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| SIZE EFFECT OF IRRADIANCE AND TEMPERATURE FIELDS IN LARGE AREA DIAMOND GROWTH BY HFCVD |
| LIU Deyi;HUANG Rongfang;YU Jie;WEN Lishi;SHI Changxu(Institute of Metal Research.Chinese Academy of Sciences)(Project No.59392800 of NSFC;also supported by Chinese Academy of Sciences and the Committee of Science and Technology of Liaoning Provice.Manuscr |
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Cite this article:
LIU Deyi;HUANG Rongfang;YU Jie;WEN Lishi;SHI Changxu(Institute of Metal Research.Chinese Academy of Sciences)(Project No.59392800 of NSFC;also supported by Chinese Academy of Sciences and the Committee of Science and Technology of Liaoning Provice.Manuscr. SIZE EFFECT OF IRRADIANCE AND TEMPERATURE FIELDS IN LARGE AREA DIAMOND GROWTH BY HFCVD. Chin J Mater Res, 1996, 10(3): 279-284.
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Abstract Irradiance and temperature fields are calculated for large area diamond growth by HFCVD.The results show that linear size of uniform irradiance(temperature) region in X and Y directions in sample plane increases more quickly than that of region of high ir
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Received: 25 June 1996
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| 1PlankM．TheTheoryofHeatRadiation．NewYork:DoverPublication,19592RohsenowWM,HartnettJP,GanicENetal．HandbookofHeatTransferFoundamentalSeeed,McGraw-Hill,1985f |
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