ABACUS - Assembly of Basic Applications for Coordinated Understanding of Semiconductors

One-stop-shop for teaching semiconductor device education

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Archive Version 1.0.3
Published on 25 Aug 2008, unpublished on 10 Oct 2008 All versions

doi:10.4231/D36T0GW0Q cite this

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Tools

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Abstract

This tool is a key element in the Tool-Powered curriculum on Semiconductor Device Education .

Cite this work

Researchers should cite this work as follows:

  • Xufeng Wang; Gerhard Klimeck; Dragica Vasileska (2016), "ABACUS - Assembly of Basic Applications for Coordinated Understanding of Semiconductors," http://nanohub.org/resources/abacus. (DOI: 10.4231/D36T0GW0Q).

    BibTex | EndNote

Tags

  1. kronig-penney
  2. nanoelectronics
  3. Schroedinger
  4. SCHRED
  5. quantum transport
  6. quantum wells
  7. Sharfetter-Gummel
  8. Silicon Nanomembranes
  9. simplified bandstructure
  10. square well
  11. stark effect
  12. TCAD
  13. tool:schred
  14. transport/Drift-Diffusion
  15. transport classical
  16. transport/quantum
  17. triangular potential
  18. tunneling
  19. tutorial
  20. nanowires
  21. Nanowire NEGF
  22. nanotransistors
  23. MOSFET
  24. MOS capacitors
  25. MOS
  26. materials
  27. material properties
  28. Kroenig-Penney
  29. fermi level
  30. FET
  31. electrostatics
  32. energy bands
  33. device simulations
  34. depletion approximation
  35. degenerate semiconductor
  36. crystals
  37. Continuum Models
  38. cosine bands
  39. bulk bandstructure
  40. bulk semiconductors
  41. BJT
  42. Gummel plot
  43. Ballistic Nanotransistor
  44. ballistic transport
  45. band structure
  46. ballistic MOSFET
  47. NCN Supported
  48. NCN@Purdue Supported
  49. nanoelectronics
  50. ballistic MOSFET
  51. Ballistic Nanotransistor
  52. ballistic transport
  53. band structure
  54. BJT
  55. Gummel plot
  56. bulk bandstructure
  57. bulk semiconductors
  58. Continuum Models
  59. cosine bands
  60. crystals
  61. degenerate semiconductor
  62. depletion approximation
  63. device simulations
  64. electrostatics
  65. energy bands
  66. fermi level
  67. FET
  68. Kroenig-Penney
  69. material properties
  70. materials
  71. MOS
  72. MOS capacitors
  73. MOSFET
  74. nanotransistors
  75. Nanowire NEGF
  76. nanowires
  77. NCN Supported
  78. NCN@Purdue Supported
  79. quantum transport
  80. quantum wells
  81. SCHRED
  82. Schroedinger
  83. Sharfetter-Gummel
  84. Silicon Nanomembranes
  85. simplified bandstructure
  86. square well
  87. stark effect
  88. TCAD
  89. tool:schred
  90. transport classical
  91. transport/Drift-Diffusion
  92. transport/quantum
  93. triangular potential
  94. tunneling
  95. tutorial
  96. nanoelectronics
  97. ballistic MOSFET
  98. Ballistic Nanotransistor
  99. ballistic transport
  100. band structure
  101. BJT
  102. bulk bandstructure
  103. bulk semiconductors
  104. Continuum Models
  105. cosine bands
  106. crystals
  107. degenerate semiconductor
  108. depletion approximation
  109. device simulations
  110. electrostatics
  111. energy bands
  112. fermi level
  113. FET
  114. Gummel plot
  115. Kroenig-Penney
  116. material properties
  117. materials
  118. MOS
  119. MOS capacitors
  120. MOSFET
  121. nanotransistors
  122. Nanowire NEGF
  123. nanowires
  124. NCN Supported
  125. NCN@Purdue Supported
  126. quantum transport
  127. quantum wells
  128. SCHRED
  129. Schroedinger
  130. Sharfetter-Gummel
  131. Silicon Nanomembranes
  132. simplified bandstructure
  133. square well
  134. stark effect
  135. TCAD
  136. tool:schred
  137. transport classical
  138. transport/Drift-Diffusion
  139. transport/quantum
  140. triangular potential
  141. tunneling
  142. tutorial
  143. nanoelectronics
  144. ballistic MOSFET
  145. Ballistic Nanotransistor
  146. ballistic transport
  147. band structure
  148. BJT
  149. bulk bandstructure
  150. bulk semiconductors
  151. Continuum Models
  152. cosine bands
  153. crystals
  154. degenerate semiconductor
  155. depletion approximation
  156. device simulations
  157. electrostatics
  158. energy bands
  159. fermi level
  160. FET
  161. Gummel plot
  162. Kroenig-Penney
  163. material properties
  164. materials
  165. MOS
  166. MOS capacitors
  167. MOSFET
  168. nanotransistors
  169. Nanowire NEGF
  170. nanowires
  171. NCN Supported
  172. NCN@Purdue Supported
  173. quantum transport
  174. quantum wells
  175. SCHRED
  176. Schroedinger
  177. Sharfetter-Gummel
  178. Silicon Nanomembranes
  179. simplified bandstructure
  180. square well
  181. stark effect
  182. TCAD
  183. tool:schred
  184. transport classical
  185. transport/Drift-Diffusion
  186. transport/quantum
  187. triangular potential
  188. tunneling
  189. tutorial