Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials
The basic concept of pulsed laser ablation lies in the laser-matter interactions and phenomena related to the materials removal. While the former concern with the photo-induced ablation mechanisms, the latter are often related to the propagation behavior of the photo-ablated materials, which is gene...
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my-mmu-ep.35162012-05-14T02:39:20Z Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials 2011-05 Ong, Siew Wee TP Chemical technology The basic concept of pulsed laser ablation lies in the laser-matter interactions and phenomena related to the materials removal. While the former concern with the photo-induced ablation mechanisms, the latter are often related to the propagation behavior of the photo-ablated materials, which is generally known as the plume. The plume can be collected on a substrate, hence giving rise to the pulsed laser deposition technique which is widely used for preparation of many types of thin-film materials. These thin films, however, often contain commonly-known particulates (for example, droplets) of size ranging from nanometer (nm) to micrometer (mm). 2011-05 Thesis http://shdl.mmu.edu.my/3516/ http://vlib.mmu.edu.my/diglib/login/dlusr/login.php phd doctoral University of Multimedia Research Library |
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TP Chemical technology Ong, Siew Wee Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials |
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The basic concept of pulsed laser ablation lies in the laser-matter interactions and phenomena related to the materials removal. While the former concern with the photo-induced ablation mechanisms, the latter are often related to the propagation behavior of the photo-ablated materials, which is generally known as the plume. The plume can be collected on a substrate, hence giving rise to the pulsed laser deposition technique which is widely used for preparation of many types of thin-film materials. These thin films, however, often contain commonly-known particulates (for example, droplets) of size ranging from nanometer (nm) to micrometer (mm). |
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Thesis |
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Doctor of Philosophy (PhD.) |
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Doctorate |
author |
Ong, Siew Wee |
author_facet |
Ong, Siew Wee |
author_sort |
Ong, Siew Wee |
title |
Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials |
title_short |
Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials |
title_full |
Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials |
title_fullStr |
Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials |
title_full_unstemmed |
Investigation Of Plume Dynamics, Phase Explosion And Droplets In Pulsed Laser Ablation And Deposition Of Materials |
title_sort |
investigation of plume dynamics, phase explosion and droplets in pulsed laser ablation and deposition of materials |
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University of Multimedia |
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Research Library |
publishDate |
2011 |
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1747829514527834112 |