Audio Transcript Auto-generated
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Hello everyone.
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I'm Chunghwa from laboratory in the same this presentation is
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about the feasibility of later inducing consciousness technique for titanium
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dioxide nanoparticles analysis.
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This study was conducted under the central region of veteran
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who, Dubya and franchitti.
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Right. Yeah.
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So as you know the leisure list incumbent since the
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L. Ii has been used for measuring the volume fraction
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or size distribution of the third ambitions in combustion field
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are studying uses the same technique to characterize the formation
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of the nanoparticles.
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Inflame especially titanium dioxide and particles theoretically the L.
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Ii is based on the incandescence.
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The thermal radiation of heated particles which means that L.
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Ii is possible for all particles which could be heated
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enough to have high temperature by later hearing without other
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complicated chemicals or atomic emissions.
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Still, it has been debunked especially for such particles.
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And there are difficulties in spending this technique to other
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another particles.
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Therefore, this study aims to verify the visibility of L.
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Ii. In titanium dioxide nanoparticles.
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Since L.
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A. Is based on black by the radiation of heavy
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particles. It follows vince displacement law, which describes the spectrum
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movement as a function of temperature.
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By changing the temperature of contra volume, changing major energy
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and laying the systems detection gate to follow the signal
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decay, It is possible to verify this spectral behavior.
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First. We verified this black body like behavior in classical
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flame, generating suit particles as you can see with higher
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energy with higher temperature absolute particles in the control volume,
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the spectrum moves towards a shorter wavelengths with ling this
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detection gate by following the L II signal queen decay,
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the spectrum moves towards longer Rivlin's.
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This shows the typical spectral behavior of the black by
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the radiation of incandescence.
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The same technique was utilized in titanium dioxide nanoparticles laden
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errors. Or we verified that titan dioxide Barroso also follows
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the same tendency, as in the case, absurd as a
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functional later influence, and lame the delay engaged delay.
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So we conclude that the L.
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Ii until T i.
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02 titanium dioxide nanoparticles are possible, and this study is
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seems to be applied to flame synthesized tho to nanoparticles.
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Thank you for your attention.
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This is my contact.
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Feel free to ask me any questions.
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Thank you.