APA

Clarkson A. J., Buckingham D. A., Rogers A. J., Blackman A. G. & Clark C. R. (20010315). Kinetic origin of the chelate effect. Base hydrolysis, H-exchange reactivity, and structures of syn,anti-[Co(cyclen)(NH3)2]3+ and syn,anti-[Co(cyclen)(diamine)]3+ ions (diamine = H2N(CH2)2NH2, H2N(CH2)3NH2). : Inorganic chemistry.

Chicago

Clarkson A J, Buckingham D A, Rogers A J, Blackman A G and Clark C R. 20010315. Kinetic origin of the chelate effect. Base hydrolysis, H-exchange reactivity, and structures of syn,anti-[Co(cyclen)(NH3)2]3+ and syn,anti-[Co(cyclen)(diamine)]3+ ions (diamine = H2N(CH2)2NH2, H2N(CH2)3NH2). : Inorganic chemistry.

Harvard

Clarkson A. J., Buckingham D. A., Rogers A. J., Blackman A. G. and Clark C. R. (20010315). Kinetic origin of the chelate effect. Base hydrolysis, H-exchange reactivity, and structures of syn,anti-[Co(cyclen)(NH3)2]3+ and syn,anti-[Co(cyclen)(diamine)]3+ ions (diamine = H2N(CH2)2NH2, H2N(CH2)3NH2). : Inorganic chemistry.

MLA

Clarkson A J, Buckingham D A, Rogers A J, Blackman A G and Clark C R. Kinetic origin of the chelate effect. Base hydrolysis, H-exchange reactivity, and structures of syn,anti-[Co(cyclen)(NH3)2]3+ and syn,anti-[Co(cyclen)(diamine)]3+ ions (diamine = H2N(CH2)2NH2, H2N(CH2)3NH2). : Inorganic chemistry. 20010315.