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- W3015598542 endingPage "101101" @default.
- W3015598542 startingPage "101101" @default.
- W3015598542 abstract "Abstract The excellent comprehensive properties of Al-La binary alloy are mainly due to the stable distribution of Al-La intermetallic compounds in the microstructure. In this work, first-principle calculations have been performed to investigate the phase stability, elastic and electronic properties of eight binary Al-La intermetallic compounds. The results indicated that crystal parameters of Al-La compounds agree well with other experimental and calculated values. The calculated formation enthalpy and cohesion energies of these compounds are less than zero, which indicates that these Al-La binary compounds have good thermal stability. The result reveals that the cohesive energy of these Al-La intermetallic compounds in the binary system decreases with the increase of La content. Among these compounds, Al3La has the highest shear modulus and the strongest resistance to shear strain. The result indicates that the Al-La compounds in this study have an intrinsic sixth power correlation with the work function. It is found that Al11La3 is the most anisotropic in these Al-La binary compounds. The value at the Fermi level is not equal to zero, indicating that all these binary compounds have metal properties. Debye temperature calculation results show that Al3La has the strongest binding force between atoms of Al-La intermetallic compounds. Furthermore, the results show that these compounds have anisotropy of longitudinal and transverse sound velocity in different crystallographic directions." @default.
- W3015598542 created "2020-04-17" @default.
- W3015598542 creator A5017191784 @default.
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- W3015598542 creator A5089026355 @default.
- W3015598542 date "2020-09-01" @default.
- W3015598542 modified "2023-10-17" @default.
- W3015598542 title "First-principles studies on phase stability, anisotropic elastic and electronic properties of Al-La binary system intermetallic compounds" @default.
- W3015598542 cites W1104249897 @default.
- W3015598542 cites W1597932794 @default.
- W3015598542 cites W1975175349 @default.
- W3015598542 cites W1978284003 @default.
- W3015598542 cites W1986857487 @default.
- W3015598542 cites W1987010256 @default.
- W3015598542 cites W1987104906 @default.
- W3015598542 cites W1988863387 @default.
- W3015598542 cites W1991326949 @default.
- W3015598542 cites W1993077643 @default.
- W3015598542 cites W1993825857 @default.
- W3015598542 cites W1994032176 @default.
- W3015598542 cites W1997797477 @default.
- W3015598542 cites W1999217319 @default.
- W3015598542 cites W1999271866 @default.
- W3015598542 cites W2001212783 @default.
- W3015598542 cites W2002980344 @default.
- W3015598542 cites W2004215166 @default.
- W3015598542 cites W2004835128 @default.
- W3015598542 cites W2010123387 @default.
- W3015598542 cites W2014240913 @default.
- W3015598542 cites W2018302782 @default.
- W3015598542 cites W2021001004 @default.
- W3015598542 cites W2029251426 @default.
- W3015598542 cites W2029367353 @default.
- W3015598542 cites W2031842352 @default.
- W3015598542 cites W2032921515 @default.
- W3015598542 cites W2035394446 @default.
- W3015598542 cites W2035700792 @default.
- W3015598542 cites W2038049070 @default.
- W3015598542 cites W2038488761 @default.
- W3015598542 cites W2039875807 @default.
- W3015598542 cites W2040143924 @default.
- W3015598542 cites W2040412800 @default.
- W3015598542 cites W2045349099 @default.
- W3015598542 cites W2047018245 @default.
- W3015598542 cites W2047035030 @default.
- W3015598542 cites W2047908522 @default.
- W3015598542 cites W2048125908 @default.
- W3015598542 cites W2048303884 @default.
- W3015598542 cites W2048844235 @default.
- W3015598542 cites W2049235421 @default.
- W3015598542 cites W2051773981 @default.
- W3015598542 cites W2058471563 @default.
- W3015598542 cites W2062174351 @default.
- W3015598542 cites W2063965856 @default.
- W3015598542 cites W2065934875 @default.
- W3015598542 cites W2070858862 @default.
- W3015598542 cites W2072279690 @default.
- W3015598542 cites W2073531811 @default.
- W3015598542 cites W2075779773 @default.
- W3015598542 cites W2081274395 @default.
- W3015598542 cites W2082286800 @default.
- W3015598542 cites W2082694295 @default.
- W3015598542 cites W2083004263 @default.
- W3015598542 cites W2086204561 @default.
- W3015598542 cites W2087467542 @default.
- W3015598542 cites W2087923118 @default.
- W3015598542 cites W2088445323 @default.
- W3015598542 cites W2090410187 @default.
- W3015598542 cites W2094448377 @default.
- W3015598542 cites W2094687608 @default.
- W3015598542 cites W2151568819 @default.
- W3015598542 cites W2159700659 @default.
- W3015598542 cites W2161630654 @default.
- W3015598542 cites W2168727056 @default.
- W3015598542 cites W2230728100 @default.
- W3015598542 cites W2288847436 @default.
- W3015598542 cites W2549273181 @default.
- W3015598542 cites W2618460259 @default.
- W3015598542 cites W2626129597 @default.
- W3015598542 cites W2773996121 @default.
- W3015598542 cites W2783123436 @default.
- W3015598542 cites W2790490466 @default.
- W3015598542 cites W2791426953 @default.
- W3015598542 cites W2791977725 @default.
- W3015598542 cites W2792243290 @default.
- W3015598542 cites W2792750067 @default.
- W3015598542 cites W2793663750 @default.
- W3015598542 cites W2797389060 @default.
- W3015598542 cites W4234400534 @default.
- W3015598542 cites W994718280 @default.
- W3015598542 doi "https://doi.org/10.1016/j.mtcomm.2020.101101" @default.
- W3015598542 hasPublicationYear "2020" @default.
- W3015598542 type Work @default.