0% Complete
::
|
|
Sign in
|
Sign Up
ulpas@ulpas.org
☰
Home
Conference Information
About Conference
Topics
Registration Fee
Paper&Poster Templates
Organization
Scientific Committee
Organizing Committee
Award Committee
Previous ULPAS
Previous ULPAS websites
Previous ULPAS Proceedings
Contacts Us
Sponsorship
Keynote Speakers
Program
Awarded Papers & Posters
Home
/
14th International Fiber and Polymer Research Symposium
INVESTIGATION OF CAPACITIVE PROPERTIES OF ALD THIN FILM COATED FABRICS
Authors :
Aleyna NİŞANCI
1
Halil İbrahim AKYILDIZ
2
1- Bursa Uludag University
2- Bursa Uludag University
Keywords :
ALD،capaticance،thin film coating،Al2O3،Cotton،PET
Abstract :
Thin film deposition methods have advanced significantly in recent years. The ALD (atomic layer deposition) method is one of the chemical vapor deposition (CVD) methods and is a thin film coating method used for the production of semiconductor materials in recent years. (1) The features that distinguish the ALD thin film coating method from the CVD method are that all precursors are not fed into the system at the same time and the cleaning process after the precursors. The thin films formed by the ALD method have the same thickness across the entire surface and thus a conformal coating is realized. Although initially working with fabric, which is a conventional textile material, ALD film coating enables the fabric to gain new functional properties by modifying the fabric. In this way, it becomes a more technical material, has higher added value, and has the potential to be ready for use in different multidisciplinary fields other than textiles compared to fabric with the same properties without coating. In this study, the changes in the capacitance values of plain weave cotton and polyester woven fabrics with Al2O3 coating and surface modification by ALD thin film method were investigated.
Papers List
List of archived papers
Mechanical and Chemical Properties of CaCO3 Added Glass Fiber-Reinforced Composites
Hurrem CANITEZ - Ayse BEDELOGLU
Comparative Analysis of the Chemical, Structural, and Mechanical Properties of PBS and PBSA Electro-Blow Spun Nanofibers
Islam Shyha
Effect of Fused Deposition Modeling (FDM) Process Parameters on Mechanical Properties of Woven Polymeric Structures
Shree Kaji Ghimire - Ashok Sapkota - Sabit Adanur - Emel Kuram - Recep Onler
Green synthesis and characterization of diglycerol-based polyhydroxy urethane
Furkan Turna - Fatma Demirci
Hibrit Malzemelerin Darbe Karakteristiğine FDM Tipi 3B Yazıcı Üretim Sıcaklığının Etkisinin İncelenmesi
Tarkan AKDERYA - Rumeysa İNCESU - Ataberk KAPLAN - Gülbahar TABAKOĞLU - Buket OKUTAN BABA
Examining the effect of ATH addition on the properties of thermoset composites subjected to different repair processes
Hürrem CANITEZ
Yeni Nesil Araçların Akışkan Transfer Sistemleri İçin TPV Hortum Geliştirme
Hande BEK - Serdar Yanılmaz - Ayşe Bedeloğlu - Tuncay GÜMÜŞ
Development of Pickering Emulsion Hydrogels via Photopolymerization: Synthesis, Swelling Behaviour, and Antibacterial Activity
TUĞBA ŞİMŞEK - Fatma NUR PARIN - Uğur PARIN
Resistivity-strain behavior of conductive polymer composites-effect of using carbon filler in different geometry
Kübra Güleş - Alper Kaşgöz
Utilizing discarded high-density polyethylene (HDPE) plastic for the production of sheath-core bicomponent filaments
Oumayma Rezguı - Fatih Süvari
more
Samin Hamayesh - Version 44.5.0