Study on Phase-Change Temperature and Latent Heat of Organic Phase-Change Nano-Fluid

Jian You Long

doi:10.4028/www.scientific.net/AMR.152-153.1591

Paper Titles

Orthogonal Experimental Study on Frost Resistance of Polypropylene Fiber Concrete
p.1574

Study on Thermal Conductivity of Organic Phase-Change Nano-Fluid
p.1579

Influence of Ultrafine Limestone Powder on the Performance of High Volume Mineral Admixture Reactive Powder Concrete
p.1583

Process of In Situ Cr Oxidation in Cu-Cr Pre-Alloyed Powders
p.1587

Study on Phase-Change Temperature and Latent Heat of Organic Phase-Change Nano-Fluid
p.1591

Optimization of Machining Parameters on Tool Wear Rate of Ti-6Al-4V through EDM Using Copper Tungsten Electrode: A Statistical Approach
p.1595

Morphological Control Synthesis and Characterization of Hydroxyapatite with Star-Shaped
p.1603

Investigation on the Diffusion Behavior of Mo-Ni Interface
p.1607

Research on Rheological and Thermal Properties of P(3HB-4HB)/PEG and the Preparation for Fiber
p.1611

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 152-153Study on Phase-Change Temperature and Latent Heat...

Study on Phase-Change Temperature and Latent Heat of Organic Phase-Change Nano-Fluid

Abstract:

Nano-aluminum, which has high thermal conductivity and good compatibility, was added into paraffin to improve its thermal conductivity. Surface modified technology was adopted and dispersant was used to prepare uniform and stable organic phase-change nano-fluid of paraffin and nano-aluminum. Experiments were conducted to test the phase-change temperature and latent heat of the prepared organic phase-change nano-fluid. Results show that the addition of nano-aluminum has no effect on phase-change temperature, but it changes phase-change latent heat of the prepared organic phase-change nano-fluid. Reduced degree of the latent heat is nearly proportional to the quantity of the added nano-aluminum.