EFFECT OF ION BEAM MIXING/IMPLANTATION AT LOW TEMPERATURE ON SUPERCONDUCTIVITY IN PALLADIUM-HYDROGEN AND PALLADIUM-COPPER-HYDROGEN SYSTEMS
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Abstract
The highest superconducting transition temperature of 8.42 and 5.16K has been observed in the alloy system PdH and PdCuH, where the atomic ratio n=H/Pd(Cu) are 1 and 0.6, respectively. The effect of lattice disorder induced by 220keV Ar ion beam bombardment at liquid helium-temperature is detrimental to the superconductivity.
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LI Hongcheng, DONG Ziwen, YANG Feng, WANG Ruilan, LIU Jiarui, Guan Weiyan. EFFECT OF ION BEAM MIXING/IMPLANTATION AT LOW TEMPERATURE ON SUPERCONDUCTIVITY IN PALLADIUM-HYDROGEN AND PALLADIUM-COPPER-HYDROGEN SYSTEMS[J]. Chin. Phys. Lett., 1987, 4(6): 241-244.
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LI Hongcheng, DONG Ziwen, YANG Feng, WANG Ruilan, LIU Jiarui, Guan Weiyan. EFFECT OF ION BEAM MIXING/IMPLANTATION AT LOW TEMPERATURE ON SUPERCONDUCTIVITY IN PALLADIUM-HYDROGEN AND PALLADIUM-COPPER-HYDROGEN SYSTEMS[J]. Chin. Phys. Lett., 1987, 4(6): 241-244.
|
LI Hongcheng, DONG Ziwen, YANG Feng, WANG Ruilan, LIU Jiarui, Guan Weiyan. EFFECT OF ION BEAM MIXING/IMPLANTATION AT LOW TEMPERATURE ON SUPERCONDUCTIVITY IN PALLADIUM-HYDROGEN AND PALLADIUM-COPPER-HYDROGEN SYSTEMS[J]. Chin. Phys. Lett., 1987, 4(6): 241-244.
|
LI Hongcheng, DONG Ziwen, YANG Feng, WANG Ruilan, LIU Jiarui, Guan Weiyan. EFFECT OF ION BEAM MIXING/IMPLANTATION AT LOW TEMPERATURE ON SUPERCONDUCTIVITY IN PALLADIUM-HYDROGEN AND PALLADIUM-COPPER-HYDROGEN SYSTEMS[J]. Chin. Phys. Lett., 1987, 4(6): 241-244.
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