1) depletable nonrecyclable resources
耗竭性不可再生资源
1.
A pricing method of depletable nonrecyclable resources;
耗竭性不可再生资源的定价方法
2) non-renewable resources depletion
不可再生资源耗竭
1.
Study on equivalent of non-renewable resources depletion for building materials life-cycle-assessment
建筑材料生命周期评价中不可再生资源耗竭性当量的研究
3) depletion of non-renewable resources
不可再生资源消耗
1.
According to the life cycle interpretation,the impact of the depletion of non-renewable resources was more than 58% in the overall impact.
乙烯生产的生命周期影响中,不可再生资源消耗占据主要地位,在总负荷中占到的份额达58%。
2.
The analysis has shown that the critical point has been found in depletion of non-renewable resources and global warming potential which were serious during the manufacture and transportation processes.
研究结果显示,卫生陶瓷产品生产环节的环境影响最为显著,而不可再生资源消耗和温室效应是最严重的两个环境影响类型。
4) Exhaustible Resources
可耗竭资源
1.
The Pricing Policy of Exhaustible Resources Based on Competitive Market;
基于竞争市场可耗竭资源价格策略
2.
Study on Extraction Model of Exhaustible Resources Based on Output Taxes Levy Expectation;
基于产出税征收预期可耗竭资源开采模型研究
3.
Study on effect of taxes expectation on exhaustible resources extraction
可耗竭资源开采中的资源税征收预期影响研究
5) exhaustible resources
耗竭性资源
1.
In this paper,we present an endogenous growth model with physical and human capital accumulation and exhaustible resources input.
本文利用 Lucas的人力资本积累内生经济增长模型 ,将耗竭性资源纳入生产函数 ,得到了模型的平衡增长解及其在耗竭性资源可持续利用条件下的政策含义。
2.
This paper presents an endogenous growth model with physical and human capital accumulation and exhaustible resources input.
文章利用Ｌｕｃａｓ的人力资本积累内生经济增长模型，将耗竭性资源纳入生产函数，得到了模型的平衡增长解，讨论了在耗竭性资源可持续利用条件下的政策含义。
6) non-renewable resources
不可再生资源
1.
The optimal development and utilization of non-renewable resources;
不可再生资源的最优开发与利用
2.
The fundamental difference is the fixed stocks of non-renewable resources,which leads to that the more non-renewable resources the present people consume,the less non-renewable resources the future people will consume.
不可再生资源如煤和石油的使用不同于一般商品的消费,其存量的固定性特征导致其越来越少。
3.
After the impact of uncertain factors on produce is taken into account and the institutional factor and non-renewable resources are introduced into the production function,the stochastic model of sustainable development is formulated.
考虑到不确定性因素对产出的冲击,将制度因素和不可再生资源引入生产函数构建了经济可持续发展的随机模型。
补充资料：区域可再生自然资源的高度地带性
区域可再生自然资源的高度地带性
altitudinal zonality of regional renewable natural resources
quyu kezaisheng ziran ziyuan de gaodu didaixing区域可再生自然资源的高度地带性(altitudinalzon-ality of regional renewable natural二sou二es)在达到一定高度的山地，各种可再生资源随高度变化出现的垂直分异和分布现象，是区域可再生资源空间分异规律之一。又称垂直地带性。形成垂直带的背景是构造隆起的山体，直接原因是气温随高度增加而迅速降低，垂直温度梯度(约5~6℃/千米)比水平温度梯度大上千倍，在高差几千米的山体范围内可出现近似水平方向上由热带至极地的变化(见图)。气候带的垂直变化，引起各种可再生资源特征的相应变化。(王静爱)务 ·水热;，班三警互式中。为日。、c持。期间活动。度总和二为同期。水t 珠穆朗玛峰地区可再生自然资源的垂直分带模式
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