The variation of ligand para substituents on pyridyl donor groups of tridentate amine copper
(I) complexes was carried out in order to probe electronic effects on the equilibrium between …

Five Cu (I) complexes [Cu2 (ttab)(CH3CN) 2][BF4] 2 (1),[Cu2 (ttab)(PPh3) 2][BF4] 2 (2),[Cu2
(ttab) I2](3),[Cu2 (ttab)(I3) 2](4), and [Cu2 (ttab)(I) BF4] n (5) with 1, 2, 4, 5-tetra (7-azaindolyl) …

To model thioether− copper coordination chemistry including oxidative reactivity, such as
occurs in the copper monooxygenases peptidylglycine α-hydroxylating monooxygenase …

Copper (I) and silver (I) complexes of formulae [Cu (NCCH3) 4]+[A]−([A]−=[B (C6F5)
4]−(1),{B [C6H3 (CF3) 2] 4}−(2),[(C6F5) 3B–C3H3N2–B (C6F5) 3]−(3), and [Ag (NCCH3) …

A two‐coordinate copper (I) complex, Cu2 (bipy)(H2L) 2 (1)(H3L= cyanuric acid, bipy= 4, 4′‐
bipyridyl), which exhibits strong photoluminescence, has been synthesized under …

A new fluorescent ligand 2-(4′-aminophthalimidoethyl) pyridine (L2) has been synthesized.
Solid state structures of L2 and 2-(4′-aminophthalimidomethyl) pyridine (L1) have been …

Reaction of copper (I) chloride and bromide, CuX (X= Cl or Br), with triphenylarsine in
acetonitrile solution has resulted in two adducts, respectively, of 2: 3: 1,[(Ph3As) 2Cu (μ-Cl) …

Copper-dioxygen species are utilized by copper enzymes to effect aliphatic CH bond
oxidations. The investigation of biomimetic substrate oxidations with copper-O 2 species …