FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION

FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION

In this research we did fabrication of hybrid polymer micro-channel for Young Interferometer biochemical optic sensor application. To optimize this biochemical optic sensor design, we did simulation about surface Plasmon polariton propagation which propagates on the sensor surface. Hybrid polymer pr...

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Main Author: DWI INDARI (NIM : 10208034); Dosen Pembimbing : Dr. Rahmat Hidayat ; Co-Pembimbing : Dr. Priastu, EFI
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/15491
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:15491
spelling id-itb.:154912017-09-27T11:45:07ZFABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION DWI INDARI (NIM : 10208034); Dosen Pembimbing : Dr. Rahmat Hidayat ; Co-Pembimbing : Dr. Priastu, EFI Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/15491 In this research we did fabrication of hybrid polymer micro-channel for Young Interferometer biochemical optic sensor application. To optimize this biochemical optic sensor design, we did simulation about surface Plasmon polariton propagation which propagates on the sensor surface. Hybrid polymer produced by TMSPMA (3-(Trimethoxysilyll) propyl methacrylate) monomer by sol gel method. Micro-channel pattern created by photolithography technique. The resulted micro-channel pattern still broken because of imperfect photo-polymerization. By using Mathcad 14 software, we get sensor design which have possibility to create bound surface Plasmon polariton. Simulation results shows that by layering hybrid polymer with 50 nm of silver and vacuum, air, hexane, and water, we can get bound mode surface Plasmon polariton. This phenomenon can be used to detect biochemical compound. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description In this research we did fabrication of hybrid polymer micro-channel for Young Interferometer biochemical optic sensor application. To optimize this biochemical optic sensor design, we did simulation about surface Plasmon polariton propagation which propagates on the sensor surface. Hybrid polymer produced by TMSPMA (3-(Trimethoxysilyll) propyl methacrylate) monomer by sol gel method. Micro-channel pattern created by photolithography technique. The resulted micro-channel pattern still broken because of imperfect photo-polymerization. By using Mathcad 14 software, we get sensor design which have possibility to create bound surface Plasmon polariton. Simulation results shows that by layering hybrid polymer with 50 nm of silver and vacuum, air, hexane, and water, we can get bound mode surface Plasmon polariton. This phenomenon can be used to detect biochemical compound.
format Final Project
author DWI INDARI (NIM : 10208034); Dosen Pembimbing : Dr. Rahmat Hidayat ; Co-Pembimbing : Dr. Priastu, EFI
spellingShingle DWI INDARI (NIM : 10208034); Dosen Pembimbing : Dr. Rahmat Hidayat ; Co-Pembimbing : Dr. Priastu, EFI
FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION
author_facet DWI INDARI (NIM : 10208034); Dosen Pembimbing : Dr. Rahmat Hidayat ; Co-Pembimbing : Dr. Priastu, EFI
author_sort DWI INDARI (NIM : 10208034); Dosen Pembimbing : Dr. Rahmat Hidayat ; Co-Pembimbing : Dr. Priastu, EFI
title FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION
title_short FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION
title_full FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION
title_fullStr FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION
title_full_unstemmed FABRICATION MIKROKANAL HYBRID POLYMER FOR SENSOR OPTICAL BIOCHEMICAL APPLICATIONS AND ANALYSIS PLASMON POLARITON WAVE PROPAGATION
title_sort fabrication mikrokanal hybrid polymer for sensor optical biochemical applications and analysis plasmon polariton wave propagation
url https://digilib.itb.ac.id/gdl/view/15491
_version_ 1822017856817070080

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