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- W1785911148 abstract "In this chapter the advances in diamond heteroepitaxy and in textured diamond growth is reviewed and the problems, which remain to be resolved, are discussed. Significant progress in heteroepitaxial diamond growth has been achieved during the past few years. The synthesis of single crystalline diamond films and their applications as high temperature electronic materials still remain a great challenge for materials scientists. The crucial point preventing single crystal diamond growth is the observed crystallographic orientation deviation of individual diamond grains with respect to substrate and the resulting small-angle grain boundaries. Reduction of the average misorientation angle between grains in (001)- oriented chemical vapor deposition diamond films has been experimentally achieved by employing special modes of crystal growth. It is found that diamond grains with a very small misorientation angle of about 2° can coalesce to form a larger diamond grain by terminating the small-angle grain boundary between the grains by a disclination. It is furthermore demonstrated that the presence of boron in the gas phase during film deposition favors a step-flow lateral growth mode. This leads to overgrowth of the diamond grains of relatively large misorientation by the highly oriented neighboring grains." @default.
- W1785911148 created "2016-06-24" @default.
- W1785911148 creator A5085780627 @default.
- W1785911148 date "2003-01-01" @default.
- W1785911148 modified "2023-09-27" @default.
- W1785911148 title "Chapter 1 Textured and heteroepitaxial CVD diamond films" @default.
- W1785911148 cites W1595115393 @default.
- W1785911148 cites W1967476563 @default.
- W1785911148 cites W1968088150 @default.
- W1785911148 cites W1969245091 @default.
- W1785911148 cites W1971166947 @default.
- W1785911148 cites W1972990738 @default.
- W1785911148 cites W1974120284 @default.
- W1785911148 cites W1975098154 @default.
- W1785911148 cites W1975718661 @default.
- W1785911148 cites W1976972281 @default.
- W1785911148 cites W1979372035 @default.
- W1785911148 cites W1981018962 @default.
- W1785911148 cites W1982013224 @default.
- W1785911148 cites W1983500905 @default.
- W1785911148 cites W1983991406 @default.
- W1785911148 cites W1990489372 @default.
- W1785911148 cites W1991316121 @default.
- W1785911148 cites W1993971582 @default.
- W1785911148 cites W1996595653 @default.
- W1785911148 cites W1998002680 @default.
- W1785911148 cites W1998338848 @default.
- W1785911148 cites W2001936092 @default.
- W1785911148 cites W2003238625 @default.
- W1785911148 cites W2007376345 @default.
- W1785911148 cites W2007886855 @default.
- W1785911148 cites W2008636475 @default.
- W1785911148 cites W2009691758 @default.
- W1785911148 cites W2009822592 @default.
- W1785911148 cites W2010887005 @default.
- W1785911148 cites W2011047880 @default.
- W1785911148 cites W2016563744 @default.
- W1785911148 cites W2017137898 @default.
- W1785911148 cites W2017280956 @default.
- W1785911148 cites W2019172822 @default.
- W1785911148 cites W2019649387 @default.
- W1785911148 cites W2021279881 @default.
- W1785911148 cites W2024556237 @default.
- W1785911148 cites W2025715923 @default.
- W1785911148 cites W2025920617 @default.
- W1785911148 cites W2029872799 @default.
- W1785911148 cites W2030733884 @default.
- W1785911148 cites W2030931666 @default.
- W1785911148 cites W2032322458 @default.
- W1785911148 cites W2032699689 @default.
- W1785911148 cites W2034092218 @default.
- W1785911148 cites W2037955740 @default.
- W1785911148 cites W2040570131 @default.
- W1785911148 cites W2041836195 @default.
- W1785911148 cites W2042435912 @default.
- W1785911148 cites W2047163423 @default.
- W1785911148 cites W2049015176 @default.
- W1785911148 cites W2049092838 @default.
- W1785911148 cites W2049281382 @default.
- W1785911148 cites W2050291283 @default.
- W1785911148 cites W2051397628 @default.
- W1785911148 cites W2052680674 @default.
- W1785911148 cites W2056389236 @default.
- W1785911148 cites W2056945562 @default.
- W1785911148 cites W2057504815 @default.
- W1785911148 cites W2061168465 @default.
- W1785911148 cites W2062823550 @default.
- W1785911148 cites W2064626332 @default.
- W1785911148 cites W2065010197 @default.
- W1785911148 cites W2065454854 @default.
- W1785911148 cites W2065831915 @default.
- W1785911148 cites W2066139863 @default.
- W1785911148 cites W2066930157 @default.
- W1785911148 cites W2067372435 @default.
- W1785911148 cites W2067545811 @default.
- W1785911148 cites W2068421029 @default.
- W1785911148 cites W2072016827 @default.
- W1785911148 cites W2072526342 @default.
- W1785911148 cites W2073439397 @default.
- W1785911148 cites W2075612152 @default.
- W1785911148 cites W2076037531 @default.
- W1785911148 cites W2080346881 @default.
- W1785911148 cites W2081512882 @default.
- W1785911148 cites W2082098187 @default.
- W1785911148 cites W2082443078 @default.
- W1785911148 cites W2084510574 @default.
- W1785911148 cites W2086972433 @default.
- W1785911148 cites W2088380112 @default.
- W1785911148 cites W2089200527 @default.
- W1785911148 cites W2094326957 @default.
- W1785911148 cites W2095158496 @default.
- W1785911148 cites W2116465260 @default.
- W1785911148 cites W2135278715 @default.
- W1785911148 cites W2338160356 @default.
- W1785911148 cites W2556122878 @default.
- W1785911148 doi "https://doi.org/10.1016/s0080-8784(03)80003-0" @default.
- W1785911148 hasPublicationYear "2003" @default.
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