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影响石家庄市科技贷款投放的原因及建议
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作者 张文红 《河北金融》 2000年第8期32-32,共1页
关键词 石家庄市 科技贷款投放 贷款决策机制 政策支持 贷款主办行制度
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国家关键技术发展战略(二)
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作者 国际技术经济研究所课题组 《科学决策》 2002年第4期28-39,共12页
关键词 日本 新材料技术 电子技术 软件技术 科技投放 生物技术 技术预测 欧盟 国家关键技术 发展战略
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Assessing China 2030 carbon emissions from fossil fuels:based on system dynamics model 被引量:3
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作者 佟贺丰 Qu Weishuang 《High Technology Letters》 EI CAS 2015年第2期178-184,共7页
The Chinese government has set ambitious targets to reduce the per unit of GDP by 40% ~45% during 2005 to 2020 and achieve the intensity peaking of carbon emissions of CO2 emissions a- round 2030. The T21 national dev... The Chinese government has set ambitious targets to reduce the per unit of GDP by 40% ~45% during 2005 to 2020 and achieve the intensity peaking of carbon emissions of CO2 emissions a- round 2030. The T21 national development model for China was developed for the purpose of analy- zing the effects of long-term national policies that relate to carbon emissions, loss of farm land, water shortage, energy security, food security, and their contributions to this reduction target. The focus of this paper is on the policies that have substantial impacts on carbon emissions from fossil fuels. Four scenarios are developed with the model to simulate future carbon emissions : 1 ) the BAU ( busi- ness as usual) scenario, showing the likely results of continuing current policies; 2 ) the TECH (technology) scenario showing the effects of more investment in renewable energy sources and promoting more energy efficient technologies; 3 ) the BEHAVIOR scenario, showing how government tax and price policies, together with public education programs, would instigate behaviour changes towards more sustainable living; and 4 ) the TECH&BEHA scenario, which shows the results of combining scenarios 2 and 3. The simulation results show that CO2 emissions reduction targets of China are achievable, but also require great effort to put in. 展开更多
关键词 system dynamics model carbon emissions GDP carbon intensity system simulation
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