Title: /Camphor-based/LOYNAO Cu_LOYNAO
Browse item: https://iochem-bd.bsc.es:443/browse/handle/100/330687
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 N29 2.031340
Cu1 C2 1.938786
Cu1 N3 2.047421
Cu1 N4 2.016890
C2 N15 1.166935
N3 C5 1.333858
N3 C9 1.356327
N4 C14 1.332963
N4 C10 1.334155
C5 H16 1.079923
C5 C6 1.382158
C6 H17 1.079687
C6 C7 1.386138
C7 H18 1.080497
C7 C8 1.383186
C8 H19 1.079289
C8 C9 1.387125
C9 C10 1.465844
C10 C11 1.388255
C11 H20 1.079126
C11 C12 1.387927
C12 C13 1.385993
C12 H22 1.080279
C13 H21 1.078956
C13 C14 1.389516
C14 C30 1.465842
C23 H26 1.080472
C23 C28 1.383272
C23 C24 1.385195
C24 C25 1.382452
C24 H27 1.079693
C25 N29 1.332228
C25 H32 1.079835
C28 H31 1.078899
C28 C30 1.387141
N29 C30 1.355577
H33 C34 1.086258
C34 H35 1.086145
C34 H37 1.098794
C34 C36 1.468572
C36 C40 1.406936
C36 H38 1.080090
H39 C41 1.078722
C40 C41 1.414320
C40 C43 1.413745
C41 C44 1.374413
H42 C43 1.080893
C43 C46 1.376225
C44 C47 1.395206
C44 H45 1.080840
C46 C47 1.391399
C46 H48 1.080578
C47 H49 1.081266
O50 C56 1.205003
N51 C65 1.331213
N51 N53 1.327097
N52 C65 1.339122
N52 C66 1.321405
N53 C69 1.336645
N53 C66 1.400631
N54 C67 1.313479
N54 C66 1.320449
C55 C60 1.547700
C55 C56 1.514286
C55 C61 1.546783
C55 C62 1.513473
C56 C57 1.523938
C57 C65 1.484088
C57 C58 1.535190
C57 H70 1.096005
C58 C59 1.535443
C58 H71 1.087824
C58 C61 1.542748
C59 H75 1.088242
C59 C60 1.537094
C59 H76 1.090315
C60 H77 1.089582
C60 H78 1.090807
C61 C64 1.526070
C61 C63 1.531416
C62 H80 1.087593
C62 H79 1.086503
C62 H81 1.087257
C63 H83 1.087111
C63 H82 1.086948
C63 H84 1.087398
C64 H85 1.083965
C64 H86 1.087745
C64 H87 1.087471
C67 C68 1.402060
C67 H72 1.081052
C68 C69 1.370979
C68 H73 1.075759
C69 H74 1.078877
O88 C94 1.206335
N89 C103 1.330406
N89 N91 1.328425
N90 C104 1.323045
N90 C103 1.344137
N91 C104 1.396945
N91 C107 1.341421
N92 C104 1.322474
N92 C105 1.311634
C93 C94 1.510079
C93 C99 1.548513
C93 C98 1.551410
C93 C100 1.514925
C94 C95 1.529347
C95 H108 1.094483
C95 C103 1.482792
C95 C96 1.540433
C96 C99 1.546575
C96 C97 1.531607
C96 H109 1.088550
C97 H113 1.088261
C97 C98 1.538086
C97 H114 1.087179
C98 H115 1.088925
C98 H116 1.090245
C99 C101 1.532217
C99 C102 1.527299
C100 H119 1.087206
C100 H117 1.086763
C100 H118 1.087780
C101 H122 1.088017
C101 H120 1.087531
C101 H121 1.086685
C102 H124 1.087856
C102 H125 1.087434
C102 H123 1.083208
C105 C106 1.404957
C105 H110 1.080314
C106 H111 1.074474
C106 C107 1.369074
C107 H112 1.081153
O126 C132 1.206613
N127 N129 1.332425
N127 C141 1.328552
N128 C142 1.325803
N128 C141 1.342195
N129 C145 1.341549
N129 C142 1.394942
N130 C143 1.312327
N130 C142 1.323234
C131 C138 1.514097
C131 C136 1.552250
C131 C132 1.511179
C131 C137 1.549335
C132 C133 1.523741
C133 C141 1.485532
C133 H146 1.093751
C133 C134 1.544334
C134 H147 1.087735
C134 C137 1.544499
C134 C135 1.531824
C135 H152 1.089185
C135 H151 1.088318
C135 C136 1.537369
C136 H154 1.090529
C136 H153 1.088729
C137 C140 1.527420
C137 C139 1.530320
C138 H156 1.087376
C138 H157 1.087268
C138 H155 1.086550
C139 H158 1.087617
C139 H159 1.086600
C139 H160 1.087694
C140 H162 1.087740
C140 H163 1.087309
C140 H161 1.083678
C143 C144 1.407619
C143 H148 1.080643
C144 C145 1.366354
C144 H149 1.076226
C145 H150 1.078215
O164 C170 1.206415
N165 C179 1.326957
N165 N167 1.326251
N166 C179 1.345467
N166 C180 1.323679
N167 C180 1.393777
N167 C183 1.336660
N168 C181 1.313505
N168 C180 1.323605
C169 C175 1.546880
C169 C170 1.511395
C169 C176 1.514431
C169 C174 1.550944
C170 C171 1.529280
C171 C179 1.481631
C171 C172 1.539196
C171 H184 1.092677
C172 C173 1.531855
C172 H185 1.088422
C172 C175 1.546301
C173 H190 1.087376
C173 H189 1.088442
C173 C174 1.537930
C174 H191 1.088754
C174 H192 1.089485
C175 C178 1.527360
C175 C177 1.532028
C176 H194 1.087081
C176 H195 1.087216
C176 H193 1.086894
C177 H196 1.087413
C177 H197 1.086809
C177 H198 1.087876
C178 H201 1.087314
C178 H200 1.087818
C178 H199 1.083284
C181 H186 1.081005
C181 C182 1.402289
C182 H187 1.075315
C182 C183 1.367390
C183 H188 1.076431
O202 C208 1.208333
N203 N205 1.327833
N203 C217 1.329710
N204 C218 1.322465
N204 C217 1.341921
N205 C221 1.338772
N205 C218 1.397842
N206 C218 1.321305
N206 C219 1.311042
C207 C213 1.548409
C207 C214 1.514125
C207 C212 1.552560
C207 C208 1.507523
C208 C209 1.528080
C209 H222 1.092872
C209 C210 1.541063
C209 C217 1.479768
C210 H223 1.088288
C210 C211 1.530731
C210 C213 1.547158
C211 H227 1.088138
C211 C212 1.537751
C211 H228 1.087825
C212 H229 1.088520
C212 H230 1.089513
C213 C216 1.527227
C213 C215 1.531388
C214 H231 1.086645
C214 H232 1.088407
C214 H233 1.087258
C215 H235 1.086903
C215 H236 1.087703
C215 H234 1.087295
C216 H237 1.083159
C216 H238 1.087704
C216 H239 1.087167
C219 C220 1.405183
C219 H224 1.080097
C220 C221 1.369286
C220 H225 1.075730
C221 H226 1.078892
O240 C246 1.204055
N241 C255 1.331488
N241 N243 1.327631
N242 C256 1.322971
N242 C255 1.343631
N243 C259 1.338841
N243 C256 1.397431
N244 C256 1.319513
N244 C257 1.310730
C245 C252 1.514619
C245 C250 1.550642
C245 C251 1.547475
C245 C246 1.511765
C246 C247 1.537189
C247 H260 1.093617
C247 C255 1.479571
C247 C248 1.535213
C248 C251 1.547609
C248 C249 1.532004
C248 H261 1.088672
C249 H265 1.088306
C249 H266 1.086484
C249 C250 1.537853
C250 H268 1.090351
C250 H267 1.089090
C251 C254 1.527047
C251 C253 1.533093
C252 H271 1.087242
C252 H270 1.087898
C252 H269 1.086865
C253 H274 1.087637
C253 H272 1.087451
C253 H273 1.087239
C254 H277 1.087314
C254 H275 1.083001
C254 H276 1.087026
C257 H262 1.079865
C257 C258 1.404340
C258 H263 1.075587
C258 C259 1.369264
C259 H264 1.078715
O278 C284 1.205740
N279 C293 1.330493
N279 N281 1.325569
N280 C294 1.321368
N280 C293 1.344353
N281 C294 1.400382
N281 C297 1.338337
N282 C295 1.311905
N282 C294 1.322120
C283 C290 1.514877
C283 C289 1.547952
C283 C284 1.509726
C283 C288 1.549964
C284 C285 1.530431
C285 C286 1.540517
C285 C293 1.480573
C285 H298 1.094527
C286 H299 1.088911
C286 C287 1.531885
C286 C289 1.546063
C287 H304 1.087350
C287 H303 1.088487
C287 C288 1.537805
C288 H305 1.089158
C288 H306 1.090183
C289 C292 1.526654
C289 C291 1.532250
C290 H307 1.086785
C290 H309 1.087519
C290 H308 1.087753
C291 H312 1.088018
C291 H311 1.086908
C291 H310 1.087459
C292 H315 1.087271
C292 H314 1.087540
C292 H313 1.083050
C295 H300 1.080513
C295 C296 1.404315
C296 C297 1.369050
C296 H301 1.075363
C297 H302 1.078279
O316 C322 1.206580
N317 C331 1.330949
N317 N319 1.327737
N318 C332 1.322968
N318 C331 1.342431
N319 C332 1.400774
N319 C335 1.337732
N320 C332 1.320440
N320 C333 1.310711
C321 C328 1.514875
C321 C327 1.547924
C321 C326 1.551573
C321 C322 1.510574
C322 C323 1.528773
C323 C331 1.482150
C323 H336 1.093312
C323 C324 1.540937
C324 C325 1.531031
C324 C327 1.546792
C324 H337 1.088697
C325 H341 1.088556
C325 C326 1.537960
C325 H342 1.087433
C326 H344 1.089903
C326 H343 1.088957
C327 C329 1.532050
C327 C330 1.527271
C328 H345 1.086830
C328 H346 1.087748
C328 H347 1.087384
C329 H350 1.087979
C329 H349 1.086576
C329 H348 1.087419
C330 H353 1.087470
C330 H351 1.083146
C330 H352 1.087979
C333 C334 1.405201
C333 H338 1.080448
C334 C335 1.368259
C334 H339 1.075458
C335 H340 1.078262
O354 C360 1.205421
N355 N357 1.328450
N355 C369 1.332932
N356 C370 1.319786
N356 C369 1.342096
N357 C370 1.404594
N357 C373 1.339472
N358 C370 1.320832
N358 C371 1.310657
C359 C366 1.514690
C359 C365 1.547387
C359 C360 1.508998
C359 C364 1.551761
C360 C361 1.531821
C361 C369 1.480599
C361 H374 1.092794
C361 C362 1.539110
C362 H375 1.088646
C362 C363 1.531102
C362 C365 1.547497
C363 H379 1.088179
C363 C364 1.538078
C363 H380 1.086941
C364 H382 1.090334
C364 H381 1.088947
C365 C367 1.531898
C365 C368 1.526611
C366 H384 1.087834
C366 H383 1.086860
C366 H385 1.087237
C367 H388 1.087670
C367 H387 1.086087
C367 H386 1.087329
C368 H390 1.087679
C368 H391 1.087398
C368 H389 1.083030
C371 H376 1.080291
C371 C372 1.405345
C372 H377 1.075749
C372 C373 1.370625
C373 H378 1.082158
O392 C398 1.204850
N393 N395 1.324407
N393 C407 1.331956
N394 C407 1.341810
N394 C408 1.319897
N395 C411 1.337944
N395 C408 1.404658
N396 C409 1.311377
N396 C408 1.320158
C397 C402 1.552145
C397 C403 1.547523
C397 C398 1.508012
C397 C404 1.513940
C398 C399 1.538057
C399 H412 1.093740
C399 C400 1.534063
C399 C407 1.480463
C400 H413 1.088527
C400 C403 1.548112
C400 C401 1.531692
C401 C402 1.538068
C401 H417 1.088270
C401 H418 1.086575
C402 H419 1.088964
C402 H420 1.090573
C403 C406 1.526185
C403 C405 1.532159
C404 H422 1.087474
C404 H421 1.086530
C404 H423 1.087126
C405 H425 1.086610
C405 H424 1.087366
C405 H426 1.087820
C406 H428 1.087720
C406 H427 1.082990
C406 H429 1.087014
C409 C410 1.404193
C409 H414 1.080501
C410 H415 1.074849
C410 C411 1.369886
C411 H416 1.080784

Total SCF energy

Value Units
Total Energy -11559.44083912 Eh
Nuclear Repulsion 81583.38206341 Eh
Electronic Energy -93142.82290253 Eh
One Electron Energy -178560.61713851 Eh
Two Electron Energy 85417.79423597 Eh
Potential Energy -23078.48621177 Eh
Kinetic Energy 11519.04537265 Eh
Virial Ratio 2.00350684

Population analysis

Loewdin

Mulliken atomic charges

Electrostatic moments

Charge

1

Dipole moment

NUC ELEC TOTAL
x -52.17524 56.12771 3.95247
y 22.57153 -18.68508 3.88645
z 40.32728 -35.81617 4.51110
μ [Debye] 18.16569

Frontier orbitals

All Homo/Lumo range:

Final results

Total Energy -11559.44083912 Eh
Final Single Point Energy -11560.75914412
Nuclear Repulsion 81583.38206341 Eh

Report data Creative Commons License
This HTML file Creative Commons License