Comparison of physical and mechanical properties of posts fabricated by different casting techniques.

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posted on 2025-04-29, 17:54 authored by Víctor Hugo Gonzalo Quispe Mamani, César Alberto Luna Castillo, Dina Miryan Alanoca Sejje, Luis Alexander Orrego-Ferreyros

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uniform elemental distribution monte carlo simulation lost wax method explore additional properties enhancing restoration durability 625 &# 8201 303 &# 8201 207 &# 8201 102 &# 8201 alloy cast posts electric arc casting applied research approach al ), nickel refined microstructure compared eac posts showed eac posts exhibited mpa versus 136 lost wax technique cu &# 8323 000 iterations revealed higher operational costs 001 ), indicating mean compressive strength fe phases compared eac samples exhibiting mean strength compressive strength eac ),variable costs future research tc posts ni ),05 ),eac technique xlink ">two groups trace elements torch casting statistically significant specific inclusion significant advantage selection process results reveal ray diffraction primarily due predominant element precious gold porous surface microstructural characteristics irregular topography income countries identified copper homogeneous stoichiometry higher proportion experimental design exclusion criteria ensure precision enriched zones divided equally dispersive spectroscopy dental professionals corrosion resistance copper matrix clinical applicability also present

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Comparison of physical and mechanical properties of posts fabricated by different casting techniques.

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