RACER Air Cleaner & Air Quality
RACER Air Cleaner & Air Quality
Embedded Files
Course materials developed by:
Course materials developed by:
Prof. Shelly Miller* and Prof. Dragan Maksimovic**
Prof. Shelly Miller* and Prof. Dragan Maksimovic**
*Mechanical/Environmental Engineering, Air Quality
**Electrical, Computer and Energy Engineering, Power Electronics
University of Colorado at Boulder
Introduction
Introduction
Impacts of indoor air quality in Native American communities
Impacts of indoor air quality in Native American communities
Presenter: Dragan Maksimovic
Video Length: 7 minutes
1. Air Pollution and Air Quality
1. Air Pollution and Air Quality
1.1 Indoor Air Pollution
1.1 Indoor Air Pollution
1.1.2 Indoor Air Pollution
1.1.2 Indoor Air Pollution
Presenter: Sam Sankhyan
Video Length: 9 minutes
1.1.3 Particle Phase Pollutants
1.1.3 Particle Phase Pollutants
Presenter: Sam Sankhyan
Video Length: 12 minutes
1.1.4 Gas Phase Pollutants
1.1.4 Gas Phase Pollutants
Presenter: Sam Sankhyan
Video Length: 14 minutes
1.2 Reducing Exposure
1.2 Reducing Exposure
1.2.2 Filtration and UVGI
1.2.2 Filtration and UVGI
Presenter: Sam Sankhyan
Video Length: 12 minutes
1.3 Air Cleaner Benefits
1.3 Air Cleaner Benefits
1.3.1 Commercial Air Cleaners
1.3.1 Commercial Air Cleaners
Presenter: Sam Sankhyan
Video Length: 6 minutes
1.3.2 DIY Air Cleaners
1.3.2 DIY Air Cleaners
Presenter: Sam Sankhyan
Video Length: 7 minutes (at 5.10 minutes, the link to the QR Code is changed to this link.
2. RACER Air Cleaner Design
2. RACER Air Cleaner Design
2.1 Air Cleaner Design Overview
2.1 Air Cleaner Design Overview
Presenter:
Video Length: 5 minutes
2.2 Air Cleaner System Realization
2.2 Air Cleaner System Realization
Presenter:
Video Length: 9 minutes
2.4 Air Cleaner Demonstration
2.4 Air Cleaner Demonstration
Presenter:
Video Length: 7 minutes
3. Introduction to Power Electronics with Air Cleaner as an Application Example
3. Introduction to Power Electronics with Air Cleaner as an Application Example
Prerequisite knowledge: basic circuits and electronics
3.1 Introduction to Power Electronics
3.1 Introduction to Power Electronics
Presenter: Dragan Maksimovic
Video Length: 14 minutes
3.2 DC-DC Converter Steady-State Analysis Principles
3.2 DC-DC Converter Steady-State Analysis Principles
Presenter: Dragan Maksimovic
Video Length: 18 minutes
3.3 Power Semiconductor Switches
3.3 Power Semiconductor Switches
Presenter: Dragan Maksimovic
Video Length: 17 minutes
3.4 DC-DC Converters: Losses and Efficiency
3.4 DC-DC Converters: Losses and Efficiency
Presenter: Dragan Maksimovic
Video Length: 13 minutes
3.5 DC-DC Converter Practical Design Examples
3.5 DC-DC Converter Practical Design Examples
Presenter: Dragan Maksimovic
Video Length: 20 minutes
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