Publications
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Richard Geller wrote the first treatise on sources and ECR plasmas for
the Institute of Physics : “Electron Cyclotron Resonance Ion
Sources and ECR Plasmas” IOP Press, 434 pages, in
1996.
Author of more than 300
publications, he was invited to about 50 conferences. Publications
since 2000 are on-line at LPSC (Laboratoire de Physique Subatomique et de
Cosmologie de Grenoble).
The papers are presented here by topics as
follows :
D.
ECR Ions Sources physics (ECRIS)
E.
Application of Multicharged ECRIS to :
- Hadrontherapy,
- Microelectronics and
nanotechnology,
- Accelerators and particle physics,
- Nuclear physics,
- Surface treatments.
In addition Richard Geller has invented many
methods, several of which were patented.
He was writing his last publication for ICIS
2007, discussing about experimental physics, philosophy, and about time passing
by, when he left us.
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About ten publications and especially:
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La construction et l’utilisation
du premier spectromètre détecteur de fuites industrielles. Le vide (1955) 58. p
119
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Lois du dégazage des matériaux
sous vide. Le vide (1957) 69. p 191 et (1958) 74. p71
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Les pompes à Titane à surface
froide. Le vide (1970) 145 p14
U About ten publications and especially:
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Découverte des plasmoïdes
résonnants à la fréquence de plasma. C.R. Acad. Sc. (1959) 249
p 2749
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Ondes ioniques stationnaires
autoengendrées. C.R. Acad. Sc. (1961) 253
p 1542
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Travaux sur la diffusion des plasmas
dans les champs magnétiques. Jour. Nucl. Energy Part. C
(1962) 4 p227
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Travaux sur la diffusion anormale
des plasmas dans les champs magnétiques. Phys.
Rev. Lett. (1962) 2.N°6
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Construction et résultats du
premier Bumpy-Torus. Phys. Rev. Lett. (1963)
10.N°11 p463
About twenty publications
with B.JACQUOT et al. and especially:
Création,
chauffage, accélération et confinement des plasmas formés par la résonance
cyclotronique des électrons (RCE)
And two fundamental papers :
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Comptes Rendus de l’Academie des
Sciences. (1966) 262. p 1325
- Comptes
Rendus de l’Academie des Sciences (1969) 269. p 621
About twenty papers, and thirty invited conférences invitées and
especially:
A tutorial on the first ECR source
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Jour. Appl. Phys. Let. (1970) 16.
N°10. p 401.
Applications of ECR ion sources to fusion injectors:
- Proc. Symp. On Production and Neutralization of Negatives Ions and Beams
(1977), Brookhaven, BNL 50727, p.173.
Multicharged
ion sources:
- IEEE Nucl. Sci. (1976), N.S. 26, p.2120.
- XIIème
Int. Conf. Phen. Ion. Gas. Invited Lectures (1977),
- IEEE Nucl. Sc. (1976), 2, N.S. 23, p.995
- Proceed. 4th Int. Workshop on ECR Ion Sources,
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Congrès de la SFP Grenoble (sept.
1983) p.75
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Production d’ions métalliques
multichargés N.I.M. (1983) 213, N°2,3, p.165
- Phys. Scripta Acta (1983) 3, p.19
- Rev. Sc. Inst. (1985) 56, 8.
- Nucl. Inst. Method (1987) A254, p.13
- Annual Rev. of Nucl. Particle Science, Vol. 40 (1980) N°15
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Europhys News 22 (1991) p.8
Main invited conferences and published since
1985:
- Proceed. 6th Int. Workshop on ECR sources : The 16 Ghz ECRIS,
- Proceed Conf. Phys. Multiply Charged Ions (sept. 1986), p.177; p245,
- 13th Intern. Conf. Cyclotrons,
- Proceed 7th Int. Workshop on ECR Sources : Jülich (may 1986).
- Lois d’échelles - Proceedings 8th Int. Conference ECR Ion
Sources Mich. State Univ. 1987 (NSCL Rep MSUCP 47).
- Lois d’échelles - Proceedings 9th Int. Workshop ECR Source
Grenoble 1988, Journal de Phys. T50, col C1.
- Généralités - Proceedings of 5th - International Conference
Ion Sources -
- Lois d’échelles - Proceedings 10th Int. Workshop ECR Source
Knoxville 1990 ORLN Conf. 9011136
- Physique des ECRIS - Proceedings 11th Int. Workshop ECR
Source -
- Physique des ECRIS - Proceedings 12th Int. Workshop ECR Source
- Riken 1995, ISN-J 182,
- 30 years of ECRIS History, ECRIS2002, Jyvaskala June 2002.
- ECR Plasma Ion Trap : first experimental evidence of long range
ion-ion collisions -Proc. of the 11th Intern Conf on Ions Sources,
Team
papers (1980–1990) :
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Phys. Let. (1983) 93, p.185
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Jour. Phys. (1983) B.16, p.2849
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Phys. Scripta (1983) 13 p.63
- Jour.
Phys. (1983)
B16, L243
- The Physics of Higly Ionised Atoms Ed. Silver-N.H.C. (1985), p.425
- Annual Rev. of Nucl&Part. Sc. (1981) 31, p.19
- Nucl. Inst. Meth (1984) 227, p.6
- Proc. Lin. Acc. Conf. GSI (1984) 84, 11, p.31 and p.337
- Heavy Ion Injector for the CERN Linac (1987) N.I.M. 04148
- Electron emission from metal surface bombarded by slow highly charged
ions, Phys. Rev. B35, 9 (1987)
- The discovery of new transuranic elements and the
role of the electron cyclotron resonance ion sources, Review of Scientific
Instruments, vol.70,
N°12, dec. 1999.
- Charge breeding of isotope on-line-created
radioactive ions using an electron cyclotron resonance ion trap, Review of
Scientific Instruments, vol.77, 2006.
Main
invited papers since 1990:
- Atomic Physics of Highly Charged Ions Proc. 5th Intern. Conf. J.Liebig Univ. Giessen 1990.
- ISOL ECRIT (1+ n+) - Proceedings 6th International Conference
Ion Sources - Whistler Rev. Sci. Instr. 1995, Vol.67, 3 p.II
- Généralités - Proceedings of 7th - Conference of Ion Sources
- Taormina - Rev. Sci. Instr. 1997, Vol.69, 2 p.II
- ISOL ECRIS (1+ n+) - Proceedings 13th Int. Workshop ECR
Source - College station 1997 - Texas A&M Univ.Rep.
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ISOL ECRIS (1+ n+) AIP International Conference Heavy Ion Accel. Techn.
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- ISOL ECRIT (1+ n+) - Proceedings 14th Int. Workshop ECR Source
- CERN 1999, ECRIS99 CERN P.S.
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Sources d’ions multichargées et
cancerothérapie, Soc. Franç. Physique, mai 2000.
-
ISOL
ECRIT (1+ n+) - Proceedings 8th Int. International
Conference on Ion Sources,
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Electron-cyclotron
resonance ion source |
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Inventors: |
Delaunay
Marc; Gualandris Rene; Geller Richard; Jacquot Claude; Ludwig Paul;
Mathonnet Jean-Marc; Rocco Jean-Claude; Sermet Pierre; Zadworny; Bourg
Francois |
Organization: |
COMMISSARIAT ENERGIE
ATOMIQUE (FR) |
Publication number: |
FR2546358, également:
EP0127523, US4638216, JP6004173, CA1232375, EP0127523 |
Publication date: |
1984-11-23 |
Summary: |
An electron cyclotron resonance ion source in which a plasma is confined
in a magnetic configuration having a first group of coils located in the
plane defined by the tight window of an ultra-high frequency injector and
surrounding the latter, supplying the magnetic field creating and confining a
plasma as well as a second group of coils supplied in counter-field compared
with the first group and surrounding an ion extraction system. Ion extraction
takes place in a magnetic field well below that corresponding to the
cyclotron resonance. This ion source has numerous applications in the field
of thin layer sputtering, microetching, ion implantation, accelerators, etc. |
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Procédé
de fusion et/ou d'évapotation pulsée d'un matériau solide |
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Inventors: |
Geller Richard;
Jacquot Bernard |
Organization: |
COMMISSARIAT ENERGIE
ATOMIQUE (FR) |
Publication number: |
FR2512623 |
Publication date: |
1983-03-11 |
Summary: |
L'invention
a pour objet un procédé de fusion et/ou d'évaporation pulsée d'un matériau solide.
Elle permet notamment de sublimer et de fondre des métaux, desmétalloldes, ou
des matériaux composés solides… Ce procédé permet donc d'apporter sur le
matériau une énergie supérieure à 1 joule sur une surface de 0,01 millimètre
carré pour une seule impulsion ce qui est semblable à ce quel'on obtient avec
dix impulsions laser. De plus, le rendement électrique du procédé de
l'invention est voisin de celui obtenu par un faisceau continu d'électrons,
c'est-à-dire voisin de50%. … |
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Process and apparatus for
producing highly charged large ions and an application utilizing this process |
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Inventors: |
Geller
Richard;
Jacquot Bernard |
Organization: |
COMMISSARIAT ENERGIE ATOMIQUE (FR) |
Publication number: |
FR2475798, également US4417178,
JP56128600, GB2069230, DE3104461 |
Publication date: |
1981-08-14 |
Summary: |
Process for producing highly charged ions making it possible to ionize
a gas of neutral atoms by electron impact, the gas being introduced into an
ultra-high frequency cavity excited by at least one high frequency
electromagnetic field which is associated with a magnetic field, whose
amplitude is selected in such a way that the electronic cyclotron frequency
associated with said magnetic field is equal to the frequency of the
electromagnetic field also established in the cavity, the latter being
provided with an opening for the extraction of ions by means of appropriate
electrodes, wherein the said magnetic field is constituted by superimposing
of a multipole radial magnetic field having a minimum amplitude in the
central part of the cavity and a rotationally symmetrical axial magnetic
field having a gradient along said axis, the resulting magnetic field being
regulated in such a way that in the cavity there is at least one completely
closed magnetic layer having no contact with the cavity walls, whereby on
said layer the electronic cyclotron resonance condition is satisfied so as to
obtain an ionization of the gas passing through it, the ions formed then
being extracted through the extraction opening positioned in the vicinity of
the outermost layer by means of extraction electrodes having no contact with
said layer, followed by selection using appropriate means. Application to
obtaining ions highly charged with rare gases. |