J. Arnaud

Crossed Field microwave devices, Vol 1, 1961, Academic Press, New York and London, pp. 99-103

ABSTRACT

1. The Delay Factor
2. The Coupling Impedance
3. The Matching of the Input and Output Circuits
4. Attenuation of the strcture
5. List of symbols
6. References

LIEN VERS  L’ARTICLE : MEASUREMENTS

J. Arnaud

Crossed Field microwave devices, Vol 1, 1961, Academic Press, New York and London, pp. 17-33

ABSTRACT

This section is concerned with the study of circuits used in injection M-type tubes.

LIEN VERS  L’ARTICLE : GENERAL PROPERTIES OF PERIODIC STRUCTURES

Jacques Arnaud

Crossed Field microwave devices, Vol 1, 1961, Academic Press, New York and London, pp. 35-45

ABSTRACT

We will study in this section the electromagnetic waves which can be guided by an array of parallel cylindrical conductors directed along.

LIEN VERS  L’ARTICLE : THEORY OF BAR LINES

Jacques Arnaud

Crossed Field microwave devices, Vol 1, 1961, Academic Press, New York and London, pp. 47-67

ABSTRACT

We consider typical types of delay lines that have been used or considered for use in Injection Type tubes.

LIEN VERS  L’ARTICLE : CIRCUIT OF TRAVELING WAVE CROSSED FIELD TUBES

P. Palluel  and  J. Arnaud

Proceedings of the IEE – Part B: Radio and Electronic Engineering, Volume 105, Issue 11S, May 1958, p. 727 – 729

PAS D’ABSTRACT

LIEN PAYANT VERS  L’ARTICLE : RESULTS ON DELAY LINES FOR HIGH-POWER TRAVELLING-WAVE TUBES

J. Arnaud, O. Doehler, B. Epsztein

Proceedings of the IEE – Part B: Radio and Electronic Engineering  (Volume:105,  Issue: 10 ), pages 529 – 532, May 1958

PAS D’ABSTRACT

LIEN VERS  L’ARTICLE : OPERATION CHARACTERISTICS OF THE CARMATRON TUBE

Jacques Arnaud, M. B. El Mashade

Electronics Letters vol 23, n°11, 568-570, mai 1987

ABSTRACT

The Fabry-Perot (FP) method of semiconductor laser gain measurement, first proposed by Hakki and Paoli (1975), is widely used. It is based on the measurement of the FP resonances excited by spontaneous emission. Its validity rests on the assumption that a single mode is significant. We show, using a simplified laser model, that this assumption is valid only when the power of the mirror reflectivity is very small, or near the laser oscillating frequency. For example, the error is in the order of 20% when the power facet reflectivities are equal to 37% and the modal gain is unity. Theses results apply to both index-guided and gain-guided lasers.

LIEN VERS L’ARTICLE : ACCURACY OF FABRY-PEROT METHOD OF SEMICONDUCTOR LASER GAIN MEASUREMENT

J. Arnaud, M. Clapeau, F. De Fornel, P. Grignan

Source inconnue

PAS D’ABSTRACT

LIEN VERS  L’ARTICLE : ON THE ENHANCEMENT OF FIBER BANDWIDTH BY DISTORSIONS

J. Arnaud, G. Wendt, J. Lind

Source inconnue

PAS D’ABSTRACT

LIEN VERS  L’ARTICLE : NOISE IN A HOLLOW BEAM INJECTION GUN FOR « O » TYPE TUBES