| Etkinlik Eğitim Programı | ||||
| SAAT/GÜN | 1. GÜN | 2. GÜN | 3. GÜN | 4. GÜN |
| 08:00 - 08:45 | Registration | DERS ADI: Generation of Strong Pressure Wave by Pulsed Arc Discharge for Ballast Water Treatment | DERS ADI: Design of Proteins on the basis of Material Surface Characteristics | DERS ADI: Atmospheric Plasma Processes for the Elaboration of Biomaterials |
| DERS VERECEK ÖĞRETİM ÜYESİ: Dr. Soosoek Choi | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Ersin Emre Ören | DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Farzi Arefi-Khonsari | ||
| DERS KONUSU. İÇERİĞİ:- Electrical
discharge applications in water - Arc discharge properties - Investigation of the relationship between several parameters, e.g.input energy, pressure wave and electrode design - The effect of Arc discharge (produced at variable parameters e.g. ınput energy, electrode design) on sea water |
DERS KONUSU, İÇERİĞİ:-
Lessons from biology with examples of protein-mediated functional
biological materials - Peptides/proteins which designed with specific affinity to inorganic solids using novel engineering approaches (bioinformatics, molecular dynamics and homology modeling) and examples of their potential utilizations in technology and medicine. |
DERS KONUSU, İÇERİĞİ:- An introduction on the possible
functionalization techniques of different surfaces - The state of the art in the field of biomaterials - Plasma functionalization processes for biomaterials; surface activation, plasma polymerization and copolymerization |
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| 09:00 - 09:45 | Registration | DERS ADI: Considering Gas Phase and Surface Processes in Plasma Deposition | DERS ADI: Role of Particle Shape in Nanomedicine Application | DERS ADI: Atmospheric Plasma Processes for the Elaboration of Biomaterials |
| DERS VERECEK ÖĞRETİM ÜYESİ: Dr. Dirk Hegemann | DERS VERECEK ÖĞRETİM ÜYESİ: Assoc. Prof. Fatih Büyükserin | DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Farzi Arefi-Khonsari | ||
| DERS KONUSU. İÇERİĞİ:- Plasma interaction
with surfaces: ablation vs. deposition - Plasma deposition: sputtering, plasma polymerization and combinations thereof - Functional surfaces: electrical, optical, adhesion promoting and antibacterial properties - Stability of plasma deposits in aqueous environments |
DERS KONUSU, İÇERİĞİ:- Details about template and mold
fabrication - Particle production and potential biomedical applications |
DERS KONUSU, İÇERİĞİ:- An introduction on the possible
functionalization techniques of different surfaces - The state of the art in the field of biomaterials - Plasma functionalization processes for biomaterials; surface activation, plasma polymerization and copolymerization |
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| 10:00 -10:45 | Welcome Address | DERS ADI: Considering Gas Phase and Surface Processes in Plasma Deposition | DERS ADI: Role of Particle Shape in Nanomedicine Application | DERS ADI: Industrial Applications of Atmospheric Pressure/Open Air Plasma Technologies |
| Prof. Mehmet Mutlu | DERS VERECEK ÖĞRETİM ÜYESİ: Dr. Dirk Hegemann | DERS VERECEK ÖĞRETİM ÜYESİ: Assoc. Prof. Fatih Büyükserin | DERS VERECEK ÖĞRETİM ÜYESİ: Christian Buske-Hakan Sağkal | |
| DERS KONUSU. İÇERİĞİ:- Plasma interaction
with surfaces: ablation vs. deposition - Plasma deposition: sputtering, plasma polymerization and combinations thereof - Functional surfaces: electrical, optical, adhesion promoting and antibacterial properties - Stability of plasma deposits in aqueous environments |
DERS KONUSU, İÇERİĞİ:- Details about template and mold
fabrication - Particle production and potential biomedical applications |
DERS KONUSU, İÇERİĞİ: -Plasma disinfection: New method to
disinfect surfaces using Atmospheric Plasma - Disinfecting packaging with plasma - Advantages of plasma disinfection |
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| 11:00 -11:45 | DERS ADI: Environmental and Biomedical Applications of Microplasma Produced by Gliding Arc Discharges (ENV-BIO-GA) | DERS ADI: Plasma Treated Membrane Processes for Protein Separation | DERS ADI: Soft Functional Materials for Biomedical Tissue Engineering | DERS ADI: Industrial Applications of Atmospheric Pressure/Open Air Plasma Technologies |
| DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Henryka D. Stryczewska | DERS VERECEK ÖĞRETİM ÜYESİ: Assoc. Prof. H. Ali Güleç | DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Bong Sup Shim | DERS VERECEK ÖĞRETİM ÜYESİ: Christian Buske-Hakan Sağkal | |
| DERS KONUSU, İÇERİĞİ:- Design, performance
and proper parameters of power supply systems - Specially constructed transformers and AC/DC/AC inverters |
DERS KONUSU. İÇERİĞİ:- Membrane processes in dairy industry:
- Biofouling & antifouling: mechanisms and methods - Membrane fouling: Impact and protein interaction with membrane surfaces - Surface chemistry based hydrophylicity & hydrophobicity - Wetting phenomena and surface free energy theories - Superhydrophylic surfaces - Plasma interaction with surfaces: deposition, polymerization and etching |
DERS KONUSU, İÇERİĞİ: -Soft Functional Materials -Brain-machine interfaces (BMIs) or peripheral nerve interfaces (PNIs) and its applications -Soft conducting materials and pros and cons of these materials |
DERS KONUSU, İÇERİĞİ: -Plasma disinfection: New method to
disinfect surfaces using Atmospheric Plasma - Disinfecting packaging with plasma - Advantages of plasma disinfection |
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| 12:00 -12:45 | DERS ADI: Low Pressure Plasma Technology and Biosensor Applications | DERS ADI: Plasma Treated Membrane Processes for Protein Separation | DERS ADI: Improvement of Medical Textiles by Plasma Processing | DERS ADI: Applications of Plasma Treatment in Food Industry for Decontamination and Detoxification Purposes |
| DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Mehmet Mutlu | DERS VERECEK ÖĞRETİM ÜYESİ: Assoc. Prof. H. Ali Güleç | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Bengi Kutlu | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Baran Önal Ulusoy | |
| DERS KONUSU, İÇERİĞİ:- Principle and
advantages of glow discharge treatment of surfaces for single layer enzyme
electrode - Mass sensitive immunosensor preparation |
DERS KONUSU. İÇERİĞİ:- Membrane processes in dairy industry:
Impact - Biofouling & antifouling: mechanisms and methods - Membrane fouling: Impact and protein interaction with membrane surfaces - Surface chemistry based hydrophylicity & hydrophobicity - Wetting phenomena and surface free energy theories - Superhydrophylic surfaces - Plasma interaction with surfaces: deposition, polymerization and etching |
DERS KONUSU, İÇERİĞİ:-Basic information about textile
structures -Definition and classification of technical textiles, -Definition of medical textiles -Classification of medical textiles -Plasma processing of medical textiles -Examples of plasma treatments for implantable and non-implantable medical textiles and antibacterial products |
DERS KONUSU. İÇERİĞİ: -Non-chemical and non-thermal food
decontamination and detoxification techniques -Advantages and challenges of plasma treatments on food decontamination and detoxification -Application of low-pressure vacuum plasma and atmospheric plasma on decontamination and detoxification of foods -Changes in some physical and chemical properties of various foods after plasma treatment |
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| 14:00 -14:45 | DERS ADI: Low Pressure Plasma Technology and Biosensor Applications | DERS ADI: Applications of Plasma Treatment in Food Industry for Decontamination and Detoxification Purposes | DERS ADI: Amphoteric Surfaces for Improving Bacteria Antifouling Properties of Biomaterials | DERS ADI: Applications of Plasma Treatment in Food Industry for Decontamination and Detoxification Purposes |
| DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Mehmet Mutlu | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Baran Önal Ulusoy | DERS VERECEK ÖĞRETİM ÜYESİ: Dr. Ebru Akdoğan | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Baran Önal Ulusoy | |
| DERS KONUSU, İÇERİĞİ:- Principle and
advantages of glow discharge treatment of surfaces for single layer enzyme
electrode - Mass sensitive immunosensor preparation |
DERS KONUSU. İÇERİĞİ: -Brief description of food chemistry
-Microbial growth on food -Foodborne pathogen microorganisms and their contamination on food -Formation of foodborne toxins and their effects on human health -Current and emerging non-chemical decontamination and detoxification methods |
DERS KONUSU, İÇERİĞİ:-What is biomaterial related
infection -The significance of surface properties on biomaterial related infections - Plasma polymerisation as a tool for infection free biomaterials |
DERS KONUSU. İÇERİĞİ: -Non-chemical and non-thermal food
decontamination and detoxification techniques -Advantages and challenges of plasma treatments on food decontamination and detoxification -Application of low-pressure vacuum plasma and atmospheric plasma on decontamination and detoxification of foods -Changes in some physical and chemical properties of various foods after plasma treatment |
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| 15:00 -15:45 | DERS ADI: Decontamination by Low Temperature Atmospheric Pressure Plasma | DERS ADI: Lab Course 2: Low pressure/Low frequency Oxygen Plasma Effects on a Glass Surface for the Investigation of Surface Characteristics | DERS ADI: Lab Course 3: Gliding Arc Plasma Apllications | DERS ADI: Lab Course 4: Application of Low Pressure Plasma; Increasing the surface resistance of Quartz Tunning Fork (QTF) |
| DERS VERECEK ÖĞRETİM ÜYESİ: Dr. Joanna Pawlat | DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Mehmet Mutlu | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Baran Önal Ulusoy | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Baran Önal Ulusoy | |
| DERS KONUSU, İÇERİĞİ:- RF-powered
Atmospheric Pressure Plasma Jet (APPJ) - Ways to obtain stable plasma with low reflected power loss and to decrease plasma temperatures |
DERS KONUSU, İÇERİĞİ: - Low pressure/low frequency oxygen
plasma - Hydrophobic to hydrophilic transition. - Power and exposure time effects on contact angle measurements |
DERS KONUSU, İÇERİĞİ: - Gliding Arc Plasma Applications: To examine the effect of decontamination on different test surfaces which contains different microorganims. | DERS KONUSU, İÇERİĞİ: - Low pressures applications with different parameters and differenf monomers -Resistance measurement of QTF with multimeter | |
| 16:00 -16:45 | DERS ADI: Power Supply Systems for Gliding Arc Discharge Plasma Reactor | DERS ADI: Lab Course 2: Low pressure/Low frequency Oxygen Plasma Effects on a Glass Surface for the Investigation of Surface Characteristics | DERS ADI: Lab Course 3: Gliding Arc Plasma Apllications | DERS ADI: Lab Course 4: Application of Low Pressure Plasma; Increasing the surface resistance of Quartz Tunning Fork (QTF) |
| DERS VERECEK ÖĞRETİM ÜYESİ: Dr.Jarek Diatczyk | DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Mehmet Mutlu | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Baran Önal Ulusoy | DERS VERECEK ÖĞRETİM ÜYESİ: Asst. Prof. Baran Önal Ulusoy | |
| DERS KONUSU, İÇERİĞİ:- Gliding arc (GA)
plasma device and its applications - Components of GA plasma systems - Power consumption and stable plasma formation of GA plasma reactor |
DERS KONUSU, İÇERİĞİ: -
Low pressure/low frequency oxygen plasma - Hydrophobic to hydrophilic transition. - Power and exposure time effects on contact angle measurements |
DERS KONUSU, İÇERİĞİ: - Gliding Arc Plasma Applications: To examine the effect of decontamination on different test surfaces which contains different microorganims. | DERS KONUSU, İÇERİĞİ: - Low pressures applications with different parameters and differenf monomers -Resistance measurement of QTF with multimeter | |
| 17:00 -17:45 | DERS ADI: Electron-beam irradiation processing technology for food products | |||
| DERS VERECEK ÖĞRETİM ÜYESİ: Assoc. Prof. Ali Bozbey | ||||
| DERS KONUSU, İÇERİĞİ: - E-beam
sterilization for food products - Effect of high energy electrons on microorganisms - Main parts of e-beam accelator and e-beam accelerator with photonic source |
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| 18:00 -18:45 | DERS ADI: Lab Course 1: Introduction to Working Principle of Low Pressure/Low Frequency and Gliding Arc Plasma | |||
| DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Mehmet Mutlu | ||||
| DERS KONUSU, İÇERİĞİ: -Demonstration of Plasma Devices -Teaching some working principle of plasma sources -Effects of Plasma Parameters |
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| 19:00-19:45 | DERS ADI: Lab Course 1: Introduction to Working Principle of Low Pressure/Low Frequency and Gliding Arc Plasma | |||
| DERS VERECEK ÖĞRETİM ÜYESİ: Prof. Mehmet Mutlu | ||||
| DERS KONUSU, İÇERİĞİ: -Demonstration of Plasma Devices -Teaching some working principle of plasma sources -Effects of Plasma Parameters |
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| Etkinlik Koordinatörü: Prof. Mehmet Mutlu | ||||
| İmza: | ||||