实现能源强度下降20%的目标

The Relationship Energy Intensity and Technology Innovation Based Spatial Analysis;

基于空间分析的能源强度与技术创新的关系

Regional Energy Intensity Change Decompositions Based on GFI Technique;

区域能源强度变动:基于GFI的因素分解分析

Analysis of the Factors Affecting the Energy Intensity--A Research on the Case of Shanghai;

能源强度变化的影响因素分析——上海市案例研究

An empirical study of technology progress moderating effect on energy intensity in China;

技术进步对中国能源强度调节效应的实证研究

A Factor Analysis of the Energy Intensity in China;

我国能源强度变化因素分析——以广东作为案例

Spatial Effect Analysis of FDI to Energy Intensity of China;

外商直接投资对我国能源强度的空间效应分析

Effect of industrial structure on energy intensity in Shanghai;

上海市产业结构变化对能源强度的影响

Research on an Impact of Industrial Structure on Energy Intensity in Shanghai;

浅析上海市产业结构变动对能源强度的影响