w Divisions - IUVSTA


Scientific and Technical Divisions

Applied Surface Science Biointerfaces
Electronic Materials & Processing Nanometer Structures
Plasma Science & Technique Surface Engineering
Surface Science Thin Film
Vacuum Science and Technology

The Scientific and Technical Directorate (STD) coordinates the work of the divisions. Chairmen and members of divisions who are not Executive Council members participate at EC sessions as observers with the right to speak but not to vote. The interests of IUVSTA encompass not only vacuum per se, but those disciplines that use vacuum as an important tool. Steering Committees are formed from time to time to promote activity in new fields. Such steering committees can form the nucleus of a new division. The Applied Surface Science and Nanometer Structures Divisions followed this route. IUVSTA divisions coordinate and organize the technical program of the triennial International Vacuum Congresses (IVC) and Conferences sponsored by the Union. International Vacuum Congress sessions are divided on the basis of the divisional structure, and each division plays an important role in the selection of scientific papers, invited speakers, and moderators. Divisional co-sponsorship of technical sessions is encouraged.

Applied Surface Science

This division focuses on the application of the concepts and tools of surface science to problems in solid state physics and chemistry and materials science and technology. Current emphasis is on characterization of surfaces and interfaces and the quantification of surface analysis techniques. The division also represents IUVSTA on ISO Committee TC201 on Surface Chemical Analysis.

Topics Organization Statutes Workshops

Typical Applied Surface Science topics include:

  • Analysis of material surfaces, thin films, interphases, and interfaces
  • Metals, semiconductors, insulators, polymers, and organics
  • Coatings, adhesion, catalysis, corrosion, and wear
  • Grain boundaries, and diffusion
  • Sensors, and electronic devices
  • Biomaterials, and self-assembled monolayers
  • Surface reactions, and contamination
  • Surface treatments, and decomposition
  • Sputtering, and depth profiling
  • Developments in instrumentation and data processing
  • Quantitative surface, depth, and interface analysis
  • Development of reference materials and standards
Applied Surface Science Division 2016-2019 Triennium Applied Surface Science Division2013-2016 Triennium
Chair Poland Leszek Markowski Chair Great Britain Bonnie J. Tyler
Vice Chair Croatia Mladen Petravic Vice Chair USA John T. Grant
Secretary Austria Wolfgang Werner Secretary Poland Leszek Markowski
Representatives Argentina Gustavo Ruano Representatives Argentina
Australia Jamie Quinton Australia Jamie Quinton
Belgium Rony Snyders Austria Wolfgang Werner
Brazil Mauricio A. Algatti Belgium Rony Snyders
Bulgaria Katja Vutova Brazil Carlos R. Grandini
Czech Republic Vladimir Matolin Croatia Mladen Petravic
Finland Jari Koskinen Czech Republic Vladimir Matolin
France Oliver Renault Finland Jari Koskinen
Germany Michael Kopnarski France Florence Mercier-Bion
Great Britain David Scurr Germany Birgit Hagenhoff
Hungary Laszlo Ovari Hungary Laszlo Ovari
India D.K. Aswal India Shri T.K. Saha
Iran Iran
Israel Yaron Paz Israel Irina Gouzman
Italy Francesco Ghezzi Italy Francesco Ghezzi
Japan Daisuke Fujita Japan Hidehiko Nonaka
Korea Jeong Won Kim Korea Yongsup Park
Mexico Pierre Giovanni Mani-Gonzalez Mexico Martín Zapata Torres
Netherlands Netherlands
Pakistan Zafar Iqbal Pakistan Zafar Iqbal
Philippines Hernando S. Salapare III P.R. China Zhen-Chao Dong
P.R. China Zhen-Chao Dong Portugal Carlos Tavares
Portugal Carlos Tavares Russian Federation Alexey K. Rebrov
Russian Federation Alexey K. Rebrov Slovakia Lubomír Caplovic
Slovakia Lubomír Caplovic Slovenia Janez Kovac
Slovenia Janez Kovac Spain A. Gutierrez
Spain A. Gutierrez Sweden Joachim Schnadt
Sweden Edvin Lundgren Switzerland
USA John T. Grant


This division focuses on the interaction of biological fluids with solid surfaces. The applications are linked with biomaterials, biotechnology, personal care and medical devices, food production, but also adhesion, corrosion and fouling.

The proposal for the set-up of the Biointerfaces division which was accepted at the 18th General Meeting can be found here. A set of divisional statutes is in the making.

Biointerfaces Division
2016-2019 Triennium
Biointerfaces Division
2013-2016 Triennium
Chair Spain Miguel Manso Chair Italy Giacomo Ceccone
Vice Chair Italy Giacomo Ceccone Vice Chair France Anouk Galtayries
Secretary Portugal Dmitri Petrovykh Secretary Spain Miguel Manso
Representatives Argentina Osvaldo Chara Representatives Argentina
Australia Australia
Austria Robert Schennach Austria Jozef Keckes
Belgium Stephane Lucas Belgium Stephane Lucas
Brazil Carlos R. Grandini Brazil
Bulgaria Ekaterina Borisova Croatia Vesna Svetilcic
Croatia Galja Pletikapic Czech Republic Bohuslav Recek
Czech Republic Bohuslav Recek Finland Jari Koskinen
Finland Jari Koskinen Germany Christiane Ziegler
France Anouk Galtayries Great Britain Morgan Alexander
Germany Hadi Mozaffari-Jovein Hungary Robert Horvath
Great Britain Mischa Zelzer India
Hungary Peter Petrik Iran
India Israel Alex Laikhtman
Iran Japan Hirofumi Yamada
Israel Shachar Richter Korea Wan Soo Yun
Japan Toshiro Ogino Mexico Claudia Oliva Mendoza Barrera
Korea Tae Geol Lee Netherlands
Mexico Jose Luis Herrera-Perez Pakistan Attiya Bhatti
Netherlands P.R. China
Pakistan Attiya Rizwan Poland
Philippines Julius Andrew P. Nuñez Portugal Dmitri Petrovykh
P.R. China Zheng Hu Russian Federation
Poland Slovakia Vladimir Tvarozek
Portugal Slovenia Alenka Vesel
Russian Federation Sweden Fredrik Höök
Slovakia Sona Kovacova Switzerland
Slovenia Alenka Vesel USA Lara Gamble
Sweden Kajsa Uvdak
USA Lara Gamble


Electronic Materials and Processing

This division focuses on the science and technology pertaining to preparation, growth, processing and characterizion of materials used in device fabrication. Typical interests include silicon and compound semiconductors, the structure of interfaces and their growth and processing, CVD and MBE deposition, e-beam and photo-lithography, plasma- and ion-etching techniques, surface chemical behavior, quantum well structures, opto-electronics, VLSI/submicron devices, interconnects and packaging.

Topics Organization Statutes Workshops Divisional Reports


Typical Electronic Materials Processing topics include:

  • Fundamental mechanisms in dry etching
  • New developments in lithography
  • Fundamental properties of superlattices
  • Applications of high speed semiconductors
  • Metal/semiconductor interfaces
  • Ferroelectric materials
  • Applications of opto-electronics
  • Silicides and interconnects in VLSI
  • Films: Epitaxial growth
  • Thin insulators for photovoltaic and thin film display applications
  • Semiconductor surfaces quantum well structures
  • Heteroepitaxy
  • Chemical vapor deposition


Electronic Materials and Processes Division
2016-2019 Triennium
Electronic Materials and Processes Division
2013-2016 Triennium
Chair Croatia Ivana Capan Chair Croatia Ivana Capan
Vice Chair Germany Detlev Grützmacher Vice Chair Poland Jacek Szuber
Secretary Portugal Reinhard Schwarz Secretary Portugal Reinhard Schwarz
Representatives Argentina Romualdo A Ferreyra Representatives Argentina
Australia Rod Elliman Australia Rod Elliman
Austria Günther Springholz Austria Günther Springholz
Belgium J.-F. de Marneffe Belgium J.-F. de Marneffe
Brazil Jose A. Diniz Brazil Angelo L. Gobbi
Bulgaria Petko Vitanov Czech Republic Ivan Ostadal
Czech Republic Ivan Ostadal
Finland Sami Franssila Finland Sami Franssila
France France
Great Britain Germany Detlev Grützmacher
Hungary Gyorgy Molnar Great Britain Kevin Prior
India M. Mascarenhas Hungary Bela Pecz
Iran India K. C. Mittal
Israel Iris Visoly Fisher Iran
Italy Luciano Scaltrito Israel Shahar Richter
Japan Yoichi Kawakami Italy Alberto Lui
Korea Jin Dong Song Japan Yoichi Kawakami
Mexico Miguel Angel Santana-Aranda Korea Jong Su Kim
Netherlands Mexico Wilfrido Calleja Arriaga
Pakistan Mohammad Aslam Netherlands
Philippines Alexander G. Mendenilla Pakistan Mohammad Aslam
P.R. China Shaozhi Deng P.R. China Ningsheng Xu
Russian Federation Gennady G.Bondarenko Russian Federation Gennady G.Bondarenko
Slovakia Mario Kotlar Slovakia Jaroslav Kovac
Slovenia Drago Resnik Slovenia Janez Kovac
Spain A. Lousa Spain Drago Resnik
Sweden Lars-Erik Wernersson Sweden Anders Mikkelsen
Switzerland Switzerland
USA Lisa Porter USA Lisa Porter



Statutes of the Electrical Materials and Processing Division (EMP Division)
Article 1 – Name
The organization shall be known as the EMP Division of the International Union for Vacuum Science, Technique and Applications (IUVSTA), registered in Brussels, Belgium.
Article 2 – Objectives
The objectives of the Division are to promote, encourage and develop the science and technology associated with EMP in all countries, mainly through the following means:
A. The Division will liaise with national and international bodies active in the field of science/technology of EMP with the particular aim of effective coordination, at the international level, and act to relay information on local national meetings.

B. The Division will be concerned with the organization of technical sessions at the International Vacuum Congress and other international conferences, topical conferences, summer schools, workshops, short courses, educational activities and exhibitions.

C. The Division will promote the publication of scientific papers in proceedings, scientific journals and books in the science and technology of EMP.

D. The Division will contribute to other activities of the IUVSTA, in particular those of interest to EMP.

Article 3 – Membership
All members from countries which have Vacuum Societies or National committees that are members of IUVSTA can take part in planning the activities of the Division and influencing policy decisions.

Article 4 – Divisional Committee
The Divisional Committee is the nucleus of the EMP Division and decides upon all scientific matters of Divisional interest. The Divisional Committee will have an elected Chairperson, Vice-Chairperson and Secretary/Treasurer.

Article 5 – Structure of the Division, Nominations and Elections
A. Each National Committee within IUVSTA is invited to nominate one Divisional representative, chosen for his or her special interest in the subject of the Division. The nominated representatives for the EMP Division will act as the Divisional Electoral College. In the event of death or permanent incapacity of such a representative, the National Committee which had nominated this delegate shall nominate a new delegate as member of the Divisional College.

If the membership of the Divisional College exceeds 10 in number the members of the Divisional College will elect from their own ranks seven (7) members of the Divisional Committee. The election of the future Divisional Committee will be organized and conducted by the Secretary of the present Divisional Committee under the direction of the Chairman of the present Divisional Committee. The election of the Divisional Committee is carried out by vote by correspondence. Each representative votes for seven (7) members; those representatives who get the highest number of votes are elected as members of the Divisional Committee. Each electoral college member should give an order of preference in casting votes for the Divisional Committee; if and only if there is a tie vote (for the last member), the order of preference will be used to decide who will be elected. If there is still a tie situation then all those members in the tie shall serve on the Divisional Committee and the Committee will have more members for that triennium. In the case of resignation, death or permanent incapacity of a Divisional Committee member, that person shall be replaced by the member of the Divisional College who received the greatest number of votes among those not elected in the original vote by correspondence.

B. The elected Divisional Committee members may, in turn, co-opt three (3)other members. The co-opted members would be experts in the field; membership of national Committees is not required. It is suggested that the immediate past chairperson be considered for a co-opted member to provide advice and guidance. In the final Divisional Committee, normally no more than two persons domiciled in the same country shall be members.

C. The Divisional Committee should elect a Chairperson, a Vice-Chairperson, and a person to act as both Secretary and Treasurer from its own members who are also members of the Divisional College. Co-opted members may not be Divisional Officers. Each member of the Divisional Committee will indicate his or her preference among the Committee membership for these three positions; the person with the highest preference will be elected Chairperson, the positions of Vice-Chairperson and Secretary-Treasurer will be filled from the next two highest preferences.

On acceptance of these statutes by the IUVSTA Executive Council, the EMP Division will abide by the following procedure in the selection of co-opted members of the Divisional Committee.

The Divisional Committee may extend by majority vote to the Divisional Chairperson the right to select persons to become co-opted members of the Divisional Committee. It is suggested that this item be placed on the ballot when the Divisional Committee votes for Divisional Officers. It is further suggested that, at the time of the ballot, the Divisional Committee members may asked to suggest persons for consideration by the Chairperson for co-opted status.

D. The same person may be the national representative for more than one Division, but may be a member of no more than two Divisional Committees.

E. All members of the Divisional Committee and the Divisional College will serve for a three-year term; normally no member shall serve for more than six consecutive years. An exception to this rule is allowed for a previous Chairperson of the Committee who may be co-opted as suggested in Article 5.B. In general, the three year term will start at the ordinary General Meeting held during the triennial IVC meetings. The election procedure for the Divisional Committee should be completed two months before the ordinary General Meeting. The existing Divisional Committee will remain in charge until the next ordinary General meeting.

F. On the first working day of the 5th calender month before the date of any Ordinary General Meeting the Chairperson of the Division shall arrange with the Secretary/Treasurer of the Division to initiate the electoral processes for the new Committee. The Chairperson shall announce the election results by mailing to the members of the Divisional College.

Article 6 – Divisional College
Divisional representatives who form the Divisional College will elect the Divisional Committee (see Article 5). The Divisional representatives will serve during the three-year term as contact persons between their own national Committee and the EMP Divisional Committee. They will be kept informed of the Divisional Committee actions and, in turn, should ensure that their national committee is kept informed of those actions.

In cases of basic and important questions, all Divisional Representatives should be consulted by the Divisional Committee.

Article 7 – Duties of the officers of the Division
A. The Divisional Chairperson shall represent the Division in meeting of the Executive Council of IUVSTA and will report on the activities of the Division in Executive Council Meetings. Outside the Union he/she will represent the Division especially with respect to interactions with other international or national scientific and technical societies.

B. The Divisional Chairperson will preside at all business meetings of the Divisional Committee and Divisional College.

C. The Divisional Vice-Chairperson shall carry on all duties of the Chairperson in the event of the Chairperson’s absence, illness, resignation, or incapacity; he/she should carry out such other duties as may be assigned by the Chairperson.

D. The Secretary/Treasurer shall be responsible for the minutes of all Divisional Committee and Divisional College Meetings. He/She shall be in charge of all correspondence pertaining to the operation of the Division at the discretion of the Chairperson. The Secretary/Treasurer shall keep a strict accounting of all income and expenditures. He/She may pay out such funds as authorized by the Chairperson, or the Vice-Chairperson if the Chairperson is incapacitated, to meet all obligations of the Division. He/She shall issue a report of the financial standing of the Division at the business meeting of the Division or whenever required by the Chairperson. He/She should file an annual Divisional Treasurer’s Report and a Request for a Budget for the following year with the Director of the Scientific and Technical Directorate of the Union at the preceding year’s end.

E. The Officers of the Division (Chairperson, Vice-Chairperson and Secretary) should be members of the National Committee of the country where they have chosen their domicile

F. In case of resignation of the elected Chairperson, the Vice-Chairperson will act as Chairperson for the remaining part of the three-year term.

Article 8 – Finances
Members of the Divisional Committee are encouraged to solicit support from their National Committees for travel to committee meetings. In general, no funds will be available for travel expenses of Committee members.

The Secretary/Treasurer of the Divisional Committee will be responsible for the administration of any income and expenditure.

Article 9 – Specified Activities
A. Triennial Congress
The Divisional Committee will nominate a number of members of the associated Divisional International Programme Committee (IPC) of the Congress. These nominees provide the international component of the IPC and will comprise mainly Divisional Committee members, although the Committee may wish to include other nominees to improve the scientific or national balance, making use particularly of other members of the Divisional Electoral College. The number of nominees will be decided by the Congress Chair but ranges from 3 for Divisions with few sessions in the Congress to 10 for those with many sessions.

The Divisional Committee will also nominate, from within its group of individual nominees, two alternative possible chairpersons for this Divisional IPC. One of these will be selected by the Congress Scientific Chairperson, bearing in mind the need for some national balance and the need for good communications. The IPC Divisional Chairperson and the Congress Scientific Chairperson form the Scientific Organizing Committee for overall program decisions. The Divisional IPC will be responsible for nominating Invited Speakers and for the selection of contributed abstracts into oral and poster sessions. In the first round of information collection concerning the identification of possible Invited Speakers and session topics the IPC should seek the views of all members of the Divisional College.

An approximate timeline for these activities is:

  1. Nominations of IPC members by Divisional Committee; – 32 months
  2. JFinal IPC membership agreed; – 30 months
  3. Final lists of Invited Speakers/Session topics; – 20 months
  4. Abstract selection meeting; – 6 months

A full set of guidelines is available in the IUVSTA Procedures Manual.

Article 10 – Amendments
These statutes may be amended by a majority vote of ballots cast by members of the Divisional College. A minimum of two-thirds of the total number of members of the Divisional College must participate in this balloting. Voting on amendments will be organized by the Secretary/Treasurer of the Divisional Committee and will be by vote by correspondence.

Any such amendments are subject to confirmation by the Executive Council of the Union.

Any proposed amendments would be discussed with the Director of the Scientific and Technical Directorate, prior to submission to the members of the Divisional College.

Divisional Reports

Nanometer Structures

This division focuses on experimental and theoretical research on nanometer sized structures, as well as technological consequences of those structures. Its interests would include innovative techniques to fabricate one- and zero-dimensional structures, analytical tool development which provides nanometer-scale resolution with composition/structure/property characterization, exploration of new science and the models for understanding nanometer structures, and exploitation of nanometer-structure properties with an eye toward new technologies.

Topics Organization Statutes Workshops
Research Activities Calendar IUVSTA Highlight Seminar


Plasma Science and Technique

This division (formerly known as the Fusion Division) is concerned with gas fueling and pumping of large vacuum vessels; design and construction of such vessels, radioactive gas storage, recovery, and handling; pressure measurement, leak testing and repair of plasma devices and fusion reactors including particle beam injection; plasma wall interactions; plasma diagnostics (magnetic confinement fusion (MCF) and inertial confinement fusion (ICF); vacuum materials development; coatings, claddings, ceramics and alloys; ICF microtarget development, and neutral and negative ion beam injector technology. Also of concern are interaction of plasmas with and characterization of plasmas near surfaces.

Topics Organization



Typical topics include:

  • Wall and limiter conditioning in large fusion devices
  • Design aspects of next-generation devices
  • Recent advances in plasma diagnostics
  • Vacuum material development; plasma-wall interactions
  • Near surface characterization
  • Plasma impurity control and, recycling
  • Plasma fueling and heating
  • Microtarget fabrication and driver microtarget interactions
  • Maintenance of large fusion devices
  • Production and measurement of vacuum in fusion devices
  • Gas handling in fusion devices
  • Surface modification by plasma coatings

Surface Engineering

Surface engineering (SE) deals with the materials science and technology of modifying and improving the surface properties of materials for protection in demanding contact conditions or aggressive environments, as well as designing different functionalities with respect to of combination of electrical, optical, thermal, chemical, and biochemical responses, including adaptive and active control of functions. Strategies include both substrate surface modification via plasma, ion-, electron-, laser-beam processes, as well as deposition processes such as physical vapor deposition, chemical vapor deposition , spray, sol-gel, etc. SE involves multiple/hybrid techniques to form gradient near-surface architectures with special attention to interface design. Areas of scientific interest span the full spectrum of fundamental scientific understanding via modeling, synthesis-structure-property-performance relationships, to real-world engineering applications.

Topics Organization Statutes



Current Hot Topics:

  • Multifunctionality of surfaces, including active and adaptive control
  • Interface design
  • Modeling approaches using density functional theory, molecular dynamics simulations, and finite element methods
  • Engineered multilayers and nanostructured coatings

Surface Science

Experimental and theoretical research on solid surfaces and interfaces, as well as gas- and liquid-solid interactions, broadly defines the scope of this division. Current efforts are emphasized on electronic, ion, atom, and photon interactions with surfaces and on the structure, electronic properties, and dynamics of surface processes. The latter include surface reactions, growth modes, diffusion, catalysis and electronic interactions. Being rather general, the scientific community associated to SSD studies matter confined in borders and matter of reduced dimensions that could be one or a few atomic layers thick. During many years, powerful techniques and methods have been developed with high energy, and spatial resolution able to seed light and unravel rather diverse and complex phenomena based on low dimensional electronic and structural properties, with remarkable technological applications and direct implications in fundamental knowledge.

Surface science deals with the interface between different solid materials and their interaction with gases and liquids. Surface science has a history of dealing with the chemical, geometrical, vibrational, and electronic structure of the surface, i.e. properties specific to the outermost atomic layers of the solid. The kinetics and dynamics of the surface, and its interaction with particles, represent another theme in surface science. Very relevant to surface science is the precise study of surface modification and the resulting changes in their properties, at atomic level. New areas of study include rather diver but important issues as the characterization and control of surfaces during the environmental degradation, biosurfaces, corrosions and the optimization and evolution of advanced electronic materials for the information during their manufacturing and aging.

The main topics of Surface Science can be listed as follows:
  • Adsorbates Dynamics and Scattering
  • Atomic Manipulation
  • Chemical Reactions at surfaces
  • Diffusion and Growth
  • Electronic Structure of few atomic layers at surfaces and interfaces
  • Environmental and Biological Surface Science
  • High precision Geometric Structure determination of surfaces and interfaces
  • Liquid-, gas- and solid-Solid Interfaces electronic and magnetic interactions
  • Surfaces/bulk Magnetic Properties
  • Oxide Surfaces
  • New theoretical approaches
  • Photon or Electron Induced and Ultrafast Processes
  • Phase Transitions, Statistical Mechanics and Thermodynamics
  • Sliding Friction, Tribology, Fracture
  • Small Particles, Clusters and Novel Structures
  • Corrosion
  • Surfaces and environmental interactions
  • Design of quantum materials embedded in surfaces
  • Chirality at surfaces
  • Topological surface states at surfaces
  • Materials with Dirac fermions at surfaces
  • New Experimental Methods and Techniques
About the Division

The mission of the Surface Science Division of the IUVSTA is to provide a forum for research and education in the preparation, characterization, modification, and utlization of surfaces and interfaces. The major aim is to promote skills and knowledge for fundamental research and for innovation in a large diversity of applied fields.

Activities of the Division

The SSD organizes schools, workshops, exhibitions and conferences where plenary lectures, keynote lectures, oral and poster presentations covering all the working areas of the Division. The main aims of the SSD are achieved bringing together experts from universities, research centres and industries.

The SSD promotes science and technology in the following wide range of topics:
  • unraveling mehanisms solid/gas, solid/solid, and solid/liquid surfaces and interfaces
  • precise characterization of the chemical composition, electronic structure, bonding, topology and structure surfaces and interfaces
  • atomic functionalization of surfaces and interfaces top optimize the stability, reactivity or other properties of components and/or devices
Chair Maria Carmen Asensio
Vice Chair Mario Rocca
Secretary Fumio Komori
Argentina Maria Carmen Asensio
Australia Anton Tadich
AUstria Gareth Parkinson
Belgium Guy Terwagne
Brazil Luis C. Fontana
Bulgaria Nadya Stankova
Croatia Ivor Lončarić
Czech Republic Karel Mašek
Finland Kai Nordlund
France Bruno Domenichini
Germany Ulrike Diebold
Great Britain Ziyou Li
Hungary János Kiss
Israel Igor Rahinov
Italy Mario Rocca
Japan Fumio Komori
Korea Jouhahn Lee
Mexico Gregorio Hernández-Cocoletzi
Pakistan Muhammad Arif
Philippines Hernando S. Salapare III
P.R. China Jiandong Guo
Poland Antoni Ciszewski
Portugal Ana Maria P. L. R. Botelho do Rego
Slovakia Jozef Novák
Slovenia Janez Kovač
Spain Isabel Montero
Sweden Jonas Weissenrieder
Switzerland Roman Fasel
USA Petra Reinke


Thin Film

This division is devoted to production and use of films from research to device and mechanical applications. Its interests include preparation techniques, including new technologies, such as photon-, electron-, and ion-enhanced deposition and processing, electrical and mechanical properties, process monitoring, and analytical characterization methods. Interests extend to diffusion and electromigration, growth, structure, epitaxy, nucleation, and chemical phenomena at thin film interfaces.

Topics Organization Statutes Workshops
Divisional Reports Conferences Committee Duties Minutes of Meeting


Vacuum Science and Technology

This division deals with all phenomena impacting the production, measurement, and analysis of vacuum. The division is interested in the permeability of materials, vacuum pumping, outgassing and contamination, as well as new leak detection techniques and improved total and partial pressure measurements. Standards for these and other measurements are continually reviewed by the Division.

Topics Organization Statutes Workshops
IVC-14 European Vacuum Conference Liaison Bibliography