The effect of low pressure on a high-spin—low-spin transition
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Cited by (70)
Pressure effect investigations on spin-crossover coordination compounds
2018, Comptes Rendus ChimieCitation Excerpt :High-pressure spectroscopic studies of Drickamer and colleagues and Ferraro and colleagues [2–20] in the 1960–1970 have already addressed the SCO phenomenon using Mössbauer, ultraviolet–visible (UV–vis) and infrared (IR) spectroscopies associated with either piston–cylinder or anvil-type pressure cells. High-pressure investigations (primarily using Mössbauer spectroscopic detection) were then taken up in the 1980s by various study groups [21–41]. There was a renaissance of interest in the effect of pressure on SCO compounds during the 1990s [42–77], involving studies using either clamp-type and helium gas cells coupled with magnetic susceptibility [26] and optical [49,60] detection methods or diamond anvil cells (DACs) in conjunction with X-ray spectroscopic [61,64,66,70] or X-ray diffraction (XRD) [68,78] techniques.
Pressure effect studies in molecular magnetism
2007, Comptes Rendus ChimiePressure effect studies on spin crossover systems
2005, Coordination Chemistry ReviewsPressure-induced hysteresis in the high spin low spin transition in bis(2,4-bis(pyridin-2-yl)thiazole) iron(II) tetrafluoroborate
2009, Journal of Physics Condensed MatterModeling of Spin Crossover in Linear Trinuclear Complexes: Effects of External Pressure
2022, Journal of Physical Chemistry A
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In partial fulfilment of the Ph.D. thesis.