ENGINEERING NANOCOMPOSITES AND INTERFACES FOR CONDUCTION AND RADIATION THERMAL MANAGEMENT

Description

<p>The thesis covers the following topics:</p>
<p>1. aggregation and size effect on metal-polymer nanocomposite thermal interface materials</p>
<p>2. diffusion limited cluster aggregation lattice simulation on thermal conductivty</p>
<p>3. thermal interfacial resistance reduction between metal and dielectric materials by inserting an intermediate metal layer</p>
<p>4. absence of coupled thermal interfaces in al2o3/ni/al2o3 sandwich structure</p>
<p>5. ultra-efficient low-cost radiative cooling paints</p>

Links & Downloads

1. 10.25394/pgs.7416407.v1

Tags

Mechanical Engineering

Composite and Hybrid Materials

Heat and Mass Transfer Operations

Heat Transfer

Nanomaterials

Composite

Radiative Cooling

Interfacial Thermal Resistance

Additional Fields

Identifer	oai:union.ndltd.org:purdue.edu/oai:figshare.com:article/7416407
Date	17 January 2019
Creators	Xiangyu Li (5929961)
Source Sets	Purdue University
Detected Language	English
Type	Text, Thesis
Rights	CC BY 4.0
Relation	https://figshare.com/articles/ENGINEERING_NANOCOMPOSITES_AND_INTERFACES_FOR_CONDUCTION_AND_RADIATION_THERMAL_MANAGEMENT/7416407