Earth & Environmental Sciences
electrification
100%
life cycle
63%
electric vehicle
61%
vehicle
60%
combustion engine
40%
manufacturing
38%
alternative energy
28%
environmental impact
24%
life cycle analysis
19%
holistic approach
18%
electricity generation
17%
electric power
17%
expenditure
15%
battery
15%
environmental policy
15%
refining
15%
energy
15%
train
14%
greenhouse gas emissions
13%
electricity
13%
material
12%
carbon dioxide
12%
economics
9%
resource
8%
effect
7%
rate
5%
analysis
4%
Business & Economics
Life Cycle Assessment
99%
Hybrid Electric Vehicle
34%
Manufacturing
30%
Combustion
28%
Environmental Impact
20%
Plug-In Hybrid
18%
Energy
17%
Life Cycle Analysis
15%
Sustainable Energy
14%
Electric Vehicle
13%
End of Life
13%
Electricity Sector
13%
Electricity Generation
13%
Carbon Dioxide Emissions
13%
Electric Power
12%
Life Cycle
11%
Holistic Approach
11%
Greenhouse Gas Emissions
11%
Renewable Energy
10%
Environmental Policy
10%
Train
10%
End Users
10%
Expenditure
7%
Scenarios
7%
Resources
6%
Economics
5%
United States of America
4%
Engineering & Materials Science
Life cycle
66%
Powertrains
34%
Internal combustion engines
30%
Environmental impact
29%
Renewable energy resources
24%
Electricity
22%
Plug-in hybrid vehicles
19%
Energy Metabolism
19%
Battery electric vehicles
19%
Hybrid vehicles
16%
Gas emissions
15%
Greenhouse gases
15%
Refining
15%
Gasoline
14%
Carbon dioxide
14%
Economics
9%