1. PROGRESS REPORT 19 July 2010

2. Visit Last Week  Meeting with David Brummit and Hugh  Questions & Answers: 1. Q: Are we Measuring Electrostatic Potential φ ? A: No, measuring just voltage. 2. Q: How do we figure out the Electric Field Intensity (E) to get the Magnetic Field Intensity (H) from what we have? A: Take FFT, correct for losses, invert corrected, etc.

3. FFT & Oscilloscope Data  Data on Oscilloscope just Voltage reading  To get Electrostatic Field Intensity: 1. Apply FFT (Hz) 2. Subtract loss due to Antenna Factor & Cable to get the corrected FFT (V/m/Hz) 3. Take inverse of corrected FFT (V/m); gives Electrostatic Field Intensity (E)  From Electrostatic Field Intensity (E) → Magnetic Field Intensity (H): E(V/m) = H(A/m) R( Ω ), where R is given as 377 @ far field

4. Data Collection & Analysis  Collected more data with Oscilloscope  Read articles on wave propagation through Ionospheric layers 1. Breaking down ionospheric layers into more, infinitesimal layers 2. Application of Fresnel reflection conditions 3. Accounting for collisional rates and frequencies  Correlation between our data and data received from companies