TY - CPAPER AU - Nathaniel Frissell AU - Joshua Katz AU - Andrew Gerrard AU - Magdalina Moses AU - Gregory Earle AU - Robert McGwier AU - Ethan Miller AU - Stephen Kaeppler AU - H. Silver AU - Reverse Team AB -

The 2017 Total Solar Eclipse is expected to temporarily induce profound changes on ionospheric structure, dynamics, and radio propagation. The ARRL and HamSCI are sponsoring a Solar Eclipse QSO Party (SEQP) that will be used to generate to assist in imaging ionospheric changes before, during, and after the eclipse. Data will be collected through participant submitted logs and the use of automated tools such as the Reverse Beacon Network (RBN), PSKReporter, and WSPRNet. SEQP rules and a prediction of results will be presented.

BT - Dayton Hamvention C1 -

6 - Dayton HamSCI W2NAF.pdf

CY - Xenia, OH LA - eng N2 -

The 2017 Total Solar Eclipse is expected to temporarily induce profound changes on ionospheric structure, dynamics, and radio propagation. The ARRL and HamSCI are sponsoring a Solar Eclipse QSO Party (SEQP) that will be used to generate to assist in imaging ionospheric changes before, during, and after the eclipse. Data will be collected through participant submitted logs and the use of automated tools such as the Reverse Beacon Network (RBN), PSKReporter, and WSPRNet. SEQP rules and a prediction of results will be presented.

PP - Xenia, OH PY - 2017 T2 - Dayton Hamvention TI - The Solar Eclipse QSO Party: Ionospheric Sounding Using Ham Radio QSOs ER -