Research on Thermal Character of Inorganic High Temperature Phase Change Materials

Yue Feng Li; Dong Zhang

doi:10.4028/www.scientific.net/AMM.281.381

Paper Titles

Design and Application of New-Style Auto Stair-Climbing Wheelchair
p.359

Modal Analysis of a Lightweight Engine Hood Design Considering Stamping Effects
p.364

Structure Optimization of Air Cooling Condenser in Close-Loop Self-Circulation Evaporative Cooling System of Wind Generator
p.370

Study on Coupling Faults Diagnosis of Gear Rotor System
p.374

Research on Thermal Character of Inorganic High Temperature Phase Change Materials
p.381

The Activities of NO Oxidation over the Pt/γ-Al₂O₃Catalyst
p.385

A Simulation Study on the Effect of Micro-Textured Tools during Orthogonal Cutting of Titanium Alloy Ti-6Al-4V
p.389

The Mechanical Properties of 20MnSi Steel and Welding Research
p.395

Research on the Sintering Process of the Fe-Al-WC Composite Materials
p.400

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 281Research on Thermal Character of Inorganic High...

Research on Thermal Character of Inorganic High Temperature Phase Change Materials

Abstract:

Recently advances in testing methods and study of the inorganic salt establish the high temperature phase change energy storage materials as a promising candidate for solar thermal power generation, industrial process heat use and waste heat recovery. In this paper, a phase change model related to the warming-cooling method was established to test the phase change temperature and the heat of LiCl-NaCl(1.08-1) and Ca(NO₃)₂-NaNO₃(4-7). The result tested by the warming-cooling method is mainly in line with the one tested by other method. The data allows a promising development of the energy storage.