Engineering & Materials Science
Calcite
100%
Fly ash
70%
Durability
55%
Concretes
46%
Mortar
43%
Water
23%
Compressive strength
22%
Water absorption
19%
Bacteria
19%
Bacilli
12%
Natural resources
10%
Portland cement
9%
Greenhouse gases
8%
Electrons
8%
Scanning
6%
Economics
5%
Agriculture & Biology
calcite
93%
fly ash
91%
durability
70%
compression strength
28%
water uptake
23%
water
14%
Bacillus megaterium
10%
energy
10%
greenhouse gas emissions
9%
bacteria
9%
natural resources
9%
cell aggregates
9%
cement
9%
cells
8%
permeability
7%
ingredients
7%
manufacturing
6%
testing
6%
electrons
6%
economics
5%
Earth & Environmental Sciences
durability
67%
fly ash
63%
calcite
56%
mortar
44%
compressive strength
24%
cell
16%
water
15%
resource depletion
11%
bacterium
10%
environment friendly
10%
water uptake
10%
savings
8%
energy
8%
greenhouse gas
7%
natural resource
7%
manufacturing
7%
replacement
7%
test
6%
cement (construction material)
6%
electron
6%
permeability
5%
economics
5%
material
3%
effect
2%
Chemical Compounds
Calcite
78%
Strength
43%
Compression Strength
43%
Impermeability
41%
Cubic Crystal
30%
Greenhouse Gas
17%
Permeability
11%
Green
9%
Environment
7%
Electron Particle
7%
Energy
6%
Time
4%
Surface
4%