Structures by: Lasocha W.
Total: 21
Sr0.3 Ba0.7 F Cl
Ba0.7ClFSr0.3
Journal of Solid State Chemistry (1988) 77, 90-95
a=4.335Å b=4.304Å c=7.146Å
α=90° β=90° γ=90.379°
Ca.3 Sr.7 Cl2
Ca0.3Cl2Sr0.7
Journal of Solid State Chemistry (1988) 75, 175-182
a=10.898Å b=10.898Å c=6.744Å
α=90° β=90° γ=90°
Ca.46 Sr.54 Cl2
Ca0.46Cl2Sr0.54
Journal of Solid State Chemistry (1988) 75, 175-182
a=13.421Å b=7.053Å c=6.817Å
α=90° β=90° γ=90°
(Zn (N H3)4) (B F4)2
B2F8H12N4Zn
Journal of Solid State Chemistry (2003) 174, 357-364
a=10.523Å b=7.892Å c=13.354Å
α=90° β=90° γ=90°
K4 (O (V O (O2)2)2) (H2 O)
H2K4O12V2
Powder Diffraction (2003) 18, 248-251
a=6.7097Å b=9.9574Å c=15.825Å
α=90° β=93.69° γ=90°
Poly[(μ-1,4-diaminobenzene-κ^2^<i>N</i>:<i>N</i>)[μ~3~-sulfato(VI)-κ^4^<i>O</i>:<i>O</i>':<i>O</i>'',<i>O</i>''']manganese]
C6H8MnN2O4S
Acta Crystallographica Section C (2019) 75, 11
a=6.6108(3)Å b=7.3958(4)Å c=16.9678(11)Å
α=90° β=90° γ=90°
Poly[(μ-1,4-diaminobenzene-κ^2^<i>N</i>:<i>N</i>)[μ~3~-sulfato(VI)-κ^4^<i>O</i>:<i>O</i>':<i>O</i>'',<i>O</i>''']manganese]
C6H8CuN2O4S
Acta Crystallographica Section C (2019) 75, 11
a=7.0852(7)Å b=7.2052(7)Å c=16.431(2)Å
α=90° β=90° γ=90°
8-(3-chloroiminephenyl)xantine
C15H14Br1N5O2
Journal of Applied Crystallography (2010) 43, 1 163-167
a=11.479(2)Å b=14.738(3)Å c=4.4760(8)Å
α=93.65(2)° β=94.16(1)° γ=93.71(2)°
Cyclo(L-Tyrosine-D-Alanine) hydrate
C12H13N2O3,O
Crystal Growth & Design (2015) 15, 10 5138
a=11.6891(13)Å b=6.1604(7)Å c=8.8738(12)Å
α=90° β=106.424(6)° γ=90°
Cyclo(L-Tyrosine-L-Alanine) hydrate
C12H13N2O3,O
Crystal Growth & Design (2015) 15, 10 5138
a=11.1238(5)Å b=6.1919(3)Å c=8.9149(5)Å
α=90° β=100.563(4)° γ=90°
Cyclo(L-Tyrosine-L-Alanine) hydrate
C12H14N2O3,H2O
Crystal Growth & Design (2015) 15, 10 5138
a=11.1237(5)Å b=6.1915(3)Å c=8.9145(5)Å
α=90° β=100.561(4)° γ=90°
Cyclo(L-Tyrosine-D-Alanine) hydrate
C12H14N2O3,H2O
Crystal Growth & Design (2015) 15, 10 5138
a=11.6892(13)Å b=6.1603(7)Å c=8.8732(12)Å
α=90° β=106.419(6)° γ=90°
C22H32BrN2NiO2
C22H32BrN2NiO2
Zeitschrift für Kristallographie (2000) 215, 1 34-38
a=10.3620Å b=18.4680Å c=12.0660Å
α=90.000° β=124.530° γ=90.000°
C26H28N4O4
C26H28N4O4
Zeitschrift für Kristallographie (2001) 216, 2 117-121
a=12.2125Å b=10.7524Å c=18.6199Å
α=90.000° β=90.000° γ=90.000°
C12H16Mo5N2O16
C12H16Mo5N2O16
Journal of Applied Crystallography (1997) 30, 909-913
a=28.6910Å b=5.6865Å c=14.3680Å
α=90.000° β=113.220° γ=90.000°
H6Mo3Na2O13
H6Mo3Na2O13
Crystal Research and Technology (1997) 32, 577-584
a=17.1790Å b=3.7757Å c=10.8571Å
α=90.000° β=115.417° γ=90.000°
H7.5Mo3O13.75Zn
H7.5Mo3O13.75Zn
Crystal Research and Technology (1997) 32, 455-462
a=8.8330Å b=3.8207Å c=15.7370Å
α=90.000° β=90.000° γ=90.000°
H6K2Mo3O13
H6K2Mo3O13
Journal of Solid State Chemistry (1995) 115, 225-228
a=13.6630Å b=12.0500Å c=7.6337Å
α=90.000° β=90.000° γ=90.000°
C6H16Mo3NO14
C6H16Mo3NO14
Journal of Solid State Chemistry (1995) 117, 103-107
a=11.0701(7)Å b=7.6131(7)Å c=25.550(2)Å
α=90.000° β=90.000° γ=90.000°
H10Mo3N2O11
H10Mo3N2O11
Journal of Solid State Chemistry (1995) 116, 422-426
a=9.6380Å b=7.5770Å c=8.5370Å
α=90.000° β=112.890° γ=90.000°
N3NbSr2
N3NbSr2
Journal of Solid State Chemistry (1998) 138, 297-301
a=5.9864Å b=11.2271Å c=12.5465Å
α=90.000° β=92.587° γ=90.000°