However, this has led to the frequently observed spontaneous drop shrinkage phenomenon, whereby the high phase miscibility predicted by an Equation of State near the critical point allows significant interpenetration of the phases and can eventually lead to the complete disappearance of a droplet whose radius is below some critical value.
42.
:: : : : Doesn't it have something to do with the miscibility of similar objects ( ie . two non-polar like the oil and plastic or two polar like water and sodium chloride ) ?-- talk ) 04 : 10, 2 June 2008 ( UTC)
43.
It is argued that no miscibility gap exists in the wulfenite-stolzite solid solution at room temperature due to the almost identical size and shape of the MoO 4 2 " and WO 4 2 " ions, however, arguments have been made for the existence of a miscibility gap at higher temperatures.
44.
It is argued that no miscibility gap exists in the wulfenite-stolzite solid solution at room temperature due to the almost identical size and shape of the MoO 4 2 " and WO 4 2 " ions, however, arguments have been made for the existence of a miscibility gap at higher temperatures.
45.
In 1973, Harris and Cabri defined the following names for Os-Ir-Ru alloys : ruthenosmiridium was applied to cubic Os-Ir-Ru alloys, where Ir 10 % of ( Os + Ir + Ru ) with no single other element > 10 % of the total; Rutheniridosmine was applied to cubic Os-Ir-Ru alloys, where Os 10 % of the total; the Ru-Os alloys be known as ruthenian osmium ( > 50 % Os ), osmian ruthenium ( > 50 % Ru ); the Ru-Ir alloys be known as iridian ruthenium and ruthenian iridium where the boundary between them is defined by the alloy's miscibility gap ( a minimum 57 % Ir for ruthenian iridium and a minimum of 55 % Ru for iridian ruthenium ).
