Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field
This paper describes the approach of developing a high-speed molecular stirring system by using liquid crystal as the molecular stirrer. The research involves the usage of a pulse generator as the external source to provide pulsated electric field to the liquid crystal. Liquid crystals are known to...
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my.utm.620712017-05-07T08:13:34Z http://eprints.utm.my/id/eprint/62071/ Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field Chandren, Sheela Nur, Hadi Abu Bakar, Nur Izzati TK7885-7895 Computer engineer. Computer hardware This paper describes the approach of developing a high-speed molecular stirring system by using liquid crystal as the molecular stirrer. The research involves the usage of a pulse generator as the external source to provide pulsated electric field to the liquid crystal. Liquid crystals are known to possess magnetic and electric properties. In this work, a ferroelectric liquid crystal, N-(4-methoxybenzylidene)-4-butylaniline, will be employed. In a previous study, the usage of magnetic field and liquid crystal as the structure aligning agent has led to the successful formation of well-aligned titanium dioxide via sol gel method. When no magnetic field was applied, the titanium dioxide obtained was spherical and not aligned. Due to the unique properties of liquid crystal towards electric field, the present high-speed molecular stirring system is proposed. 2015 Conference or Workshop Item PeerReviewed Chandren, Sheela and Nur, Hadi and Abu Bakar, Nur Izzati (2015) Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field. In: 9th South East Asian Technical University Consortium (SEATUC) Symposium, 27-30 Jul, 2015, Thailand. http://www.biochemtech.kmutt.ac.th/index.php/news/151-9th-south-east-asian-technical-university-consortium-seatuc-symposium |
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TK7885-7895 Computer engineer. Computer hardware Chandren, Sheela Nur, Hadi Abu Bakar, Nur Izzati Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field |
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This paper describes the approach of developing a high-speed molecular stirring system by using liquid crystal as the molecular stirrer. The research involves the usage of a pulse generator as the external source to provide pulsated electric field to the liquid crystal. Liquid crystals are known to possess magnetic and electric properties. In this work, a ferroelectric liquid crystal, N-(4-methoxybenzylidene)-4-butylaniline, will be employed. In a previous study, the usage of magnetic field and liquid crystal as the structure aligning agent has led to the successful formation of well-aligned titanium dioxide via sol gel method. When no magnetic field was applied, the titanium dioxide obtained was spherical and not aligned. Due to the unique properties of liquid crystal towards electric field, the present high-speed molecular stirring system is proposed. |
format |
Conference or Workshop Item |
author |
Chandren, Sheela Nur, Hadi Abu Bakar, Nur Izzati |
author_facet |
Chandren, Sheela Nur, Hadi Abu Bakar, Nur Izzati |
author_sort |
Chandren, Sheela |
title |
Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field |
title_short |
Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field |
title_full |
Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field |
title_fullStr |
Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field |
title_full_unstemmed |
Development of high-speed molecular stirring system using liquid crystal induced by pulse electric field |
title_sort |
development of high-speed molecular stirring system using liquid crystal induced by pulse electric field |
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2015 |
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http://eprints.utm.my/id/eprint/62071/ http://www.biochemtech.kmutt.ac.th/index.php/news/151-9th-south-east-asian-technical-university-consortium-seatuc-symposium |
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13.160551 |