Catalytic amidation: Miscellaneous

DOI: 10.14469/hpc/15018 Metadata

Created: 2025-03-02 15:58

Last modified: 2025-04-12 16:38

Author: Henry Rzepa

License: Creative Commons: Public Domain Dedication 1.0

Funding: (none given)

Description

Gaussian 16 calculatiobns

Member of collection / collaboration

DOIDescription
10.14469/hpc/11903 An exploration of the mechanism of the amidation reaction using ArB(OH)2 catalysts

Members

DOIDescription
10.14469/hpc/12177 o-Cl-Ph-B(OH)2-NH2CH2Ph Def2 TZVPP, G = -1194.982592
10.14469/hpc/12346 ArB(OH)2-trimer+2 benzylamine, rotamer 1, Def2-TZVPP G =-3105.056214
10.14469/hpc/12191 TS7: o-Cl-Ph-B three boron + three benzylamine on B, OMe to OH, G = -3076.090066 ==> -3867.124187 G = -4193.712408 + 3H2O => -4,422.745227 + extra water Def2-TZVPP -4273.884432
10.14469/hpc/12194 o-Cl-Ph(OH)2 => trimer, Def2-TZVPP, rotamer, G = -2451.135464
10.14469/hpc/12209 TS7: o-Cl-Ph-B(OH)2, two boron + three benzylamine + water, Def2-TZVPP, wB97XD, TS, G = -3481.154706
10.14469/hpc/12193 o-Cl-Ph(OH)2 => dimer, Def2-TZVPP, rotamer, G = -1659.582599 (+H2O) = -1,736.053002), +3.6 vs monomer
10.14469/hpc/12212 TS7: o-Cl-Ph-B(OH)2, three boron + four benzylamine on B, + water, rotamer -4597.6401, Def2-TZVPP, TS G = -4600.826958, Key
10.14469/hpc/11904 Dimethoxyl-o-Cl-phenylborate, B3LYP+GD3+BJ/Def2-SVPP, OMe => OH G = -867.378739
10.14469/hpc/11955 2B-2amine, Product => -3115.370930 OMe => OH, G = -3076.118882
10.14469/hpc/11960 TS3 C-O break, Def2-SVPP, using (OH)B-o-Cl-Ph, benzylamine and benzoic acid, rotamer G = -1997.714351 => -1958.463329
10.14469/hpc/11964 Single-B(OH), two-amine TS without methanol -2324.291290 ==> -2324.291785 ==> -2285.047450
10.14469/hpc/12362 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP (rot 1 E = -3947.64983130), rotamer 4, G = -3946.918705
10.14469/hpc/12348 ArB(OH)2-trimer+2benzylamine rotamer 4, Def2-TZVPP, G -3105.064683
10.14469/hpc/12228 TS7: o-Cl-Ph-B(OH)2, three boron + four benzylamine on B, + water + three NH...O interactions Def2-TZVPP TS, G = -4600.818082
10.14469/hpc/12118 TS7: o-Cl-Ph-B three boron + three benzylamine on B, OMe to OH, G = -4,422.745227
10.14469/hpc/12229 TS7: o-Cl-Ph-B(OH)2, three boron + four benzylamine on B, + water, rotamer, Def2-TZVPP, TS G = -4600.826958,
10.14469/hpc/12364 ArB(OH)2-trimer+2benzylamine rotamer 3, Def2-TZVPP G = -3105.063774
10.14469/hpc/12230 TS7: o-Cl-Ph-B two boron + 3 amine, no water, rotamer2, Def2-TZVPP, G = -4524.347271
10.14469/hpc/11978 Single-B(OH), two-amine TS without methanol -2324.291290 ==> -2324.291785 ==> -2285.047450
10.14469/hpc/12232 TS5, o-Cl-Ph-B(OH)2, two boron one amine TZVPP -2828.387051 rotamer 2 with two water TS
10.14469/hpc/12243 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 9 liberated - G = -4273.884774 (4273.887120 rotamer 15)
10.14469/hpc/12242 TS5, o-Cl-Ph-B(OH)2, two boron one amine TZVPP -2828.387051 rotamer 2 with two water, Def2-TZVPP TS G = -2904.851973 ==> -4,426.804082
10.14469/hpc/12246 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water Def2-TZVPP, rotamer 3 G = -4273.886264
10.14469/hpc/12247 TS7: o-Cl-Ph-B two boron + three benzylamine on B + extra water rotamer 10 (pi-facial h-bond) - Def2-TZVPP G = -3482.311705 (-3482.320045)
10.14469/hpc/12249 TS5, o-Cl-Ph-B(OH)2, two boron one amine TZVPP -2828.387051 rotamer 2 with two water, Def2-TZVPP TS G = -2904.852347
10.14469/hpc/12250 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 9 liberated Def2-TZVPP -G = -4273.884714
10.14469/hpc/12253 TS0 zero boron, one amine. G = -1321.740845
10.14469/hpc/12254 TS5, o-Cl-Ph-B(OH)2, two boron one amine rotamer 3 with one water, Def2-TZVPP TS G = -2828.381979 (-2828.387051)
10.14469/hpc/12255 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 13 => Def2-TZVPP G = -4273.866915
10.14469/hpc/12400 ArB(OH)2-trimer+2benzylamine, cyclic, cis, + benzoic acid, Def2-TZVPP, G = -3449.545188, 1 -ve freq
10.14469/hpc/12403 TS7: o-Cl-Ph-B three boron + two amine, rotamer 2, Def2-TZVPP, (rot 1 G = -3946.920351), G = -3946.918421
10.14469/hpc/12408 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP , rotamer 12, G = -3946.912249
10.14469/hpc/12376 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP (rot 1 =-3946.920351), rotamer 6, G = -3946.913484
10.14469/hpc/12392 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP (rot 1 E = -3947.64983130), rotamer 6 G = -3946.913484
10.14469/hpc/12413 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP rotamer 8, G = -3946.909646
10.14469/hpc/12405 White City, reactant complex, 2 benzoic + 1 benzylamine + H2O, G = -1245.275775
10.14469/hpc/12409 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP, rotamer 5, G = -3946.912031
10.14469/hpc/12410 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP rotamer 10 (pi-facial),G = -3946.909963
10.14469/hpc/12406 Amidation reactant as complex of 2 benzoic acid + benzylamine + water, G = -1245.281239
10.14469/hpc/12414 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP rotamer 7, G = -3946.913623
10.14469/hpc/12415 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP rotamer 11 G = -3946.912220
10.14469/hpc/12425 ArB(OH)2-cyclic-trimer+benzoic+amine-ts, no H2O, Def2-TZVPP, TS with eliminating H2O to OB, Cl rotamer with H...Cl, G = -4197.414589
10.14469/hpc/12419 WC TS as complex of 2 acid + amine + water, 2D Scan => TS G = -1243.806428
10.14469/hpc/12421 WC TS as complex of 2 acid + amine + water, 2D Scan => TS for PT from N to O, G = -1243.806428, IRC
10.14469/hpc/12427 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 7 liberated Def2-TZVPP, G = -4273.884675
10.14469/hpc/12431 Amidation reactant as fully separated complex of benzoic acid dimer + benzylamine + water, (G = -1245.281239 for reactant complex) G = -1245.316994
10.14469/hpc/12422 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 14 (pi-facial H-bond added to rotamer 1) Def2-TZVPP G = -4273.887650 (-4273.887650 rotamer 15)
10.14469/hpc/11986 TS5, o-Cl-Ph-B(OH) two boron new TS new aryl rotamers G =-2788.745343 ==> B-O bond G = -2749.496949
10.14469/hpc/12258 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water Def2-TZVPP, rotamer 3 G = -4273.886264
10.14469/hpc/12428 TS7: o-Cl-Ph-B two boron + three benzylamine on B + extra water rotamer 10 (pi-facial h-bond), Def2-TZVPP E = -3483.0978 TS G = -3482.308959, 2 -ve
10.14469/hpc/12432 Amidation reactant as partially separated complex of benzoic acid dimer + benzylamine + water (G=-1245.281239 for reactant complex)
10.14469/hpc/12259 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 11, Def2-TZVPP G = -4273.884978
10.14469/hpc/12260 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water-4270.9324 rotamer 17 pi-facial bond added Def2-TZVPP G = -4273.885095
10.14469/hpc/12426 ArB(OH)2-cyclic-trimer+benzoic+amine-ts, no H2O, Def2-TZVPP, TS with eliminating H2O, H-bond to O,Cl rotamer with H...Cl, G = -4197.414040
10.14469/hpc/12000 TS5, o-Cl-Ph-B(OH) two boron new TS new aryl rotamers G =-2788.745343 ==> -2749.497049 benzyl/BOH l rotamer G =-2749.493269
10.14469/hpc/12001 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => OH rotamer,G = -3076.085776
10.14469/hpc/12444 ArB(OH)2-cyclic-polymer using piperazine, TS eliminating H2O, H-bond to O and free water to pi face, TS (G = -2,776.94148 to beat) G = -2776.927860
10.14469/hpc/12005 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => o-Cl rotamer to HOB H-bond? ==> -3076.086123
10.14469/hpc/12020 SingleB-oCl-OH-TS3-WithAmine, Def2-TZVPPG = -2363.791359
10.14469/hpc/12441 TS7: o-Cl-Ph-B three boron + two amine, + extra water Def2-TZVPP, rotamer 5, G = -3946.912057
10.14469/hpc/12008 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => o-Cl rotamer to HOB H-bond? ==> -3076.086123 => Benzyl rotamer -3076.089033 => benzyl rotamer G = -3076.090066
10.14469/hpc/12013 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => + extra water rotamer 1 G = -3152.442586 => -3152.443029
10.14469/hpc/12016 TS3 C-O break, Def2-SVPP, using (OH)B-o-Cl-Ph, benzylamine and benzoic acid, rotamer G = -1997.714351 => -1958.463329 + 1 extra water rotamer => -2034.815649
10.14469/hpc/11988 TI7: o-Cl-Ph-(OH)2 two boron G = -2788.768493 + second benzylamine on B, G = -3115.355167 => -3076.104530
10.14469/hpc/12002 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => Def2-TZVPP G = -3078.891478
10.14469/hpc/12006 TS3 C-O break, Def2-SVPP, using B-o-Cl-Ph, benzylamine and benzoic acid, rotamer G = -1997.714351 => Boron removal G = -1167.433797
10.14469/hpc/12437 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water Def2-TZVPP, rotamer 5 G = -4273.872876
10.14469/hpc/12440 ArB(OH)2-cyclic-trimer+benzoic+amine-ts + H2O, Def2-TZVPP, TS with eliminating H2O, H-bond to O and free water to BOB, G = -4273.880906
10.14469/hpc/12009 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => + extra water rotamer 1 G = -3152.442586 => Benzyl rotamers G = -3152.440292
10.14469/hpc/12014 TS3 C-O break, Def2-SVPP, using (OH)B-o-Cl-Ph, benzylamine and benzoic acid, rotamer G = -1997.714351 => -1958.463329 + 1 extra water -2034.816636 == -3,228.764047
10.14469/hpc/12017 White City TS, C-O cleavage, no boron, G = -1167.438205 + 1 extra water -1243.785961 = -3,228.767838
10.14469/hpc/12021 BOB cycle, o-Cl-Ph-B and benzoic acid, TS4 @B3LYP+GD3+BJ, Def2-SVPP, benzylamine, G = -2673.143971 + extra water G = -2749.494753
10.14469/hpc/12443 ArB(OH)2-cyclic-trimer+benzoic+4-amine + H2O, TS, dev2-TZVPP, G = -4600.833865
10.14469/hpc/12003 White City TS, C-O cleavage, no boron, G = -1167.438205
10.14469/hpc/12010 White City TS3, C-O cleavage, no boron, G = -1167.438205, IRC
10.14469/hpc/12015 TS5, o-Cl-Ph-B(OH) two boron new TS new aryl rotamers G =-2788.745343 ==> -2749.497049 => 1 extra water -2825.849312 => -2825.850035
10.14469/hpc/12018 TS5, o-Cl-Ph-B(OH) two boron new TS new aryl rotamers G =-2788.745343 ==> -2749.497049 => 1 extra water G = -2825.850035
10.14469/hpc/12032 TS7: o-Cl-Ph-B three boron + second benzylamine on B, OMe to OH, G = -3076.090066 ==> -3867.124187
10.14469/hpc/12446 TS7: o-Cl-Ph-B three boron + two amine, rotamer 3, Def2-TZVPP,( G = -3946.920351) G = -3946.915607
10.14469/hpc/11985 TS5, o-Cl-Ph-B(OH) two boron new TS new aryl rotamers G =-2788.745343 ==> -2749.497049
10.14469/hpc/12007 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => o-Cl rotamer to HOB H-bond? ==> -3076.086123 => Benzyl rotamer -3076.089033
10.14469/hpc/12019 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => + extra water rotamer 1 G = -3152.442586 ==> G = -3152.443029 IRC
10.14469/hpc/12445 ArB(OH)2-cyclic-trimer+benzoic+amine-ts + H2O, Def2-TZVPP, TS with eliminating H2O, H-bond to O, Cl Rotamer, TS G = -4273.879909
10.14469/hpc/12011 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => + extra water rotamer 1 G = -3152.442586 => Benzyl rotamers G = -3152.440292
10.14469/hpc/12012 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => + extra water rotamer 1 G = -3152.442586 ==> G = -3152.443029
10.14469/hpc/12452 TS7: o-Cl-Ph-B three boron + two amine, rotamer 3, Def2-TZVPP, G = -3946.914799 (rot 1 G = -3946.920351)
10.14469/hpc/12471 TS7: o-Cl-Ph-B three boron + three benzylamine on B no H2O, BOH pi-facial, - Def2-TZVPP E = -4198.2689 ( E = -4198.273549, G=-4197.4201792) rotamer 23 G = -4197.416426
10.14469/hpc/12475 TS7: o-Cl-Ph-B three boron + three benzylamine on B no H2O, - Def2-TZVPP E = -4198.2699, (E = -4198.273549, G=-4197.4201792) rotamer 22 G = -4197.418716
10.14469/hpc/12451 TS7: o-Cl-Ph-B three boron + three benzylamine on B no H2O, reactant for KIE, dispersion complex, G = -4197.440015
10.14469/hpc/12478 TS7: o-Cl-Ph-B three boron + three benzylamine on B no H2O, BOH pi-facial, - Def2-TZVPP E = -4198.2658, G = -4197.415945 ( E = -4198.273549, G=-4197.4201792) rotamer 24
10.14469/hpc/12479 ArB(OH)2-cyclic-trimer+benzoic+amine + H2O-ts rotamer 1 with eliminating H pi-facial, Def2-TZVPP, TS, G = -4273.882242
10.14469/hpc/12488 TS7: o-Cl-Ph-B three boron + three benzylamine on B no H2O, - Def2-TZVPP G = -4197.412633, (G=-4197.4201792) rotamer 21
10.14469/hpc/12318 o-Cl-Phenylboric acid + Benzylamine complex, G = -1194.982599, DG = 5.1 (-1,194.990729 separate)
10.14469/hpc/11757 BOB cycle, o-Cl-Ph-B and benzoic acid, TS4 @B3LYP+GD3+BJ, Def2-SVPP, benzylamine, G = -2673.143971
10.14469/hpc/12312 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 13 => Def2-TZVPPG = -4273.866915
10.14469/hpc/12467 ArB(OH)2-cyclic-trimer+benzoic+4-amine, no H2O, TS, dev2-TZVPP, G = -4524.367080/-4,600.837483, DG = 36.5 ( -4600.833865, DG = 38.8)
10.14469/hpc/12186 water trimer B3LYP+GD3+BG/Def2-SVPP, DCM, ⅓ G = -76.34489 ==> Def2 TZVPP
10.14469/hpc/12345 two o-Cl-Phenylboric acid + two Benzylamine complex, Def2-TZVPP, G = -2313.491566 =-2,389.961969 (Reactant -2,389.981458)
10.14469/hpc/12189 TS7: o-Cl-Ph-B two boron + 3 amine, no water, opt G = -3402.669012 ==> -4,422.736297
10.14469/hpc/12190 TS7: o-Cl-Ph-B two boron + 3 amine, no water, rotamer2, E = -3403.4365, G = -3402.669547
10.14469/hpc/12195 o-Cl-Ph(OH)2 => trimer, Def2-TZVPP, G = -2451.135468
10.14469/hpc/12196 PhB(OH)2-NH2NBz+2H2O Def2-TZVPP, G = -1347.909141
10.14469/hpc/12197 NH2NBz+ Methoxide, Def2-TZVPP, G = -442.201010
10.14469/hpc/12198 PhB(OH)2-NH2NBz+ Methoxide, Def2-TZVPP, G = -1310.248501
10.14469/hpc/12203 o-Cl-Ph(OH)2 => trimer, Def2-TZVPP, G = -2451.135468 rotamer -2451.135478
10.14469/hpc/12204 TS7: o-Cl-Ph-B(OH)2, two boron + three benzylamine + water, Def2-TZVPP, G = -3482.320045
10.14469/hpc/12072 White City TS, C-O cleavage, no boron, G = -1167.438205 + 1 extra water -1243.785961 = -3,228.767838 ==> TZVPPG = -1245.272441
10.14469/hpc/12192 TS7: o-Cl-Ph-B(OH)2, three boron + four benzylamine on B, rotamer -4597.6401, G = -4596.619270 (+2H2O = -4,749.307816)
10.14469/hpc/12074 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557 => + extra water => extra boron G = -3943.480528 = -4,096.169074
10.14469/hpc/12080 Benzoic acid + benzylamine as complex supermolecule, B3LYP+GD3+BJ, DCM, G = -747.031721 ==> TZVPP G = -747.911749
10.14469/hpc/11913 TS7: o-Cl-Ph-B two boron + second benzylamine on B, OMe to OH, G = -3076.089557
10.14469/hpc/11914 8: o-Cl-Ph-B two boron, + benzylamine on B, -3,462.148423 => OMe to OH -2329.084874
10.14469/hpc/12217 TS7: o-Cl-Ph-B(OH)2, three boron + three amine + water wB97XD/Def2-TZVPP, TS G = -4272.552994
10.14469/hpc/12344 two o-Cl-Phenylboric acid + two Benzylamine complex, Def2-TZVPP, C2 symmetry, G = -2313.502651 = -2,389.973054 DG = 5.3 (Reactant -2,389.981458)
10.14469/hpc/12347 BOB cycle, o-Cl-Ph-B and benzoic acid, TS4 @BwB97XD, benzylamine, + extra water Def2-TZVPP, G = -2751.080785
10.14469/hpc/12227 TS7: o-Cl-Ph-B three boron + three benzylamine on B, + extra water, Def2-TZVPP, KEY, G = -4273.874903 (G = -4273.884432)
10.14469/hpc/12236 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water Def2-TZVPP rotamer 4, G = -4273.884335 (-4273.884432)
10.14469/hpc/12256 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 9 liberated -4270.9324 ==> Def2-TZVPP TS G = -4273.884894
10.14469/hpc/12433 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 14 (pi-facial H-bond added to rotamer 1) Def2-TZVPP, G = -4273.887707
10.14469/hpc/12309 TS7: o-Cl-Ph-B three boron + three benzylamine on B + extra water rotamer 16, added pi-facial bond ==> Def2-TZVPP G = -4273.885190
10.14469/hpc/12453 ArB(OH)2-cyclic-trimer+benzoic+amine-ts + H2O, Def2-TZVPP, TS with eliminating H2O, H-bond to O and free water to BO, Cl rotamer with H...Cl, G = -4273.875445
10.14469/hpc/12178 TS7: o-Cl-Ph-B three boron + three benzylamine on B, OMe to OH, G = -3076.090066 ==> -3867.124187 G = -4193.712408 + 3H2O => -4,422.745227 + extra water -4270.057975
10.14469/hpc/12183 TS7: o-Cl-Ph-B three boron + three benzylamine on B, OMe to OH, G = -3076.090066 ==> -3867.124187 G = -4193.712408 + 3H2O => -4,422.745227 + extra water IRC

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