Sentence examples for composition of sintered materials from inspiring English sources
In this paper, we used the XRD, SEM, and EDS methods for determination of granulometric, phase, and chemical composition of sintered materials.
Fig. 2 SEM microstructure of fractured surface of sintered materials.
The microstructure analysis and properties evaluation of sintered materials indicated to be possible to predict metallurgical aspects using thermodynamic knowledge.
Moreover, they make it possible to determine numerical dependencies for predicting the fatigue life of sintered materials with varying porosities.
The simulations of sintered material show that sintered particles have lower mechanical strengths than the bulk metal because of their porous structures.
The results showed that the gypsum hydration and swelling properties reduced the dry shrinkage and overall shrinkage of sintered material.
The phase composition of a sintered material consisted of 95 wt.
Energy introduced through external excitation (alternating voltage amplitude of 10 V and frequency of 1 kHz) influenced crystallization, ionic composition, sintering behavior of hydroxyapatite powders, microstructure and final phase composition of sintered ceramics.
The mechanical properties of the sintered materials are related to the relative density.
The results showed that the electrical conductivity of plasma-sprayed LSM coating was lower than that of bulk sintered material of the same compositions.
The optimum conditions to fabricate pieces made of six tapes with same composition, and to obtain defect free sintered materials, by varying the level of pressure applied, was investigated.
