Title: /Camphor-based/LOYNAO Cu-i_LOYNAO
Browse item: https://iochem-bd.bsc.es:443/browse/handle/100/330686
Program: Orca 5.0.4 - RELEASE
Author: Nesterov, Dmytro
Formula: C174H200CuN44O10
Calculation type: Single point
Method: DFT ( wB97X-D4 )

JOB |

Atomic coordinates [Å]

Atom x y z BASIS SET
TYPE (Primitive) / [Contracted]

MOLECULAR INFO

Multiplicity 1
Charge 1

Bond distances

Atom1 Atom2 Distance
Cu1 C2 1.938787
Cu1 N3 2.047420
Cu1 N4 2.016890
Cu1 N29 2.031341
C2 N15 1.166936
N3 C5 1.333840
N3 C9 1.356326
N4 C14 1.332962
N4 C10 1.334156
C5 C6 1.382176
C5 H16 1.079925
C6 H17 1.079686
C6 C7 1.386139
C7 H18 1.080497
C7 C8 1.383187
C8 C9 1.387124
C8 H19 1.079289
C9 C10 1.465844
C10 C11 1.388254
C11 H20 1.079126
C11 C12 1.387929
C12 C13 1.385993
C12 H22 1.080280
C13 H21 1.078955
C13 C14 1.389516
C14 C30 1.465842
C23 C24 1.385194
C23 C28 1.383275
C23 H26 1.080472
C24 C25 1.382479
C24 H27 1.079690
C25 H32 1.079840
C25 N29 1.332202
C28 C30 1.387139
C28 H31 1.078898
N29 C30 1.355575
H33 C34 1.086249
C34 H37 1.098810
C34 C36 1.468564
C34 H35 1.086133
C36 H38 1.080089
C36 C40 1.406937
H39 C41 1.078722
C40 C41 1.414323
C40 C43 1.413745
C41 C44 1.374411
H42 C43 1.080893
C43 C46 1.376226
C44 C47 1.395206
C44 H45 1.080840
C46 C47 1.391399
C46 H48 1.080578
C47 H49 1.081266
O50 C56 1.206046
N51 C65 1.327523
N51 N53 1.327211
N52 C65 1.345004
N52 C66 1.326071
N53 C69 1.338491
N53 C66 1.395484
N54 C67 1.312320
N54 C66 1.322667
C55 C61 1.547557
C55 C62 1.513885
C55 C60 1.549885
C55 C56 1.511503
C56 C57 1.522379
C57 H70 1.093452
C57 C58 1.542694
C57 C65 1.481991
C58 C61 1.545211
C58 H71 1.088389
C58 C59 1.532888
C59 C60 1.538150
C59 H76 1.088529
C59 H75 1.088955
C60 H77 1.088944
C60 H78 1.089042
C61 C63 1.531445
C61 C64 1.527532
C62 H80 1.087345
C62 H79 1.086616
C62 H81 1.087336
C63 H84 1.088046
C63 H82 1.087587
C63 H83 1.086465
C64 H87 1.087381
C64 H86 1.087967
C64 H85 1.083489
C67 C68 1.403287
C67 H72 1.080155
C68 C69 1.368272
C68 H73 1.076221
C69 H74 1.078977
O88 C94 1.206127
N89 N91 1.331058
N89 C103 1.331709
N90 C103 1.341446
N90 C104 1.323414
N91 C104 1.396185
N91 C107 1.338034
N92 C105 1.309755
N92 C104 1.321865
C93 C100 1.512784
C93 C99 1.546700
C93 C98 1.547883
C93 C94 1.512812
C94 C95 1.527735
C95 C103 1.480625
C95 H108 1.093901
C95 C96 1.543290
C96 C97 1.533788
C96 C99 1.544862
C96 H109 1.088651
C97 H114 1.090076
C97 C98 1.535908
C97 H113 1.088782
C98 H116 1.088852
C98 H115 1.089509
C99 C102 1.526244
C99 C101 1.531097
C100 H117 1.087050
C100 H118 1.088555
C100 H119 1.086778
C101 H120 1.087074
C101 H122 1.087466
C101 H121 1.086512
C102 H124 1.087803
C102 H123 1.082834
C102 H125 1.087557
C105 C106 1.403685
C105 H110 1.080633
C106 C107 1.368234
C106 H111 1.075538
C107 H112 1.078901
O126 C132 1.206382
N127 N129 1.327407
N127 C141 1.331125
N128 C141 1.342359
N128 C142 1.321809
N129 C145 1.338580
N129 C142 1.402211
N130 C142 1.320795
N130 C143 1.311878
C131 C137 1.547647
C131 C132 1.507856
C131 C136 1.552313
C131 C138 1.514531
C132 C133 1.531366
C133 C134 1.537687
C133 H146 1.093531
C133 C141 1.482317
C134 C137 1.547810
C134 H147 1.088468
C134 C135 1.531762
C135 H152 1.086756
C135 C136 1.537995
C135 H151 1.088349
C136 H154 1.090325
C136 H153 1.088805
C137 C139 1.531605
C137 C140 1.527411
C138 H155 1.086795
C138 H156 1.087784
C138 H157 1.087303
C139 H159 1.086159
C139 H160 1.087626
C139 H158 1.087555
C140 H163 1.087461
C140 H162 1.087929
C140 H161 1.083285
C143 H148 1.080723
C143 C144 1.404691
C144 C145 1.370608
C144 H149 1.075460
C145 H150 1.081019
O164 C170 1.206144
N165 C179 1.328507
N165 N167 1.328878
N166 C179 1.343602
N166 C180 1.323202
N167 C183 1.339551
N167 C180 1.398644
N168 C180 1.321778
N168 C181 1.312247
C169 C170 1.511792
C169 C175 1.547643
C169 C174 1.550884
C169 C176 1.514240
C170 C171 1.526633
C171 C179 1.480699
C171 H184 1.093354
C171 C172 1.542247
C172 C173 1.531687
C172 C175 1.545710
C172 H185 1.088556
C173 C174 1.537536
C173 H189 1.088436
C173 H190 1.088167
C174 H191 1.088318
C174 H192 1.089160
C175 C177 1.531663
C175 C178 1.527276
C176 H193 1.086725
C176 H195 1.087336
C176 H194 1.087399
C177 H197 1.087038
C177 H198 1.088000
C177 H196 1.087474
C178 H201 1.087194
C178 H200 1.087775
C178 H199 1.083225
C181 H186 1.079718
C181 C182 1.403854
C182 C183 1.370345
C182 H187 1.075007
C183 H188 1.078750
O202 C208 1.206894
N203 C217 1.328557
N203 N205 1.329860
N204 C218 1.323815
N204 C217 1.343765
N205 C221 1.339692
N205 C218 1.396354
N206 C219 1.311026
N206 C218 1.320686
C207 C214 1.514491
C207 C213 1.546822
C207 C208 1.509008
C207 C212 1.550252
C208 C209 1.527493
C209 C210 1.542281
C209 H222 1.093294
C209 C217 1.481744
C210 C211 1.528947
C210 C213 1.546272
C210 H223 1.089650
C211 C212 1.536026
C211 H227 1.088045
C211 H228 1.088071
C212 H230 1.089255
C212 H229 1.088644
C213 C215 1.531811
C213 C216 1.526613
C214 H231 1.087474
C214 H232 1.088791
C214 H233 1.087087
C215 H234 1.087419
C215 H235 1.086903
C215 H236 1.087479
C216 H237 1.083604
C216 H239 1.087224
C216 H238 1.087837
C219 H224 1.079376
C219 C220 1.404729
C220 H225 1.075324
C220 C221 1.368189
C221 H226 1.077566
O240 C246 1.204316
N241 C255 1.329752
N241 N243 1.326823
N242 C255 1.345037
N242 C256 1.322366
N243 C256 1.398757
N243 C259 1.338093
N244 C256 1.321531
N244 C257 1.312827
C245 C246 1.512534
C245 C251 1.547306
C245 C252 1.514314
C245 C250 1.550556
C246 C247 1.536707
C247 C255 1.480341
C247 H260 1.093311
C247 C248 1.533521
C248 C249 1.534119
C248 C251 1.547535
C248 H261 1.087711
C249 H265 1.088211
C249 C250 1.538074
C249 H266 1.086296
C250 H267 1.089107
C250 H268 1.090800
C251 C253 1.532468
C251 C254 1.527738
C252 H271 1.087263
C252 H270 1.087811
C252 H269 1.086929
C253 H272 1.087442
C253 H274 1.087638
C253 H273 1.086880
C254 H275 1.083062
C254 H276 1.087571
C254 H277 1.087236
C257 H262 1.080051
C257 C258 1.403147
C258 H263 1.075520
C258 C259 1.370478
C259 H264 1.077768
O278 C284 1.205199
N279 N281 1.329117
N279 C293 1.332178
N280 C294 1.322218
N280 C293 1.341154
N281 C294 1.401153
N281 C297 1.340499
N282 C294 1.321258
N282 C295 1.311144
C283 C288 1.551350
C283 C289 1.547912
C283 C284 1.509783
C283 C290 1.514771
C284 C285 1.532497
C285 C293 1.482183
C285 C286 1.540919
C285 H298 1.093403
C286 C287 1.530624
C286 C289 1.546838
C286 H299 1.088687
C287 H304 1.086836
C287 H303 1.088423
C287 C288 1.537995
C288 H306 1.090316
C288 H305 1.089020
C289 C292 1.527287
C289 C291 1.531361
C290 H307 1.086828
C290 H308 1.087747
C290 H309 1.087337
C291 H312 1.087472
C291 H310 1.087310
C291 H311 1.086328
C292 H313 1.083236
C292 H314 1.087952
C292 H315 1.087390
C295 C296 1.405310
C295 H300 1.079964
C296 H301 1.077265
C296 C297 1.370137
C297 H302 1.081539
O316 C322 1.207090
N317 C331 1.329357
N317 N319 1.326023
N318 C332 1.322491
N318 C331 1.341589
N319 C332 1.400330
N319 C335 1.338115
N320 C332 1.321124
N320 C333 1.311469
C321 C322 1.508172
C321 C328 1.513267
C321 C327 1.548271
C321 C326 1.552245
C322 C323 1.524792
C323 H336 1.093057
C323 C331 1.482407
C323 C324 1.540136
C324 C325 1.530980
C324 C327 1.545381
C324 H337 1.088017
C325 H341 1.088376
C325 H342 1.089573
C325 C326 1.537521
C326 H343 1.088739
C326 H344 1.090625
C327 C329 1.530506
C327 C330 1.525821
C328 H346 1.087791
C328 H345 1.087392
C328 H347 1.087416
C329 H349 1.087300
C329 H350 1.088401
C329 H348 1.087559
C330 H353 1.087240
C330 H352 1.087551
C330 H351 1.083585
C333 H338 1.080325
C333 C334 1.405838
C334 C335 1.369527
C334 H339 1.075840
C335 H340 1.078761
O354 C360 1.204756
N355 N357 1.327101
N355 C369 1.329461
N356 C370 1.321975
N356 C369 1.345796
N357 C373 1.339261
N357 C370 1.399905
N358 C370 1.321969
N358 C371 1.310339
C359 C360 1.511029
C359 C365 1.547669
C359 C366 1.514490
C359 C364 1.551777
C360 C361 1.534217
C361 C362 1.539422
C361 H374 1.093295
C361 C369 1.481127
C362 H375 1.088841
C362 C365 1.547155
C362 C363 1.529569
C363 H379 1.088355
C363 C364 1.537628
C363 H380 1.086827
C364 H382 1.089951
C364 H381 1.088466
C365 C368 1.527338
C365 C367 1.531256
C366 H385 1.087260
C366 H384 1.087829
C366 H383 1.086857
C367 H388 1.087747
C367 H386 1.087425
C367 H387 1.086884
C368 H391 1.087152
C368 H390 1.086928
C368 H389 1.083145
C371 C372 1.405558
C371 H376 1.080001
C372 H377 1.075923
C372 C373 1.369798
C373 H378 1.079083
O392 C398 1.205681
N393 N395 1.327120
N393 C407 1.329012
N394 C408 1.321767
N394 C407 1.345306
N395 C411 1.339777
N395 C408 1.400476
N396 C408 1.322084
N396 C409 1.311279
C397 C402 1.552035
C397 C404 1.513864
C397 C403 1.547111
C397 C398 1.510337
C398 C399 1.528756
C399 C400 1.542231
C399 H412 1.093110
C399 C407 1.479628
C400 C401 1.531548
C400 H413 1.088495
C400 C403 1.546008
C401 C402 1.537970
C401 H417 1.088510
C401 H418 1.087416
C402 H420 1.089756
C402 H419 1.088454
C403 C406 1.527318
C403 C405 1.531653
C404 H421 1.086698
C404 H422 1.087859
C404 H423 1.087349
C405 H424 1.087437
C405 H425 1.086878
C405 H426 1.087857
C406 H427 1.083267
C406 H429 1.087343
C406 H428 1.087946
C409 H414 1.080016
C409 C410 1.406267
C410 H415 1.075747
C410 C411 1.370197
C411 H416 1.078585

Total SCF energy

Value Units
Total Energy -11559.47204860 Eh
Nuclear Repulsion 84005.15803487 Eh
Electronic Energy -95564.63008347 Eh
One Electron Energy -183401.97319159 Eh
Two Electron Energy 87837.34310812 Eh
Potential Energy -23078.44274918 Eh
Kinetic Energy 11518.97070058 Eh
Virial Ratio 2.00351606

Population analysis

Loewdin

Mulliken atomic charges

Electrostatic moments

Charge

1

Dipole moment

NUC ELEC TOTAL
x 28.98388 -26.13400 2.84988
y -18.04563 17.94170 -0.10392
z 48.57409 -52.33604 -3.76195
μ [Debye] 11.99903

Frontier orbitals

All Homo/Lumo range:

Final results

Total Energy -11559.4720486 Eh
Final Single Point Energy -11560.78336582
Nuclear Repulsion 84005.15803487 Eh

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