the boron doped si ingot must exhibit a specific resistance of 100 cm during the growth silicon

Name: the boron doped si ingot must exhibit a specific resistance of 100 cm during the growth silicon of 001 cm resistivity is loaded to 10 kg of pure silicon melt how much of silicon with 001 cm 47348
Uploaded: 2024-03-19T13:44:03-08:00
Duration: 3 min 38 s
Channel: Narayan Hari
Description: the boron doped si ingot must exhibit a specific resistance of 100 cm during the growth silicon of 001 cm resistivity is loaded to 10 kg of pure silicon melt how much of silicon with 001 cm 47348

To determine how much silicon with a resistivity of 0.01 Ω⋅cm is necessary to achieve a specific

Question

The boron-doped Si ingot must exhibit a specific resistance of 10.0 Ω⋅cm. During the growth silicon of 0.01 Ω⋅cm resistivity is loaded to 10 kg of pure silicon melt. How much of silicon with 0.01 Ω⋅cm resistivity is necessary? ke = 0.8 (B) (effective segregation coefficient), μl = 150 cm^2 / Vs; μk = 500 cm^2 / V

          The boron-doped Si ingot must exhibit a specific resistance of 10.0 Ω⋅cm. During the growth silicon of 0.01 Ω⋅cm resistivity is loaded to 10 kg of pure silicon melt. How much of silicon with 0.01 Ω⋅cm resistivity is necessary? ke = 0.8 (B) (effective segregation coefficient), μl = 150 cm^2 / Vs; μk = 500 cm^2 / V

Added by Randy A.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Narayan Hari

03/19/2024

Step 1

01 Ω⋅cm is necessary to achieve a specific resistance of 10.0 Ω⋅cm in a boron-doped silicon ingot, we can follow these steps: Show more…

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The boron-doped Si ingot must exhibit a specific resistance of 10.0 Ω⋅cm. During the growth silicon of 0.01 Ω⋅cm resistivity is loaded to 10 kg of pure silicon melt. How much of silicon with 0.01 Ω⋅cm resistivity is necessary? ke = 0.8 (B) (effective segregation coefficient), μl = 150 cm^2 / Vs; μk = 500 cm^2 / V