
		<paper>
			<loc>https://jjcit.org/paper/25</loc>
			<title>A REVIEW ON WIRELESS POWER TRANSFER IN FREE SPACE AND CONDUCTING LOSSY MEDIA</title>
			<doi>10.5455/jjcit.71-1483030287</doi>
			<authors>Rula Alrawashdeh</authors>
			<keywords>ICPT,MPT,PTE,UWICPT,WPT.</keywords>
			<citation>7</citation>
			<views>5477</views>
			<downloads>2176</downloads>
			<received_date>2016-12-29</received_date>
			<revised_date>2017-03-08</revised_date>
			<accepted_date>2017-04-02</accepted_date>
			<abstract>Recently, the  interest  in wireless power  transfer  (WPT) has  significantly  increased due  to  its  attractive 
applications. The  power  transfer efficiency  and  communication  range  of most  of the existing  WPT systems  are 
still limited, which  is due  to many  technical  challenges  and  regulation  limitations. This  requires  more research 
and technical efforts to overcome the current limitations and make WPT systems much more efficient and widely 
used. This paper aims at reviewing recent advances and research progress in the area of WPT for the  purposes 
of addressing current  challenges  and  future  research  directions.  To  obtain  these  purposes, an introduction  to 
WPT is provided. Also, main research themes of WPT in free space and lossy media are discussed. Additionally, 
the  benefits  of  using split  ring resonators WPT in conducting lossy media  are  investigated.  This  will  be  very 
helpful to boost WPT in lossy media and inspire more optimized structures for further improvement.</abstract>
		</paper>


