Topics

Workshop1 (W1) Material Properties and Applications

           2D Materials including Graphene

           Nanobiotechnology

           Nanomedicine

           Nanocatalysis

           Nanocomposites

           Nanofluids

           Nanoparticles/Nanofibers/Nanowires/Nanotubes/Nanosheets

           Nanophotonics

           Nanoelectronics

           Nanomagnetics

           Nanorobotics

           Nanoenergy

           Functional Nanomaterials

           Computational Nanotechnology

 

Workshop2 (W2) Nanofabrication

Top-Down

   Thin film Deposition Techniques

         Physical vapor deposition (PVD)

           Vacuum thermal evaporation.

           Electron beam evaporation.

           Laser beam evaporation.

           Arc evaporation.

           Molecular beam epitaxy.

           Ion plating evaporation.

           Direct current sputtering (DC sputtering).

           Radio frequency sputtering (RF sputtering).

         Chemical deposition

           Sol-gel technique

           Chemical bath deposition

           Spray pyrolysis technique

           Plating

           Electroplating technique.

           Electroless deposition.

         Chemical vapor deposition (CVD)

           Low pressure (LPCVD)

           Plasma enhanced (PECVD)

           Atomic layer deposition (ALD)           

    Lithographic Techniques

           Optical (i.e. Photo, X-ray, laser, EUV,…) lithography

           Electron-beam lithography

           Scanning probe lithography

           Nanoimprint lithography

           Magnetolithography

           Nanosphere lithography

           Proton beam writing

           Charged-particle lithography

           Neutral particle lithography (NPL)tral particle lithography (NPL)

     Etching techniques

           Wet Etching

           Dry Etching

 

Bottom-Up

           Sol-Gel Process

           Aerosol-Based Processes

           Chemical Vapor Deposition

           Atomic or Molecular Condensation

           Gas-Phase Condensation

           Supercritical Fluid Synthesis

           Spinning Fibers

           Self-Assembly

 

Workshop3 (W3) Nanochacterization

           Electron probe methods

           Scanning probe microscopy methods

           Spectroscopic Methods

           Nonradiative and Nonelectron characterization methods (i.e. BET, BJH, QCM…)

 

CONFERENCE SECRETARIAT

Aig Tur

Atatürk Cad No:1 Tever Apt. D:11
Sahrayıcedid 34734

Kadıkoy Istanbul TURKEY

T +90 216 330 80 90 
F +90 216 302 97 23 
E-mail: 
reg@nanomach.org

IMPORTANT DATES

01 Abstract Submission Deadline: March 13, 2020

02 Deadline for all Oral Presentation to be paid February 24, 2020

03 Notification of Acceptance, within 1-3 weeks after the receipt of abstract

04 Full text submission is available between  April 01- June 01, 2020 


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