Matches in SemOpenAlex for { <https://semopenalex.org/work/W2139599281> ?p ?o ?g. }
- W2139599281 endingPage "198" @default.
- W2139599281 startingPage "179" @default.
- W2139599281 abstract "▪ Abstract Hydrogen strongly affects the properties of electronic materials. Interstitial monatomic hydrogen is always electrically active and usually counteracts the prevailing conductivity of the semiconductor. In some materials, however, hydrogen acts as a source of doping. We describe the mechanisms that govern interactions between hydrogen and semiconductors, including monatomic hydrogen, hydrogen molecules, and hydrogen-related complexes. We also discuss the behavior of hydrogen on the surface and its role in the growth process. The fundamental principles are illustrated with practical examples, many of them for the technologically relevant case of gallium nitride." @default.
- W2139599281 created "2016-06-24" @default.
- W2139599281 creator A5002203805 @default.
- W2139599281 creator A5047496331 @default.
- W2139599281 date "2006-08-01" @default.
- W2139599281 modified "2023-10-09" @default.
- W2139599281 title "HYDROGEN IN SEMICONDUCTORS" @default.
- W2139599281 cites W1527762236 @default.
- W2139599281 cites W1545271907 @default.
- W2139599281 cites W1963604615 @default.
- W2139599281 cites W1968772223 @default.
- W2139599281 cites W1969619515 @default.
- W2139599281 cites W1969744563 @default.
- W2139599281 cites W1970717551 @default.
- W2139599281 cites W1975501285 @default.
- W2139599281 cites W1980394850 @default.
- W2139599281 cites W1983085028 @default.
- W2139599281 cites W1984699064 @default.
- W2139599281 cites W1985988986 @default.
- W2139599281 cites W1987156197 @default.
- W2139599281 cites W1989387116 @default.
- W2139599281 cites W1989579887 @default.
- W2139599281 cites W1990982146 @default.
- W2139599281 cites W1993480394 @default.
- W2139599281 cites W1993677190 @default.
- W2139599281 cites W1995639542 @default.
- W2139599281 cites W1999162961 @default.
- W2139599281 cites W2001011456 @default.
- W2139599281 cites W2003368879 @default.
- W2139599281 cites W2003757926 @default.
- W2139599281 cites W2013412948 @default.
- W2139599281 cites W2013594662 @default.
- W2139599281 cites W2015773728 @default.
- W2139599281 cites W2017038251 @default.
- W2139599281 cites W2020014779 @default.
- W2139599281 cites W2021726056 @default.
- W2139599281 cites W2023736084 @default.
- W2139599281 cites W2026632925 @default.
- W2139599281 cites W2033004788 @default.
- W2139599281 cites W2034097584 @default.
- W2139599281 cites W2034381613 @default.
- W2139599281 cites W2035159041 @default.
- W2139599281 cites W2040215822 @default.
- W2139599281 cites W2043209848 @default.
- W2139599281 cites W2044963294 @default.
- W2139599281 cites W2046120505 @default.
- W2139599281 cites W2054454305 @default.
- W2139599281 cites W2055468952 @default.
- W2139599281 cites W2058174118 @default.
- W2139599281 cites W2061067328 @default.
- W2139599281 cites W2066037687 @default.
- W2139599281 cites W2066733006 @default.
- W2139599281 cites W2069850383 @default.
- W2139599281 cites W2070086908 @default.
- W2139599281 cites W2074419348 @default.
- W2139599281 cites W2079247164 @default.
- W2139599281 cites W2079471648 @default.
- W2139599281 cites W2079546178 @default.
- W2139599281 cites W2082399436 @default.
- W2139599281 cites W2083277947 @default.
- W2139599281 cites W2085199216 @default.
- W2139599281 cites W2085647327 @default.
- W2139599281 cites W2086370831 @default.
- W2139599281 cites W2086406650 @default.
- W2139599281 cites W2086778265 @default.
- W2139599281 cites W2087080184 @default.
- W2139599281 cites W2087659006 @default.
- W2139599281 cites W2088632644 @default.
- W2139599281 cites W2093871741 @default.
- W2139599281 cites W2109935085 @default.
- W2139599281 cites W2147739520 @default.
- W2139599281 cites W2165719447 @default.
- W2139599281 cites W2401455443 @default.
- W2139599281 doi "https://doi.org/10.1146/annurev.matsci.36.010705.155428" @default.
- W2139599281 hasPublicationYear "2006" @default.
- W2139599281 type Work @default.
- W2139599281 sameAs 2139599281 @default.
- W2139599281 citedByCount "142" @default.
- W2139599281 countsByYear W21395992812012 @default.
- W2139599281 countsByYear W21395992812013 @default.
- W2139599281 countsByYear W21395992812014 @default.
- W2139599281 countsByYear W21395992812015 @default.
- W2139599281 countsByYear W21395992812016 @default.
- W2139599281 countsByYear W21395992812017 @default.
- W2139599281 countsByYear W21395992812018 @default.
- W2139599281 countsByYear W21395992812019 @default.
- W2139599281 countsByYear W21395992812020 @default.
- W2139599281 countsByYear W21395992812021 @default.
- W2139599281 countsByYear W21395992812022 @default.
- W2139599281 countsByYear W21395992812023 @default.
- W2139599281 crossrefType "journal-article" @default.
- W2139599281 hasAuthorship W2139599281A5002203805 @default.
- W2139599281 hasAuthorship W2139599281A5047496331 @default.
- W2139599281 hasConcept C108225325 @default.
- W2139599281 hasConcept C152149077 @default.
- W2139599281 hasConcept C159467904 @default.
- W2139599281 hasConcept C171250308 @default.
- W2139599281 hasConcept C178790620 @default.