13th INTERNATIONAL STELLARATOR WORKSHOP INFORMATION PAGE


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The 13th INTERNATIONAL STELLARATOR WORKSHOP will be held from February 25 to March 1 at the Leonard Huxley Theatre, The Australian National University Canberra, Australia.

Canberra, the national capital of Australia, is sometimes called "the bush capital" with its pockets of bushland reserve which extend almost to the city centre. Over half of its land is classified as national park or nature reserve. Canberra is about 3 hours drive from Sydney, and the ANU campus is only a few minutes walk from Canberra's central business district.

Canberra offers a range of attractions including the recently opened Museum of Australia, art galleries, science and technology centres, winery tours, and other activities.

We would appreciate it if you could inform your colleagues of this conference for widest dissemination of this notice.

GENERAL INFORMATION

The international Stellarator Workshop is held every two years to focus on new results and ongoing activities in theory and experimental research in helical systems. With a number of new operating devices and world-wide interest in stellarator configurations for plasma containment, this should prove to be an exciting Workshop.

TOPICS


(1) Recent experimental projects
(2) Transport and confinement improvement
(3) MHD equilibrium and stability
(4) Turbulence and transport
(5) Particle and power handling
(6) Divertors and impurity control/transport
(7) Plasma heating
(8) Diagnostics
(9) Configuration optimization
(10) New devices
(11) Reactor studies


LANGUAGE

The working language for the Workshop is English


SOCIAL PROGRAM

A number of social events are being organised for conference participants and their guests, and are covered in the registration fee. These include a welcome reception on Sunday, 24 February at the Research School of Physical Sciences; the Workshop Banquet on Thursday 28 February, in the Nation’s Old Parliament House, the seat of Australian Government from 1927 until 1988, and a half-day excursion visiting some of Canberra’s attractions.

Post-Workshop Touring
Following the completion of the Workshop, delegates are invited to take the opportunity to visit some of Australia’s scenic attractions, and book domestic flights in conjunction with their international tickets. Information concerning Australia’s famous top end destinations , including Kakadu National Park, the Red Centre, the Great Barrier Reef, etc. can be found on a number of www sites including www.tourismqueensland.com and www.northernterritory.com For more specific information on optional tours, accommodation and costs, concerning the Red Centre, delegates can contact christine.cleary@norgate.com

Because the distances in Australia are great, and as the above destinations are extremely popular with both international and local tourists, bookings will need to be made well in advance.

Participants and Accompanying Persons
The half-day excursion ( included in the Registration Fee) has been designed to provide an insight into Canberra, the Nation’s Capital. The tour will cover a number of Canberra’s major attractions including The Parliamentary Triangle; Diplomatic Embassies; The Australian War Memorial and Museum; the new National Museum, and Black Mountain Telstra Tower. Delegates will also be offered the opportunity to visit the Tidbinbilla Nature Reserve to observe some of Australia’s famous flora and fauna in their natural habitat, including koalas, kangaroos, emus and bird-life.

Accompanying Persons
A number of activities for accompanying spouses will be organized throughout the week of the Conference. Depending on the level of interest, visits in small groups will be organized to the villages of Bungendore, Braidwood, and Hall, to Lanynon Homestead, and to a working sheep station. All of these attractions are of historical significance. Canberra also offers a number of shopping opportunities both in the CBD and within easy commuting distance.


ACCOMMODATION

PLEASE MAKE ACCOMMODATION RESERVATIONS DIRECTLY WITH THE PROVIDERS SHOWN BELOW

Blocks of rooms have been reserved for accompanying persons and participants at University House-The ANU Hotel, and at Burgmann College, Burgmann College is a residential College set in the foot of Black Mountain in a beautiful natural setting. University House and Burgmann College, both situated on the ANU campus, are a 5 or 10 minutes stroll respectively from the conference venue.

University House

Participants who wish to reserve accommodation at University House should do so by contacting University House and making a direct booking through the Reservations Office at http://www.anu.edu.au/unihouse/accom.html or by fax to +61 2 6125 5252

To ensure correct rates are quoted, participants must nominate the group block booking name, namely The 13th International Stellarator Workshop. The following is a guide to room type and price options.

 

Room Types

Rates $A

Maximum Guests in Each

Basic single, shared facilities

59

1

Basic twin, single occupancy

93

1

Basic twin, twin occupancy

103

2

Superior suite, single occupancy

98

2

Superior suite, double occupancy

108

3

Family room

98

4

One bedroom apartment

98

2

Two bedroom apartment

154

6

     

More general information about University House can also be found on www.anu.edu.au/unihouse

Burgmann College

Accommodation offered at Burgmann College is:

Single room with shared bathroom facilities $44/day including breakfast and GST

For direct bookings please contact the Reservations Officer at www.anu.edu.au/res/burgmann

Note: Please nominate the group booking name The 13th Stellarator Workshop to ensure correct rates.

More general information about Burgmann College can be found atwww.anu.edu.au/res/burgmann

Other Accommodation

Other accommodation options are available in the city of Canberra, and further information can be found at http://www.accomline.com/allcbr.htm


GST (Goods and Services Tax @10%) REQUIREMENTS

Those delegates requiring a tax invoice for the purposes of the Australian Goods and Services Tax please note a tax invoice will be issued in the name of the delegate. If the tax invoice is required in another name, for example an employer, please provide the appropriate information on your registration form.

Questions on registration should be directed to Ms. Helen Hawes at the Workshop Secretariat, Email: isw@anu.edu.au


ABSTRACTS

Abstracts will be reproduced from the original submission and distributed to all participants at the beginning of the Workshop. Abstracts should be submitted in electronic form as an attachment in pdf format, or sent by fax to the Workshop Secretariat.

Participants will be individually notified of receipt of their abstract.


CONTRIBUTED PAPERS

The selection of contributions for oral or poster presentation will be made by the Selection Committee on the basis of the submitted abstracts. Authors may indicate their preference, but the Committee reserves the right of assignment to specific sessions. Authors will be informed by the end of January of the session assignment of their paper and given detailed instructions for the preparation of camera-ready text for the full-length papers. Completed camera-ready four-page papers are required to be submitted by 5.00pm on the first day of the Workshop, Monday 25th February 2002. Submitted full-length papers will be distributed to all participants on CD-ROM after completion of the Workshop, and will be available in pdf format at the Stellarator Workshop web site.

There will be several invited papers at the Workshop. The goal is to provide overviews of topical subjects and experimental programmes or in-depth presentation of outstanding new results by acknowledged experts.

Further instructions for paper submissions are at Guidelines to Authors.


JOURNAL PUBLICATION OPPORTUNITY

Arrangements are being made with the Journal of Plasma Physics and Controlled Fusion to publish a cluster of papers based on the Workshop. Participants may, if they wish, submit their original publication in accordance with the Journal’s policy which can be found at http://www.ioppublishing.com/Journals/pp. This gives an opportunity for the work to appear in a properly refereed journal with a high citation reading.

Note: this is an option for participants, and is in addition to the four-page papers required for the Workshop proceedings.


IMPORTANT DATES

Camera ready full papers 25th February 2002


CONFERENCE CHAIRMAN

Professor Jeffrey H. Harris

Plasma Research Laboratory

Research School of Physical Sciences and Engineering

Canberra, 0200, AUSTRALIA

Tel: 61 2 6125 5422

Fax: 61 2 6125 8316

Email: jeffrey.harris@anu.edu.au


INTERNATIONAL ORGANISING COMMITTEE

The international organising committee is:

Prof. F. Wagner (IPP-Garching)

Prof. D. T. Anderson (University of Wisconsin)

Dr. J. F. Lyon (Oak Ridge National Laboratory)

Dr. D. Monticello (Princeton Plasma Physics Laboratory)

Prof. T. Obiki (Kyoto University)

Dr. O. S. Pavlichenko (Kharkov Phys.-Tech. Institute)

Prof. O. Motojima (National Institute of Fusion Science)

Prof. C. Alejaldre (Asociacion EURATOM/CIEMAT)


LOCAL PLANNING COMMITTEE

Professor Jeffrey Harris, Plasma Research Laboratory, The Australian National Unversity

Professor Robert Dewar, Department of Theoretical Physics, The Australian National University

Professor Andrew Cheetham, Faculty of Information Sciences and Engineering, University of Canberra

Dr Boyd Blackwell, Plasma Research Laboratory, The Australian National Unversity

SCIENTIFIC SECRETARY

Professor Sydney Hamberger, Plasma Research Laboratory, The Australian National University

WORKSHOP SECRETARIAT

(registration forms, abstracts, full papers, accommodation information, payments, excursions, etc.)

Ms Helen Hawes

The 13th International Stellarator Workshop

C/- Plasma Research Laboratory

Research School of Physical Sciences and Engineering

The Australian National University

Canberra, 0200, AUSTRALIA

Phone: +61 2 6125 2480

Fax: +61 2 6125 8316

Email: isw@anu.edu.au


MANUSCRIPT PREPARATION - DETAILED GUIDELINES

 

Completed camera-ready papers are required to be submitted to the Conference Secretariat by 5.00pm on the first day of the Workshop, Monday 25th February 2002. Submitted full-length papers will be distributed to all participants on CD-ROM after completion of the Workshop, and will also become available in pdf format on the Stellarator Workshop.

Papers should be submitted in pdf format either on CD-Rom, floppy disk, zip-drive or as an E-mail attachment. Papers up to 5Mb will be accepted. Papers up to 1Mb will be accepted as an email attachment, and papers OVER 1Mb should be submitted either on CD-Rom or disk.

 

General Layout

Please use A4 format only, 21cm 29.7cm. The required margins are given in the Table below (resulting typing area: 16cm 24.7cm). Manuscripts are to be typed in Times, or Times New Roman, with the main text in 12 point.

Table — Margins for your manuscript

Margin

A4 Format

Left

2.5 cm

Right

2.5 cm

Top

2.5 cm

Bottom

2.5 cm

The first page must begin with the number of your paper on the top left hand side (this number can be identified from the list below), and followed by the Workshop identification (ie 13th International Stellarator Workshop). The TITLE of the paper is centred on the page in 12 POINT BOLD UPPER CASE, followed by the author(s) (family name first, followed by initials, eg Smith, A). The names and affiliation/s of the author/s and the e-mail address of the main author should be included, and page numbering to appear on the 2nd and subsequent pages in the top right hand corner. An example is given below.

 

 

 

Paper No. OIV:15

THE 13TH INTERNATIONAL STELLARATOR WORKSHOP

TITLE TO BE IN UPPER CASE 12 POINT, FONT, TIMES OR TIMES NEW ROMAN AND BOLD

Smith, A.B, (1) Smith, B.C. (2)

(1) The Australian National University . Canberra Australia 0200

(2)The University of Canberra, Canberra Australia 2601
E-mail: smith@anu.edu.au

Abstract: The Abstract for the paper should be typed in single spacing in Times or Times New Roman 11 point font or smaller than the body text.

Body of the paper — to be typed in single spacing in Times or Times New Roman 12 point font.

Figures,Tables and Photographs

Lettering in figures, tables and photographs should be large enough to reproduce clearly, and captions should be in Times or Times New Roman 11 point italics.

Please include tables and photographs as an electronic image in the body of the paper.


POSTER PRESENTATIONS

Poster boards with dimensions of height 2250mm, width 1195mm will be available for the poster presentations. This size will accommodate 2 x A0 pages in landscape orientation, one above the other.

13th INTERNATIONAL STELLARATOR WORKSHOP

CANBERRA, AUSTRALIA, FEBRUARY 25 - MARCH 1, 2002

wwwrsphysse.anu.edu.au/admin/stellarator

Presentation Facilities

 

 

Transparencies:

There is a bright overhead projector available sharing the main projection screen.

35mm Slides:

We have one projector which also shares the main projection screen. Please warn us in advance of your requirements for your presentation.

Computer presentation

Powerpoint or PDF: We will have a high end IMac and a COMPAQ lap-top with CD readers and PPT and PDF presentation facilities. The LCD projector is bright, with a large screen and resolution is 1024x768. Powerpoint is recommended, and we will have a wireless mouse for advancing and reviewing the slides on the PC at least. Bring your powerpoint presentation in Office 97 compatible form (PC) or Office 98 (Mac), with fonts included, on at least one CD in ISO format (check that it can be read on an IBMPC) . If you come a few hours ahead of time, we will copy it to the hard disk. If you have a floppy disk or Zip Disk, allow 24 hours for copying to CD. [Check back later at the Workshop home page UPDATES link for more information, including fonts in the file - especially maths fonts].

Computer Video:

If you plan to include videos, the Microsoft version of AVI viewer will be used on PC, so please make sure your video is in this format if you are using a PC, or if you wish to include a small (<5MB) version on the conference CD. For Mac Power Point, Quicktime works well, and AVI will probably run, with possible palette discrepancies, using the built-in AVI-QT convertor. The version of Quicktime running on our Mac is 4.1. Quicktime works unreliably on our PC systems at this stage, depending on the version, and animated gifs are not supported.

For both systems, remember also that powerpoint defaults to LINKING to the video, not including it, so you need to make sure that you bring the video file(s) as well as the PPT file. If at all possible, try running it on someone else's PC/Mac before you leave. It is quite likely that a multimedia presentation prepared on a Mac will not work correctly on a PC and vice versa.

With special arrangements, we can also show VHS videotape, but allow for some lost time switching between media, and it will probably be shown on a smaller, side screen. If you bring a format that is not PAL-625 line (PAL B, G/I), e.g. NTSC, you need to warn us, and try it out in advance (see Setup below). We will have some "multi-system" players, but problems may still occur at the last minute)

PDF: Acrobat reader version 5 will be installed on the PC, with special LCD features ("cooltype"). The Mac is at version 4. [ Slides should be prepared in LANDSCAPE mode if you use PDF files AND would like freedom to walk the floor, using the mouse to advance "slides"]

Internet Access for presentations:

Inadvisable — this can be very slow for overseas destinations, and must be arranged in advance so that firewalls etc can be checked out.

Laptops:

Using your own laptop is not desirable as results are unpredictable. With 24 hours notice, we can try to assist you in testing your machine, which will have to be connected during the break at the beginning of your session. SVGA and 15 pin Mac adaptors only. If you would like to test your presentation someone can assist you on Monday at 8:15am, or at the end of the pre-lunch session on each day (beginning of the lunch break). Please make an email booking - especially if you would like to test your presentation for delivery before lunch on Monday, 25th February. isw@anu.edu.au or enquire at the registration desk.

PAPER NUMBERS

 

Paper No.

OI.1 Hamberger — Historical Background to ANU Program

OI.2 Wagner - The Development of the Wendelstein Stellarator Line

OI.3 Johnson - The Evolution of Stellarator Theory at Princeton

OI.4 Ohyabu — Recent Progress in LHD Experiment

OI.5 Alejaldre - Overview of TJ-II Flexible Heliac Experiments

OI.6 Jaenicke — Overview on Recent W7-AS Results

OI.7 Blackwell — Overview of the H-1NF

OI.8 Matsuoka - Recent Results from CHS

OI.9 Obiki - Overview of Recent Experiments in Heliotron J

OI.10 Anderson,D — Overview of Recent Results from HSX

OI.11 Beidler — Initial Results from an International Collaboration on

Neoclassical Transport in Stellarators

 

 

OII.1 Garabedian - 3D Stellarator Codes

OII.2 Hayashi - Island Formation in 3D Equilibria of Helical Plasmas

(Extension of the HINT code)

OII.3 Storer- Studies of 3D Resistive MHD Stability using the Spector3D-Code

OII.4 Dewar - Global Ballooning Modes in Low-Shear Stellarators

OII.5 Hegna - Loss of the Second Stability Regime for Ideal MHD Ballooning Modes in Three-Dimensional Equilibria

OII.6 Nakamura - MHD Equilibrium and Stability Properties of a Heliotron J Plasma

OII.7 Ball — Tracking Singularities in a Dynamical Model of Plasma Mass Action: "The Path to the Top of the Hill".

OII.8 Almagri — Plasma Thermal Energy Dependence on Field Ripple and Direct Orbit Losses

 

 

OIII.1 de la Luna - Role of magnetic topology on core transport in TJ-II stellarator

OIII.2 van Milligen - Cold pulse propagation in the Stellarator TJ-II

OIII.3 Romero - Confinement control with induced toroidal current in the Flexible Heliac TJ-II

OIII.4 Weller — Performance and Stability of High-Beta Discharges in W7-AS

OIII.5 Laqua - Electron Heat Transport for High Power Electron Cyclotron Heating at the Wendelstein7-AS Stellarator

OIII.6 Hidalgo - Instability thresholds, rational surfaces and fluctuations in the TJ-II Stellarator

OIII.7 Shats - Self-Regulation of the Fluctuations by the Time Varying Flows

OIII.8 Mizuuchi - Edge Plasma Characteristics Observed in ECH Experiments of Heliotron J

OIII.9 Stroth - Turbulence and Wave Experiments on the Low-Temperature Plasma in the Torsatron TJ-K

OIII.10 Solomon — Modification of the Radial Electric Field by Fluctuation Generated Radial Currents

OIII.11 Yokoyama - Study of Ambipolar Radial Electric Field in LHD

 

 

 

OIV.1 Kumazawa - ICRF Heating Experiment on LHD

OIV.2 Morita - Behaviour of Central Ion Temperature and Toroidal Rotation in ECH, NBI and ICRF Discharges of LHD

OIV.3 Laqua - Electron Bernstein Wave Heating & Current Drive in Overdense Plasmas at the Wendelstein7-AS Stellarator

OIV.4 McCormick - Plasma Performance of Wendelstein 7AS with the New Boundary-Island Divertor Modules

OIV.5 Nakamura - Plasma Properties in Long Pulse Discharges on LHD

OIV.6 Igitkhanov - 1-D Predictive and Analysis Transport Model for Particle and Energy Transport in Stellarators

OIV.7 Feng — Recent Extensions and Applications of the EMC3-EIRENE Code

OIV.8 Howard - Imaging Diagnostic Systems on the H-1 Heliac

OIV.9 Krupnik - Specific Properties Of The Heavy Ion Beam Probing Diagnostic In The Stellarator Systems

OIV.10 Werner - Fast Ion Losses in Wendelstein 7-AS

 

 

OV.1 Lyon - Overview of the QPS experiment

OV.2 Spong - QPS Plasma and Coil Optimization

OV.3 Ware - High ß Quasi-Poloidally Symmetric Compact Stellarator

Configurations

OV.4 Zarnstorff - Physics Design of NCSX, a Compact Quasi-Axisymmetric

Stellarator

OV.5 Reiman - Fixed Boundary Optimization and Flux Surface Healing in the

Design of NCSX

OV.6 Nührenberg - Comparison Of Quasi-Axisymmetry And Quasi-

Isodynamicity at 3 Periods

OV.7 Okamura - Design of a Quasi-axisymmetric Stellarator CHS-qa for a Confinement Improvement Experiment

OV.8 Reierson — Engineering Issues in the Design of the National Compact Stellarator Experiment (NCSX)

OV.9 Kernbichler - Neoclassical Transport Calculations for Optimization Studies

OV.10 Motojima - Achievements in LHD and Future Direction of Heliotron Line

OV.11 Wanner — Technical Status of Wendelstein 7-X

OV.12 Yamazaki — Transport Simulation and System Analysis of Helical Reactors Based on LHD Experiments

OV.13 Wobig — Recent Development in Helias Reactor Studies

 

 

 

POSTER NUMBERS

POSTER SESSIONS

[POSTER BOARD SIZE —Measurement of screens: Height 2250mm. Width 1195mm]

TUESDAY AFTERNOON

2.30-5.30 POSTER SESSION

`

PAPER No.

PI:1 Parametric scaling studies of the energy confinement time for ECR heated TJ-II plasmas
Ascasíbar,E CIEMAT

PI:2 Improved confinement regime in TJ-II Stellararator
García-Cortés,I CIEMAT

PI:3 Transient behaviour in the plasma core of TJ-II stellarator and its relation with rational surfaces
Estrada,T CIEMAT

PI:4 Impurity Injection Experiments in the TJ-II Stellarator
Zurro, B. CIEMAT

PI:5 Sheared flow amplification by vacuum magnetic islands in stellarator plasmas
Garcia,L CIEMAT

PI:6 Magnetic Surface Mapping in TJ-II Heliac
López-Fraguas,A. CIEMAT

PI:7 Magnetic Surfaces and Fluctuation Studies In The H-1NF
Pretty,D ANU

PI:8 Magnetic islands in heliac geometries
Lloyd.S ANU

PI.9 Particle Confinement Study by the Stellarator Diode Method
Morimoto,S KANIZAWA IT

PI.10 Mapping Technique For Stellarators With Realistic Magnetic Fields
Kernbichler,W ITP Graz

PI:11 Tomographic Spectroscopy Results for the H-1NF

Glass,F ANU

PI:12 Particle Confinement in Resonant rf Heated H/He Plasmas in the H-1 Heliac
Collis,S ANU

PI:13 Force balance and hysteresis effects during LH transitions in the H-1 Heliac
Michael,C ANU

PI:14 Biased electrode experiments in H-1NF
Blackwell, B, ANU

PI:15 Initial Results from Biased Electrode Experiments in HSX
Gerhardt,S Wisc

PI:16 First Measurements of Electron Density Profile on HSX
Brower,D UCLA

PI:17 HSX Hardware, Controls and Diagnostics
Anderson,B, Wisconsin

PI:18 The Effects of Symmetry Breaking on Plasma Formation in the Helically Symmetric Experiment (HSX)

Radder,J Wisc

PI:19 ASTRA Modeling of ECH Plasmas in HSX at 0.5T
Talmadge,J Wisc

PI:20 Electron Cyclotron Resonance Heating On The H-1NF

Punzmann,H ANU

PI:21 Plasma production and non-Electromagnetic resonant ECH in Heliotron J

Nagasaki,K Kyoto

PI:22 Emissivity toroidal asymmetries induced by ECRH in the TJ-II stellarator
Ochando,M CIEMAT

PI:23 Diamagnetic Double-loop Method for Sensitive Measurement of the Stored Energy of Heliotron J
Besshou,S Kyoto

PI:24 Optimization Against The Ballooning Instabilities In Heliotron J Plasmas
Yamagishi,O Kyoto

P1:25 Shear Alfvén Eigenmodes in Compact Stellarators
Spong,D ORNL

 

 

Thursday 28 February —2.30-6.00

Group PIIA and Group PIIB

PIIA.1 Interplay Between Magnetic Topology, Density Fluctuations And Confinement In High- ß Wendelstein 7-AS Plasmas
Basse,N

PIIA.2 Density Limit Studies with a Divertor in the W7-AS Stellarator
Giannone,L. MPGarching

PIIA.3 Effects of trapped particles on distribution of divertor flow in Heliotron E
Mizuuchi,T Kyoto

PIIA.4 AM Reflectometry Measurements in the Stellarator TJ-II
Estrada,T CIEMAT

PIIA.5 Turbulent Transport Processes in a Plasma as a Diffusion Process with Random Time Grebenschokov,S GPI

PIIA.6 Higher order spectral analysis of the plasma fluctuations in H-1NF

H. Xia ANU

PIIA. 7 Effects of nonlinear wave-particle interaction on the electron distribution function during ECRH
Kernbichler,W ITP Graz

PIIA. 8 Influence Of Resonances On ELM-Like Events At TJ-II
Jiménez,J CIEMAT

PIIA.9 Sawtooth-like Activities in the Large Helical Device
Ohdachi,S NIFS

PIIA.10 Radial Electric Field Modification By Perpendicular Neutral Beam Injection In The Stellarator W7-AS

Baldzuhn,J MPGarching

PIIA.11 Proposed LIF Measurements of Electric Fields in the H-1 Heliac
Andruczyk,D

PIIA.12 Multi-Channel Visible Spectroscopy For The Profile Characterization In The H-1 Heliac Punzmann,H ANU

PIIA.13 Introduction of LHD Spectroscopy
Morita,S NIFS

PIIA.14 Modeling of Wall Pumping Effects on the Global Particle Balance
Hirooka,Y NIFS

PIIA.15 Ion-Temperature-gradient Modes in H1-NF Stellarator Geometry
Rafiq,T CUT SWEDEN

PIIA.16 Drift Mode Calculations in Nonaxisymmetric Geometry
Rewoldt,G PPPL

PIIA.17 3D Magnetohydrodynamic Spectroscopy with the CAS3D Code
Merkel, P. MP Greifswald

PIIA.18 Self Consistent Recalculation of MHD Equilibria from VMEC
Seiwald,B ITP Graz

 

 

GROUP PIIB

PIIB.1 Design of the QPS experiment
Lyon,J ORNL

PIIB.2 MHD Equilibrium and Stability of the QPS Device
Ware,A Montana

PIIB.3 QPS Confinement and Transport
Spong,D, ORNL

PIIB.4 Flexibility and Robustness Calculations for NCSX
Pomphrey,N PPPL

PIIB.5 Exploration of Stellarator Configuration Space with Global Search
Methods

Mynick,H PPPL

PIIB.6 Ballooning Stability of the Compact Quasiaxially Symmetric Stellarator
Redi,M PPPL

PIIB.7 Design and Construction Progress on the Compact Toroidal Hybrid
Hartwell,G Auburn

PIIB.8 Optimised flexibility windings through automated design

McMillan,B , ANU

PIIB.9 L-V Stellarator: Compact Torsatron for Physical Investigations
Grebenschokov,S GPI

PIIB.10 Design and Operational Diagnostics of the W7-X Divertor
Hildebrandt,D MPBerlin

PIIB.11 Electron Cyclotron Resonance Heating on the H1-NF
Punsmann,H ANU

13th ISW Lunch Time Activity

The Australian National University is located near the Black Mountain Nature Reserve. Jogging up and around the hill (a great favourite with ANU staff) gives you great views over Canberra. If you would like to go for a short run during the Workshop lunch time, please join us. There are plenty of tracks easy, hard, long and short... whatever you prefer. If you are interested in this activity and would like further details, please get in contact with Horst Punzmann at horst.punzmann@anu.edu.au .

The `jog' will be on every day (approx. 30min) and the time will depend on the conference schedule. Further details concerning the starting-point, location and contacts, etc., will be handed out at the registration desk.