000101508 001__ 101508
000101508 005__ 20180317094927.0
000101508 0247_ $$2doi$$a10.1016/0025-5416(88)90356-4
000101508 037__ $$aARTICLE
000101508 245__ $$aElectronic properties and resonant states in Al-Mn(-Si) alloys
000101508 269__ $$a1988
000101508 260__ $$c1988
000101508 336__ $$aJournal Articles
000101508 520__ $$aExperimental studies of quasi-crystalline Al100-xMnx(Si) alloys have shown that the magnitude of electrical resistivity as well as the excess specific heat term Δγ are proportional to the percentage of manganese in the samples as is the case in dilute Al-Mn alloys. The authors argue that the excess specific heat term and the high resistivity (about 150-200 μΩ cm for the quasi-crystalline phase) can be accounted for within the extended Friedel-Anderson s-d model in which the dominant scattering is due to the hybridization of d electrons with the sp conduction band. Therefore, the high resistivity in Al-Mn quasi-crystals is mainly due to the contributions from two effects: the existence of narrow resonant states of manganese at the Fermi level and the existence of correlation lengths of the order of 100-300 which cause the incoherence of transport electrons.
000101508 700__ $$aBerger, C
000101508 700__ $$0241686$$aPavuna, D$$g106050
000101508 700__ $$aCyrot-Lackmann, F
000101508 700__ $$aCyrot, M
000101508 773__ $$j99$$k1-2$$q353-355$$tMaterials Science and Engineering
000101508 909CO $$ooai:infoscience.tind.io:101508$$particle$$pSB
000101508 909C0 $$0252163$$pLPRX$$xU10144
000101508 937__ $$aLPRX-ARTICLE-2007-052
000101508 973__ $$aEPFL$$rREVIEWED$$sPUBLISHED
000101508 980__ $$aARTICLE