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AVS is a nonprofit organization that promotes communication, education,
networking, recommended practices, research, and the dissemination of
knowledge on an international scale, in the application of vacuum and
other controlled environments to understand and develop interfaces,
new materials, processes, and devices through the interaction of
science and technology.
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125 Maiden Lane, 15th Floor
New York, NY 10038
| Phone +1 (212) 248-0200 |
| Fax +1 (212) 248-0245 | |
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2010 All Rights Reserved. AVS |
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Divisions,
Chapters,
Groups |
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The technical structure of AVS is organized as a matrix.
Members can participate in one or more Divisions or Technical
Groups, each of which is focused around a major topical area.
Members may also participate in Chapters and Student Chapters,
which are regional organizations that focus on local area needs.
The science and technology community is warmly invited to
participate in all AVS events regardless of membership.
The topical highlights for each of our Chapters, Technical
Groups, and Divisions are provided below. You are invited to
peruse additional information for each by following the links.
Additional information important for the effective
functioning and governance of these organizations may be found
in the following documents:
Unique to their own local needs, 17 regional chapters
throughout the United States serve members and their communities
through a variety of activities such as symposia, monthly dinner
meetings, short course programs, student awards and industry
tours.
AVS INTERNATIONAL CHAPTERS
In 2006, the AVS International Interactions and Chapters,
Divisions, & Groups Committee worked to broaden the AVS
borders with the formation of international chapters.
AVS INTERNATIONAL AFFILIATES
AVS STUDENT CHAPTERSIn 2003, AVS started
Student Chapters
to provide university students tailored
opportunities for career and professional development. AVS will
be happy to assist your university in establishing a chapter to
focus in your school.
Technical groups focus on newly emerging, dynamic growth
areas of science and technology. They possess many of the
attributes of a Division and are characterized by a more agile
governing structure.
Manufacturing Science &
Technology Technical Group (MSTG)
Advanced microelectronic processing equipment
Diagnostics, sensors, and controls
Micro contamination and defects
Environmentally friendly manufacturing technology
MEMS and NEMS
Technical Group
Materials science, characterization, and reliability of MEMS
Fabrication techniques and integration technologies for MEMS
Nanoelectromechanical systems (NEMS)
BioMEMS
Microfluidics
Advanced Surface
Engineering Division (ASED)
Arc, electron-beam, ion-beam, plasma melting
Hard coatings
High-temperature coatings
Applied Surface
Science Division (ASSD)
Solid-state physics and chemistry
Materials science and technology
Corrosion and wear
Quantitative surface analysis and depth profiling
Biomaterial
Interfaces Division (BID)
Protein-solid and surface interactions
Biosensor/biology interfaces
Biology at the nanoscale
Artificial biosystems such as organs, bones, and cellular
networks
Electronic
Materials and Processing Division (EMPD)
Silicon and compound semiconductors
Fabrication techniques
Surface chemistry of semiconductors, metals, &
insulators
Magnetic
Interfaces and Nanostructures Division (MIND)
Micro-magnetic modeling and imaging
Magnetic recording materials
Spintronic device technology
Magnetic semiconductors
Magnetic thin films and nanostructures
Magnetism of surfaces and interfaces
Nanometer-Scale Science and Technology Division (NSTD)
Nanofabrication and atomic manipulation
Chemistry, physics and metrology of nanostructures
Nanometer-scale methods and analysis
Nanotechnology, micromachines
Plasma Science
and Technology Division (PSTD)
Plasma diagnostics and modeling
Plasma sources and techniques
Plasma surface interactions
Plasma processing
Surface Science
Division (SSD)
Surface interactions with electrons, ions, atoms, and
photons
Gas-solid interactions
Geometric structures of surfaces
Thin Film
Division (TFD)
Electrical and mechanical properties of films
Thin film preparation techniques
Expitaxy, nucleation and chemical properties
Process development and scale-up
Vacuum
Technology Division (VTD)
Measurement and analysis of vacuums
Pumping technology
Outgassing and contamination |
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