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Recent trends in gypsum research
Leena Sarvaranta
, Harri Kaasinen
Research output
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Keyphrases
Anhydrite
6%
Building Materials
6%
Calcination
6%
Calcined Gypsum
13%
Calcium Sulfate
6%
Calcium Sulfite
6%
Cellulose Fibers
6%
Ceramic Industry
6%
Dehydration
6%
Dihydrate
6%
Fertilizer Production
6%
Fine Particles
6%
Finland
13%
Flue Gas
33%
Flue Gas Desulfurization
6%
Flue Gasses
33%
Fluorspar
6%
Foundry
6%
Germany
6%
Gypsum
100%
Gypsum Board
13%
Gypsum Product
6%
Heat Storage Capacity
6%
Hydration Behavior
6%
Hydration Water
6%
Hydraulics
6%
Indoor Use
6%
Industrial Gypsum
6%
Industrial Materials
6%
Lightweight Aggregate
6%
Lightweight Gypsum
6%
Manufacturing Plant
6%
Metal-ceramic
6%
Moisture Resistance
20%
Natural Anhydrite
6%
Natural Gypsum
46%
Particle Size Distribution
6%
Perlite
6%
Phase Change Material
6%
Phosphogypsum
20%
Plaster
20%
Plasterboard
6%
Polymer Dispersion
6%
Polymer Fibers
6%
Polymer Matrix
6%
Polystyrene Fiber
6%
Present Context
6%
Production Stage
6%
Recent Trends
100%
Reinforced
6%
Scrap
6%
Screed
6%
Surfactant
6%
Waste Gypsum
6%
Wastewater
6%
Wet Phosphoric Acid
6%
Engineering
Broad Particle Size Distribution
14%
Building Material
14%
Calcium Sulfate
42%
Calcium Sulphite
14%
Coming Year
14%
Flue Gas
71%
Flue Gas Desulfurisation
14%
Germany
14%
Gypsum Board
28%
Gypsum Product
14%
Heat Storage
14%
Hydraulics
14%
Lightweight Aggregate
14%
Manufacturing Plant
14%
Moisture Resistance
42%
Natural Gypsum
100%
Phase Change Material
14%
Phosphogypsum
42%
Plaster
42%
Plasterboard
14%
Polymer Fiber
14%
Polymeric Matrix
14%
Production Stage
14%
Storage Capacity
14%
Surfactant
14%
INIS
anhydrite
6%
building materials
3%
calcium
3%
calcium sulfates
3%
capacity
3%
cellulose
3%
ceramics industry
3%
control
3%
dehydration
3%
demand
3%
desulfurization
3%
dispersions
3%
distribution
3%
fertilizers
3%
fibers
6%
fine particles
3%
finland
6%
flue gas
20%
foundries
3%
germany
3%
glass
3%
gypsum
100%
heat storage
3%
hydrates
3%
hydration
6%
hydraulics
3%
indoors
3%
manufacturing
3%
matrices
3%
metals
3%
modifications
3%
moisture
10%
particle size
3%
perlite
3%
phase change materials
3%
phosphoric acid
3%
polymers
6%
polystyrene
3%
production
6%
raw materials
6%
scrap
3%
sulfates
3%
sulfites
3%
surfactants
3%
waste water
3%
water
10%
weight
6%
Material Science
Building Material
16%
Fine Particle
16%
Flue Gas
100%
Hydraulics
16%
Particle Size Analysis
16%
Phase Change Material
16%
Polystyrene
16%
Surface Active Agent
16%