Matches in SemOpenAlex for { <https://semopenalex.org/work/W2082420970> ?p ?o ?g. }
- W2082420970 endingPage "243" @default.
- W2082420970 startingPage "235" @default.
- W2082420970 abstract "This review presents the development of micro-sized microbial fuel cells (including mL-scale and μL-scale setups), with summarization of their advantageous characteristics, fabrication methods, performances, potential applications and possible future directions. The performance of microbial fuel cells (MFCs) is affected by issues such as mass transport, reaction kinetics and ohmic resistance. These factors are manipulated in micro-sized MFCs using specially allocated electrodes constructed with specified materials having physically or chemically modified surfaces. Both two-chamber and air-breathing cathodes are promising configurations for mL-scale MFCs. However, most of the existing μL-scale MFCs generate significantly lower volumetric power density compared with their mL-counterparts because of the high internal resistance. Although μL-scale MFCs have not yet to provide sufficient power for operating conventional equipment, they show great potential in rapid screening of electrochemically microbes and electrode performance. Additional possible applications and future directions are also provided for the development of micro-sized MFCs." @default.
- W2082420970 created "2016-06-24" @default.
- W2082420970 creator A5055112126 @default.
- W2082420970 creator A5067332452 @default.
- W2082420970 creator A5073284312 @default.
- W2082420970 creator A5081004970 @default.
- W2082420970 creator A5083592685 @default.
- W2082420970 date "2011-01-01" @default.
- W2082420970 modified "2023-10-10" @default.
- W2082420970 title "Micro-sized microbial fuel cell: A mini-review" @default.
- W2082420970 cites W1970377394 @default.
- W2082420970 cites W1973914248 @default.
- W2082420970 cites W1974371585 @default.
- W2082420970 cites W1978988431 @default.
- W2082420970 cites W1980667346 @default.
- W2082420970 cites W1981541447 @default.
- W2082420970 cites W1983205953 @default.
- W2082420970 cites W1983550700 @default.
- W2082420970 cites W1985812856 @default.
- W2082420970 cites W1988029721 @default.
- W2082420970 cites W1988472534 @default.
- W2082420970 cites W1989017228 @default.
- W2082420970 cites W1990655780 @default.
- W2082420970 cites W1990976133 @default.
- W2082420970 cites W1992910114 @default.
- W2082420970 cites W1996039756 @default.
- W2082420970 cites W1999687997 @default.
- W2082420970 cites W2004866466 @default.
- W2082420970 cites W2007199869 @default.
- W2082420970 cites W2018853294 @default.
- W2082420970 cites W2020438216 @default.
- W2082420970 cites W2021498701 @default.
- W2082420970 cites W2023944673 @default.
- W2082420970 cites W2025440909 @default.
- W2082420970 cites W2026908430 @default.
- W2082420970 cites W2029532620 @default.
- W2082420970 cites W2031684106 @default.
- W2082420970 cites W2034391894 @default.
- W2082420970 cites W2034935888 @default.
- W2082420970 cites W2038710406 @default.
- W2082420970 cites W2041402624 @default.
- W2082420970 cites W2042934951 @default.
- W2082420970 cites W2045004847 @default.
- W2082420970 cites W2046365319 @default.
- W2082420970 cites W2047209444 @default.
- W2082420970 cites W2050552357 @default.
- W2082420970 cites W2052538443 @default.
- W2082420970 cites W2062112117 @default.
- W2082420970 cites W2062609389 @default.
- W2082420970 cites W2064804811 @default.
- W2082420970 cites W2067893797 @default.
- W2082420970 cites W2068726347 @default.
- W2082420970 cites W2069007775 @default.
- W2082420970 cites W2073629525 @default.
- W2082420970 cites W2074277257 @default.
- W2082420970 cites W2075207427 @default.
- W2082420970 cites W2077618403 @default.
- W2082420970 cites W2089088626 @default.
- W2082420970 cites W2090182752 @default.
- W2082420970 cites W2091230302 @default.
- W2082420970 cites W2093102624 @default.
- W2082420970 cites W2097957083 @default.
- W2082420970 cites W2104925496 @default.
- W2082420970 cites W2115966062 @default.
- W2082420970 cites W2119200038 @default.
- W2082420970 cites W2122354265 @default.
- W2082420970 cites W2123865347 @default.
- W2082420970 cites W2134166173 @default.
- W2082420970 cites W2138442021 @default.
- W2082420970 cites W2140787438 @default.
- W2082420970 cites W2141497897 @default.
- W2082420970 cites W2143506202 @default.
- W2082420970 cites W2147838340 @default.
- W2082420970 cites W2147933772 @default.
- W2082420970 cites W2149971479 @default.
- W2082420970 cites W2153901455 @default.
- W2082420970 cites W2155649131 @default.
- W2082420970 cites W2158114450 @default.
- W2082420970 cites W2159634508 @default.
- W2082420970 cites W2167265344 @default.
- W2082420970 cites W3144873443 @default.
- W2082420970 cites W4376848311 @default.
- W2082420970 doi "https://doi.org/10.1016/j.biortech.2010.07.007" @default.
- W2082420970 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20709539" @default.
- W2082420970 hasPublicationYear "2011" @default.
- W2082420970 type Work @default.
- W2082420970 sameAs 2082420970 @default.
- W2082420970 citedByCount "200" @default.
- W2082420970 countsByYear W20824209702012 @default.
- W2082420970 countsByYear W20824209702013 @default.
- W2082420970 countsByYear W20824209702014 @default.
- W2082420970 countsByYear W20824209702015 @default.
- W2082420970 countsByYear W20824209702016 @default.
- W2082420970 countsByYear W20824209702017 @default.
- W2082420970 countsByYear W20824209702018 @default.
- W2082420970 countsByYear W20824209702019 @default.
- W2082420970 countsByYear W20824209702020 @default.
- W2082420970 countsByYear W20824209702021 @default.