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users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'

Aug 17, 2020

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Page 1: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 2: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 3: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 4: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 5: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 6: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 7: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 8: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 9: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'

5-12

Page 10: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'

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Page 11: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 12: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 13: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'

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Page 14: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'

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Page 15: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 16: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'
Page 17: users.encs.concordia.causers.encs.concordia.ca/~mojtaba/solutions to assignment3-2014.pdf · in the heavily doped is approximately 3x104 from Example 5.5-8 The diffusion time, (0.75x104'