Keyphrases
Hydroxyapatite
100%
5-fluorouracil (5-FU)
87%
Gelatin
82%
Spray Drying
78%
Kinetic Study
77%
Drug Loading
75%
Graphene Oxide
63%
Polyvinyl Alcohol
63%
Moisture
63%
Coal Moisture
63%
Fixed-bed Combustion
63%
Ciprofloxacin
63%
Photocatalytic Degradation
63%
Spray Dryer
48%
In Situ
44%
Particulate Emissions
44%
Simulated Body Fluid
41%
Drug Release
40%
Spray Drying Method
37%
Wastewater
37%
Polymer Molecular Weight
31%
Polymer Composites
31%
Adsorption
31%
Column Experiment
31%
Boron
31%
Tannic Acid
31%
Temperature Effect
31%
Equilibrium Studies
31%
Chitosan-hydroxyapatite
31%
Thermodynamic Study
31%
Stoichiometric Ratio
31%
Dry Scrubbing
31%
Trona
31%
Boron Removal
31%
Nanocarriers
31%
Antitumor Activity
31%
Biomimetic Synthesis
31%
Alcohol
31%
Precipitation Process
31%
Particle Size
31%
Equilibrium Thermodynamics
31%
Spray Analysis
31%
Boron Adsorption
31%
In Vitro Release Kinetics
31%
Gelatin Polymer
31%
Equilibrium Kinetics
31%
Chitosan Nanocomposite
31%
Ciprofloxacin Removal
31%
Natural Zeolite
31%
Copper Ions
31%
Engineering
Release Drug
89%
Fixed Bed
63%
Graphene Oxide
63%
Spray Dryer
63%
Spray Drying
63%
Particulate Emission
52%
Kinetic Study
52%
Kinetic Model
48%
Boron Concentration
47%
Steam Generator
42%
Drug Delivery
42%
Mathematical Model
42%
Ray Diffraction
42%
Column Experiment
31%
Natural Zeolite
31%
Biocomposite
31%
Photocatalysts
31%
Living Organism
31%
Desulphurisation
31%
Experimental Finding
31%
Good Agreement
31%
Removal Efficiency
31%
Response Surface Method
31%
Optimum Condition
31%
Statistical Data
31%
Box-Behnken Design
31%
Human Health
31%
Coalification
31%
Titanium Dioxide (Tio2)
31%
Ion Exchange
31%
Washing
31%
Release Profile
26%
Cross-Linking Agent
26%
Clinical Application
26%
FTIR Spectroscopy
26%
Ph Dependent
22%
Lignite
21%
Adsorption Capacity
16%
Bed Depth
15%
Column System
15%
Feed Flow Rate
15%
Experimental Work
15%
Periodic Time
15%
Industrial Development
15%
Harmful Effect
15%
Produced Material
15%
Stock Solution
15%
Fickian Diffusion
15%
Fourier Transform
15%
Positive Value
15%