source: ThirdParty/mpqc_open/lib/basis/mini_LscaledR.kv@ 7516f6

Action_Thermostats Adding_MD_integration_tests Adding_StructOpt_integration_tests AutomationFragmentation_failures Candidate_v1.6.1 ChemicalSpaceEvaluator Enhanced_StructuralOptimization Enhanced_StructuralOptimization_continued Exclude_Hydrogens_annealWithBondGraph Fix_Verbose_Codepatterns ForceAnnealing_with_BondGraph ForceAnnealing_with_BondGraph_continued ForceAnnealing_with_BondGraph_continued_betteresults ForceAnnealing_with_BondGraph_contraction-expansion Gui_displays_atomic_force_velocity JobMarket_RobustOnKillsSegFaults JobMarket_StableWorkerPool PythonUI_with_named_parameters Recreated_GuiChecks StoppableMakroAction TremoloParser_IncreasedPrecision
Last change on this file since 7516f6 was 860145, checked in by Frederik Heber <heber@…>, 8 years ago

Merge commit '0b990dfaa8c6007a996d030163a25f7f5fc8a7e7' as 'ThirdParty/mpqc_open'

  • Property mode set to 100644
File size: 13.4 KB
Line 
1%BASIS "MINI (Scaled)" CARTESIAN
2basis:(
3%S. HUZINAGA, ED.,J. ANDZELM, M. KLOBUKOWSKI, E. RADZIO-ANDZELM, Y. SAKAI,
4% H. TATEWAKI IN GAUSSIAN BASIS SETS FOR MOLECULAR CALCULATIONS:
5% ELSEVIER, AMSTERDAM, 1984.
6% VALENCE SCALE FACTORS FROM JOHN DEISZ OF NORTH DAKOTA STATE UNIVERSITY.
7%
8%
9% BASIS SET: (3S) -> [1S]
10 hydrogen: "MINI (Scaled)": [
11 (type: [am = s]
12 {exp coef:0} = {
13 7.034063000 0.07045200
14 1.064756000 0.40782600
15 0.236559000 0.64775200
16 })
17 ]
18%
19% BASIS SET: (3S) -> [1S]
20 helium: "MINI (Scaled)": [
21 (type: [am = s]
22 {exp coef:0} = {
23 13.626736000 0.08024100
24 1.999349000 0.40914300
25 0.382993000 0.65727800
26 })
27 ]
28%
29% BASIS SET: (6S) -> [2S]
30 lithium: "MINI (Scaled)": [
31 (type: [am = s]
32 {exp coef:0} = {
33 35.046150000 0.07376000
34 5.201690000 0.39747100
35 1.056240000 0.66509200
36 })
37 (type: [am = s]
38 {exp coef:0} = {
39 0.851253000 -0.09397000
40 0.083951000 0.57010000
41 0.032554000 0.49975000
42 })
43 ]
44%
45% BASIS SET: (6S) -> [2S]
46 beryllium: "MINI (Scaled)": [
47 (type: [am = s]
48 {exp coef:0} = {
49 66.953540000 0.07020000
50 9.939290000 0.39191000
51 2.057130000 0.66997000
52 })
53 (type: [am = s]
54 {exp coef:0} = {
55 2.334856000 -0.08282000
56 0.196976000 0.55755300
57 0.067449000 0.51604300
58 })
59 ]
60%
61% BASIS SET: (6S,3P) -> [2S,1P]
62 boron: "MINI (Scaled)": [
63 (type: [am = s]
64 {exp coef:0} = {
65 108.437040000 0.06865100
66 16.120560000 0.38993300
67 3.373430000 0.67139500
68 })
69 (type: [am = s]
70 {exp coef:0} = {
71 4.457854000 -0.08241900
72 0.369315000 0.55906400
73 0.122555000 0.51679500
74 })
75 (type: [am = p]
76 {exp coef:0} = {
77 3.214892000 0.10590000
78 0.646136000 0.45718000
79 0.153916000 0.63186100
80 })
81 ]
82%
83% BASIS SET: (6S,3P) -> [2S,1P]
84 carbon: "MINI (Scaled)": [
85 (type: [am = s]
86 {exp coef:0} = {
87 153.172260000 0.07074000
88 23.073030000 0.39538000
89 4.923290000 0.66331100
90 })
91 (type: [am = s]
92 {exp coef:0} = {
93 6.616612000 -0.08138000
94 0.525856000 0.57485300
95 0.169958000 0.50241300
96 })
97 (type: [am = p]
98 {exp coef:0} = {
99 4.912920000 0.10993100
100 0.997616000 0.46271300
101 0.232685000 0.62751400
102 })
103 ]
104%
105% BASIS SET: (6S,3P) -> [2S,1P]
106 nitrogen: "MINI (Scaled)": [
107 (type: [am = s]
108 {exp coef:0} = {
109 218.364490000 0.06787000
110 32.598890000 0.39020200
111 6.917390000 0.67008300
112 })
113 (type: [am = s]
114 {exp coef:0} = {
115 8.919426000 -0.08089000
116 0.706141000 0.56720200
117 0.225054000 0.51109200
118 })
119 (type: [am = p]
120 {exp coef:0} = {
121 6.556272000 0.11591900
122 1.349079000 0.46995800
123 0.312209000 0.61844800
124 })
125 ]
126%
127% BASIS SET: (6S,3P) -> [2S,1P]
128 oxygen: "MINI (Scaled)": [
129 (type: [am = s]
130 {exp coef:0} = {
131 281.866580000 0.06906000
132 42.416000000 0.39315900
133 9.095620000 0.66566900
134 })
135 (type: [am = s]
136 {exp coef:0} = {
137 11.789326000 -0.08082000
138 0.912894000 0.58209000
139 0.286661000 0.49716000
140 })
141 (type: [am = p]
142 {exp coef:0} = {
143 8.274140000 0.12427100
144 1.715463000 0.47659400
145 0.383013000 0.61304400
146 })
147 ]
148%
149% BASIS SET: (6S,3P) -> [2S,1P]
150 fluorine: "MINI (Scaled)": [
151 (type: [am = s]
152 {exp coef:0} = {
153 368.371120000 0.06704000
154 55.061060000 0.38924900
155 11.747670000 0.67078800
156 })
157 (type: [am = s]
158 {exp coef:0} = {
159 15.364708000 -0.08055000
160 1.167546000 0.58772900
161 0.363141000 0.49197900
162 })
163 (type: [am = p]
164 {exp coef:0} = {
165 10.725667000 0.12627000
166 2.225817000 0.47794800
167 0.486105000 0.61400800
168 })
169 ]
170%
171% BASIS SET: (6S,3P) -> [2S,1P]
172 neon: "MINI (Scaled)": [
173 (type: [am = s]
174 {exp coef:0} = {
175 456.952850000 0.06691000
176 68.365430000 0.38934900
177 14.619760000 0.67051800
178 })
179 (type: [am = s]
180 {exp coef:0} = {
181 19.327190000 -0.08025000
182 1.441820000 0.59529800
183 0.444080000 0.48486800
184 })
185 (type: [am = p]
186 {exp coef:0} = {
187 13.352520000 0.12884000
188 2.779470000 0.48044100
189 0.600970000 0.61167200
190 })
191 ]
192%
193% BASIS SET: (9S,3P) -> [3S,1P]
194 sodium: "MINI (Scaled)": [
195 (type: [am = s]
196 {exp coef:0} = {
197 542.760530000 0.06841000
198 81.959470000 0.39209200
199 17.723770000 0.66608400
200 })
201 (type: [am = s]
202 {exp coef:0} = {
203 23.280420000 -0.08380100
204 1.868340000 0.58279400
205 0.623250000 0.49247400
206 })
207 (type: [am = p]
208 {exp coef:0} = {
209 17.836360000 0.12571000
210 3.795690000 0.48046100
211 0.877510000 0.60228100
212 })
213 (type: [am = s]
214 {exp coef:0} = {
215 0.617611000 -0.11576200
216 0.065219000 0.69586300
217 0.025351000 0.38104700
218 })
219 ]
220%
221% BASIS SET: (9S,3P) -> [3S,1P]
222 magnesium: "MINI (Scaled)": [
223 (type: [am = s]
224 {exp coef:0} = {
225 650.643367000 0.06803000
226 98.370780000 0.39073800
227 21.322490000 0.66726700
228 })
229 (type: [am = s]
230 {exp coef:0} = {
231 27.977380000 -0.08672000
232 2.326520000 0.58569700
233 0.818080000 0.48649700
234 })
235 (type: [am = p]
236 {exp coef:0} = {
237 23.216620000 0.12146000
238 5.002220000 0.47929100
239 1.204650000 0.59894200
240 })
241 (type: [am = s]
242 {exp coef:0} = {
243 1.084751000 -0.12765100
244 0.118314000 0.65077300
245 0.043124000 0.43627200
246 })
247 ]
248%
249% BASIS SET: (9S,6P) -> [3S,2P]
250 aluminum: "MINI (Scaled)": [
251 (type: [am = s]
252 {exp coef:0} = {
253 777.443340000 0.06688700
254 117.231530000 0.38776800
255 25.376297000 0.67070300
256 })
257 (type: [am = s]
258 {exp coef:0} = {
259 33.356253000 -0.08895600
260 2.801315000 0.60106100
261 1.022733000 0.46878600
262 })
263 (type: [am = p]
264 {exp coef:0} = {
265 30.569580000 0.11235300
266 6.644701000 0.46746700
267 1.654395000 0.60978200
268 })
269 (type: [am = s]
270 {exp coef:0} = {
271 1.685246000 -0.15138900
272 0.204969000 0.65938600
273 0.074790000 0.43869300
274 })
275 (type: [am = p]
276 {exp coef:0} = {
277 0.056613000 0.39647000
278 0.379920000 0.22643300
279 0.146881000 0.50058600
280 })
281 ]
282%
283% BASIS SET: (9S,6P) -> [3S,2P]
284 silicon: "MINI (Scaled)": [
285 (type: [am = s]
286 {exp coef:0} = {
287 909.234870000 0.06640500
288 137.124560000 0.38622200
289 29.714810000 0.67224000
290 })
291 (type: [am = s]
292 {exp coef:0} = {
293 39.129423000 -0.09099900
294 3.335981000 0.61161500
295 1.251259000 0.45686000
296 })
297 (type: [am = p]
298 {exp coef:0} = {
299 37.881761000 0.10875300
300 8.304598000 0.46351500
301 2.120792000 0.61133400
302 })
303 (type: [am = s]
304 {exp coef:0} = {
305 2.197649000 -0.16873300
306 0.275927000 0.67545300
307 0.100425000 0.42941900
308 })
309 (type: [am = p]
310 {exp coef:0} = {
311 0.545789000 0.23891300
312 0.076007000 0.34545300
313 0.208220000 0.54229500
314 })
315 ]
316%
317% BASIS SET: (9S,6P) -> [3S,2P]
318 phosphorus: "MINI (Scaled)": [
319 (type: [am = s]
320 {exp coef:0} = {
321 1053.265800000 0.06586500
322 158.790440000 0.38457800
323 34.424407000 0.67396300
324 })
325 (type: [am = s]
326 {exp coef:0} = {
327 45.450377000 -0.09265500
328 3.899926000 0.62651300
329 1.488507000 0.44103900
330 })
331 (type: [am = p]
332 {exp coef:0} = {
333 46.100019000 0.10538800
334 10.165057000 0.45971200
335 2.644794000 0.61371400
336 })
337 (type: [am = s]
338 {exp coef:0} = {
339 2.469483000 -0.18054900
340 0.320872000 0.68095200
341 0.116832000 0.42914200
342 })
343 (type: [am = p]
344 {exp coef:0} = {
345 0.679059000 0.23588500
346 0.257826000 0.55416000
347 0.092783000 0.33653000
348 })
349 ]
350%
351% BASIS SET: (9S,6P) -> [3S,2P]
352 sulfur: "MINI (Scaled)": [
353 (type: [am = s]
354 {exp coef:0} = {
355 1201.458400000 0.06576500
356 181.392120000 0.38394800
357 39.404795000 0.67437200
358 })
359 (type: [am = s]
360 {exp coef:0} = {
361 52.139030000 -0.09423200
362 4.528799000 0.63546800
363 1.754938000 0.43150600
364 })
365 (type: [am = p]
366 {exp coef:0} = {
367 54.644071000 0.10367300
368 12.122902000 0.45819000
369 3.206504000 0.61340000
370 })
371 (type: [am = s]
372 {exp coef:0} = {
373 2.920526000 0.19004200
374 0.392187000 -0.68552700
375 0.142699000 -0.42927200
376 })
377 (type: [am = p]
378 {exp coef:0} = {
379 0.887615000 0.22943600
380 0.111743000 0.35370000
381 0.327100000 0.55296000
382 })
383 ]
384%
385% BASIS SET: (9S,6P) -> [3S,2P]
386 chlorine: "MINI (Scaled)": [
387 (type: [am = s]
388 {exp coef:0} = {
389 1362.022000000 0.06554400
390 205.811100000 0.38298700
391 44.772167000 0.67521000
392 })
393 (type: [am = s]
394 {exp coef:0} = {
395 59.225732000 -0.09562000
396 5.213902000 0.64142600
397 2.047346000 0.42515300
398 })
399 (type: [am = p]
400 {exp coef:0} = {
401 64.099958000 0.10178900
402 14.287139000 0.45610700
403 3.828135000 0.61428200
404 })
405 (type: [am = s]
406 {exp coef:0} = {
407 3.447124000 0.19640100
408 0.473785000 -0.69236000
409 0.171321000 -0.42619300
410 })
411 (type: [am = p]
412 {exp coef:0} = {
413 1.103904000 0.23590300
414 0.133236000 0.34660000
415 0.399178000 0.55806600
416 })
417 ]
418%
419% BASIS SET: (9S,6P) -> [3S,2P]
420 argon: "MINI (Scaled)": [
421 (type: [am = s]
422 {exp coef:0} = {
423 1536.932500000 0.06515900
424 232.177650000 0.38180700
425 50.521685000 0.67644600
426 })
427 (type: [am = s]
428 {exp coef:0} = {
429 66.933949000 -0.09674000
430 5.918552000 0.65274900
431 2.339342000 0.41357300
432 })
433 (type: [am = p]
434 {exp coef:0} = {
435 74.352915000 0.10007900
436 16.631346000 0.45422600
437 4.503927000 0.61525900
438 })
439 (type: [am = s]
440 {exp coef:0} = {
441 4.045307000 0.20073600
442 0.565701000 -0.69626800
443 0.204065000 -0.42484300
444 })
445 (type: [am = p]
446 {exp coef:0} = {
447 1.357091000 0.23727600
448 0.488113000 0.55836000
449 0.162126000 0.34616500
450 })
451 ]
452%
453% BASIS SET: (12S,6P) -> [4S,2P]
454 potassium: "MINI (Scaled)": [
455 (type: [am = s]
456 {exp coef:0} = {
457 1721.175500000 0.06487500
458 260.016330000 0.38085900
459 56.624554000 0.67736800
460 })
461 (type: [am = s]
462 {exp coef:0} = {
463 75.055600000 -0.09787300
464 6.691163000 0.65956000
465 2.667166000 0.40652900
466 })
467 (type: [am = p]
468 {exp coef:0} = {
469 85.789846000 0.09803500
470 19.254794000 0.45104100
471 5.268624000 0.61770800
472 })
473 (type: [am = s]
474 {exp coef:0} = {
475 4.668937000 -0.21293000
476 0.700013000 0.68924900
477 0.275334000 0.43392500
478 })
479 (type: [am = p]
480 {exp coef:0} = {
481 1.683145000 0.23863600
482 0.625809000 0.57105700
483 0.223898000 0.31653600
484 })
485 (type: [am = s]
486 {exp coef:0} = {
487 0.322747000 -0.15298000
488 0.048136000 0.68172800
489 0.020746000 0.41448300
490 })
491 ]
492%
493% BASIS SET: (12S,6P) -> [4S,2P]
494 calcium: "MINI (Scaled)": [
495 (type: [am = s]
496 {exp coef:0} = {
497 1915.434800000 0.06462400
498 289.533240000 0.37983800
499 63.106352000 0.67832900
500 })
501 (type: [am = s]
502 {exp coef:0} = {
503 83.633280000 -0.09888200
504 7.511840000 0.66602700
505 3.014585000 0.39991200
506 })
507 (type: [am = p]
508 {exp coef:0} = {
509 97.974592000 0.09631600
510 22.067384000 0.44810800
511 6.093876000 0.61992100
512 })
513 (type: [am = s]
514 {exp coef:0} = {
515 5.370754000 -0.22353100
516 0.838380000 0.70288600
517 0.346226000 0.42355200
518 })
519 (type: [am = p]
520 {exp coef:0} = {
521 2.017886000 0.24502900
522 0.766651000 0.58438500
523 0.284319000 0.28766600
524 })
525 (type: [am = s]
526 {exp coef:0} = {
527 0.506834000 -0.17931000
528 0.073327000 0.67287900
529 0.029424000 0.43566600
530 })
531 ]
532)
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