@conference {164,
	title = {VLF/LF and the 2017 Total Solar Eclipse},
	booktitle = {Dayton Hamvention},
	year = {2017},
	address = {Xenia, OH},
	abstract = {<p><span style="font-family:helvetica neue,helvetica,arial,sans-serif; font-size:14px">Previous solar eclipse studies have observed different propagation effects at VLF/LF frequencies (3-300 kHz) compared with those observed at HF (3-30 MHz) frequencies. These differences are primarily due to the much longer wavelengths at lower frequencies in concert with ionospheric D layer interactions. To better understand the unusual eclipse-induced effects at VLF/LF frequencies, we present EclipseMob, a crowdsourced collection effort that will use smart phones as simple VLF/LF software defined radio (SDR) receivers to record changes in propagation from known transmitters during the 2017 Total Solar Eclipse.</span></p>
},
	author = {William Liles and L. Lukes and J. Nelson and K. Kerby-Patel}
}
