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172 results on '"Megtert, S."'

1. Influence of oxygen reduction on the structural and electronic properties of electron-doped Sr1-xLaxCuO2 thin films

Author

Li, Z. Z., Jovanovic, V., Raffy, H., and Megtert, S.

Subjects
Condensed Matter - Superconductivity, Condensed Matter - Strongly Correlated Electrons
Abstract

Single phase, c-axis oriented, e-doped, Sr1-xLaxCuO2 thin films were epitaxially grown on KTaO3 and DyScO3 substrates by reactive rf sputtering. As-grown films being insulating due to oxygen excess, oxygen reduction is necessary to observe superconductivity. Two different procedures were employed to reach superconductivity. On one hand an in-situ reduction process was conducted on a series of films deposited on both types of substrates. On the other hand, an ex-situ reduction procedure was performed sequentially on a single film deposited on DyScO3. The study of the influence of oxygen reduction on the structural and electronic properties of the thin films is presented and discussed., Comment: 27 pages, 10 figures, to appear in Physica C

Published
2008
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2. Interplay of Doping and Structural Modulation in Superconducting Bi2Sr2-xLaxCuO6+d thin films

Author

Li, Z. Z., Raffy, H., Bals, S., van Tendeloo, G., and Megtert, S.

Subjects
Condensed Matter - Superconductivity, Condensed Matter - Strongly Correlated Electrons
Abstract

We have studied the evolution of the structural modulation in epitaxial, c-axis oriented, Bi2Sr2-xLaxCuO6+d thin films when varying the La content x and for a given x as a function of oxygen content. A series of thin films with 00.2. Such study is important to understand the electronical properties of Bi2Sr2-xLaxCuO6+d thin films., Comment: 25 pages with 10 figures, accepted for publication in Phys.Rev.B

Published
2005
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14. X-ray diffuse scattering reinvestigation of TSeF-TCNQ

Author

Megtert, S., Garito, A.F., Pouget, J.P., Comès, R., Ehlers, J., editor, Hepp, K., editor, Kippenhahn, R., editor, Weidenmüller, H. A., editor, Zittartz, J., editor, Beiglböck, W., editor, Bariŝić, Slaven, editor, Bjeliŝ, Aleksa, editor, Cooper, John Robert, editor, and Leontić, Boran A., editor

Published
1979
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16. X-Ray diffuse scattering study of iodine chains in (TTT)2 I3+δ

Author

Megtert, S., Pouget, J. P., Comès, R., Fourme, R., Ehlers, J., editor, Hepp, K., editor, Kippenhahn, R., editor, Weidenmüller, H. A., editor, Zittartz, J., editor, Beiglböck, W., editor, Barišić, Slaven, editor, Bjeliš, Aleksa, editor, Cooper, John Robert, editor, and Leontić, Boran, editor

Published
1979
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19. Design and Fabrication of a 1 THz Backward Wave Amplifier

Author

CLAUDIO PAOLONI, Mauro Mineo, Viktor Krozer, Aldo Di Carlo, Francesca Brunetti, Giacomo Ulisse, Durand, A., Kotiranta, M., Anna Maria Fiorello, Massimiliano Dispenza, Secchi, A., Zhurbenko, V., Bouamrane, F., Megtert, S., Thomas Bouvet, Tamburri, E., S Cojocarua, C., Gohier, A., Cojocaru, Costel Sorin, Departement of Electronic Engineering, Università degli Studi di Roma Tor Vergata [Roma], Thales Electron Devices (TED), THALES, Physikalisches Institut [Frankfurt/Main], Goethe-Universität Frankfurt am Main, Selex, Selex SI, Technical University of Denmark [Lyngby] (DTU), Unité mixte de physique CNRS/Thales (UMPhy CNRS/THALES), THALES-Centre National de la Recherche Scientifique (CNRS), NanoMaDe, Laboratoire de physique des interfaces et des couches minces [Palaiseau] (LPICM), and École polytechnique (X)-Centre National de la Recherche Scientifique (CNRS)-École polytechnique (X)-Centre National de la Recherche Scientifique (CNRS)

Subjects
Micromachining, Vacuum electron device, LIGA, Terahertz, [PHYS.COND.CM-MS]Physics [physics]/Condensed Matter [cond-mat]/Materials Science [cond-mat.mtrl-sci], Carbon nanotube, [PHYS.COND.CM-MS] Physics [physics]/Condensed Matter [cond-mat]/Materials Science [cond-mat.mtrl-sci], [SPI.TRON] Engineering Sciences [physics]/Electronics, [SPI.TRON]Engineering Sciences [physics]/Electronics, Backward wave amplifier
Abstract

International audience; The THz frequency range represents a true challenge for designers, fabrication technologies and characterization systems. So far, huge technological obstacles have prohibited any system realization different from laboratory one. Furthermore, most of the applications in the THz frequency range require a level of power not achievable by optoelectronic devices at room temperature or by solid-state technology. The recent availability of three-dimensional simulators and high aspect ratio micro-fabrication techniques has stimulated a class of vacuum electron devices operating in the THz regime, to get a level of output power to enable applications at these frequencies. The OPTHER (Optically driven THz amplifier) project, funded by the European Community, is on the road to realize the first 1 THz vacuum tube amplifier. Technology at the state of the art has been used for the realization of the parts with dimensions supporting THz frequencies. A backward wave amplifier configuration is chosen to make the parts realizable. A carbon nanotube cold cathode has been considered for electron generation. A thermionic micro electron gun is designed to test the tube. A novel slow-wave structure (SWS), the double corrugated rectangular waveguide, is devised to support a cylindrical electron beam and to guarantee high interaction impedance with limited losses. Both LIGA and UV SU-8 photolithography have been tested to realize the SWS.

Published
2011

26. 1-THz Cascade Backward Wave Amplifier

Author

Paoloni, C., Mineo, Mauro, Di Carlo, A., Durand, A. J., Krozer, V., Kotiranta, M., Bouamrane, F., Bouvet, T., Megtert, S., Paoloni, C., Mineo, Mauro, Di Carlo, A., Durand, A. J., Krozer, V., Kotiranta, M., Bouamrane, F., Bouvet, T., and Megtert, S.

Abstract

A state-of-the-art 1 THz cascade backward wave amplifier was fabricated in the frame of the FP7 European Community OPTHER (Optically driven Terahertz amplifier) project. The huge theoretical and technological effort to realize an amplifier at a frequency of 1 THz has created new knowledge and advancements in the field. A double corrugated waveguide was adopted as the slow wave structure to support a cylindrical micro electron beam. The technique developed while working with the challenging dimensions, the assembly of the parts, and the results of the project represent a big step toward the reliable realization of THz vacuum electron devices.

Published
2012

27. LIGA-based Slow Wave Structure for a THz Vacuum Amplifier

Author

Bouamrane, F., Bouveta, T., Megtert, S., Brunetti, F., Mineo, M., Paoloni, C., Tamburri, E., Terranova, M.L., Ulisse, G., Di Carlo, A., Marchesin, R., Pham, K., Durand, A., Kotiranta, M., Krozer, Viktor, Guiset, P., de Rossi, A., Schnell, J.P., Legagneux, P., Dolfi, D., Fiorello, A., Dispenza, M., Secchi, A., Zhurbenko, Vitaliy, Gohier, A., Cojocaru, C.-S., Bouamrane, F., Bouveta, T., Megtert, S., Brunetti, F., Mineo, M., Paoloni, C., Tamburri, E., Terranova, M.L., Ulisse, G., Di Carlo, A., Marchesin, R., Pham, K., Durand, A., Kotiranta, M., Krozer, Viktor, Guiset, P., de Rossi, A., Schnell, J.P., Legagneux, P., Dolfi, D., Fiorello, A., Dispenza, M., Secchi, A., Zhurbenko, Vitaliy, Gohier, A., and Cojocaru, C.-S.

Published
2011

28. LIGA-based Slow Wave Structure for a THz Vacuum Amplifier

Author

Bouamrane, Faycal, Bouvet, T., Megtert, S., Brunetti, F., Mineo, Mauro, Paoloni, C., Tamburri, E., Terranova, M.L., Ulisse, G., Di Carlo, A., Marchesin, R., Pham, K., Durand, A.J., Kotiranta, M., Krozer, V., Guiset, P., De Rossi, A., Schnell, J.P., Legagneux, P., Dolfi, D., Fiorello, A.M., Dispenza, M., Secchi, A., Zhurbenko, V., Gohier, A., Cojocaru, C.-S., Bouamrane, Faycal, Bouvet, T., Megtert, S., Brunetti, F., Mineo, Mauro, Paoloni, C., Tamburri, E., Terranova, M.L., Ulisse, G., Di Carlo, A., Marchesin, R., Pham, K., Durand, A.J., Kotiranta, M., Krozer, V., Guiset, P., De Rossi, A., Schnell, J.P., Legagneux, P., Dolfi, D., Fiorello, A.M., Dispenza, M., Secchi, A., Zhurbenko, V., Gohier, A., and Cojocaru, C.-S.

Published
2011

29. Backward Wave Amplifier Realisation at 1000 GHz Progress whitin EU FP7 OPTHER Project

Author

Paoloni, C., Di Carlo, A., Brunetti, F., Mineo, Mauro, Ulisse, G., Durand, A.J., Krozer, V., Kotiranta, M., Fiorello, A.M., Dispenza, M., Secchi, A., Zhurbenko, V., Boumrane, F., Bouvet, T., Megtert, S., Cojocaru, C.-S., Gohier, A., Paoloni, C., Di Carlo, A., Brunetti, F., Mineo, Mauro, Ulisse, G., Durand, A.J., Krozer, V., Kotiranta, M., Fiorello, A.M., Dispenza, M., Secchi, A., Zhurbenko, V., Boumrane, F., Bouvet, T., Megtert, S., Cojocaru, C.-S., and Gohier, A.

Published
2011

30. Design and Fabrication of a 1 THz Backward Wave Amplifier

Author

Paoloni, Claudio, Mineo, Mauro, Krozer, Viktor, Di Carlo, Aldo, Brunetti, Francesca, Ulisse, Giacomo, Durand, A., Kotiranta, M., Fiorello, Anna Maria, Dispenza, Massimiliano, Secchi, A., Zhurbenko, V., Bouamrane, F., Megtert, S., Bouvet, Thomas, Tamburri, E., Cojocarua, C. -S., Gohier, A., Paoloni, Claudio, Mineo, Mauro, Krozer, Viktor, Di Carlo, Aldo, Brunetti, Francesca, Ulisse, Giacomo, Durand, A., Kotiranta, M., Fiorello, Anna Maria, Dispenza, Massimiliano, Secchi, A., Zhurbenko, V., Bouamrane, F., Megtert, S., Bouvet, Thomas, Tamburri, E., Cojocarua, C. -S., and Gohier, A.

Abstract

The THz frequency range represents a true challenge for designers, fabrication technologies and characterization systems. So far, huge technological obstacles have prohibited any system realization different from laboratory one. Furthermore, most of the applications in the THz frequency range require a level of power not achievable by optoelectronic devices at room temperature or by solid-state technology. The recent availability of three-dimensional simulators and high aspect ratio micro-fabrication techniques has stimulated a class of vacuum electron devices operating in the THz regime, to get a level of output power to enable applications at these frequencies. The OPTHER (Optically driven THz amplifier) project, funded by the European Community, is on the road to realize the first 1 THz vacuum tube amplifier. Technology at the state of the art has been used for the realization of the parts with dimensions supporting THz frequencies. A backward wave amplifier configuration was chosen to make the parts realizable. A carbon nanotube cold cathode has been considered for electron generation. A thermionic micro electron gun was designed to test the tube. A novel slow-wave structure (SWS), the double corrugated rectangular waveguide, was devised to support a cylindrical electron beam and to guarantee a high interaction impedance with limited losses. Both LIGA and UV SU-8 photolithography have been tested to realize the SWS.

Published
2011

31. The OPTHER project: Progress toward the THz amplifier

Author

Paoloni, C., Brunetti, F., Di Carlo, A., Mineo, Mauro, Tamburri, E., Terranova, M.L., Ulisse, G., Durand, A., Marchesin, R., Pham, K., Krozer, V., Kotiranta, M., de Rossi, A., Dolfi, D., Guiset, P., Legagneux, P., Schnell, J.P., Fiorello, A., Dispenza, M., Secchi, A., Zhurbenko, V., Megtert, S., Bouamrane, F., Cojocaru, C.-S., Gohier, A., Paoloni, C., Brunetti, F., Di Carlo, A., Mineo, Mauro, Tamburri, E., Terranova, M.L., Ulisse, G., Durand, A., Marchesin, R., Pham, K., Krozer, V., Kotiranta, M., de Rossi, A., Dolfi, D., Guiset, P., Legagneux, P., Schnell, J.P., Fiorello, A., Dispenza, M., Secchi, A., Zhurbenko, V., Megtert, S., Bouamrane, F., Cojocaru, C.-S., and Gohier, A.

Abstract

This paper describes the status of the OPTHER (OPtically driven TeraHertz AmplifiERs) project and progress toward the THz amplifier realization. This project represents a considerable advancement in the field of high frequency amplification. The design and realization of a THz amplifier within this project is a consolidation of efforts at the international level from the leading scientific and industrial European organizations working with vacuum electronics.

Published
2011

32. The OPTHER Project: Progress toward the THz Amplifier

Author

Paoloni, C, Brunetti, F, Di Carlo, A, Mineo, M, Tamburri, E, Terranova, M. L., Ulisse, G, Durand, A, Marchesin, R, Pham, K, Krozer, V, Kotiranta, M, de Rossi, A, Dolfi, D, Guiset, P, Legagneux, P, Schnell, J. P., Fiorello, A, Dispenza, M, Secchi, A, Zhurbenko, Vitaliy, Megtert, S, Bouamrane, F, Cojocaru, C.-S., Gohier, A, Paoloni, C, Brunetti, F, Di Carlo, A, Mineo, M, Tamburri, E, Terranova, M. L., Ulisse, G, Durand, A, Marchesin, R, Pham, K, Krozer, V, Kotiranta, M, de Rossi, A, Dolfi, D, Guiset, P, Legagneux, P, Schnell, J. P., Fiorello, A, Dispenza, M, Secchi, A, Zhurbenko, Vitaliy, Megtert, S, Bouamrane, F, Cojocaru, C.-S., and Gohier, A

Abstract

This paper describes the status of the OPTHER (OPtically driven TeraHertz AmplifiERs) project and progress toward the THz amplifier realization. This project represents a considerable advancement in the field of high frequency amplification. The design and realization of a THz amplifier within this project is a consolidation of efforts at the international level from the leading scientific and industrial European organizations working with vacuum electronics.

Published
2011

33. European Research on THz Vacuum Amplifiers

Author

Brunetti, F., Cojocarua, C. -S., de Rossi, A., Di Carlo, A., Dispenza, M., Dolfi, D., Durand, A., Fiorello, A., Gohier, A., Guiset, P., Korantia, M., Krozer, V., Legagneux, P., Marchesin, R., Megtert, S., Bouamrane, F., Mineo, Mauro, Paoloni, C., Pham, K., Schnell, J. P., Secchi, A., Tamburri, E., Terranova, M. L., Ulisse, G., Zhurbenko, V., Brunetti, F., Cojocarua, C. -S., de Rossi, A., Di Carlo, A., Dispenza, M., Dolfi, D., Durand, A., Fiorello, A., Gohier, A., Guiset, P., Korantia, M., Krozer, V., Legagneux, P., Marchesin, R., Megtert, S., Bouamrane, F., Mineo, Mauro, Paoloni, C., Pham, K., Schnell, J. P., Secchi, A., Tamburri, E., Terranova, M. L., Ulisse, G., and Zhurbenko, V.

Abstract

The OPTHER (OPtically Driven TeraHertz AmplifiERs) project represents a considerable advancement in the field of high frequency amplification. The design and realization of a THz amplifier within this project is a consolidation of efforts at the international level from the main players of the European research, academy and industry in vacuum electronics. This paper describes the status of the project and progress towards the THz amplifier realization.

Published
2010

34. Towards a THz Backward Wave Amplifier in European OPTHER project

Author

Krapels, KA, Salmon, NA, Dispenza, M., Brunetti, F., Cojocaru, C. -S., de Rossi, A., Di Carlo, A., Dolfi, D., Durand, A., Fiorello, A. M., Gohier, A., Guiset, P., Kotiranta, M., Krozer, V., Legagneux, P., Marchesin, R., Megtert, S., Bouamrane, F., Mineo, Mauro, Paoloni, C., Pham, K., Schnell, J. P., Secchi, A., Tamburri, E., Terranova, M. L., Ulisse, G., Zhurbenko, V., Krapels, KA, Salmon, NA, Dispenza, M., Brunetti, F., Cojocaru, C. -S., de Rossi, A., Di Carlo, A., Dolfi, D., Durand, A., Fiorello, A. M., Gohier, A., Guiset, P., Kotiranta, M., Krozer, V., Legagneux, P., Marchesin, R., Megtert, S., Bouamrane, F., Mineo, Mauro, Paoloni, C., Pham, K., Schnell, J. P., Secchi, A., Tamburri, E., Terranova, M. L., Ulisse, G., and Zhurbenko, V.

Abstract

Within the EC funded international project OPTHER (OPtically Driven TeraHertz AmplifiERs) a considerable technological effort is being undertaken, in terms of technological development, THz device design and integration. The ultimate goal is to develop a miniaturised THz amplifier based on vacuum-tube principles The main target specifications of the OPTHER amplifier are the following: - Operating frequency: in the band 0.3 to 2 THz - Output power: > 10 mW (10 dBm) - Gain: 10 to 20 dB. The project is in the middle of its duration. Design and simulations have shown that these targets can be met with a proper device configuration and careful optimization of the different parts of the amplifier. Two parallel schemes will be employed for amplifier realisation: THz Drive Signal Amplifier and Optically Modulated Beam THz Amplifier.

Published
2010

35. The European Project OPTHER for the development of a THz tube amplifier

Author

Di Carlo, A., Paoloni, C., Brunetti, F., Terranova, M. L., Durand, A., Marchesin, R., Pham, K., Krozer, V., Fiorello, A., Dispenza, M., Pribat, D., Megtert, S., Schnell, J. P., Guiset, P., Legagneux, P., Dolfi, D., de Rossi, A., Di Carlo, A., Paoloni, C., Brunetti, F., Terranova, M. L., Durand, A., Marchesin, R., Pham, K., Krozer, V., Fiorello, A., Dispenza, M., Pribat, D., Megtert, S., Schnell, J. P., Guiset, P., Legagneux, P., Dolfi, D., and de Rossi, A.

Abstract

The European project OPTHER - Optically Driven THz Amplifiers, is focused on the realization of a THz amplifier. This device aims to overcome the actual limitations of THz sources in terms of emitted power, opening the way to the use of THz in monitoring security systems. Two alternative schemes are under study for amplification. In the first one (THz drive signal amplifier) the continuous wave electron beam emitted by the CNT cathode is modulated by the electric field in the interaction structure driven by a THz signal (generated by QCL or laser mixing). In the second one (optically modulated beam THz amplifier), the CNT cathode emits bunches of electrons at the THz rate. Those bunches are transmitted to the interaction structure and generate the amplified output signal.

Published
2009

36. Influence of oxygen reduction on the structural and electronic properties of electron-doped Sr1−xLaxCuO2 thin films

Author

Li, Z.Z., Jovanović, Vladimir P., Raffy, H., Megtert, S., Li, Z.Z., Jovanović, Vladimir P., Raffy, H., and Megtert, S.

Abstract

Single-phase, c-axis oriented, e-doped, Sr1−xLaxCuO2 thin films were epitaxially grown on KTaO3 and DyScO3 substrates by reactive rf sputtering. As-grown films being insulating due to oxygen excess, oxygen reduction is necessary to observe superconductivity. Two different procedures were employed to reach superconductivity. On one hand an in situ reduction process was conducted on a series of films deposited on both type of substrates. On the other hand, an ex situ reduction procedure was performed sequentially on a single film deposited on DyScO3. The study of the influence of oxygen reduction on the structural and electronic properties of the thin films is presented and discussed.

Published
2009

39. The OPTHER project: Progress toward the THz amplifier

Author

Paoloni, C., primary, Brunetti, F., additional, Di Carlo, A., additional, Mineo, M., additional, Tamburri, E., additional, Terranova, M. L., additional, Ulisse, G., additional, Durand, A., additional, Marchesin, R., additional, Pham, K., additional, Krozer, V., additional, Kotiranta, M., additional, de Rossi, A., additional, Dolfi, D., additional, Guiset, P., additional, Legagneux, P., additional, Schnell, J. P., additional, Fiorello, A., additional, Dispenza, M., additional, Secchi, A., additional, Zhurbenko, V., additional, Megtert, S., additional, Bouamrane, F., additional, Cojocaru, C.-S., additional, and Gohier, A., additional

Published
2011
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40. Towards a THz backward wave amplifier in European OPTHER project

Author

Dispenza, M., primary, Brunetti, F., additional, Cojocaru, C.-S., additional, de Rossi, A., additional, Di Carlo, A., additional, Dolfi, D., additional, Durand, A., additional, Fiorello, A. M., additional, Gohier, A., additional, Guiset, P., additional, Kotiranta, M., additional, Krozer, V., additional, Legagneux, P., additional, Marchesin, R., additional, Megtert, S., additional, Bouamrane, F., additional, Mineo, M., additional, Paoloni, C., additional, Pham, K., additional, Schnell, J. P., additional, Secchi, A., additional, Tamburri, E., additional, Terranova, M. L., additional, Ulisse, G., additional, and Zhurbenko, V., additional

Published
2010
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41. European research on THz vacuum amplifiers

Author

Brunetti, F., primary, Cojocarua, C.-S., additional, de Rossi, A., additional, Di Carlo, A., additional, Dispenza, M., additional, Dolfi, D., additional, Durand, A., additional, Fiorello, A., additional, Gohier, A., additional, Guiset, P., additional, Korantia, M., additional, Krozer, V., additional, Legagneux, P., additional, Marchesin, R., additional, Megtert, S., additional, Bouamrane, F., additional, Mineo, M., additional, Paoloni, C., additional, Pham, K., additional, Schnell, J. P., additional, Secchi, A., additional, Tamburri, E., additional, Terranova, M. L., additional, Ulisse, G., additional, and Zhurbenko, V., additional

Published
2010
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42. Technological bricks and concepts for THz remote sensing

Author

Morvan, R. Czarny L., primary, Pillet, G., additional, Guiset, P., additional, Schnell, J. P., additional, Legagneux, P., additional, Megtert, S., additional, de Rossi, A., additional, Dolfi, D., additional, Torres, J., additional, Nouvel, P., additional, Marinchio, H., additional, Varani, L., additional, Chusseau, L., additional, Lampin, J.-F., additional, Bollaert, S., additional, and Roelens, Y., additional

Published
2010
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43. The European project OPTHER for the development of a THz tube amplifier

Author

Di Carlo, A., primary, Paoloni, C., additional, Brunetti, F., additional, Terranova, M.L., additional, Durand, A., additional, Marchesin, R., additional, Pham, K., additional, Krozer, V., additional, Fiorello, A., additional, Dispenza, M., additional, Pribat, D., additional, Megtert, S., additional, Schnell, J.P., additional, Guiset, P., additional, Legagneux, P., additional, Dolfi, D., additional, and de Rossi, A., additional

Published
2009
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46. Ion beam mixing of La(OH)$_3$/Cu and La(OH)$_3$/SrO/Cu multilayers

Author

Mathevet, J.P., Traverse, A., Megtert, S., Chaumont, J., Centre de Spectrométrie Nucléaire et de Spectrométrie de Masse (CSNSM), Centre National de la Recherche Scientifique (CNRS)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Université Paris-Sud - Paris 11 (UP11), and Lorgeril, Jocelyne

Subjects
[PHYS.PHYS.PHYS-INS-DET] Physics [physics]/Physics [physics]/Instrumentation and Detectors [physics.ins-det], 0103 physical sciences, [PHYS.PHYS.PHYS-INS-DET]Physics [physics]/Physics [physics]/Instrumentation and Detectors [physics.ins-det], 010306 general physics, 01 natural sciences, 010305 fluids & plasmas
Published
1990

47. Ion beam mixing of La(OH)$_3$/Cu bilayers

Author

Mathevet, J.P., Traverse, A., Chaumont, J., Gasgnier, M., Megtert, S., Centre de Spectrométrie Nucléaire et de Spectrométrie de Masse (CSNSM), and Centre National de la Recherche Scientifique (CNRS)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Université Paris-Sud - Paris 11 (UP11)

Subjects
[PHYS.PHYS.PHYS-INS-DET]Physics [physics]/Physics [physics]/Instrumentation and Detectors [physics.ins-det]
Published
1990

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