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Results:
1-16
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Results: 16
Authors:
Mamardashvili, NZ
Ivanova, YB
Sheinin, VB
Golubchikov, OA
Berezin, BD
Citation: Nz. Mamardashvili et al., Influence of the chemical modification of porphyrins on their coordinationand acid-base properties, RUSS J G CH, 71(5), 2001, pp. 797-802
Authors:
Zaitseva, SV
Zdanovich, SA
Ageeva, TA
Golubchikov, OA
Citation: Sv. Zaitseva et al., Features of formation of mixed-ligand complexes of aluminum tetraphenylporphine, RUSS J G CH, 71(1), 2001, pp. 132-136
Authors:
Zaitseva, SV
Zdanovich, SA
Ageeva, TA
Golubchikov, OA
Semeikin, AS
Citation: Sv. Zaitseva et al., Coordination properties of sterically stressed zincporphyrins, RUSS J C CH, 27(3), 2001, pp. 152-157
Authors:
Balarew, C
Dirkse, TP
Golubchikov, OA
Salomon, M
Trendafilova, S
Tepavitcharova, S
Ageyeva, T
Baldini, P
D'Andrea, G
Citation: C. Balarew et al., IUPAC-NIST solubility data series. 73. Metal and ammonium formate systems, J PHYS CH R, 30(1), 2001, pp. 1-163
Authors:
Nikitina, GE
Suleiman, B
Semeikin, AS
Golubchikov, OA
Citation: Ge. Nikitina et al., Thermodynamic parameters of sublimation of octamethylporphyrin, RUSS J PH C, 75(4), 2001, pp. 675-676
Authors:
Mamardashvili, NZ
Golubchikov, OA
Citation: Nz. Mamardashvili et Oa. Golubchikov, Synthesis and spectral properties of ms-tetrasubstituted beta-octaalkylporphyrins, MOLECULES, 5(6), 2000, pp. 757-761
Authors:
Zaitzeva, SV
Zdanovich, SA
Ageeva, TA
Ocheretovi, AS
Golubchikov, OA
Citation: Sv. Zaitzeva et al., Influence of the nature of porphyrin and extraligand on the stability of zinc extracomplexes, MOLECULES, 5(6), 2000, pp. 786-796
Authors:
Perlovich, GL
Golubchikov, OA
Klueva, ME
Citation: Gl. Perlovich et al., Thermodynamics of porphyrin sublimation, J PORPHYR P, 4(8), 2000, pp. 699-706
Authors:
Mamardashvili, NZ
Golubchikov, OA
Citation: Nz. Mamardashvili et Oa. Golubchikov, H-1 NMR spectra of porphyrins, RUSS J ORG, 36(10), 2000, pp. 1529-1544
Authors:
Kuvshinova, EM
Dudkina, NS
Pukhovskaya, SG
Semeikin, AS
Golubchikov, OA
Citation: Em. Kuvshinova et al., Kinetics of formation and dissociation of copper(II) complexes with sterically distorted porphyrins in acetic acid, RUSS J G CH, 70(6), 2000, pp. 945-947
Authors:
Golubchikov, OA
Pukhovskaya, SG
Kuvshinova, EM
Citation: Oa. Golubchikov et al., Synthesis and properties of dimeric porphyrins, RUSS J G CH, 70(10), 2000, pp. 1617-1633
Authors:
Mamardashvili, NZ
Golubchikov, OA
Citation: Nz. Mamardashvili et Oa. Golubchikov, Synthesis of porphyrins from dipyrrolylmethanes, USP KH, 69(4), 2000, pp. 337-354
Authors:
Mamardashvili, NZ
Golubchikov, OA
Citation: Nz. Mamardashvili et Oa. Golubchikov, Synthesis and spectra of substituted pyrroles, ZH ORG KH, 35(7), 1999, pp. 1080-1083
Authors:
Mamardashvili, GM
Mamardashvili, NZ
Golubchikov, OA
Berezin, BD
Citation: Gm. Mamardashvili et al., The effect of Zn2+ coordination on the solubility of porphyrins, RUSS J PH C, 73(6), 1999, pp. 894-898
Authors:
Pukhovskaya, SG
Guseva, LZ
Mamardashvili, NZ
Kuvshinova, EM
Semeikin, AS
Golubchikov, OA
Citation: Sg. Pukhovskaya et al., Influence of the structure of zinc porphyrin complexes on their capabilityfor axial coordination, RUSS J C CH, 24(11), 1998, pp. 797-801
Authors:
Dudkina, NS
Shatunov, PA
Kuvshinova, EM
Pukhovskaya, SG
Semeikin, AS
Golubchikov, OA
Citation: Ns. Dudkina et al., Kinetics of spatially-distorted porphyrin complexation with copper acetatein pyridine and dimethylformamide, ZH OBS KH, 68(12), 1998, pp. 2042-2047
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