For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin...

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Transcript of For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin...

Page 1: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
For Exam 3, make sure you study these files:ReactorLab.net, Resources, Grad CRE Notes, - Reaction and diffusion in porous catalysts- Non-uniformly active catalysts I may also ask general questions about the LPCVD wafer stackreactor models that we discussed in class
“Outer” means the side of the layer nearest the gas. “Inner” means the side of the layer away from the gas toward the sealed face of the layer
Page 2: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 3: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical

You$are$to$add$this$reac.on:$$SiH4$(g)$7>$Si$(s)$+$2H2$(g)$

Page 4: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
For details of our model, see ReactorLab.net, Resources, Grad CRE Notes, LPCVD of polysilicon in wafer-stack tube reactor
Page 5: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Weerts, W. L. M. , de Croon, M. H. J., and Marin, G. B., 1997. “Low-Pressure Chemical VaporDeposition of Polycrystalline Silicon: Analysis of Nonuniform Growth in an Industrial-Scale Reactor,”J. Electrochem. Soc., vol. 144, no. 9, pp. 3213-3221.
Page 6: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 7: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 8: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical

This$is$only$the$le>$side$of$the$table$Data$for$higher$T’s$are$also$shown$

Page 9: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
For details of converting collision frequency and sticking coefficient - or decomposition probability - see ReactorLab.net, Resources, Grad CRE Notes, Step coverage and determination of sticking coefficients, file Komiyama_trench.pdf
Page 10: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 11: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 12: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 13: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 14: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 15: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 16: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
Page 17: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical
For details of our model, see ReactorLab.net, Resources, Grad CRE Notes, LPCVD of polysilicon in wafer-stack tube reactor
Page 18: For Exam 3, make sure you study these …reactorlab.net/.../ceng252/slides_14_March_2017.pdfThin Films, 223 (1993) 201-211 Growth kinetics and reaction mechanism of silicon chemical