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John
Grey
Research Profile
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Co-author Network
Co-Publications
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4
Ian Butler
4
Christian Reber
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Publications
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3
John K Grey;
Ian S Butler;
Christian Reber
Emitting-state displacements in ligand-centered vibrational modes in the trans-[OsO2(NCS)4]2- complex determined from near-infrared luminescence spectroscopy.
John K Grey;
Ian S Butler;
Christian Reber
Pressure-induced enhancements of luminescence intensities and lifetimes correlated with emitting-state distortions for thiocyanate and selenocyanate complexes of platinum(II) and palladium(II).
John K Grey;
Ian S Butler;
Christian Reber
Effect of pressure on coupled electronic ground and excited states determined from luminescence spectra of trans-dioxorhenium(V) complexes.
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John
Grey
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All Publications
2004
:
John K Grey;
Ian S Butler;
Christian Reber
Emitting-state displacements in ligand-centered vibrational modes in the trans-[OsO2(NCS)4]2- complex determined from near-infrared luminescence spectroscopy.
Inorganic chemistry 2004;43(16):5103-11.
2003
:
John K Grey;
Ian S Butler;
Christian Reber
Pressure-induced enhancements of luminescence intensities and lifetimes correlated with emitting-state distortions for thiocyanate and selenocyanate complexes of platinum(II) and palladium(II).
Inorganic chemistry 2003;42(20):6503-18.
2002
:
John K Grey;
Ian S Butler;
Christian Reber
Effect of pressure on coupled electronic ground and excited states determined from luminescence spectra of trans-dioxorhenium(V) complexes.
Journal of the American Chemical Society 2002;124(39):11699-708.
2002
:
John K Grey;
Ian S Butler;
Christian Reber
Large pressure-induced increase in luminescence intensity for the [Pd(SCN)(4)](2-) complex.
Journal of the American Chemical Society 2002;124(32):9384-5.
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