Title: /Camphor-based/LOYMOB Cu-i_LOYMOB
Browse item: https://iochem-bd.bsc.es:443/browse/handle/100/330690
Program: Orca 5.0.4 - RELEASE
Author: Nesterov, Dmytro
Formula: C174H190Cl10CuN44O10
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 N29 2.031344
Cu1 N4 2.016902
Cu1 N3 2.047422
Cu1 C2 1.938786
C2 N15 1.166938
N3 C9 1.356323
N3 C5 1.333682
N4 C10 1.334159
N4 C14 1.332962
C5 H16 1.079938
C5 C6 1.382330
C6 C7 1.386132
C6 H17 1.079680
C7 C8 1.382915
C7 H18 1.080520
C8 H19 1.079265
C8 C9 1.387408
C9 C10 1.465810
C10 C11 1.388406
C11 C12 1.387780
C11 H20 1.079204
C12 C13 1.385984
C12 H22 1.080284
C13 H21 1.078958
C13 C14 1.389520
C14 C30 1.465841
C23 C24 1.385192
C23 H26 1.080472
C23 C28 1.383270
C24 C25 1.382477
C24 H27 1.079690
C25 H32 1.079840
C25 N29 1.332205
C28 H31 1.078898
C28 C30 1.387145
N29 C30 1.355578
H33 C34 1.086230
C34 C36 1.468570
C34 H35 1.086332
C34 H37 1.098573
C36 H38 1.080085
C36 C40 1.406938
H39 C41 1.078720
C40 C41 1.414335
C40 C43 1.413745
C41 C44 1.374401
H42 C43 1.080899
C43 C46 1.376226
C44 C47 1.395204
C44 H45 1.080842
C46 C47 1.391399
C46 H48 1.080581
C47 H49 1.081266
Cl50 C70 1.712738
O51 C57 1.204943
N52 C66 1.311988
N52 N53 1.335846
N53 C67 1.315051
N54 C66 1.360159
N54 N55 1.321811
N54 C67 1.386965
N55 C70 1.296771
C56 C61 1.550607
C56 C57 1.512152
C56 C63 1.514222
C56 C62 1.548753
C57 C58 1.531510
C58 C66 1.476278
C58 H71 1.094299
C58 C59 1.540570
C59 H72 1.088197
C59 C60 1.530552
C59 C62 1.545700
C60 H76 1.087839
C60 C61 1.537339
C60 H75 1.087664
C61 H78 1.089420
C61 H77 1.089070
C62 C65 1.526669
C62 C64 1.532190
C63 H80 1.087210
C63 H79 1.087990
C63 H81 1.087396
C64 H82 1.087227
C64 H84 1.087318
C64 H83 1.087913
C65 H86 1.087082
C65 H85 1.082281
C65 H87 1.087495
C67 C68 1.407599
C68 C69 1.362209
C68 H73 1.077031
C69 H74 1.076341
C69 C70 1.422790
Cl88 C108 1.716859
O89 C95 1.205555
N90 N91 1.332939
N90 C104 1.313098
N91 C105 1.314771
N92 C105 1.391228
N92 C104 1.363145
N92 N93 1.325811
N93 C108 1.297729
C94 C99 1.551559
C94 C100 1.549020
C94 C95 1.506935
C94 C101 1.513832
C95 C96 1.532400
C96 H109 1.094143
C96 C97 1.540928
C96 C104 1.477299
C97 H110 1.088641
C97 C98 1.531188
C97 C100 1.546129
C98 C99 1.537804
C98 H113 1.087214
C98 H114 1.088077
C99 H116 1.088530
C99 H115 1.088144
C100 C102 1.531923
C100 C103 1.527019
C101 H118 1.086965
C101 H119 1.086862
C101 H117 1.087654
C102 H120 1.086760
C102 H121 1.088257
C102 H122 1.087313
C103 H125 1.088128
C103 H124 1.087351
C103 H123 1.083290
C105 C106 1.409168
C106 H111 1.076714
C106 C107 1.362723
C107 C108 1.424339
C107 H112 1.076025
Cl126 C146 1.713822
O127 C133 1.210290
N128 C142 1.313150
N128 N129 1.334037
N129 C143 1.314517
N130 C143 1.386052
N130 N131 1.320064
N130 C142 1.358861
N131 C146 1.295742
C132 C133 1.506598
C132 C137 1.551774
C132 C139 1.514574
C132 C138 1.548201
C133 C134 1.528370
C134 C135 1.540250
C134 H147 1.094859
C134 C142 1.478726
C135 H148 1.087595
C135 C138 1.544550
C135 C136 1.530507
C136 H152 1.086435
C136 H151 1.085200
C136 C137 1.536874
C137 H154 1.089779
C137 H153 1.088223
C138 C141 1.525920
C138 C140 1.532102
C139 H155 1.087892
C139 H157 1.086598
C139 H156 1.087628
C140 H159 1.087645
C140 H160 1.087728
C140 H158 1.087519
C141 H163 1.087894
C141 H162 1.087403
C141 H161 1.082609
C143 C144 1.406508
C144 C145 1.361494
C144 H149 1.076199
C145 C146 1.418164
C145 H150 1.076840
Cl164 C184 1.717581
O165 C171 1.209930
N166 C180 1.313077
N166 N167 1.331543
N167 C181 1.312967
N168 C181 1.389607
N168 C180 1.361140
N168 N169 1.323594
N169 C184 1.297409
C170 C175 1.554705
C170 C171 1.501886
C170 C177 1.513883
C170 C176 1.548016
C171 C172 1.531156
C172 C173 1.542244
C172 C180 1.479496
C172 H185 1.094462
C173 C174 1.528264
C173 C176 1.545697
C173 H186 1.088284
C174 H189 1.085538
C174 C175 1.536671
C174 H190 1.086758
C175 H192 1.089224
C175 H191 1.088471
C176 C178 1.531369
C176 C179 1.527064
C177 H195 1.086100
C177 H193 1.087707
C177 H194 1.087895
C178 H196 1.087492
C178 H197 1.088178
C178 H198 1.087815
C179 H200 1.087347
C179 H199 1.083298
C179 H201 1.087842
C181 C182 1.406832
C182 H187 1.076090
C182 C183 1.362309
C183 H188 1.076292
C183 C184 1.420714
Cl202 C222 1.706201
O203 C209 1.205297
N204 N205 1.335651
N204 C218 1.311558
N205 C219 1.314886
N206 C218 1.362607
N206 C219 1.387416
N206 N207 1.323632
N207 C222 1.296073
C208 C215 1.514540
C208 C214 1.547442
C208 C213 1.552353
C208 C209 1.509096
C209 C210 1.537561
C210 C211 1.533234
C210 C218 1.478620
C210 H223 1.094556
C211 C214 1.547856
C211 C212 1.532030
C211 H224 1.087260
C212 C213 1.538144
C212 H228 1.087493
C212 H227 1.086526
C213 H229 1.088742
C213 H230 1.089686
C214 C217 1.527022
C214 C216 1.532141
C215 H231 1.087936
C215 H233 1.086944
C215 H232 1.087489
C216 H234 1.087123
C216 H235 1.087869
C216 H236 1.087605
C217 H237 1.082981
C217 H238 1.087466
C217 H239 1.087392
C219 C220 1.410499
C220 H225 1.076718
C220 C221 1.361985
C221 H226 1.078672
C221 C222 1.422841
Cl240 C260 1.715867
O241 C247 1.207713
N242 N243 1.334563
N242 C256 1.310807
N243 C257 1.313818
N244 N245 1.324181
N244 C257 1.387111
N244 C256 1.361885
N245 C260 1.297687
C246 C247 1.508185
C246 C252 1.547671
C246 C253 1.513397
C246 C251 1.553114
C247 C248 1.527849
C248 H261 1.093518
C248 C249 1.545474
C248 C256 1.475082
C249 H262 1.087378
C249 C250 1.530398
C249 C252 1.544290
C250 C251 1.537363
C250 H265 1.086912
C250 H266 1.087488
C251 H267 1.088807
C251 H268 1.090048
C252 C254 1.531358
C252 C255 1.526824
C253 H271 1.086946
C253 H270 1.086836
C253 H269 1.086692
C254 H273 1.087645
C254 H274 1.087761
C254 H272 1.087142
C255 H275 1.083238
C255 H277 1.087625
C255 H276 1.087522
C257 C258 1.406884
C258 H263 1.076250
C258 C259 1.361483
C259 H264 1.076351
C259 C260 1.419019
Cl278 C298 1.713301
O279 C285 1.204188
N280 N281 1.334618
N280 C294 1.312987
N281 C295 1.315197
N282 N283 1.325844
N282 C294 1.362747
N282 C295 1.389982
N283 C298 1.298128
C284 C289 1.551421
C284 C290 1.547402
C284 C285 1.510898
C284 C291 1.514404
C285 C286 1.533801
C286 H299 1.094322
C286 C287 1.540967
C286 C294 1.477331
C287 C288 1.530922
C287 C290 1.545985
C287 H300 1.088531
C288 H303 1.087365
C288 C289 1.537778
C288 H304 1.088397
C289 H306 1.088874
C289 H305 1.088618
C290 C293 1.527004
C290 C292 1.531919
C291 H308 1.087295
C291 H309 1.086710
C291 H307 1.087554
C292 H311 1.087889
C292 H310 1.087013
C292 H312 1.087421
C293 H314 1.087185
C293 H315 1.087954
C293 H313 1.083402
C295 C296 1.409765
C296 C297 1.362707
C296 H301 1.078109
C297 C298 1.422983
C297 H302 1.076058
Cl316 C336 1.709535
O317 C323 1.205675
N318 N319 1.335895
N318 C332 1.312404
N319 C333 1.315500
N320 N321 1.322684
N320 C333 1.385893
N320 C332 1.361680
N321 C336 1.296071
C322 C323 1.509568
C322 C327 1.552147
C322 C329 1.514467
C322 C328 1.547807
C323 C324 1.536088
C324 C325 1.535530
C324 C332 1.478617
C324 H337 1.094629
C325 C328 1.547179
C325 H338 1.087683
C325 C326 1.531765
C326 C327 1.538487
C326 H341 1.087165
C326 H342 1.087613
C327 H343 1.088786
C327 H344 1.090266
C328 C330 1.532103
C328 C331 1.527409
C329 H346 1.087409
C329 H347 1.086902
C329 H345 1.088004
C330 H349 1.087943
C330 H348 1.087081
C330 H350 1.087533
C331 H352 1.087296
C331 H353 1.087609
C331 H351 1.082996
C333 C334 1.409127
C334 H339 1.077493
C334 C335 1.361229
C335 H340 1.076677
C335 C336 1.422576
Cl354 C374 1.712342
O355 C361 1.205867
N356 N357 1.334162
N356 C370 1.311793
N357 C371 1.313369
N358 C371 1.391415
N358 C370 1.363874
N358 N359 1.325251
N359 C374 1.296563
C360 C367 1.514666
C360 C365 1.552926
C360 C361 1.506274
C360 C366 1.548478
C361 C362 1.537790
C362 C363 1.534870
C362 C370 1.478993
C362 H375 1.095647
C363 C366 1.548067
C363 H376 1.087675
C363 C364 1.533700
C364 H380 1.087593
C364 H379 1.086788
C364 C365 1.538056
C365 H382 1.090869
C365 H381 1.088827
C366 C368 1.532809
C366 C369 1.526557
C367 H383 1.088038
C367 H384 1.087414
C367 H385 1.086857
C368 H388 1.087373
C368 H387 1.087276
C368 H386 1.087289
C369 H390 1.087391
C369 H391 1.086752
C369 H389 1.083049
C371 C372 1.409255
C372 H377 1.076485
C372 C373 1.361911
C373 C374 1.423448
C373 H378 1.076249
Cl392 C412 1.715510
O393 C399 1.205132
N394 N395 1.333172
N394 C408 1.313076
N395 C409 1.315370
N396 N397 1.325580
N396 C408 1.363148
N396 C409 1.390000
N397 C412 1.298250
C398 C405 1.513996
C398 C404 1.547443
C398 C403 1.552081
C398 C399 1.509498
C399 C400 1.536634
C400 H413 1.094395
C400 C401 1.535027
C400 C408 1.478626
C401 C402 1.531702
C401 C404 1.546609
C401 H414 1.087665
C402 H417 1.086995
C402 C403 1.538449
C402 H418 1.087966
C403 H419 1.088732
C403 H420 1.089661
C404 C407 1.527042
C404 C406 1.532400
C405 H421 1.087909
C405 H422 1.087613
C405 H423 1.086952
C406 H425 1.088097
C406 H426 1.087648
C406 H424 1.087030
C407 H428 1.087392
C407 H427 1.083181
C407 H429 1.087816
C409 C410 1.409153
C410 H415 1.077857
C410 C411 1.362796
C411 C412 1.421763
C411 H416 1.074949

Total SCF energy

Value Units
Total Energy -16155.16974635 Eh
Nuclear Repulsion 98384.61768752 Eh
Electronic Energy -114539.78743387 Eh
One Electron Energy -218488.59489879 Eh
Two Electron Energy 103948.80746491 Eh
Potential Energy -32262.61278364 Eh
Kinetic Energy 16107.44303729 Eh
Virial Ratio 2.00296302

Population analysis

Loewdin

Mulliken atomic charges

Electrostatic moments

Charge

1

Dipole moment

NUC ELEC TOTAL
x -68.57238 62.80284 -5.76954
y -123.96785 124.48681 0.51896
z 111.75724 -112.09750 -0.34026
μ [Debye] 14.74958

Frontier orbitals

All Homo/Lumo range:

Final results

Total Energy -16155.16974635 Eh
Final Single Point Energy -16156.55797751
Nuclear Repulsion 98384.61768752 Eh

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