Research Article

Crystal Structure and Thermal Behavior of Two New Supramolecular Complexes Templated with 1,2,4,5-Benzenetetracarboxylic Acid

Table 2

Selected bond lengths (Å) and bond angles (°) for compounds 1 and 2.

1
BondDist.BondDist.BondDist.

Ni(1)–O(2)2.0284 (17)Ni(1)–N(1)2.1502 (19)Ni(2)–O(4)2.1017 (18)
Ni(1)–O(2)#12.0284 (17)Ni(1)–N(1)#12.1502 (19)Ni(2)–O(4)#22.1017 (18)
Ni(1)–O(1)2.0869 (18)Ni(2)–O(3)2.0468 (17)Ni(2)–N(2)2.091 (3)
Ni(1)–O(1)#12.0869 (18)Ni(2)–O(3)#22.0468 (17)Ni(2)–N(3)#32.106 (3)

Angle(°)Angle(°)Angle(°)
O(2)#1–Ni(1)–O(2)180.00 (9)O(2)–Ni(1)–N(1)91.60 (7)O(3)#2–Ni(2)–N(3)#391.96 (5)
O(2)#1–Ni(1)–O(1)93.35 (8)O(2)–Ni(1)–N(1)#188.40 (7)O(3)#3–Ni(2)–N(3)91.96 (5)
O(2)–Ni(1)–O(1)86.65 (8)O(1)–Ni(1)–N(1)#188.32 (7)O(3)–Ni(2)–N(2)88.04 (5)
O(2)#1–Ni(1)–O(1)#186.65 (8)O(1)–Ni(1)–N(1)91.68 (7)O(3)–Ni(2)–N(2)#288.04 (5)
O(2)–Ni(1)–O(1)#193.35 (8)N(1)–Ni(1)–N(1)#1180.00 (10)O(4)–Ni(2)–O(4)#2174.17 (9)
O(2)#1–Ni(1)–N(1)88.40 (7)O(3)–Ni(2)–O(3)#2176.08 (10)O(4)#2–Ni(2)–N(3)#391.92 (5)
O(2)#1–Ni(1)–N(1)#191.60 (7)O(3)–Ni(2)–O(4)#289.09 (7)O(4)#3–Ni(2)–N(3)91.92 (5)
O(1)#1–Ni(1)–N(1)#191.68 (7)O(3)#2–Ni(2)–O(4)#290.71 (7)O(4)–Ni(2)–N(2)87.08 (5)
O(1)#1–Ni(1)–N(1)88.32 (7)O(3)#2–Ni(2)–O(4)89.09 (7)O(4)#2–Ni(2)–N(2)87.08 (5)
O(1)#1–Ni(1)–O(1)180.00 (10)O(3)–Ni(2)–O(4)90.71 (7)N(2)#2–Ni(2)–N(3)180.000 (1)

2
BondDist.BondDist.BondDist.

Co(1)–O(9)2.068 (2)Co(1)–N(2)2.125 (3)Co(2)–O(7)#22.137 (2)
Co(1)–O(9)#12.068 (2)Co(1)–N(3)2.141 (3)Co(2)–N(1)2.210 (2)
Co(1)–O(8)#12.154 (2)Co(2)–O(6)2.041 (2)Co(2)–N(1)#22.210 (2)
Co(1)–O(8)2.154 (2)Co(2)–O(7)2.137 (2)Co(2)–O(6)#22.041 (2)

Angle(°)Angle(°)Angle(°)
O(9)#1–Co(1)–O(9)176.41 (12)N(2)–Co(1)–O(8)87.26 (6)O(6)#2–Co(2)–O(6)180.00 (19)
O(9)#1–Co(1)–O(8)#190.11(8)N(2)–Co(1)–O(8)#187.26 (6)O(6)#2–Co(2)–O(7)92.65 (10)
O(9)–Co(1)–O(8)90.11 (8)N(2)–Co(1)–N(3)180.000 (1)O(6)–Co(2)–O(7)#292.65 (10)
O(9)–Co(1)–O(8)#189.72 (8)N(3)–Co(1)–O(8)92.74 (6)O(6)–Co(2)–O(7)87.35 (10)
O(9)#1–Co(1)–O(8)89.72 (8)N(3)–Co(1)–O(8)#192.74 (6)O(6)#2–Co(2)–O(7)#287.35 (10)
O(9)–Co(1)–N(2)88.21 (6)N(1)–Co(2)–N(1)#2180.00 (6)O(7)#2–Co(2)–N(1)#291.61 (10)
O(9)#1–Co(1)–N(2)88.21 (6)O(6)#2–Co(2)–N(1)#292.37 (9)O(7)–Co(2)–N(1)#288.39 (10)
O(9)#1–Co(1)–N(3)91.79 (6)O(6)–Co(2)–N(1)92.37 (9)O(7)#2–Co(2)–N(1)88.39 (10)
O(9)–Co(1)–N(3)91.79 (6)O(6)#2–Co(2)–N(1)87. 63 (9)O(7)–Co(2)–N(1)91.61 (10)
O(8)#1–Co(1)–O(8)174.52 (11)O(6)–Co(2)–N(1)#287. 63 (9)O(7)#2–Co(2)–O(7)180.00 (18)

Symmetry transformations used to generate the equivalent atoms: For 1: #1: , , ; #2: , , ; #3: , , ; For 2: #1: , , ; #2: , , .