1) energy intensity
能耗强度
1.
The Research on the Relationship between Industrial Innovation and Energy Intensity;
产业创新与能耗强度的相关性研究
2.
Based on mathematical method,the decomposition of the energy intensity into structure factor and efficiency factor may reveal the changing reasons of energy intensity,but the validity and its explaining lies on the structure pattern of object.
本文在要素密集型结构与工业能耗结构两种结构型式界定基础上,探讨广东工业经济能耗强度变化的结构因素与效率因素。
2) energy consumption intensity
能源消耗强度
1.
Factor Decomposition of Energy Consumption Intensity in Chinese Manufacturing Industry
我国制造业能源消耗强度变化的因素分解——基于结构份额和效率份额视角
2.
Based on panel data models of regional energy consumption intensity we set up,the paper analyzes the cointegration relationship between economic factors and energy consumption intensity in different regions.
中国各区域的能源消耗强度及其变化趋势存在很大差异。
3.
On terms of input endogenous variable,the paper up an energy consumption intensity factor model of the final demand product structure,and then empirically analyses the impact of energy consumption intensity on final demand structure change of Guangdong Province.
在输入内生的条件下,构造最终需求产品结构的能源消耗强度因素模型,进而实证分析广东省最终需求结构变动对能源消耗强度的影响。
3) water consumption rate
耗水强度
1.
Water requirement,water consumption,water requirement rate,water consumption rate and water use efficiency of alfalfa;
紫花苜蓿的需水量、耗水量、需水强度、耗水强度和水分利用效率研究
4) power-wasting density
耗能密度
1.
Nonetheless,there are many restricting factors including pressure,gas velocity,ionization electric field intensity,input power,power-wasting density and so on,and few published literatures had reported it.
大气压非平衡等离子体的输运特性直接制约着工业电收尘和飞行器等离子体隐身的进一步发展,影响该输运特性的因素较多,包括放电区的压力、气体流速、电场强度、注入功率密度及其耗能密度等。
5) dissipation strength
核耗散强度
1.
A comparative analysis for dissipation behaviors of nucleus 110,112In formed in 130MeV 3He+nat Ag reactions and 111In populated via 84Kr on 27A1 collisions at 890 and 714MeV suggests that nuclear dissipation strength may have an angular momentum dependence besides the known deformation and/or temperature dependence.
数据分析建议除了已知的温度和／或形变依赖性以外,核耗散强度可能对角动量也存在一定的依赖性。
6) daily water consumptions rate
日耗水强度
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
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