INIS
aging
5%
applications
13%
ashes
6%
barriers
6%
blast furnaces
8%
by-products
45%
calcium sulfates
5%
capacity
8%
capture
7%
carbon
11%
carbon dioxide
44%
cements
11%
chemical composition
5%
coal
43%
combustion
12%
comparative evaluations
9%
compression strength
48%
construction
47%
control
13%
correlations
7%
cost
6%
curing
51%
density
7%
durability
14%
ecology
6%
economy
6%
emission
6%
energy
8%
expansion
58%
fluorescence
5%
fly ash
7%
furnaces
92%
geology
6%
glass
21%
impurities
5%
industrial wastes
7%
interactions
8%
iron
6%
kazakhstan
30%
laboratories
6%
landfills
6%
levels
6%
limestone
21%
management
6%
manufacturing
6%
mineralogy
5%
minerals
78%
mixtures
51%
mortars
48%
oxygen
92%
particle size
21%
performance
44%
physical properties
6%
pollution control
6%
portland cement
29%
powders
43%
power generation
6%
resources
6%
risks
5%
saline soils
21%
sand
13%
slags
100%
snow
6%
sodium hydroxides
8%
sodium sulfates
6%
soils
43%
solutions
27%
stabilization
45%
state government
6%
steam
11%
steel industry
8%
steels
47%
streams
6%
sulfates
43%
sustainable development
6%
uptake
5%
values
17%
waste management
12%
wastes
67%
water
16%
x radiation
5%
x-ray diffraction
5%
Keyphrases
Basic Oxygen Furnace
10%
Bottom Ash
10%
Carbon Dioxide CO2
10%
Carbonation Process
43%
Cellular Concrete
10%
Chemical Interaction
10%
Chemical-mineralogical Composition
10%
CO2 Emissions
10%
Coal Combustion
10%
Coal Combustion Products
10%
Coal Fire
43%
Construction Materials
10%
Energy Efficient
10%
Faculty Development
10%
Fly Ash
10%
Geopolymer
21%
Geopolymer Technology
43%
Grant Program
10%
Green Building Materials
43%
Ground Granulated Blast Furnace Slag (GGBFS)
10%
High Cost
10%
Industrial By-products
10%
Industrial Waste Management
10%
Integrated Waste Management System
10%
Iron-steel Industry
10%
Kazakhstan
43%
Landfill
10%
Mineral Carbonation
43%
Natural Resources
10%
Physical Properties
10%
Pollution Cleanup
10%
Pollution Control
10%
Power Generation
10%
Producing Regions
10%
Republic of Kazakhstan
10%
Snow
10%
Steam Curing
9%
Steel Waste
43%
Steelmaking
10%
Steelmaking Plant
10%
Sustainable Development
10%
Sustainable Reuse
10%
Waste Dump
10%
Waste Reuse
10%
Engineering
Basic Oxygen Furnace
21%
Compression Strength
14%
Compressive Strength
14%
Concrete Mixture
12%
Control Mix
7%
Economic Benefit
7%
Engineering
7%
Environmental Benefit
7%
Experimental Result
7%
Furnace Slag
21%
Geopolymer
21%
Mechanical Performance
7%
Mineralogical Composition
7%
Ordinary Portland Cement
30%
Partial Replacement
21%
Partial Substitution
7%
Phosphogypsum
21%
Road Construction
7%
Sandy Soil
7%
Soil Sample
14%
Soil Stabilization
7%
Stabilised Soil
7%
Stabilizer
7%
Steam Curing
9%
Strength Parameter
7%
Subgrade
7%
Sulfate Attack
21%