Abstract
Aerosol Laboratory
Highlights
The size of particles has a major influence on their properties
Non-invasive drug delivery using aerosolized therapeutic particles are required to administer through inhalation method
The generation with controlled bioengineered properties, characterization using aerodynamic and electrostatic principles, and quantitative determination of lungs’ flow, suspension and deposition require a series of invitro experiments
Summary
The size of particles has a major influence on their properties. Particles with aerodynamic diameter range from 7 nm to 15 μm are involved in many practical problems. The generation with controlled bioengineered properties, characterization using aerodynamic and electrostatic principles, and quantitative determination of lungs’ flow, suspension and deposition require a series of invitro experiments. This project is acquiring items of equipment that comprise a system of aerosolized submicron- and nano-particle generating, characterizing, and analyzing tools. Its contribution can be substantive in enhancing other science, technology, engineering, and math (STEM) programs as well. These instruments can open the learning and experimental opportunities to undertake experimental studies in submicron and nano sized aerosol generation, control, and protection
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