[PDF][PDF] Semiconductor properties of melanins prepared from catecholamines
T WILCZOK - Gen. Physiol. Biophys, 1990 - researchgate.net
T WILCZOK
Gen. Physiol. Biophys, 1990•researchgate.netDC dark-and photoconductivity measurements were performed with synthetic melanins
prepared by oxidative polymerization of dopamine, adrenaline, adrenochrome and
adrenolutin. The melanins examined show sig nificant differences in conductivity, thermal
activation energy and photocurrent intensity values. The differences in semiconductor
properties observed between the malanins reflect the structure differences of catecholamine-
melanin po lymers.
prepared by oxidative polymerization of dopamine, adrenaline, adrenochrome and
adrenolutin. The melanins examined show sig nificant differences in conductivity, thermal
activation energy and photocurrent intensity values. The differences in semiconductor
properties observed between the malanins reflect the structure differences of catecholamine-
melanin po lymers.
Abstract
D. C. dark-and photoconductivity measurements were performed with synthetic melanins prepared by oxidative polymerization of dopamine, adrenaline, adrenochrome and adrenolutin. The melanins examined show sig nificant differences in conductivity, thermal activation energy and photocurrent intensity values. The differences in semiconductor properties observed between the malanins reflect the structure differences of catecholamine-melanin po lymers.
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