Fermi Level in Crystalline Germanium ( samples with three different doping densities)
Each term-paper report should include:
a) Cover page should include:
a. Paper Title
b. Your name, course name, date, professor’s name.
c. Abstract
i. Abstract contents are based on your papers’ objectives, approach, results and findings. Basically three sentences. Less than 100 words.
ii. Statement of the problem,
iii. Your approach, or that in the used references, to solve the problem
iv. Brief summary of your findings and conclusions.
b) Term paper should be typed, font #12, with 5-12 pages in length
c) The submitted paper should be in a technical report format, including:
a) Cover page including ABSTRACT
b) Problem statement
c) Introduction
d) Analytical Approach (of solving the problem). Start with a basic equation, of the Five-Equations, and arrive at the solution equations.
e) Calculations/Simulation results. Tables and Graphs are always beneficial.
f) Results/findings
g) Findings and Conclusions
h) Bibliography/References, please use the standard IEEE format.
i) Appendixes (it helps to keep detailed calculations and computations in an Appendix at the end of a Technical Report.
TOPIC:
For a piece of crystalline germanium, consider 3 or more possible doping densities, determine, calculate, and plot the majority carrier concentration – versus- Temperature in the range from 0K –to- 1000 K [Note the Freeze-out zone, Extrinsic zone, and the Intrinsic zone. The Fermi-Function….]
I uploaded an example of a sample problem (HW5 Problem 2) and the solution
