PS/M-1 Preparation and Submission of a Manuscript for the

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Preparation and Submission of a Manuscript for the Proceedings of the

Fusion Energy Conference

R. Kamendje 1), Z. Cai 1), G. Mank 1)

1) International Atomic Energy Agency (IAEA), Vienna, Austria

E-mail contact of main author: r.kam[email protected]

Abstract. Since 1998, the proceedings of Fusion Energy Conferences (FECs) are being published electronically

on CD-ROM and the Internet. Therefore, for publication in the proceedings, authors must submit their papers in

electronic format via our web browser based, password protected file submission system, called LISA

(Lightweight Interactive Storage Application for the Collection of Conference Contributions). LISA was

developed in 2000 and further improved in 2002 and 2005/6 to help authors to submit their conference

contributions in appropriate electronic format. Portable Document Format (PDF) will be the required format for

submission of contributions. No other formats will be accepted. This paper describes the required layout for the

full manuscripts, gives examples of how to convert them to PDF, and tells how to submit them electronically

through LISA.

1. Introduction

With the Fusion Energy Conference (FEC) held in October 1998 in Yokohama, Japan, the

IAEA began publishing the proceedings of this series of conferences electronically on CD-

ROM and the Internet. The proceedings of the FEC 1998 (2001 Edition), FEC 2000, held in

Sorrento, Italy, in October 2000, FEC2002, held in Lyon, France, in October 2002, FEC2004

held in Vilamoura, Portugal and of the FEC 2006, held in 2006 in Chengdu, China People’s

Republic of, can be found on the IAEA home page: The proceedings for the present Fusion

energy Conference, 13-18 October, to be hold in Geneva, Switzerland, will be published in

the same way. There will be no hard copies of the proceedings. The publication on the

Internet is a cost free service provided by the IAEA to participants of this series of

conferences as well as to interested persons, institutes and libraries. In addition to the

electronic proceedings on CD-ROM and the Internet, authors are encouraged to submit their

full manuscripts to the Nuclear Fusion journal. The manuscripts will undergo the normal

refereeing procedure and, if accepted, will be edited and published in the journal (see also the

FEC 2010 announcement, Section 8.d, http://www-

pub.iaea.org/mtcd/meetings/Announcements.asp?ConfID=

38091

This paper describes the particular requirements for the layout of the full manuscripts

(Section 2) and where to send the paper copy (Section 2.9), ways to convert the manuscripts

into correct PDF (Section 3), and the only way to submit them electronically to the IAEA

(Section 4). Please read these instructions carefully and follow the guidelines strictly.

These measures will help main authors and submitters of papers as well as the producers of

the CD-ROM, to get all correctly submitted manuscripts published soon after the conference.

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2. Preparation of Manuscripts (Source Files)

This section describes requirements for the layout of manuscripts to be produced by a word

processor (e.g. Microsoft Word, LaTeX), which then have to be converted to PDF format for

subsequent electronic submission to the IAEA.

2.1. Length of Manuscripts

Papers must not exceed the number of pages specified below:

 Summaries: 20 pages

 Overviews: 12 pages

 Orals: 8 pages

 Posters: 8 pages

Please note: rapporteured papers are considered as posters (maximum number of pages: 8).

2.2. General Layout

Paper Size: Please use these instructions as an example of the required layout. Use A4 format

only, 21 cm x 29.7 cm (portrait format). The required margins are given in Table I below

(resulting typing area: 16 cm x 24.7 cm).

TABLE I: MARGINS FOR YOUR MANUSCRIPT.

Margin A4 Format

Left 2.5 cm

Right 2.5 cm

Top 2.5 cm

Bottom 2.5 cm

Fonts: Important – Use Times or Times New Roman

12 point size only (other sizes as

specified), and Symbol font for mathematical symbols (in the text and in the figures).

 Justification should be set to full (or left only, if preferred).

 Do not underline: Use italics, bold or bold italics instead

 Line spacing should be set at 1 (single).

 Leave a line space between paragraphs and sections.

 Leave a line space between section titles and text.

 Leave only one space after a full stop.

Authors are requested to use the (PostScript printer’s) Times or the (TrueType) Times New Roman font and

the standard Symbol font only, in order to produce PDF files having good performance. Other fonts used in the

source files increase the risk of getting unreadable PDF files. LaTeX users may use Computer Modern or related

fonts too, but need to ensure that the Type 1 (outline) version of the fonts is embedded in the PDF file; packages

like “times” together with “mathptm” may be an alternative.

Underlined words/sentences usually indicate Internet links.

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 Insert your paper number on the top right corner of each page

(14 point size bold) within the area of the top margin (at least

1.0 cm from the upper edge of each page). You may also insert a

page number on every page (see examples in this paper).

The first page of the full manuscript must begin with the title of the paper centred on the

page in 14 point Bold Title Case (title case means first letter of each main word

capitalized), the names of the authors (Initials – followed by a period each – Family Name)

with the main author’s name mentioned first, the names and locations of the authors’

affiliations (Title Case), and the e-mail address of the main author (for an example, please see

the title, authors and affiliations of these instructions).

The paper must begin with an abstract not exceeding 2400 characters (single paragraph, no

references or footnotes, Times or Times New Roman 10 point).

Widow/Orphan lines: Never start a page with the last line of a paragraph or of a displayed list,

and never finish a page with the first line of a paragraph or a displayed list, or a section title.

Make sure that all headings are followed on the same page by at least two lines of text.

2.3. Section Headings and Numbering

Each new section and subsection should have a heading consisting of an Arabic numeral

followed by a period, a single space and then the section title (12 point Bold Title Case, see

these instructions).

2.4. Mathematical Signs and Symbols

For mathematical signs in the text use special characters, “·” or “x” for the multiplication

sign, “-” for minus, “+” for plus, and “·” for combining units (e.g. MW·h). Mathematical

symbols must be clearly and consistently typed to ensure that their meanings and positions are

unambiguous.

2.5. Footnotes

Footnotes should be numbered with superscript Arabic numerals; the number and the text

should both be typed in Times or Times New Roman 10 point. Footnotes to the text should be typed

at the foot of the appropriate page (see examples in this paper).

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2.6. Figures and Tables

For figure numbering and captions, use Arabic numerals and text in Times or Times New Roman

11 point italics (see FIG.1.).

FIG. 1. IAEA logo.

For table numbering and headings, use Roman numerals, TIMES or TIMES NEW ROMAN 11

POINT UPPER CASE

(see Table I above). Lettering in figures and tables should be large

enough to reproduce clearly and only the approved fonts may be used. Ensure that figures

and tables are clear and reproducible. Do not use too fine lines, too light colours, etc. All

figures and tables should be cited in the text and should be numbered in the order in which

they are first mentioned.

Figures and tables should be placed at the top or bottom of a page as near as possible to the

place where they are first mentioned. The table width should not exceed 16 cm (if less than

16 cm, centre the table) or, for a table in landscape format, 25 cm.

2.7. Other Issues

Numbering of sections, paragraphs, references, figures, pictures, tables, equations and

footnotes should be consecutive throughout the paper. Abbreviations should be explained

when they first appear, unless they are commonly understood by the readership to which the

paper is addressed. Express all physical quantities in SI units.

For pictures and photographs please include an electronic image in the document. Take

care: pictures and photographs may increase the file size of your manuscript tremendously.

Make sure that the file size of your manuscript converted to PDF does not exceed 20 MB (see

also Section 4.3. (c)).

2.8. References

Please use the reference style given in the enclosed sample of references (Appendix 1).

References should be numbered (Arabic numerals in square brackets, e.g. [12]) in the order in

which they are first mentioned, and listed at the end of the paper. If a reference is cited first in

a figure caption or table, it should be numbered according to the place in the text where the

figure or table is first cited. Please ensure that journal references contain the journal name,

volume number, year and page number. Paper numbers should be given in the case of

electronically published conference proceedings. For all proceedings, the location and year of

the conference should be given, and for both proceedings and reports, the name of the

publisher and the place and year of publication should also be included.

2.9. Submission of Paper Copies of Manuscripts

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The submission of hard paper copy is no longer required. For electronic submission of your

manuscript please see Section 4. below.

Please note: Papers will not be edited or retyped by the IAEA before copying on CD-ROM

and the Internet.

2.10. Recommendations

Authors should proof read their text carefully and finally run the source file through a

spelling checker before converting it to PDF format. Authors should check their manuscript

in PDF format for readability and printability before submitting it electronically to the IAEA.

3. Conversion of a Source File into PDF Format

As an author of a paper accepted for the FEC, you have already submitted a two-page

synopsis in correct PDF during the submission period. This leads to the assumption that you

are already familiar with the process of converting source files (Word, LaTeX, etc.) into the

required format. If this is the case, you may skip reading this section and go directly to

Section 4., Electronic Submission of Papers. Nevertheless, we recommend that you follow

carefully the Recommendations in Section 3.3.

General Information: PDF was chosen as document format. Each author should submit his

or her paper in PDF only. No other formats will be accepted.

In principle there are two ways of creating correct PDF files:

 Writing to a PostScript file first, which then has to be converted to PDF with Adobe

Acrobat Distiller or similar software in a second step;

 Creating PDF directly from within the text processing software (needs Adobe Acrobat

Writer or similar software installed on your computer).

3.1. Creation of PS Files

PS files are no longer acceptable.

3.2. Creation of PDF Files

To convert a PostScript file to PDF, you will need Adobe Acrobat 4.0 or higher or similar

software. To convert the source file of your manuscript to PDF from within the word

processing software (e.g. MS Word), you will need Adobe Acrobat Writer or similar

software. Please follow the instructions of your software and make sure that

1. the fonts used in the document get embedded in the PDF file,

2. Acrobat 3 compatibility mode is set, and

3. document security settings are not used.

 Possible problems

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If you encounter problems in producing, viewing or printing a PDF file, please consult

your local software experts. The newest version of Acrobat Reader can be downloaded for

free from the Internet:

URL: http://www.adobe.com/products/acrobat/readstep.html.

3.3. Recommendations

After generating the PDF file, we urgently recommend that authors review their PDF file by

printing it and proof reading the output before submitting the file electronically through

LISA to the IAEA. Carefully check the margins, mathematical symbols, graphics, pictures,

etc. If you experience any problems, please contact your local software and computer experts.

For detailed information, visit the Adobe Acrobat home page on the Internet (Internet address

is given above).

4. Electronic Submission of Papers

The full manuscript must be submitted through LISA, our web browser based file

submission system with password based access control for electronic submission of FEC

contributions. You – the author or submitter – must use the same user account (= e-mail

address) and the same password as specified for abstract and synopsis submission.

Submissions by e-mail, fax or any other means will not be accepted.

Only authors/submitters of accepted FEC contributions will be able to access LISA. The

system is able to check automatically incoming files in the specified format. You – the author

or submitter – already submitted a two-page synopsis and a short abstract through LISA

during the submission period. The submission process for a full manuscript will be very

similar to that for abstract and synopsis submission.

Besides the full manuscript in PDF you have to submit additional information, especially

names and affiliation of co-authors and keywords that will be used for the navigation and

index pages on the CD-ROM and the FEC proceedings web site. Data provided during the

abstract and synopsis submission period (paper title, main author, abstract, etc.) have been

saved in LISA and do not need to be submitted once more. The abstracts may have been

slightly modified in several cases with respect to mathematical formatting.

You may change

the abstract if it is absolutely necessary, however, this is not recommended.

4.1. Requirements for Electronic Submission

Authors will need to have a reasonable web browser able to do HTTP (Hypertext Transfer

Protocol) file uploads, e.g. Netscape Navigator 3.0 or higher, Internet Explorer 4.0 or higher,

or any other web browser capable of uploading files by HTTP.

We requested authors not to use mathematical characters, expressions and symbols in the short abstract.

Unfortunately, many authors ignored our request. However, special characters were not transmitted correctly in

several cases. The resulting formulas were difficult to understand or unreadable at all. We decided to allow some

simple mathematical formatting in the abstracts and used LaTeX to implement this feature.

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4.2. File Formats

Only files in Portable Document Format (PDF) format will be accepted, as described in

Section 3.

4.3. Electronic Submission of Auxiliary Information, Keywords and Full Manuscript

Start your web browser on your computer. In the “File” menu or similar click on “Open” and

type in (or click directly on)

http://www.iaea.org/cgi-bin/lisa-FEC2010/start

This link will start the initial page of LISA. You will be asked to type in your user account

(=e-mail address) and the password specified during the abstract and two-page synopsis

submission period. Click on the button “Login”. After you have successfully logged in, you

will be guided through LISA in a similar way as for abstract and synopsis submission (for

details please see below). This time, auxiliary information will be required (co-authors,

keywords). The submission process for the full manuscript includes the following steps

(submitters of more than one paper: please read Section 4.4.):

a) submit auxiliary information,

b) submit keywords for your full manuscript,

c) submit your full manuscript in PDF

d) logoff from the site (do not forget this important step).

a) Submit auxiliary information

As you may already have noted from the FEC 1998/2000/02/04 proceedings, the navigation

through the CD-ROM and the proceedings web site is based on comprehensive summary

pages for each paper and on index lists. All authors’ names and affiliations will appear in

these pages as typed in during the electronic submission of a full manuscript!

You are asked to type in all co-authors of your paper in the first box of this interactive page

according to the following rules: “Initials (each followed by a period) Family Name”

followed by “#)” and a comma. The comma is needed for separating the author names in our

software that will be used for producing the proceedings (no semicolons or other means of

separators). The “#)” refers to the authors’ affiliations; the main author – as defined during

the abstract and synopsis submission period – is automatically given affiliation number “1)”.

Example: if the main author was F.Prefect, from The Islington Institute, who wrote the paper

together with two colleagues from the same institute (A. Dent, T. McMillan) and some other

people (Z.B. Brox, S.B. Fast; please note: no space between the Initials), you would write:

Co-authors:

Z.B. Brox 2), A. Dent 1), S.B. Fast 3), T. McMillan 1)

You may want to use the same format within your paper, so that you can simply copy and paste the

information from your paper into the web browser window (please see the author list and affiliations of these

instructions).

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Do not include the main author’s name in this list; this name is already saved in LISA. The

co-authors’ affiliations and addresses have to be typed now into the second box, preceded by

the reference numbers defined in the first box. The main author’s affiliation will

automatically appear in this box preceded by “1)”. Affiliations have to be numbered

consecutively – in our example from “1)” to “3)”:

Co-authors’ affiliations:

1) The Islington Institute, Islington, United Kingdom

2) Improbability Labs, Damogran, France

3) Landscape Modelling Ltd, MA, Magrathea

Fill in all affiliations of your co-authors. Click on the button “Submit” afterwards; you will

be informed if the submission succeeded. Then click on the button “Continue” to continue.

Please note: we have chosen this procedure for co-authors’ names and affiliations to protect

authors/submitters of full manuscripts from having to go through an “endless” list of text

boxes, especially in the case of long author lists. To ease the life of the producers of the FEC

proceedings, please handle this part of the submission process very carefully.

b) Submit keywords for your full manuscript

Please choose up to five keywords for your paper out of the predefined keyword list; just

click on the keywords appropriate for your paper. If you encounter problems in clicking on

more than one keyword, please consult your local software specialist. A printout of the

predefined keyword list is attached to these author instructions (Appendix 2). Click on the

button “Submit” afterwards; you will be informed if the submission succeeded. Then click

on the button “Continue” to continue.

c) Submit your full manuscript in PDF

Select the PDF you intend to submit from your computer. Either type the filename into the

input box or click on the button which says “Browse” and choose your file. Then click on the

button “Submit” to submit your paper through LISA.

If LISA is able to open and read your submitted file without problems, you will receive a

message “Submission successful”. Otherwise you will receive an automatic response, “Try

it again”, together with the error messages generated by Acrobat Distiller. Based on these

error messages, you will have to check your manuscript, make the required corrections and

submit your file again. Then click on the button “OK” to continue.

Please note: LISA allows up to 25 uploads per paper. Files exceeding 20 MB will not be

accepted.

d) Logoff from the site (do not forget this important step)

Please logoff when you have submitted all the information described above. This is an urgent

step; otherwise the system would still allow input concerning your paper after you have

finished your work. This might give someone else a possibility to alter your data. At this stage

you may decide to:

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 logoff immediately or

 return to the main menu and change information already submitted (contact information,

password, short abstract).

In case you decide to go to the main menu, please note:

 From within the main menu you may select the items you want to change by clicking on

the left hand menu bar.

 If you need to change the abstract, please be aware that it might contain text formatting

commands in LaTeX format which you should not change. To enter special characters or

mathematical operators, follow strictly the instructions given online in LISA.

 Do not forget to logoff when you have completed your changes.

4.4. Information for Submitters of More Than One Full Manuscript

Submitters of more than one full manuscript will be guided to LISA’s “Paper” menu after

logging in. Select the paper title for which you intend to submit the requested auxiliary

information, keywords and full manuscript in PDF. Then click on “OK”. From this point on

you must go through the same steps as described in Section 4.3. After finishing the input

work for one paper, you will be asked either to logoff or to continue with one of the other

papers. If you decide to continue with one of the other papers, you will be shown LISA’s

“Paper” menu once more and may continue as described above. In case you decide to logoff,

you may return to LISA later and provide the necessary data and PDF file for each paper, but

keep in mind the deadline for submissions.

4.5. Modification of Information, Revision of Manuscripts

If you wish to correct some part of the information described above, please open your

browser again and connect to LISA as described in Section 4.3. The main menu will show up,

which allows you to choose one of the functions described in Section 4.3. If you have

submitted more than one paper, select the appropriate paper out of the “Paper” menu. Make

the necessary corrections in the same way as described above. If you wish to alter your

submitted PDF, simply resubmit a new version during the submission period. Please have in

mind the maximum number of uploads per paper (25) and the maximum file size (20 MB).

5. Deadlines

Please check about deadlines in section 15 of the conference announcement: http://www-

pub.iaea.org/mtcd/meetings/Announcements.asp?ConfID= 38091

6. Copyright and Publishing

All authors have been requested to sign IAEA Form B, “Submission of a Paper”, assigning

the IAEA either copyright or a non-exclusive, royalty free license to publish. Authors are

responsible for ensuring that nothing in their papers infringes any existing copyright. If

previously copyrighted material is included, authors must provide evidence that the copyright

holder has given permission for its use.

Although it is hoped that it will be possible to publish all the papers from the conference on

CD-ROM and the Internet, the final decision on each paper can only be taken by the IAEA

after the conference.

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7. Final Remarks

We hope that our improved and extended file submission system LISA has helped and will

continue to help authors to submit their contributions in correct formats and on time, but this

will also require some effort from the authors, as described above. We kept the file

submission system as simple as possible to ease your life but, please, follow the instructions

strictly. Authors are reminded that it is their responsibility to produce their PDF or PS files in

correct formats. We have seen from the abstract and synopsis submission that LISA works

reliably and that authors/submitters had no problems with it. Nevertheless: we wish you good

luck!

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Appendix 1: Examples for the Reference Style

[1] INTERNATIONAL ATOMIC ENERGY AGENCY, Evolutionary Water Cooled

Reactors: Strategic Issues, Technologies and Economic Viability, IAEA-TECDOC-

1117, Vienna (1999).

[2] FIL, N.S., et al., “Balancing passive and active systems for evolutionary water cooled

reactors”, Evolutionary Water Cooled Reactors: Strategic Issues, Technologies and

Economic Viability, IAEA-TECDOC-1117, Vienna (1999) 149–158.

[3] Energy from Inertial Fusion, IAEA, Vienna (1995) 95–111.

[4] Topical Issues in Nuclear, Radiation and Radioactive Waste Safety (Proc. Conf.

Vienna, 1998), IAEA, Vienna (1999); Contributed Papers (CD-ROM).

[5] INTERNATIONAL ATOMIC ENERGY AGENCY, Isotope Techniques in Water

Resources Development and Management, C&S Papers Series No. 2/C, IAEA, Vienna

(1999) (CD-ROM).

[6] LAO, L.L., et al., “Effects of Plasma Shape and Profiles on Edge Stability in DIII-D”,

Fusion Energy 1998 (Proc. 17th Int. Conf. Yokohama, 1998), C&S Papers Series No.

1/C, IAEA, Vienna (1999), CD-ROM file EX8/1 and

http://www.iaea.org/programmes/ripc/physics/fec1998/htm

l/fec1998.htm.

[7] TAIT, W.H., Radiation Detection, Butterworth, London (1980).

[8] GRAMBOW, B., et al., “Chemical stability of a phosphate glass under hydrothermal

conditions”, Scientific Basis for Nuclear Waste Management (Proc. Symp. Boston, 1979),

Vol. 2 (NORTHRUP, C.J.M., Jr., Ed.), Plenum Press, New York (1980) 109–116.

[9] DURAND, M., KAWASHIMA, R., ibid., pp. 375–379.

[10] FORSYTH, R.S. (Ed.), The Hot Cell Laboratory — A Short Description of Programs,

Facilities and Techniques, Rep. STUDSVIK/NF(P)-86/29, Studsvik Energiteknik,

Nyköping (1986).

[11] DEL CASTILLO, D., Dynamics and Transport in Rotating Fluids and Transition to

Chaos in Area Preserving Non-twist Maps, PhD Thesis, Univ. of Texas, Austin (1994).

[12] KUANG, Guangli, et al., “Lower hybrid current drive experiments and improved

performance on the HT-7 superconducting tokamak”, Nucl. Fusion 39 (1999) 1769.

[13] DIAMOND, B.A., Binding of Lectins to the Cell Surface of T. cruzi (in preparation).

[14] VON DRASCHE, R., Acquired cell mediated immunodepression effects in acute Chagas'

disease, J. Clin. Invest. (in press).

[15] REFORMATSKIJ, I.A., Laboratories for Work with Radioactive Substances, Atomizdat,

Moscow (1979) (in Russian).

[16] PHILLIPS, S.M., Kernforschungsanlage Jülich, KOCH, D., Physikalisch-Technische

Bundesanstalt, Braunschweig, personal communication, 1995.

[17] UNITED STATES DEPARTMENT OF ENERGY, Aerosol Fog System for Fixing

Radioactive Contamination, Technology Deployment Fact Sheet (1999),

http://www.hanford.gov/techmgmt/factsheets/deploys/fogger.htm

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Appendix 2: Keyword Index

accelerated beam plasma fusion

accident analysis

adiabatic particles

advanced helical systems

advanced magnetic systems

advanced scenarios

advanced stellarator

advanced stellarator scenarios

advanced tokamak

advanced tokamak scenarios

Alfvén eigenmodes

Alfvén modes

Alfvén wave current drive

Alfvén waves

alpha particle heating

alpha particles

angular momentum generation

anomalous confinement

anomalous transport

antenna array

aspect ratio

ballooning modes

barrier formation

beta limit

beta value

bifurcation

blanket

blanket development

bootstrap current

boronization

boundary plasma control

Braginskii equations

breeder

Bremsstrahlung

burning plasma

cable-in-conduit conductor

capsules

carbonization

Cauchy formulation

central solenoid

chambers

charcoal-bonding system

charge exchange

chemical erosion

chirping modes

coaxial helicity injection

co injection

collective modes

collective phenomena

collisionality

combined heating and current drive

compact torus

confinement degradation

confinement scaling law

confinement studies

confinement time

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conventional scenarios

cooling system

core density fluctuations

core micro-instability

core transport

core turbulence

correlation length

counter injection

cross field transport

cryogenic system

current density profile

current drive

current free plasmas

current hole

current profile control

current profile modification

D-D fusion reactor

D-inventory

D-T experiments

D-T fusion reactor

D-T plasmas

data acquisition

density control

density limit

detachment

detached divertor plasmas

diffusion coefficient

dipole confined plasma

direct drive

disruption

disruption avoidance

disruption control

disruption resilience

divertor/divertor region

double barrier

drift waves

drift Alfvén waves

drift wave dynamics

drift wave turbulence

drivers

economic aspects

eddy currents

edge database

edge modes

edge pedestal

edge plasma

edge turbulence

electric tokamak

electromagnetic turbulence

electron beam heating

electron Bernstein waves

electron cyclotron current drive

electron cyclotron resonance heating

electron density

electron dynamics

electron temperature gradient

electron transport

ELM free regimes

ELMs

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ELMy H mode

energetic particles

energy confinement

energy transport

enhanced D-alpha H mode

enhanced performance

environmental aspects

ergodic divertor

erosion

error field modes

external helical fields

external transport barriers

fast ignition

fast ignitor

fast particle instabilities

fast particles

fast potential changes

feedback control

feasibility studies

field reversed configuration

filamentation

first wall

fishbones

flow shear stabilization

fluctuations

fluid simulations

flux dependence

flux driven turbulence

Fokker-Planck simulations

functional ceramics

fusion experimental breeder

fusion gain

fusion power

fusion triple product

fusion technology applications

fusion-fission hybrid reactor

fusion fuel cycle

gas dynamic trap

gas puffing

giant sawteeth

global Alfvén eigenmodes

global MHD modes

global transport

global warming

Grad-Shavranov shift

Grad-Shavranov equation

Greenwald density

Greenwald limit

gyrotrons

H mode

H mode pedestal

H mode scaling

H mode threshold

H mode transition

H-L transition

halo currents

heat flux exhaust

heat load

heat transport

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heavy ion driven inertial fusion

helias reactor

helical system

helicity injection

heliotron

high aspect ratio system

high beta

high confinement modes

high energy ions

high harmonic fast wave

high performance experiments

high power heating experiments

high repetition rate lasers

high Tc superconducting coils

high-Q

high Z wall materials

hohlraum

hybrid electron ion drift mode

hydrogenation

ideal ballooning modes

ignition

Ignitor

imploding plasmas

implosion physics

improved confinement

impurity control

impurity puffing/injection

impurity transport studies

indirect drive

inductive current drive

inertial confinement

ingress-of-coolant event

innovation concepts

instabilities

interchange mode

internal inductance

internal disruptions

internal reconnection event

internal transport

internal transport barriers

International Fusion Materials Irradiation Facility (IFMIF)

intrinsic barrier

in-vessel systems

ion Bernstein wave heating

ion Bernstein waves

ion density

ion dynamics

ion cyclotron resonance heating

ion temperature gradient

ion transport

island divertor

isodynamic conditions

isotope effect

ITER

ITER China

ITER Japan

ITER Korea

ITER EU

ITER US

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ITER Central Team

ITER central solenoid

ITER cryopumping system

ITER diagnostics system

ITER divertor

ITER divertor modelling

ITER divertor remote maintenance

ITER CTA

ITER EDA

ITER ITA

ITER FEAT

ITER general design requirements

ITER in-vessel components

ITER magnets

ITER physics basis

ITER plant layout and site services

ITER plasma facing components

ITER poloidal field system

ITER pumping system

ITER safety analysis

ITER toroidal field system

killer pellets

kink modes

kink stability

L-H transition

L mode

Larmor radius

laser fusion power plant

laser systems

light ion drivers

limiter

limiter plasmas

linear eigenmodes

liquid lithium fusion reactor

liquid walls

local effects

locked modes

long mean free path regime

long pulse operation

long life fission products

long range correlation

long sustainment

loss-of-vacuum event

low activation materials

low aspect ratio helical system

low shear

low shear stellarators

low aspect ratio helical systems

low Z materials

lower hybrid current drive

lower hybrid heating

magnetic configuration

magnetic confinement

magnetic fluctuation

magnetic reconnection

magnetized plasma

magnetized target

magnetosonic modes

MARFEs

17 PS/M-1

material studies

Maxwell stress

Medium Z wall materials

Mercier limit

MHD activity

MHD phenomena

MHD stability

mirrors

mode suppression

modular field coils

modulated ECH

multi mode transport model

multi mirror plasma confinement

Nb3Sn superconductor

NbTi superconductor

negative central magnetic shear

negative ion based NBI

neoclassical confinement

negative shear

neoclassical islands

neoclassical tearing modes

neoclassical theory

neoclassical transport

next step fusion device

neural network

neural techniques

neutral beam injection

neutrals

neutron wall load

non-adiabatic particles

non-axisymmetric plasmas

non-diffusive phenomena

non-inductive current drive

non-inductive ramp up

non-linear gyrokinetic simulations

non-linear simulations

non-local effects

nuclear heat load

off-axis current drive

off-axis ECCD

Ohmic confinement

Ohmic H mode

Ohmically heated plasmas

open systems

operational limits

particle transport

pebble drop divertor

pedestal

pedestal temperature

pellets

pellet injection

petawatt laser

Pfirsch-Schlüter currents

plasma confinement

plasma control

plasma current filamentation

plasma detachment

plasma elongation

plasma facing components

18 PS/M-1

plasma focus

plasma neutralizer

plasma wall interaction

poloidal field coils

positive ion based NBI

positive shear

potential turbulence

power balance

precursors

predictive simulations

pressure gradient driven turbulence

private flux region

pulsed heat load

pumped divertor

pumping system

q value

quasi-steady state operation

radiative cooling

radiative edge

radiative plasmas

radio frequency experiments

ramp-up experiments

Rayleigh-Taylor instabilities

reactor relevant scenarios

recycling

redeposition

reduced transport

remote control

remote handling

remote handling maintenance

resistive ballooning mode

resistive edge modes

resistive instabilities

resistive modes

resistive wall mode

return current

reversed field pinch

reversed magnetic shear

reversed shear

Reynolds stress

runaway electrons

safety

safety analysis

safety and environment

safety factor

sawteeth

sawtooth control

sawtooth stabilization

scale invariance

scaling law

scrape-off layer

second stable regime

semi-empirical transport model

Shafranov shift

sheared flows

SiC/SiC composites

siliconization

similarity studies

snake

19 PS/M-1

solid glass targets

spherical tokamak

spherical torus

spheromak

stability

steady state conditions

steady state operation

steady state plasma heating

steady state stellarator

steady state tokamak

steady state wall pumping

stellarator

streamer mode

Stringer-Taylor effect

structural materials

superconductors

supercritical helium

supersonic molecular beam injection

supersonic SOL flow

suprathermal electrons

TAE instabilities

target design

target gain

tearing modes

thermal electrons

thermal ions

thermal ion diamagnetic frequency

thermal loss

tokamak

toroidal field coils

toroidal currents

toroidal mirrors

torsatron

trace tritium transport experiments

transport barriers

trapped electrons

triangularity

tritium handling

tritium inventory

tritium processing plant

tritium production

tritium retention

turbulence studies

vacuum vessel

vertical displacement events

very high confinement

volume neutron source

volume recombination

vorticity

wall coatings

wall conditioning

wall stabilization

wire array Z pinch

Z(eff)

Z pinch

Z pinch driven inertial fusion

zonal current

zonal field

zonal flow

20 PS/M-1