Structures by: Samsonov M. A.

Total: 27

C34H31NO2

C34H31NO2

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=8.7448(8)Å   b=12.2039(12)Å   c=13.7109(12)Å

α=71.125(4)°   β=73.114(4)°   γ=76.737(4)°

C35H30.5NO2.5

C35H30.5NO2.5

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=16.515(4)Å   b=6.8442(13)Å   c=24.238(4)Å

α=90°   β=105.844(6)°   γ=90°

C34H31N

C34H31N

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=10.6940(10)Å   b=14.5078(15)Å   c=16.6117(17)Å

α=96.571(5)°   β=104.496(5)°   γ=90.146(5)°

C43H49Cl2NO2

C43H49Cl2NO2

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=8.0461(4)Å   b=25.3743(11)Å   c=9.3223(5)Å

α=90°   β=98.680(2)°   γ=90°

C56H59N

C56H59N

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=15.828(6)Å   b=16.995(6)Å   c=16.819(10)Å

α=90°   β=90°   γ=90°

C45H37Cl2N

C45H37Cl2N

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=8.7550(4)Å   b=20.6545(11)Å   c=9.7582(5)Å

α=90°   β=106.074(2)°   γ=90°

C68H83N

C68H83N

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=19.1224(7)Å   b=13.9671(5)Å   c=20.7356(7)Å

α=90°   β=93.2520(10)°   γ=90°

C40H43NO2

C40H43NO2

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=10.3051(4)Å   b=12.5154(6)Å   c=13.8322(6)Å

α=73.950(2)°   β=68.779(2)°   γ=80.981(2)°

C18H59B20I18KN5O7.5

C18H59B20I18KN5O7.5

El Anwar, SuzanAssaf, Khaleel I.Begaj, BarbaraSamsonov, Maksim A.R°uŽičková, ZdeňkaHolub, JosefBavol, DmytroNau, Werner M.Gabel, DetlefGrűner, Bohumír

Chemical communications (Cambridge, England) (2019) 55, 91 13669-13672

a=10.1189(10)Å   b=20.238(2)Å   c=22.110(3)Å

α=64.047(3)°   β=88.647(3)°   γ=82.635(3)°

C14H31B11N4S,C4H8O

C14H31B11N4S,C4H8O

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=8.831(3)Å   b=10.884(2)Å   c=15.634(3)Å

α=71.461(5)°   β=76.041(12)°   γ=71.517(12)°

H11B10S,C10H11N2

H11B10S,C10H11N2

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=8.2222(7)Å   b=16.0093(12)Å   c=6.8094(5)Å

α=90°   β=98.739(5)°   γ=90°

C7H22B10N2S

C7H22B10N2S

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=8.7985(5)Å   b=12.6301(6)Å   c=14.4822(7)Å

α=90°   β=101.517(2)°   γ=90°

C17H37B11N4OS

C17H37B11N4OS

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=8.4015(5)Å   b=11.3344(7)Å   c=15.3636(9)Å

α=72.113(2)°   β=78.085(2)°   γ=68.708(2)°

C15H33B11Cl2N4S

C15H33B11Cl2N4S

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=8.8688(3)Å   b=10.1323(4)Å   c=15.8068(6)Å

α=72.8750(10)°   β=77.9390(10)°   γ=76.3180(10)°

C14H30B11IN4S

C14H30B11IN4S

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=10.9419(6)Å   b=13.0988(7)Å   c=17.6099(11)Å

α=90°   β=99.408(2)°   γ=90°

H11B10S,3(H12N2C6),H

H11B10S,3(H12N2C6),H

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=22.2424(5)Å   b=22.2424(5)Å   c=14.5434(3)Å

α=90°   β=90°   γ=120°

C9H23B8I,C9H23B8I

C9H23B8I,C9H23B8I

El Anwar, SuzanAssaf, Khaleel I.Begaj, BarbaraSamsonov, Maksim A.Ruzickova, ZdenkaHolub, JosefBavol, DmytroNau, Werner M.Gabel, DetlefGruner, Bohumir

Chemical Communications (2019)

a=7.8681(4)Å   b=15.5552(7)Å   c=13.3803(7)Å

α=90°   β=90.782(2)°   γ=90°

C42H47N

C42H47N

Vrána, JanSamsonov, Maksim A.Němec, VlastimilR°uŽička, Aleš

Chemical communications (Cambridge, England) (2020) 56, 16 2487-2490

a=6.3152(2)Å   b=10.7638(3)Å   c=24.7246(8)Å

α=85.9667(13)°   β=87.0612(15)°   γ=88.1823(14)°

C10H19B11N2S

C10H19B11N2S

Vrana, JanHolub, JosefSamsonov, Maksim AndreevichRuzickova, ZdenkaFanfrlik, JindrichHnyk, DrahomírR°užička, Aleš

Chemical Communications (2019)

a=18.868(2)Å   b=8.9391(9)Å   c=19.9161(19)Å

α=90°   β=93.607(4)°   γ=90°

C50H48O2P2PdS2

C50H48O2P2PdS2

Martyanov, K. A.Cherkasov, V. K.Abakumov, G. A.Samsonov, M. A.Khrizanforova, V. V.Budnikova, Y. H.Kuropatov, V. A.

Dalton transactions (Cambridge, England : 2003) (2016) 45, 17 7400-7405

a=9.7933(8)Å   b=27.530(2)Å   c=15.9433(13)Å

α=90°   β=97.8730(10)°   γ=90°

C52H52O2.5P2PdS2

C52H52O2.5P2PdS2

Martyanov, K. A.Cherkasov, V. K.Abakumov, G. A.Samsonov, M. A.Khrizanforova, V. V.Budnikova, Y. H.Kuropatov, V. A.

Dalton transactions (Cambridge, England : 2003) (2016) 45, 17 7400-7405

a=10.760(2)Å   b=12.877(3)Å   c=17.948(4)Å

α=95.401(3)°   β=99.297(3)°   γ=104.257(3)°

C50H48O2P2PtS2

C50H48O2P2PtS2

Martyanov, K. A.Cherkasov, V. K.Abakumov, G. A.Samsonov, M. A.Khrizanforova, V. V.Budnikova, Y. H.Kuropatov, V. A.

Dalton transactions (Cambridge, England : 2003) (2016) 45, 17 7400-7405

a=9.82880(10)Å   b=27.6805(3)Å   c=16.0758(2)Å

α=90°   β=98.0410(10)°   γ=90°

C40H48CoN2O4

C40H48CoN2O4

Bubnov, Michael P.Skorodumova, Nina A.Arapova, Alla V.Smirnova, Natalia N.Samsonov, Maxim A.Fukin, Georgy K.Cherkasov, Vladimir K.Abakumov, Gleb A.

Inorganic chemistry (2015) 54, 16 7767-7773

a=10.6017(5)Å   b=31.7284(15)Å   c=12.2126(7)Å

α=90.00°   β=114.634(6)°   γ=90.00°

C39H48CoN2O4

C39H48CoN2O4

Bubnov, Michael P.Skorodumova, Nina A.Arapova, Alla V.Smirnova, Natalia N.Samsonov, Maxim A.Fukin, Georgy K.Cherkasov, Vladimir K.Abakumov, Gleb A.

Inorganic chemistry (2015) 54, 16 7767-7773

a=10.7557(5)Å   b=31.4355(10)Å   c=12.3761(7)Å

α=90.00°   β=115.365(7)°   γ=90.00°

C38H48CoN2O4

C38H48CoN2O4

Bubnov, Michael P.Skorodumova, Nina A.Arapova, Alla V.Smirnova, Natalia N.Samsonov, Maxim A.Fukin, Georgy K.Cherkasov, Vladimir K.Abakumov, Gleb A.

Inorganic chemistry (2015) 54, 16 7767-7773

a=10.8586(4)Å   b=30.4249(9)Å   c=12.2200(5)Å

α=90.00°   β=114.525(5)°   γ=90.00°

C39H48CoN2O4

C39H48CoN2O4

Bubnov, Michael P.Skorodumova, Nina A.Arapova, Alla V.Smirnova, Natalia N.Samsonov, Maxim A.Fukin, Georgy K.Cherkasov, Vladimir K.Abakumov, Gleb A.

Inorganic chemistry (2015) 54, 16 7767-7773

a=10.64542(12)Å   b=29.8999(3)Å   c=12.07078(16)Å

α=90.00°   β=112.5063(15)°   γ=90.00°

C40H48CoN2O4

C40H48CoN2O4

Bubnov, Michael P.Skorodumova, Nina A.Arapova, Alla V.Smirnova, Natalia N.Samsonov, Maxim A.Fukin, Georgy K.Cherkasov, Vladimir K.Abakumov, Gleb A.

Inorganic chemistry (2015) 54, 16 7767-7773

a=10.6356(6)Å   b=30.7654(14)Å   c=12.2285(8)Å

α=90.00°   β=113.438(7)°   γ=90.00°