Keyphrases
Poorly Water-soluble Drugs
100%
Dry Coating
90%
Nanoparticles
88%
Griseofulvin
71%
Fluidization
62%
Flowability
52%
Agglomerates
51%
Fenofibrate
49%
Particle Size
48%
Dry Particle Coating
47%
Hydroxypropyl Methylcellulose
46%
Bulk Density
44%
Active Pharmaceutical Ingredients
44%
Fine Particles
43%
Agglomeration
40%
Drug Loading
38%
Silica
36%
Host Particles
35%
Drug Nanoparticles
35%
Fluidized Bed
34%
Micronized
33%
Surface Modification
32%
Fluidized
32%
Surface Energy
27%
Population Balance Model
27%
Supercritical Antisolvent Process
26%
Polymer Coating
26%
Cohesive Powder
26%
Drug Particles
26%
Microparticles
26%
Discrete Element Method
25%
Stabilizer
25%
Fluidization Characteristics
24%
Pharmaceutical Powders
24%
Clustering Algorithm
24%
Coating Process
23%
Fast-dissolving
23%
Polymeric Strip
22%
BCS Class II Drug
22%
Shell Clustering
22%
Cohesive Particles
22%
Media Milling
22%
Nanoparticle Agglomerates
22%
Discrete Element Simulation
22%
Guest Particles
21%
Cohesion
20%
Nanosuspension
20%
Submicron Particles
20%
Superdisintegrants
20%
Particle Size Distribution
20%
Engineering
Nanoparticle
61%
Discrete Element
43%
Energy Surface
39%
Fluidization
35%
Impaction
35%
Bulk Density
33%
Element Method
29%
Energy Engineering
28%
Clustering Algorithm
28%
Area Coverage
28%
Hydrophilicity
23%
Bond Number
23%
Computer Simulation
21%
Breakage
21%
Hydrophobic
19%
Mechanical Alloying
17%
Modified Surface
16%
Fluidized Bed
16%
Nano Silica
15%
Contact Model
15%
Microparticles
14%
Experimental Result
13%
Porosity
13%
Processing Time
12%
Induced Voltage
12%
Ultimate Tensile Strength
12%
Deagglomeration
12%
Microcrystalline
11%
Carbon Nanotube
11%
Simulation Result
11%
Ball Milling
11%
Processability
10%
Relational
10%
Feature Extraction
10%
Applicability
10%
Powder Flow
10%
Dry Milling
10%
Hydrophilic Silica
10%
Nanopowder
9%
Rigid Structure
9%
Bed Expansion
9%
Operating Parameter
9%
Energy Dissipation
9%
Particle Surface
8%
Open Circuit
8%
Magnetic Induction
8%
Simulators
8%
Antenna
8%
Convective Drying
8%
Receiving Antenna
8%