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# Line 24 | Line 24 | the Hartland and von~Plessen
24  
25   Much of the experimental work on this subject has been carried out in
26   the Hartland and von~Plessen
27 < groups.\cite{HartlandG.V._jp0276092,Hodak:2000rb,Hartland:2003yf,HuM._jp020581+,Petrova:2007qy,plech:195423}
27 > groups.\cite{HartlandG.V._jp0276092,Hodak:2000rb,Hartland:2003lr,HuM._jp020581+,Petrova:2007qy,plech:195423}
28   They have [BRIEF SURVEY OF THE EXPERIMENTAL WORK]
29  
30  
# Line 46 | Line 46 | state, because their lattice constants are within 15\%
46   dynamics.\cite{Vardeman-II:2001jn} The Hume-Rothery rules suggest that
47   alloys composed of Copper and Silver should be miscible in the solid
48   state, because their lattice constants are within 15\% of each
49 < another.\cite{kittel} Experimentally, however Ag-Cu alloys are a
49 > another.\cite{Kittel:1996fk} Experimentally, however Ag-Cu alloys are a
50   well-known exception to this rule and are only miscible in the liquid
51   state given equilibrium conditions. Below the eutectic temperature of
52   779 $^\circ$C and composition (60.1\% Ag, 39.9\% Cu), the
# Line 83 | Line 83 | been used as a technique for creating Au-Ag alloy part
83   ablation,\cite{Malyavantham:2004cu} and the synthetic reduction of
84   metal ions in solution.\cite{Kim:2003lv} Laser induced alloying has
85   been used as a technique for creating Au-Ag alloy particles from
86 < core-shell particles.\cite{Hartland:2003yf} To date, attempts at
86 > core-shell particles.\cite{Hartland:2003lr} To date, attempts at
87   creating Ag-Cu nanoparticles have used ion implantation to embed
88   nanoparticles in a glass matrix.\cite{De:1996ta,Magruder:1994rg} These
89   attempts have been largely unsuccessful in producing mixed alloy
# Line 142 | Line 142 | rapid cooling which can be evidence of the formation o
142   10^{12}-10^{13}$ K/s) from a liquid state. All of these studies found
143   icosahedral ordering in the resulting structures produced by this
144   rapid cooling which can be evidence of the formation of a amorphous
145 < structure.\cite{Sachdev:1992mo} The nearest neighbor information was
145 > structure.\cite{Strandburg:1992qy} The nearest neighbor information was
146   obtained from pair correlation functions, common neighbor analysis and
147   bond order parameters.\cite{Steinhardt:1983mo} It should be noted that
148   these studies used single component systems with cooling rates that

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