Keyphrases
Inhalation
100%
Agglomerates
66%
Nanoaggregates
66%
Processing Engineering
66%
Inhalable
66%
Microparticles
66%
Formulation Engineering
66%
Manufacture Processing
66%
Aerosol
66%
X-ray Computed Tomography (X-CT)
44%
Dry Powder Inhaler Formulation
40%
Surface Energy
40%
Diffraction Contrast Tomography
33%
Polycrystalline Powder
33%
Product Performance
33%
Lung Disease
33%
Crystalline Structure
33%
Regional Deposition
33%
Measurement Techniques
33%
Three-dimensional Characterization
33%
Agglomeration
33%
Crystal Morphology
33%
Digital Workflow
33%
Respiratory System
33%
Water Uptake
33%
Formulation Properties
33%
Single Crystal
33%
Optical Microscopy
33%
X-ray Micro-computed Tomography
33%
Sphericity
33%
Particle Attributes
33%
Tomography
33%
Molecular Modeling
33%
Crystalline Particles
33%
Lactose
33%
Terbutaline Sulphate
33%
Total Deposition
33%
Physicochemical Characterization
33%
Inverse Gas Chromatography
28%
Laser Diffraction
28%
Particle Size Distribution
28%
Lung
25%
Diffraction Microscopy
22%
Ratio Distribution
22%
Surface Coverage
22%
Powder Bed
22%
Microstructure
22%
Aspect Ratio
22%
Decantation
20%
Gastrointestinal Tract
16%
Inhaled Therapy
16%
Medical Strategy
16%
Mechanical Processes
16%
Inactive Ingredients
16%
Chronic Obstructive Pulmonary Disease
16%
Global Health Burden
16%
Inhalable Particles
16%
Manufacturing Conditions
16%
Inhaled Medicines
16%
Insulin
16%
Experiment Measurement
16%
Deep Lung
16%
Process Engineer
16%
Pharmaceutical Ingredients
16%
Advisory Panel
16%
Aerosol Characteristics
16%
Material Properties
16%
Synthonic Engineering
16%
Leading Causes of Death
16%
Prediction Method
16%
Formulated Products
16%
Modeling Techniques
16%
Redispersion
16%
Manufactured Products
16%
Aerosol Deposition
16%
Active Pharmaceutical Ingredients
16%
Batch-to-batch Variability
16%
New Computational Model
16%
Aerosolization Performance
16%
Molecular Structure
16%
Therapeutic Aerosol
16%
Human Hair
16%
Volatile Components
16%
Agglomeration Behavior
16%
Agglomerated Powder
16%
Interaction Strength
16%
Dosage Forms
16%
Pulmonary Drugs
16%
Systemic Concentration
16%
Lung Penetration
16%
Therapeutic Benefits
16%
Inter-patient
16%
Inter-patient Variability
16%
Inhaler
16%
Computer Modeling
16%
Asthma
16%
Glycerol
16%
Evaporative
16%
Water Volume
16%
Drug Deposition
16%
Water Activity
16%
Ethanol
15%
Isopropyl Alcohol
13%
Micronized
13%
Crystallites
11%
Bed Agglomeration
11%
Crystalline Properties
11%
Computed Tomography Contrast
11%
Crystal Face
11%
Surface Sites
11%
Dispersion Interaction
11%
Hydrogen Dispersion
11%
Surface Formulations
11%
Morphology Surface
11%
Terbutaline
11%
Sulfate Anion
11%
Relative Surface Area
11%
Polar Interactions
11%
Coulombic Interaction
11%
Drug Product Development
11%
Powder Packing
11%
Polycrystalline Materials
11%
Hexamethylenetetramine
11%
(110) Facet
11%
Morphology Prediction
11%
Nondestructive Metrology
11%
Current Characterization
11%
Microstructure Effect
11%
3D Measurement
11%
Fines Content
11%
Incomplete Information
11%
Void Volume
11%
Content Property
11%
Different Characteristics
11%
First Application
11%
Pharmaceutical Materials
11%
Inhaled Formulation
11%
Surface Chemistry
11%
Modeling Approach
11%
Attenuation
11%
Non-destructive Approach
11%
Organic Matter
11%
Surface Properties
11%
Drug Formulation
11%
Analytical Approach
11%
Energy Properties
11%
Physicochemical Properties
11%
Surface Roughness
11%
Flowability
11%
Three-dimensional (3D)
11%
Analytical Techniques
11%
Plate-like
11%
Volume-based
11%
Intermolecular Interactions
11%
Internet Drugs
11%
Flow Properties
11%
3D Imaging
11%
Surface Interaction
11%
Crystal Growth
11%
Carrier-based
11%
Total Surface Energy
11%
Volume Density
11%
Powder Characterization
11%
Particle Orientation
11%
Tap Density
11%
Lattice Energy
11%
Drug Product Design
11%
Chemical Origin
11%
Particle Dispersion
11%
Intermolecular Packing
11%
Characterization Techniques
11%
Inhalation Medicine
11%
Molecule Structure
11%
Packing Behaviour
11%
Powder Formulation
11%
Low Energy
11%
Lactose Monohydrate
11%
Agglomerate Structure
11%
Three-dimensional Space
11%
Hydrogen Bonding Interaction
11%
Volatile Species
8%
Low Water Activity
8%
Rapid Vaporization
8%
Depositional Model
8%
Radiological Protection
8%
Condensation nuclei
8%
Volatile Droplet
8%
Analytical Treatment
8%
Particle Formation
8%
Novel Technique
8%
Electrodynamics
8%
Aerosol Droplets
8%
Hydrofluoroalkane
8%
Deposition Profile
8%
Dose Deposition
8%
International Commissions
8%
Aging
8%
Non-volatile
8%
Condensation
8%
Semi-analytical
8%