Nuclear magnetic resonance studies of coordinate complex formation by boron trifluorideRichard A. Ogg Jr.; Peter Diehl · 1958

Thioether coordination in metalloproteins. A carbon- 13 nuclear magnetic resonance study of Hg(II)-coordinated model complexesRaja G. Khalifah · 1979

Study of second coordination sphere of complex ions by nuclear magnetic resonanceLeffler, Amos J. · The Journal of Physical Chemistry · 1970

Carbon-13 nuclear magnetic resonance study of coordinated thiocyanate, selenocyanate, and cyanateKargol, Joseph A.; Crecely, Roger W.; Burmeister, John L. · Inorganic Chemistry · 1979

ChemInform Abstract: CARBON-13 NUCLEAR MAGNETIC RESONANCE STUDY OF COORDINATED THIOCYANATE, SELENOCYANATE, AND CYANATEKARGOL, J. A.; CRECELY, R. W.; BURMEISTER, J. L. · Chemischer Informationsdienst · 1979

Nuclear Magnetic Resonance Studies of Eight-Coordinate β-Diketonate Complexes Related to Laser ChelatesCotton, F. Albert · The Journal of Chemical Physics · 1966

Nuclear magnetic resonance studies of the coordination of vanadyl complexes in solution and the rate of elimination of coordinated water moleculesWuethrich, K.; Connick, Robert E. · Inorganic Chemistry · 1968

PrefaceLeonard F. Lindoy · 2008

New synthetic receptorsLeonard F. Lindoy · 1992

New synthetic receptorsLindoy, Leonard F. · 1992

C60 chemistry expandsLindoy, Leonard F. · 1992

A new hydrocarbon cageLindoy, Leonard F. · 1992

Molecular receptors in the roundLindoy, Leonard F. · 1993

Marvels of molecular deviceLindoy, Leonard F. · 1993

Towards synthetic enzymesLindoy, Leonard F. · 1994