Title: /Camphor-based/KIGCAE Cu_KIGCAE
Browse item: https://iochem-bd.bsc.es:443/browse/handle/100/330695
Program: Orca 5.0.4 - RELEASE
Author: Nesterov, Dmytro
Formula: C134H180CuN4O30
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 N3 2.047420
Cu1 C2 1.938787
Cu1 N29 2.031341
Cu1 N4 2.016890
C2 N15 1.166936
N3 C5 1.333840
N3 C9 1.356325
N4 C10 1.334156
N4 C14 1.332963
C5 H16 1.079925
C5 C6 1.382176
C6 H17 1.079686
C6 C7 1.386139
C7 C8 1.383209
C7 H18 1.080496
C8 C9 1.387103
C8 H19 1.079283
C9 C10 1.465847
C10 C11 1.388229
C11 H20 1.079125
C11 C12 1.387953
C12 H22 1.080278
C12 C13 1.385993
C13 C14 1.389517
C13 H21 1.078955
C14 C30 1.465842
C23 C28 1.383275
C23 H26 1.080472
C23 C24 1.385194
C24 C25 1.382479
C24 H27 1.079690
C25 N29 1.332202
C25 H32 1.079840
C28 C30 1.387139
C28 H31 1.078898
N29 C30 1.355575
H33 C34 1.086251
C34 C36 1.468563
C34 H37 1.098811
C34 H35 1.086132
C36 H38 1.080089
C36 C40 1.406937
H39 C41 1.078722
C40 C41 1.414320
C40 C43 1.413745
C41 C44 1.374413
H42 C43 1.080893
C43 C46 1.376226
C44 C47 1.395206
C44 H45 1.080840
C46 H48 1.080578
C46 C47 1.391399
C47 H49 1.081266
O50 C55 1.204320
O51 C63 1.215425
O52 C63 1.313226
O52 H79 0.977604
C53 C54 1.535164
C53 H64 1.087102
C53 C58 1.534909
C53 C59 1.547133
C54 C63 1.508722
C54 H65 1.095698
C54 C55 1.529605
C55 C56 1.513614
C56 C62 1.513275
C56 C59 1.549946
C56 C57 1.547737
C57 C58 1.536090
C57 H67 1.093683
C57 H66 1.088678
C58 H68 1.087626
C58 H69 1.087044
C59 C60 1.532141
C59 C61 1.526570
C60 H70 1.086906
C60 H72 1.087302
C60 H71 1.087670
C61 H75 1.087190
C61 H74 1.082614
C61 H73 1.087641
C62 H77 1.088293
C62 H78 1.086086
C62 H76 1.086424
O80 C85 1.207908
O81 C93 1.210586
O82 H109 0.999481
O82 C93 1.309872
C83 H94 1.087176
C83 C89 1.545013
C83 C88 1.534737
C83 C84 1.537815
C84 H95 1.094373
C84 C85 1.518739
C84 C93 1.521275
C85 C86 1.511893
C86 C87 1.550718
C86 C89 1.549290
C86 C92 1.514257
C87 H97 1.089907
C87 C88 1.538638
C87 H96 1.088436
C88 H98 1.088407
C88 H99 1.090324
C89 C91 1.526775
C89 C90 1.531365
C90 H101 1.087802
C90 H100 1.086984
C90 H102 1.087373
C91 H103 1.087709
C91 H105 1.087267
C91 H104 1.083371
C92 H106 1.086540
C92 H107 1.088211
C92 H108 1.087325
O110 C115 1.212352
O111 C123 1.206971
O112 C123 1.323850
O112 H139 0.975039
C113 C114 1.544133
C113 C119 1.546904
C113 H124 1.087817
C113 C118 1.533641
C114 C123 1.512591
C114 H125 1.092873
C114 C115 1.518670
C115 C116 1.503419
C116 C122 1.513852
C116 C119 1.549265
C116 C117 1.551805
C117 H127 1.090238
C117 C118 1.538591
C117 H126 1.088812
C118 H128 1.088158
C118 H129 1.087479
C119 C121 1.526449
C119 C120 1.531857
C120 H131 1.087549
C120 H130 1.086745
C120 H132 1.087231
C121 H135 1.087008
C121 H134 1.083065
C121 H133 1.086864
C122 H136 1.086037
C122 H138 1.087155
C122 H137 1.087717
O140 C145 1.205457
O141 C153 1.209296
O142 C153 1.319228
O142 H169 1.000182
C143 C148 1.532455
C143 C144 1.541971
C143 H154 1.088263
C143 C149 1.546876
C144 C153 1.511486
C144 C145 1.528428
C144 H155 1.091946
C145 C146 1.511938
C146 C147 1.550844
C146 C149 1.546857
C146 C152 1.513756
C147 H156 1.088806
C147 H157 1.089541
C147 C148 1.538203
C148 H159 1.087517
C148 H158 1.088362
C149 C150 1.531083
C149 C151 1.526691
C150 H160 1.086239
C150 H161 1.087890
C150 H162 1.087182
C151 H165 1.087060
C151 H164 1.083319
C151 H163 1.087752
C152 H167 1.087682
C152 H168 1.087317
C152 H166 1.086815
O170 C175 1.210986
O171 C183 1.205116
O172 H199 0.989078
O172 C183 1.320629
C173 C179 1.544358
C173 H184 1.086690
C173 C178 1.534295
C173 C174 1.536447
C174 C175 1.512640
C174 C183 1.520573
C174 H185 1.093414
C175 C176 1.509203
C176 C182 1.513772
C176 C179 1.549874
C176 C177 1.551766
C177 C178 1.538780
C177 H186 1.088071
C177 H187 1.090891
C178 H189 1.089493
C178 H188 1.088184
C179 C180 1.531298
C179 C181 1.526524
C180 H191 1.087515
C180 H192 1.087307
C180 H190 1.086912
C181 H194 1.083174
C181 H195 1.087151
C181 H193 1.087584
C182 H198 1.087328
C182 H196 1.086255
C182 H197 1.087729
O200 C205 1.203008
O201 C213 1.208126
O202 H229 0.975051
O202 C213 1.329671
C203 C204 1.542487
C203 C208 1.533212
C203 H214 1.088569
C203 C209 1.546540
C204 C205 1.530816
C204 C213 1.506558
C204 H215 1.092603
C205 C206 1.512820
C206 C207 1.551200
C206 C209 1.545469
C206 C212 1.513242
C207 H216 1.088940
C207 C208 1.539203
C207 H217 1.090058
C208 H218 1.088397
C208 H219 1.087672
C209 C211 1.527922
C209 C210 1.528629
C210 H220 1.086334
C210 H221 1.088441
C210 H222 1.086239
C211 H223 1.087725
C211 H225 1.086803
C211 H224 1.083330
C212 H227 1.087270
C212 H228 1.087430
C212 H226 1.086612
O230 C235 1.209469
O231 C243 1.208105
O232 C243 1.320207
O232 H259 0.995563
C233 H244 1.088308
C233 C238 1.532139
C233 C234 1.542150
C233 C239 1.547335
C234 H245 1.092930
C234 C243 1.516412
C234 C235 1.524263
C235 C236 1.506608
C236 C239 1.547994
C236 C237 1.552608
C236 C242 1.514168
C237 H246 1.088654
C237 C238 1.538233
C237 H247 1.090253
C238 H249 1.087127
C238 H248 1.088307
C239 C240 1.531617
C239 C241 1.526602
C240 H250 1.086921
C240 H252 1.087131
C240 H251 1.087845
C241 H255 1.087122
C241 H253 1.087655
C241 H254 1.083252
C242 H256 1.086784
C242 H257 1.087981
C242 H258 1.087381
O260 C265 1.211542
O261 C273 1.206898
O262 H289 0.975089
O262 C273 1.326841
C263 C264 1.541226
C263 H274 1.087523
C263 C268 1.530718
C263 C269 1.548423
C264 H275 1.092903
C264 C273 1.512898
C264 C265 1.524717
C265 C266 1.503039
C266 C267 1.554216
C266 C269 1.549056
C266 C272 1.514006
C267 H276 1.088465
C267 H277 1.090707
C267 C268 1.537995
C268 H278 1.087946
C268 H279 1.087220
C269 C271 1.527439
C269 C270 1.530787
C270 H280 1.086581
C270 H282 1.086884
C270 H281 1.087063
C271 H285 1.086811
C271 H284 1.083011
C271 H283 1.087339
C272 H286 1.086366
C272 H288 1.086562
C272 H287 1.087557
O290 C295 1.204789
O291 C303 1.207755
O292 H319 0.984103
O292 C303 1.324213
C293 C298 1.531407
C293 C294 1.540875
C293 H304 1.088568
C293 C299 1.547464
C294 H305 1.093037
C294 C295 1.531215
C294 C303 1.513581
C295 C296 1.510363
C296 C302 1.514128
C296 C299 1.546952
C296 C297 1.551654
C297 C298 1.538322
C297 H307 1.090615
C297 H306 1.088836
C298 H308 1.088516
C298 H309 1.087809
C299 C300 1.530873
C299 C301 1.526070
C300 H311 1.088269
C300 H310 1.086755
C300 H312 1.087608
C301 H314 1.083482
C301 H313 1.087901
C301 H315 1.087218
C302 H316 1.086835
C302 H318 1.087139
C302 H317 1.088076
O320 C325 1.204373
O321 C333 1.208064
O322 C333 1.327347
O322 H349 0.975060
C323 C328 1.530475
C323 H334 1.087900
C323 C329 1.546906
C323 C324 1.543474
C324 C325 1.532736
C324 C333 1.507939
C324 H335 1.092539
C325 C326 1.511298
C326 C327 1.550955
C326 C332 1.514259
C326 C329 1.546810
C327 C328 1.538164
C327 H337 1.089848
C327 H336 1.088557
C328 H338 1.087317
C328 H339 1.087904
C329 C330 1.530952
C329 C331 1.526278
C330 H341 1.087889
C330 H342 1.087162
C330 H340 1.086303
C331 H344 1.083101
C331 H345 1.087441
C331 H343 1.087809
C332 H347 1.087615
C332 H346 1.086638
C332 H348 1.087017

Total SCF energy

Value Units
Total Energy -9336.42261934 Eh
Nuclear Repulsion 55642.66153781 Eh
Electronic Energy -64979.08415716 Eh
One Electron Energy -123774.25255587 Eh
Two Electron Energy 58795.16839871 Eh
Potential Energy -18640.01897466 Eh
Kinetic Energy 9303.59635532 Eh
Virial Ratio 2.00352834

Population analysis

Loewdin

Mulliken atomic charges

Electrostatic moments

Charge

1

Dipole moment

NUC ELEC TOTAL
x 21.03757 -17.92375 3.11382
y -9.06225 8.49916 -0.56309
z -44.37674 41.88851 -2.48824
μ [Debye] 10.23189

Frontier orbitals

All Homo/Lumo range:

Final results

Total Energy -9336.42261934 Eh
Final Single Point Energy -9337.38850007
Nuclear Repulsion 55642.66153781 Eh

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