Add to ORKG50-52SnSe, SnS and SnSe2 single crystals have been grown by the Bridgeman Stockbarger method and cleaved along the cleavage plane. The load dependence of Knoop hardness has been studied for these crystals. Variation of hardness in the low applied load range has been as to be due to coherent region. The results for bulk hardness of all these crystals are also reported
Crystals-Sn are grown from ingotsof 99.99 % prity by modied Bridgman method under 10−3 torr pressure...
We have presented an efficient method to predict the anisotropic hardness of crystalline materials a...
278-284The wedge shape or elongated pyramid Knoop indenter is preferred for micro-hardness anisotrop...
Earth abundant tin sulfide (SnS) has attracted considerable attention as a possible absorber materia...
Abstract. Vickers and knoop hardness measurements were carried out on CsBr and CsI single crystals. ...
Single crystals of antimony selenide were grown from melt by the Bridgman Stockbarger method. X-ray...
During the past few decades, a wide spread interest in the structural, optical, electrical and other...
International audienceHardness of bulk polycrystalline boron-rich chalcogenides, rhombohedral B12S a...
Current knowledge on macroscopic plasticity indications, i.e., hardness and yield strength, and on m...
The optical, electrical and optoelectronic properties of tin selenide crystals are of immense signif...
Abstract. Vickers hardness measurements have been made on polycrystalline blanks of CsClxBr(1–x) and...
Mössbauer effect studies using the 23.8 keV gamma transition in 119Sn have been carried out on the s...
Tin disulphide single crystals have been grown by chemical transport in the temperature range 400-90...
SnxSey crystalline compounds consisting of Sn and Se atoms of varying compositions are systematicall...
Sn<sub><i>x</i></sub>Se<sub><i>y</i></sub> crystalline compounds consisting of Sn and Se atoms of va...
Crystals-Sn are grown from ingotsof 99.99 % prity by modied Bridgman method under 10−3 torr pressure...
We have presented an efficient method to predict the anisotropic hardness of crystalline materials a...
278-284The wedge shape or elongated pyramid Knoop indenter is preferred for micro-hardness anisotrop...
Earth abundant tin sulfide (SnS) has attracted considerable attention as a possible absorber materia...
Abstract. Vickers and knoop hardness measurements were carried out on CsBr and CsI single crystals. ...
Single crystals of antimony selenide were grown from melt by the Bridgman Stockbarger method. X-ray...
During the past few decades, a wide spread interest in the structural, optical, electrical and other...
International audienceHardness of bulk polycrystalline boron-rich chalcogenides, rhombohedral B12S a...
Current knowledge on macroscopic plasticity indications, i.e., hardness and yield strength, and on m...
The optical, electrical and optoelectronic properties of tin selenide crystals are of immense signif...
Abstract. Vickers hardness measurements have been made on polycrystalline blanks of CsClxBr(1–x) and...
Mössbauer effect studies using the 23.8 keV gamma transition in 119Sn have been carried out on the s...
Tin disulphide single crystals have been grown by chemical transport in the temperature range 400-90...
SnxSey crystalline compounds consisting of Sn and Se atoms of varying compositions are systematicall...
Sn<sub><i>x</i></sub>Se<sub><i>y</i></sub> crystalline compounds consisting of Sn and Se atoms of va...
Crystals-Sn are grown from ingotsof 99.99 % prity by modied Bridgman method under 10−3 torr pressure...
We have presented an efficient method to predict the anisotropic hardness of crystalline materials a...
278-284The wedge shape or elongated pyramid Knoop indenter is preferred for micro-hardness anisotrop...