Synthesis, Structural Characterization, and Antibacterial Activity of Novel Erbium(III) Complex Containing Antimony
Table 2
Selected bond lengths (Å) and angles (°) of the title complex.
Er(1)–O(16)#1
2.285(7)
Er(1)–O(10)
2.290(7)
Er(1)–O(2)
2.290(7)
Er(1)–O(8)#2
2.298(7)
Er(1)–O(20)
2.347(9)
Er(1)–O(17)
2.375(8)
Er(1)–O(19)
2.421(7)
Er(1)–O(18)
2.432(7)
Sb(1)–O(5)
2.127(8)
Sb(1)–O(3)
2.215(8)
Sb(1)–N(1)
2.315(8)
Sb(1)–N(2)
2.332(8)
Sb(1)–O(1)
2.459(7)
Sb(1)–O(7)
2.564(7)
Sb(2)–O(13)
2.124(8)
Sb(2)–O(11)
2.218(9)
Sb(2)–N(3)
2.318(8)
Sb(2)–N(4)
2.322(8)
Sb(2)–O(9)
2.438(7)
Sb(2)–O(15)
2.541(8)
O(16)#1–Er(1)–O(10)
85.6(3)
O(16)#1–Er(1)–O(2)
102.7(3)
O(10)–Er(1)–O(2)
150.5(3)
O(16)#1–Er(1)–O(8)#2
148.0(3)
O(10)–Er(1)–O(8)#2
102.5(3)
O(2)–Er(1)–O(8)#2
85.4(3)
O(16)#1–Er(1)–O(20)
70.8(3)
O(10)–Er(1)–O(20)
80.9(3)
O(2)–Er(1)–O(20)
75.5(3)
O(8)#2–Er(1)–O(20)
140.7(3)
O(16)#1–Er(1)–O(17)
138.7(3)
O(10)–Er(1)–O(17)
74.5(3)
O(2)–Er(1)–O(17)
81.1(3)
O(8)#2–Er(1)–O(17)
72.8(3)
O(20)–Er(1)–O(17)
70.5(3)
O(16)#1–Er(1)–O(19)
78.6(2)
O(10)–Er(1)–O(19)
69.4(3)
O(2)–Er(1)–O(19)
139.7(3)
O(8)#2–Er(1)–O(19)
75.6(3)
O(20)–Er(1)–O(19)
138.7(3)
O(17)–Er(1)–O(19)
124.6(3)
O(16)#1–Er(1)–O(18)
76.3(3)
O(10)–Er(1)–O(18)
139.0(3)
O(2)–Er(1)–O(18)
70.2(3)
O(8)#2–Er(1)–O(18)
77.6(3)
O(20)–Er(1)–O(18)
125.0(3)
O(17)–Er(1)–O(18)
140.0(3)
O(19)–Er(1)–O(18)
71.1(3)
O(5)–Sb(1)–O(3)
146.1(3)
O(5)–Sb(1)–N(1)
79.4(3)
O(3)–Sb(1)–N(1)
73.3(3)
O(5)–Sb(1)–N(2)
75.4(3)
O(3)–Sb(1)–N(2)
79.2(3)
N(1)–Sb(1)–N(2)
77.0(3)
O(5)–Sb(1)–O(1)
82.5(3)
O(3)–Sb(1)–O(1)
105.2(3)
N(1)–Sb(1)–O(1)
68.7(3)
N(2)–Sb(1)–O(1)
142.0(3)
O(5)–Sb(1)–O(7)
99.1(3)
O(3)–Sb(1)–O(7)
91.1(3)
N(1)–Sb(1)–O(7)
142.9(3)
N(2)–Sb(1)–O(7)
67.0(3)
O(1)–Sb(1)–O(7)
148.3(3)
O(13)–Sb(2)–O(11)
146.9(3)
O(13)–Sb(2)–N(3)
81.3(3)
O(11)–Sb(2)–N(3)
72.4(3)
O(13)–Sb(2)–N(4)
75.5(3)
O(11)–Sb(2)–N(4)
79.5(3)
N(3)–Sb(2)–N(4)
77.6(3)
O(13)–Sb(2)–O(9)
80.4(3)
O(11)–Sb(2)–O(9)
107.0(3)
N(3)–Sb(2)–O(9)
68.3(3)
N(4)–Sb(2)–O(9)
140.7(3)
O(13)–Sb(2)–O(15)
96.1(3)
O(11)–Sb(2)–O(15)
93.6(3)
N(3)–Sb(2)–O(15)
143.6(3)
Symmetry transformations used to generate equivalent atoms: #1 x − 1/2, −y, z − 1/2; #2 x + 1/2, −y + 1, z − 1/2; #3 x − 1/2, −y + 1, z + 1/2; #4 x + 1/2, −y, z + 1/2.
