Matches in SemOpenAlex for { <https://semopenalex.org/work/W3185377769> ?p ?o ?g. }
- W3185377769 endingPage "14" @default.
- W3185377769 startingPage "1" @default.
- W3185377769 abstract "Magnetic resonant coupling (MRC) is one of the techniques that are widely used in wireless power transfer (WPT) systems. The technique is commonly used for enhancing distance while maintaining power transfer efficiency (PTE). Many studies have investigated new technologies to extend the distance of MRC while maintaining high PTE values. The most promising technique to date in MRC is the addition of a resonator between the transmitter and the receiver coil. The implementation of the resonator varies based on different designs, sizes, and material types, although the outcomes remain unsatisfactory. By introducing dielectric material resonators, PTE can be improved by lowering the ohmic loss which becomes a problem on conventional resonators. This study presents a general overview on the use of dielectric material as a resonator in MRC WPT technology and its technological development. The basic operation of MRC WPT is summarized with up-to-date technical improvements related to dielectric material as a resonator in the field of WPT. An overview of the current limitations and challenges of this technique is also highlighted in this study." @default.
- W3185377769 created "2021-08-02" @default.
- W3185377769 creator A5000082842 @default.
- W3185377769 creator A5025815312 @default.
- W3185377769 creator A5027164271 @default.
- W3185377769 creator A5027624326 @default.
- W3185377769 creator A5029778595 @default.
- W3185377769 creator A5052538654 @default.
- W3185377769 creator A5055119053 @default.
- W3185377769 creator A5066992402 @default.
- W3185377769 creator A5078769526 @default.
- W3185377769 creator A5085418063 @default.
- W3185377769 creator A5090348058 @default.
- W3185377769 date "2021-07-26" @default.
- W3185377769 modified "2023-09-28" @default.
- W3185377769 title "A Comprehensive Review of Midrange Wireless Power Transfer Using Dielectric Resonators" @default.
- W3185377769 cites W1966631946 @default.
- W3185377769 cites W1988559699 @default.
- W3185377769 cites W1993676162 @default.
- W3185377769 cites W2007922323 @default.
- W3185377769 cites W2011739823 @default.
- W3185377769 cites W2013039661 @default.
- W3185377769 cites W2023235277 @default.
- W3185377769 cites W2023977489 @default.
- W3185377769 cites W2057855671 @default.
- W3185377769 cites W2061644430 @default.
- W3185377769 cites W2062472118 @default.
- W3185377769 cites W2087535216 @default.
- W3185377769 cites W2091191136 @default.
- W3185377769 cites W2099063330 @default.
- W3185377769 cites W2110148673 @default.
- W3185377769 cites W2111726366 @default.
- W3185377769 cites W2113506549 @default.
- W3185377769 cites W2123843326 @default.
- W3185377769 cites W2129900213 @default.
- W3185377769 cites W2158895602 @default.
- W3185377769 cites W2162741447 @default.
- W3185377769 cites W2236725112 @default.
- W3185377769 cites W2316220051 @default.
- W3185377769 cites W2316530481 @default.
- W3185377769 cites W2344111000 @default.
- W3185377769 cites W2344831607 @default.
- W3185377769 cites W2491797261 @default.
- W3185377769 cites W2508578332 @default.
- W3185377769 cites W2517456437 @default.
- W3185377769 cites W2525772985 @default.
- W3185377769 cites W2557921280 @default.
- W3185377769 cites W2558379169 @default.
- W3185377769 cites W2559546163 @default.
- W3185377769 cites W2571656926 @default.
- W3185377769 cites W2609181536 @default.
- W3185377769 cites W2613103574 @default.
- W3185377769 cites W2614290865 @default.
- W3185377769 cites W2620704325 @default.
- W3185377769 cites W2672624858 @default.
- W3185377769 cites W2738336954 @default.
- W3185377769 cites W2740004218 @default.
- W3185377769 cites W2753941726 @default.
- W3185377769 cites W2783504382 @default.
- W3185377769 cites W2784049757 @default.
- W3185377769 cites W2792892057 @default.
- W3185377769 cites W2886751674 @default.
- W3185377769 cites W2898883979 @default.
- W3185377769 cites W2899977909 @default.
- W3185377769 cites W2900879728 @default.
- W3185377769 cites W2912564868 @default.
- W3185377769 cites W2914860998 @default.
- W3185377769 cites W2932134724 @default.
- W3185377769 cites W2960438700 @default.
- W3185377769 cites W2977738329 @default.
- W3185377769 cites W3022833280 @default.
- W3185377769 cites W3026632735 @default.
- W3185377769 cites W3028649551 @default.
- W3185377769 cites W3095873822 @default.
- W3185377769 cites W3105796054 @default.
- W3185377769 cites W4213195120 @default.
- W3185377769 doi "https://doi.org/10.1155/2021/5493013" @default.
- W3185377769 hasPublicationYear "2021" @default.
- W3185377769 type Work @default.
- W3185377769 sameAs 3185377769 @default.
- W3185377769 citedByCount "4" @default.
- W3185377769 countsByYear W31853777692022 @default.
- W3185377769 countsByYear W31853777692023 @default.
- W3185377769 crossrefType "journal-article" @default.
- W3185377769 hasAuthorship W3185377769A5000082842 @default.
- W3185377769 hasAuthorship W3185377769A5025815312 @default.
- W3185377769 hasAuthorship W3185377769A5027164271 @default.
- W3185377769 hasAuthorship W3185377769A5027624326 @default.
- W3185377769 hasAuthorship W3185377769A5029778595 @default.
- W3185377769 hasAuthorship W3185377769A5052538654 @default.
- W3185377769 hasAuthorship W3185377769A5055119053 @default.
- W3185377769 hasAuthorship W3185377769A5066992402 @default.
- W3185377769 hasAuthorship W3185377769A5078769526 @default.
- W3185377769 hasAuthorship W3185377769A5085418063 @default.
- W3185377769 hasAuthorship W3185377769A5090348058 @default.
- W3185377769 hasBestOaLocation W31853777691 @default.
- W3185377769 hasConcept C119599485 @default.
- W3185377769 hasConcept C121332964 @default.