
Atmospheric Monitoring with Arduino
Description
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Content
- Intro
- Copyright
- Table of Contents
- Preface
- Conventions Used in This Book
- Using Code Examples
- Safari® Books Online
- How to Contact Us
- Chapter 1. The World's Shortest Electronics Primer
- What Is Arduino?
- Electronic Circuits and Components
- Programming Arduino
- First Sketch: Make an LED Blink
- Parts
- Install the IDE
- Breadboard the Circuit
- Write the Code
- Things to Try
- Chapter 2. Gadget: Tropospheric Gas Detector
- How Gas Sensors Work
- Which Gases Can We Monitor?
- How This Gadget Works
- Transistorized!
- Build the Gadget
- Load the Sketch
- Displaying and Storing Your Data
- Liquid Crystal Displays
- Reading Data Off EEPROM
- Reading Data from an SD Card
- Things to Try
- Other Sensors
- Solar Powered
- GSM
- Do Not Deploy Your Gadget in Public Without Official Permission
- Get Official Permission
- Get Your Community Involved
- Chapter 3. A Brief Introduction to LEDs
- What Is a Diode?
- What Is a Light Emitting Diode?
- How Are We Using LEDs in the LED Photometer?
- Chapter 4. Gadget: LED Sensitivity Tester
- Mission: Inputtable
- Build the Gadget
- Chapter 5. Gadget: LED Photometer
- Build the Gadget
- Load the Sketch
- Calibrate the Gadget: Air Mass, Atmospheric Optical Thickness, and Extraterrestrial Constant
- Calculating Atmospheric Optical Thickness
- Things to Try
- Detecting "Ozone Holes": Measuring the Ozone Layer
- Add an Accelerometer
- Chapter 6. Using the LED Photometer
- Atmospheric Aerosols
- Photosynthetically Active Radiation (PAR)
- Water Vapor (WV)
- Extracting Data from the LED Photometer
- Graphing Data in a Spreadsheet
- Sending Data to COSM
- Chapter 7. Doing Science: How to Learn More from Your Atmospheric Data
- The Scientific Method
- Steps in the Scientific Method
- Observe Something in the World
- Ask an Answerable Question
- Formulate a Hypothesis
- Compare the Predicted to Actual Results, Considering the Results
- Ask Another Question
- About the Authors
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