Keyphrases
High Temperature
100%
Rutile
100%
High Pressure High Temperature
100%
Aluminum Residue
100%
Titanium Residue
100%
Metal Recovery
75%
Tionite
75%
Leaching
50%
Pressure-temperature
50%
Red mud
50%
Environmental Impact
25%
Time Pressure
25%
Mineral Phase
25%
Industrial Application
25%
Comparative Analysis
25%
Production Process
25%
Sulfuric Acid
25%
Leaching Efficiency
25%
Reaction Time
25%
SEM Analysis
25%
Thermal Treatment
25%
Autoclave
25%
Hydrometallurgical Method
25%
Carbothermal Reaction
25%
Environmental Footprint
25%
Research Application
25%
Management Solutions
25%
Leaching Behavior
25%
Parameter Change
25%
Metal Content
25%
Metal Extraction
25%
Oxygen Reaction
25%
Oxygen Pressure
25%
Altered Minerals
25%
Sustainable Waste Management
25%
High Temperature Condition
25%
Oxygen Temperature
25%
Titanium Compounds
25%
Sulfate Process
25%
Red mud Residue
25%
Industrial Residues
25%
Titanium Dioxide Production
25%
Engineering
Metal Recovery
100%
High Pressure and High Temperature
100%
Comparative Analysis
50%
Pretreatment
50%
Mineral Phase
50%
Environmental Footprint
50%
Industrial Applications
50%
Leaching Behavior
50%
Metal Content
50%
Temperature Condition
50%
Metal Extraction
50%
Energy dispersive spectrometry
50%
Titanium Compound
50%
Earth and Planetary Sciences
X Ray Diffraction
100%
Scanning Electron Microscopy
100%
Waste Management
100%
Sulphuric Acid
100%
Titanium Dioxide
100%
Pretreatment
100%
Titanium Compound
100%
Chemical Engineering
Titanium Dioxide
100%
Sulfuric Acid
100%
Titanium Compound
100%
Sustainable Waste Management
100%