1968
DOI: 10.1016/0038-1098(68)90101-4
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Experimental evidence of local particle-particle correlations effects in Pd-Pt alloys

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Cited by 13 publications
(6 citation statements)
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“…with K s (0) ) 0.78% and J(0) ) 4.0 kHz. From data for K exp (x) 9 and for J exp (x), 10 and with the equations for K s and K d given in ref 1, we deduce the local densities of state D s (x) and D d (x) on the "average" platinum site in a bulk Pt 1-x Pd x alloy given in Figure 1a. To test the consistency, we calculate 1 from these densities of state the spin-lattice relaxation times, the Knight shifts, and (using eq 3) the spin-spin couplings shown in Figure 2.…”
Section: Analysis Of Data For Bulk Alloysmentioning
confidence: 95%
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“…with K s (0) ) 0.78% and J(0) ) 4.0 kHz. From data for K exp (x) 9 and for J exp (x), 10 and with the equations for K s and K d given in ref 1, we deduce the local densities of state D s (x) and D d (x) on the "average" platinum site in a bulk Pt 1-x Pd x alloy given in Figure 1a. To test the consistency, we calculate 1 from these densities of state the spin-lattice relaxation times, the Knight shifts, and (using eq 3) the spin-spin couplings shown in Figure 2.…”
Section: Analysis Of Data For Bulk Alloysmentioning
confidence: 95%
“…In the bulk, platinum and palladium form random alloys Pt 1 - x Pd x at all compositions, and their magnetic susceptibility χ( x ) and 195 Pt NMR parameters (Knight shift K ( x ), spin−lattice relaxation T 1 -1 ( x ), and 195 Pt− 195 Pt spin−spin coupling constant J ( x )) , have been studied quite some time ago. Due to unfavorable nuclear parameters, no 93 Pd NMR data are available.…”
Section: Analysis Of Data For Bulk Alloysmentioning
confidence: 99%
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