particle deposition - Globe Thesis

Keyword [particle deposition] Result: 1 - 20 \| Page: 1 of 1
1.	Inhalational Particle Movement And Deposition Numerical Simulation In The Human Upper Respiratory Tract
2.	Numerical Simulation Of Airflow And Inhalable Particle Deposition In Realistic Human Upper Respiratory Tract
3.	Particle Deposition In Human Lungs:Mechanisms And Factors
4.	Numerical Simulation Of Inhalational Particle Deposition In Human Trachea
5.	The Numerical Simulation Research On Airflow Patterns And Micro-particle Deposition In The Three Dimensional Pulmonary Acinus
6.	The Numerical Simulation Research On Inhaled Particle Deposition And Impact Of Obstruction In Pulmonary Acinus
7.	The Simulation Of Pulmonary Mass Transport Based On The Symmetry Characteristics Of Bifurcated Pipeline
8.	Simulation Of Airflows In Human Pulmonary Airway Tree
9.	Comparison of particle deposition for realistic adult and adolescent upper airway geometries using unsteady computational fluid dynamics
10.	Imaging the airways: Three-dimensional modeling of a complete respiratory airway for use in computational flow dynamics studies of particle deposition in the lungs. Creation of an educational animation about the respiratory system for use in the Human Vis
11.	Numerical simulation of airflow, particle deposition and drug delivery in a representative human nasal airway model
12.	Particle deposition in industrial duct bends
13.	Particle deposition in replica healthy and emphysematous alveolar models using computational fluid dynamics
14.	Study of particle deposition in human airway models
15.	Computer simulation of inspiratory flow and particle deposition in human oral airway
16.	Effect of airway dynamics on gas transport and particle deposition in the human respiratory tract
17.	Patterns of air flow and particle deposition in the diseased human lung
18.	Regional ventilation and particle deposition in the healthy and obstructed lung
19.	Imaging Particle Deposition Airway-by-Airway in Laboratory Animals
20.	Research On 3D Modeling Of Lower Respiratory Tract And Its Hydrodynamic Characteristics
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