APA (7th ed.) Citation

Basallote, M. G. (2006). STABILITY AND KINETICS OF THE ACID-PROMOTED DECOMPOSITION OF TERTIARY BINUCLEAR CU2L(OH)AXYZ+ AND CU2L’(OH)AXY Z+ COMPLEXES. (L = HEXAAZA MACROCYCLE AND L’ = OCTAAZA CRYPTAND): ORGANICS MOLECULES AS BRIDGES MODULATES THE KINETICS OF DISSOCIATION OF THE PRINCIPAL LIGAND. Universidad de Oriente.

Chicago Style (17th ed.) Citation

Basallote, Manuel G. STABILITY AND KINETICS OF THE ACID-PROMOTED DECOMPOSITION OF TERTIARY BINUCLEAR CU2L(OH)AXYZ+ AND CU2L’(OH)AXY Z+ COMPLEXES. (L = HEXAAZA MACROCYCLE AND L’ = OCTAAZA CRYPTAND): ORGANICS MOLECULES AS BRIDGES MODULATES THE KINETICS OF DISSOCIATION OF THE PRINCIPAL LIGAND. Universidad de Oriente, 2006.

MLA (9th ed.) Citation

Basallote, Manuel G. STABILITY AND KINETICS OF THE ACID-PROMOTED DECOMPOSITION OF TERTIARY BINUCLEAR CU2L(OH)AXYZ+ AND CU2L’(OH)AXY Z+ COMPLEXES. (L = HEXAAZA MACROCYCLE AND L’ = OCTAAZA CRYPTAND): ORGANICS MOLECULES AS BRIDGES MODULATES THE KINETICS OF DISSOCIATION OF THE PRINCIPAL LIGAND. Universidad de Oriente, 2006.