http://www.emresururi.com/physics/?p=81 a blog about physics, computation, computational physics and materials... Mon, 20 Jun 2016 16:19:33 +0000 hourly 1 https://wordpress.org/?v=4.9.3 http://www.emresururi.com/physics/?p=81&cpage=1#comment-125672 Mon, 20 Jun 2016 16:19:33 +0000 http://www.emresururi.com/physics/?p=81#comment-125672 Interesting and .. forgotten remark!! Still in the 90s the Miedema applications were quite neglected by (most) of the metallurgical community.. I learned how to manage it indirectly from a textbook ( by N.A. Gocken, Statistical Thermodynamics of Alloys) and applied it ( with a lenghty probably unuseful algebraic description) to Fe-C and Fe-Cu.. Nowadays Miedema code is embedded in some (nearly) free commercial software for computational metallurgy.. such as Pandat (from computherm http://www.computherm.com) to compare Calphad based results.. And is usable online ( see for instance.. http://www.entall.imim.pl/calculator/ or the original Zhang Miedema Calculator.. https://zrftum.wordpress.com/category/miedema/ ) I have propose to my students it.. but they prefer to see already the phase diagrams produced!!

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