Agriculture & Biology
environmental performance
100%
comparative study
61%
manufacturing
57%
energy
43%
ozone depletion
36%
environmental impact
35%
global warming potential
34%
ozone
25%
acidification
24%
lasers
23%
life cycle assessment
15%
eutrophication
14%
metals
9%
polymers
9%
methodology
3%
Engineering & Materials Science
Ozone
92%
Gears
63%
Acidification
54%
Environmental impact
52%
Global warming
41%
3D printers
36%
Eutrophication
30%
Lasers
27%
Fabrication
27%
Life cycle
15%
Machining
14%
Polymers
13%
Energy utilization
12%
Metals
11%
Earth & Environmental Sciences
environmental performance
80%
comparative study
66%
manufacturing
60%
ozone depletion potential
38%
energy
35%
environmental impact
28%
acidification
23%
global warming
20%
ozone
19%
laser
18%
material
14%
environmental issue
12%
eutrophication
11%
energy consumption
10%
life cycle
9%
polymer
9%
metal
7%
method
2%
Medicine & Life Sciences
Ozone Depletion
87%
Global Warming
78%
Ozone
61%
Eutrophication
44%
Lasers
39%
Life Cycle Stages
26%
Polymers
21%
Metals
21%
Chemistry
Ozone
74%
Energy
34%
Eutrophication
28%
Additive
24%
Machining
23%
Metallic Material
23%
Energy Consumption
20%
Metal
8%