Title: /Camphor-based/JIQLAX Cu-i_JIQLAX
Browse item: https://iochem-bd.bsc.es:443/browse/handle/100/330698
Program: Orca 5.0.4 - RELEASE
Author: Nesterov, Dmytro
Formula: C124H170Cl10CuN4O30S10
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 1.938789
Cu1 N29 2.031341
Cu1 N4 2.016892
C2 N15 1.166935
N3 C5 1.333840
N3 C9 1.356325
N4 C10 1.334155
N4 C14 1.332964
C5 C6 1.382176
C5 H16 1.079925
C6 H17 1.079686
C6 C7 1.386139
C7 C8 1.383185
C7 H18 1.080497
C8 C9 1.387126
C8 H19 1.079288
C9 C10 1.465843
C10 C11 1.388255
C11 C12 1.387923
C11 H20 1.079126
C12 H22 1.080281
C12 C13 1.385994
C13 H21 1.078955
C13 C14 1.389521
C14 C30 1.465838
C23 C24 1.385194
C23 C28 1.383273
C23 H26 1.080472
C24 H27 1.079690
C24 C25 1.382480
C25 H32 1.079839
C25 N29 1.332201
C28 H31 1.078898
C28 C30 1.387140
N29 C30 1.355576
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 1.376225
C44 H45 1.080840
C44 C47 1.395206
C46 C47 1.391399
C46 H48 1.080579
C47 H49 1.081266
O50 C51 1.223003
C51 C52 1.485658
C51 C57 1.492429
C52 H68 1.090120
C52 H69 1.090839
C52 C53 1.538114
C53 H70 1.086005
C53 C59 1.535828
C53 C54 1.549147
C54 C57 1.553263
C54 C56 1.524439
C54 C55 1.530026
C55 H71 1.087777
C55 H72 1.086684
C55 H73 1.086791
C56 H76 1.082418
C56 H75 1.086323
C56 H74 1.086680
C57 C61 1.489769
C57 C58 1.549828
C58 H65 1.090589
C58 H77 1.088515
C58 C59 1.540280
C59 H62 1.087479
C59 H60 1.088393
C61 H79 1.089419
C61 H78 1.087722
C61 S63 1.841195
S63 O66 1.431141
S63 O64 1.440414
S63 Cl67 2.125415
O80 C81 1.204205
C81 C87 1.521704
C81 C82 1.513365
C82 H98 1.089806
C82 H99 1.090228
C82 C83 1.530132
C83 H100 1.087894
C83 C84 1.546037
C83 C89 1.533044
C84 C86 1.530038
C84 C87 1.553594
C84 C85 1.530606
C85 H101 1.087577
C85 H103 1.088134
C85 H102 1.087968
C86 H105 1.087371
C86 H106 1.084905
C86 H104 1.087597
C87 C88 1.547273
C87 C91 1.500463
C88 H95 1.091321
C88 C89 1.539910
C88 H107 1.088660
C89 H92 1.087860
C89 H90 1.087819
C91 H109 1.088190
C91 H108 1.088501
C91 S93 1.787649
S93 O96 1.436696
S93 Cl97 2.022586
S93 O94 1.426101
O110 C111 1.204219
C111 C112 1.501116
C111 C117 1.532223
C112 H128 1.089253
C112 H129 1.090578
C112 C113 1.529596
C113 C114 1.547805
C113 H130 1.087442
C113 C119 1.534063
C114 C115 1.530008
C114 C116 1.525235
C114 C117 1.550724
C115 H133 1.086027
C115 H131 1.088365
C115 H132 1.087516
C116 H136 1.084008
C116 H135 1.087149
C116 H134 1.088123
C117 C121 1.501316
C117 C118 1.545499
C118 H125 1.090748
C118 C119 1.540487
C118 H137 1.089414
C119 H120 1.088070
C119 H122 1.088288
C121 S123 1.781419
C121 H139 1.096011
C121 H138 1.088915
S123 Cl127 1.999734
S123 O124 1.434954
S123 O126 1.428761
O140 C141 1.205697
C141 C142 1.502578
C141 C147 1.533499
C142 H159 1.090222
C142 H158 1.089540
C142 C143 1.528885
C143 H160 1.087050
C143 C144 1.547787
C143 C149 1.533481
C144 C146 1.528494
C144 C145 1.528984
C144 C147 1.548095
C145 H162 1.087409
C145 H163 1.086393
C145 H161 1.088442
C146 H164 1.086701
C146 H165 1.085640
C146 H166 1.084803
C147 C151 1.499450
C147 C148 1.548464
C148 C149 1.539406
C148 H155 1.088088
C148 H167 1.087112
C149 H150 1.088526
C149 H152 1.087526
C151 S153 1.797252
C151 H168 1.085421
C151 H169 1.085651
S153 O156 1.434518
S153 Cl157 2.048453
S153 O154 1.436754
O170 C171 1.212976
C171 C177 1.521921
C171 C172 1.497517
C172 H188 1.089830
C172 H189 1.090888
C172 C173 1.529817
C173 H190 1.085965
C173 C174 1.545562
C173 C179 1.534400
C174 C175 1.530363
C174 C176 1.523962
C174 C177 1.547915
C175 H193 1.087484
C175 H192 1.087691
C175 H191 1.087202
C176 H195 1.087108
C176 H196 1.083356
C176 H194 1.087210
C177 C178 1.549004
C177 C181 1.504231
C178 H197 1.088592
C178 H185 1.090908
C178 C179 1.541700
C179 H180 1.088661
C179 H182 1.087845
C181 S183 1.791041
C181 H198 1.087544
C181 H199 1.088449
S183 Cl187 2.044128
S183 O184 1.429870
S183 O186 1.430716
O200 C201 1.206365
C201 C202 1.510409
C201 C207 1.521161
C202 H219 1.089885
C202 H218 1.089760
C202 C203 1.532318
C203 C204 1.546503
C203 C209 1.532707
C203 H220 1.086834
C204 C206 1.523722
C204 C207 1.554409
C204 C205 1.529162
C205 H222 1.086516
C205 H221 1.086538
C205 H223 1.085655
C206 H226 1.081195
C206 H225 1.085374
C206 H224 1.086113
C207 C211 1.501754
C207 C208 1.545621
C208 H215 1.089545
C208 H227 1.089152
C208 C209 1.541930
C209 H212 1.086063
C209 H210 1.088313
C211 H229 1.086083
C211 H228 1.088209
C211 S213 1.798533
S213 O216 1.438519
S213 O214 1.428124
S213 Cl217 2.047722
O230 C231 1.208837
C231 C232 1.495791
C231 C237 1.514954
C232 H249 1.090878
C232 H248 1.089364
C232 C233 1.534085
C233 C234 1.548071
C233 H250 1.086389
C233 C239 1.535086
C234 C237 1.554607
C234 C235 1.529965
C234 C236 1.525130
C235 H252 1.086677
C235 H251 1.087476
C235 H253 1.086236
C236 H255 1.087367
C236 H254 1.086443
C236 H256 1.082985
C237 C238 1.544386
C237 C241 1.493757
C238 H245 1.089143
C238 C239 1.540661
C238 H257 1.089549
C239 H240 1.087646
C239 H242 1.087985
C241 S243 1.825246
C241 H259 1.086799
C241 H258 1.085577
S243 O246 1.444475
S243 O244 1.431512
S243 Cl247 2.021274
O260 C261 1.207378
C261 C267 1.518994
C261 C262 1.507490
C262 C263 1.531768
C262 H279 1.089939
C262 H278 1.088874
C263 H280 1.086882
C263 C269 1.533402
C263 C264 1.546815
C264 C267 1.556176
C264 C266 1.525478
C264 C265 1.529784
C265 H282 1.087063
C265 H283 1.085399
C265 H281 1.087181
C266 H284 1.087431
C266 H285 1.087280
C266 H286 1.083320
C267 C271 1.503357
C267 C268 1.547505
C268 H275 1.089581
C268 H287 1.088553
C268 C269 1.541351
C269 H272 1.087667
C269 H270 1.088494
C271 H289 1.086442
C271 H288 1.085510
C271 S273 1.798328
S273 O276 1.432539
S273 O274 1.428082
S273 Cl277 2.031629
O290 C291 1.206125
C291 C297 1.522281
C291 C292 1.504340
C292 H308 1.089607
C292 C293 1.533395
C292 H309 1.091541
C293 C294 1.545899
C293 H310 1.086989
C293 C299 1.531464
C294 C295 1.528967
C294 C296 1.526329
C294 C297 1.555446
C295 H312 1.087100
C295 H311 1.087480
C295 H313 1.085596
C296 H314 1.087227
C296 H316 1.083504
C296 H315 1.087310
C297 C298 1.547521
C297 C301 1.501513
C298 H305 1.089491
C298 C299 1.541918
C298 H317 1.090199
C299 H302 1.088849
C299 H300 1.089650
C301 H319 1.086652
C301 H318 1.085159
C301 S303 1.800924
S303 O306 1.432495
S303 Cl307 2.028270
S303 O304 1.424064
O320 C321 1.207207
C321 C327 1.521954
C321 C322 1.506119
C322 H338 1.087654
C322 H339 1.089575
C322 C323 1.531197
C323 H340 1.086232
C323 C329 1.532187
C323 C324 1.547416
C324 C325 1.530330
C324 C327 1.557234
C324 C326 1.523545
C325 H342 1.087184
C325 H341 1.087588
C325 H343 1.085258
C326 H346 1.082769
C326 H344 1.087050
C326 H345 1.086922
C327 C328 1.544020
C327 C331 1.503451
C328 H347 1.088784
C328 C329 1.538299
C328 H335 1.088733
C329 H332 1.087178
C329 H330 1.086355
C331 H349 1.086485
C331 H348 1.085149
C331 S333 1.803507
S333 O336 1.430261
S333 O334 1.426619
S333 Cl337 2.045632

Total SCF energy

Value Units
Total Energy -17532.72369850 Eh
Nuclear Repulsion 80404.89822499 Eh
Electronic Energy -97937.62192349 Eh
One Electron Energy -184595.37908967 Eh
Two Electron Energy 86657.75716619 Eh
Potential Energy -35020.87894741 Eh
Kinetic Energy 17488.15524891 Eh
Virial Ratio 2.00254849

Population analysis

Loewdin

Mulliken atomic charges

Electrostatic moments

Charge

1

Dipole moment

NUC ELEC TOTAL
x 39.46234 -38.49546 0.96689
y -14.61100 15.18173 0.57074
z 25.41666 -18.59216 6.82450
μ [Debye] 17.57970

Frontier orbitals

All Homo/Lumo range:

Final results

Total Energy -17532.7236985 Eh
Final Single Point Energy -17533.91556614
Nuclear Repulsion 80404.89822499 Eh

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