carbon emissions reduction - Globe Thesis

Keyword [carbon emissions reduction] Result: 1 - 20 \| Page: 1 of 2
1.	Policy Analysis And Assessment For China's Carbon Emissions Reduction And Its Empirical Study
2.	The Analysis Of Carbon Emissions Reduction Based On The Transmission Mechanism Of Energy Market And Carbon Market
3.	Research On Low-carbon Production-inventory-distribution-routing Problem Model Based On Data Envelopment Analysis Technology
4.	Study On The Target Responsibility Evaluation System Of Urban Carbon Emissions Reduction
5.	The Decomposition Of China’s Carbon Emissions Reduction Targets In 2020
6.	Theory Of China's Carbon Emissions And Strategy Research In Service Outsourcing
7.	Study On Evaluation Of Low-carbon Construction Of Rural Community
8.	Research On Market-based Carbon Emissions Reduction Policy Instruments And Operatinal Mechanism Considering Cost Effectiveness
9.	Research On Mechanism-selection And Decision-making For Automobile Exhaust Emission Reduction
10.	Researches On Energy And Environmental Efficiency Based On Data Envelopment Analysis (DEA)
11.	Study On Evaluation Of Carbon Emissions In Urban Communities
12.	Research On TOD Strategy And Urban Carbon Emissions Reduction
13.	Research On Game Model And Strategy Of Carbon Emissions Based On Supply Chain
14.	A Study On The Implementation Modes Of The Carbon Emissions Reduction Targets In The "12-th Five-year" And 2020
15.	Study On Low Carbon Supply Chain Decisions And Coordination With Behavioral Factors Consideration
16.	Realizability Of Energy-saving And Carbon Emissions Reduction Target In Tianjin's 12th Five-Year Plan
17.	Regional Carbon Emissions Reduction Allocation Based On Shared Responsibility Between Producers And Consumers
18.	Impacts Of Energy And Environment Policies On China Based On A Dynamic Computable General Equilibrium Model
19.	Research On The Efficiency Evaluation Of Airline Carbon Emission Reduction
20.	Allocation Of Carbon Credits And Reduction Among Industries/sectors:An Emissions Intensity Reduction Constrained Approach
<<First <Prev Next> Last>> Jump to