Thermoelectric Power Factor Calculator for Superlattices

By Terence Musho1, Greg Walker2

1. West Virginia University 2. Vanderbilt University

Quantum Simulation of the Seebeck Coefficient and Electrical Conductivity in 1D Superlattice Structures using Non-Equilibrium Green's Functions

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Version 1.2w - published on 18 Mar 2015

doi:10.4231/D3804XM0C cite this

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Location of all "Thermoelectric Power Factor Calculator for Superlattices" Users Since Its Posting

Simulation Users

637

13 18 37 44 47 55 62 63 70 76 78 80 89 91 93 100 108 117 127 130 132 134 144 154 158 164 170 176 185 193 199 205 210 214 227 243 249 255 259 263 269 275 282 285 287 290 296 299 301 319 330 336 340 347 349 353 362 370 373 377 381 387 406 419 424 427 432 436 444 448 455 461 465 470 482 496 501 505 562 574 580 584 586 590 593 595 608 620 624 629 631 634 637 637

Users By Organization Type
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Educational - University 378 (59.25%)
Unidentified 209 (32.76%)
Industry 23 (3.61%)
National Lab 9 (1.41%)
Government Agency 7 (1.1%)
Educational - Pre-College 6 (0.94%)
Unemployed 6 (0.94%)
Users by Country of Residence
Country Users
us UNITED STATES 170 (53.8%)
in INDIA 54 (17.09%)
cn CHINA 21 (6.65%)
kr KOREA, REPUBLIC OF 17 (5.38%)
cz CZECH REPUBLIC 12 (3.8%)
br BRAZIL 10 (3.16%)
ca CANADA 10 (3.16%)
de GERMANY 8 (2.53%)
tw TAIWAN 7 (2.22%)
bd BANGLADESH 7 (2.22%)

Simulation Runs

5,724

52 66 121 141 146 188 227 242 257 269 272 274 298 306 310 325 352 381 435 442 473 478 503 543 554 582 597 608 635 651 666 693 765 787 824 892 903 912 926 937 954 967 976 1043 1046 1051 1067 1081 1084 1126 1157 1169 1179 1188 1193 1267 1259 1275 1281 1287 1293 1306 1347 1394 1401 1405 1432 1438 1453 1467 1484 1492 1497 1507 1530 1869 2102 2182 4919 5322 5334 5364 5395 5405 5410 5420 5479 5575 5620 5632 5636 5716 5724 5724
Overview
Average Total
Wall Clock Time 1.05 hours 202.58 days
CPU time 56.82 seconds 3.05 days
Interaction Time 6.69 minutes 21.54 days