Growth of tin monosulphide and tin monoselenide single crystals - Nariya, Brinda;Dasadia, Abhay;Jani, Ashvinkumar
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The work in this book is based on experimental aspects. Here author describes the growth as well as some characterizations of tin monoselenide and tin monosulphide single crystals. The large sized single crystals of SnSe and SnS were successfully grown by direct vapor transport technique without any transporting agent. The stoichiometries of constituent elements in the crystals were confirmed from the EDAX analysis. The results from the X-ray diffraction analysis indicate orthorhombic crystal structure of the crystals. The microscopic examinations of the surfaces of the crystals have revealed…mehr

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Produktbeschreibung
The work in this book is based on experimental aspects. Here author describes the growth as well as some characterizations of tin monoselenide and tin monosulphide single crystals. The large sized single crystals of SnSe and SnS were successfully grown by direct vapor transport technique without any transporting agent. The stoichiometries of constituent elements in the crystals were confirmed from the EDAX analysis. The results from the X-ray diffraction analysis indicate orthorhombic crystal structure of the crystals. The microscopic examinations of the surfaces of the crystals have revealed layered growth mechanism for their growth. The positive value of the hall coefficient and Seeback coefficient indicate that both the types of crystals are of p- type and majority charge carriers in them are holes. The optical absorption study has clearly shown that SnX (X=S, Se) compounds have direct as well as indirect band gaps. The electrical resistance of tin monoselenide and tin monosulfied was found to be pressure dependent. No transition in the resistance was observed for these crystals up to 6 GPa.
Autorenporträt
Ms. Brinda B. Nariya was born in Methan, Gujarat, India . In post doctoral research, she had chosen area of crystal growth and characterization and received the degree in 2013. While pursuing her doctoral research work, she joined MBICT, New Vallabh Vidyanagar, Gujarat, India.