Search

Your search keyword '"Samanni, G."' showing total 13 results
Start Over Author "Samanni, G."
13 results on '"Samanni, G."'

1. Unveiling Retention Physical Mechanism of Ge-rich GST ePCM Technology

Author

Laurin, L., primary, Baldo, M., additional, Petroni, E., additional, Samanni, G., additional, Turconi, L., additional, Motta, A., additional, Borghi, M., additional, Serafini, A., additional, Codegoni, D., additional, Scuderi, M., additional, Ran, S., additional, Claverie, A., additional, Ielmini, D., additional, Annunziata, R., additional, and Redaelli, A., additional

Published
2023
Full Text
View/download PDF

3. BEOL Process Effects on ePCM Reliability

Author

Redaelli, A., primary, Gandolfo, A., additional, Samanni, G., additional, Gomiero, E., additional, Petroni, E., additional, Scotti, L., additional, Lippiello, A., additional, Mattavelli, P., additional, Jasse, J., additional, Codegoni, D., additional, Serafini, A., additional, Ranica, R., additional, Boccaccio, C., additional, Sandrini, J., additional, Berthelon, R., additional, Grenier, J.-C., additional, Weber, O., additional, Turgis, D., additional, Valery, A., additional, Medico, S. Del, additional, Caubet, V., additional, Reynard, J.-P., additional, Dutartre, D., additional, Favennec, L., additional, Conte, A., additional, Disegni, F., additional, De Tomasi, M., additional, Ventre, A., additional, Baldo, M., additional, Ielmini, D., additional, Maurelli, A., additional, Ferreira, P., additional, Arnaud, F., additional, Piazza, F., additional, Cappelletti, P., additional, Annunziata, R., additional, and Gonella, R., additional

Published
2022
Full Text
View/download PDF

4. Heater system optimization for robust ePCM reliability and scalability in 28nm FDSOI technology

Author

Ranica, R., primary, Berthelon, R., additional, Gandolfo, A., additional, Samanni, G., additional, Gomiero, E., additional, Jasse, J., additional, Mattavelli, P., additional, Sandrini, J., additional, Querre, M., additional, Le-Friec, Y., additional, Poulet, J., additional, Caubet, V., additional, Favennec, L., additional, Boccaccio, C., additional, Ghezzi, G., additional, Gallon, C., additional, Grenier, JC., additional, Dumont, B., additional, Weber, O., additional, Villaret, A., additional, Beneyton, R., additional, Cherault, N., additional, Ristoiu, D., additional, Del Medico, S., additional, Kermarrec, O., additional, Reynard, JP., additional, Boivin, P., additional, Souhaite, A., additional, Desvoivres, L., additional, Chouteau, S., additional, Sassoulas, PO., additional, Clement, L., additional, Valery, A., additional, Petroni, E., additional, Turgis, D., additional, Lippiello, A., additional, Scotti, L., additional, Disegni, F., additional, Ventre, A., additional, Ornaghi, D., additional, De Tomasi, M., additional, Maurelli, A., additional, Conte, A., additional, Arnaud, F., additional, Redaelli, A., additional, Annunziata, R., additional, Cappelletti, P., additional, Piazza, F., additional, Ferreira, P., additional, Gonella, R., additional, and Ciantar, E., additional

Published
2021
Full Text
View/download PDF

5. Improving Ge-rich GST ePCM reliability through BEOL engineering

Author

Redaelli, A., Gandolfo, A., Samanni, G., Gomiero, E., Petroni, E., Scotti, L., Lippiello, A., Mattavelli, P., Jasse, J., Codegoni, D., Serafini, A., Ranica, R., Boccaccio, C., Sandrini, J., Berthelon, R., Grenier, Jc., Weber, O., Turgis, D., Valery, A., Del Medico, S., Caubet, V., Reynard, Jp., Dutartre, D., Favennec, L., Conte, A., Disegni, F., De Tomasi, M., Ventre, A., Baldo, M., Ielmini, D., Maurelli, A., Ferreira, P., Arnaud, F., Piazza, F., Cappelletti, P., Annunziata, R., and Gonella, R.

Published
2021

6. High Density Embedded PCM Cell in 28nm FDSOI Technology for Automotive Micro-Controller Applications

Author

Arnaud, F., primary, Ferreira, P., additional, Piazza, F., additional, Gandolfo, A., additional, Zuliani, P., additional, Mattavelli, P., additional, Gomiero, E., additional, Samanni, G., additional, Jasse, J., additional, Jahan, C., additional, Reynard, J. P., additional, Berthelon, R., additional, Weber, O., additional, Villaret, A., additional, Dumont, B., additional, Grenier, J. C., additional, Ranica, R., additional, Gallon, C., additional, Boccaccio, C., additional, Souhaite, A., additional, Desvoivres, L., additional, Ristoiu, D., additional, Favennec, L., additional, Caubet, V., additional, Delmedico, S., additional, Cherault, N., additional, Beneyton, R., additional, Chouteau, S., additional, Sassoulas, P. O., additional, Clement, L., additional, Boivin, P., additional, Turgis, D., additional, Disegni, F., additional, Ogier, J. L., additional, Federspiel, X., additional, Kermarrec, O., additional, Molgg, M., additional, Viscuso, A., additional, Annunziata, R., additional, Maurelli, A., additional, Cappelletti, P., additional, and Ciantar, E., additional

Published
2020
Full Text
View/download PDF

7. Crystallization Speed in Ge-Rich PCM Cells as a Function of Process and Programming Conditions

Author

Gomiero, E., primary, Ristoiu, D., additional, Reynard, J. P., additional, Clement, L., additional, Zuliani, P., additional, Annunziata, R., additional, Arnaud, F., additional, Samanni, G., additional, Jasse, J., additional, Jahan, C., additional, Weber, O., additional, Berthelon, R., additional, Ranica, R., additional, Favennec, L., additional, and Caubet, V., additional

Published
2019
Full Text
View/download PDF

8. Truly Innovative 28nm FDSOI Technology for Automotive Micro-Controller Applications embedding 16MB Phase Change Memory

Author

Arnaud, F., primary, Zuliani, P., additional, Reynard, J.P., additional, Gandolfo, A., additional, Disegni, F., additional, Mattavelli, P., additional, Gomiero, E., additional, Samanni, G., additional, Jahan, C., additional, Berthelon, R., additional, Weber, O., additional, Richard, E., additional, Barral, V., additional, Villaret, A., additional, Kohler, S., additional, Grenier, J.C., additional, Ranica, R., additional, Gallon, C., additional, Souhaite, A., additional, Ristoiu, D., additional, Favennec, L., additional, Caubet, V., additional, Delmedico, S., additional, Cherault, N., additional, Beneyton, R., additional, Chouteau, S., additional, Sassoulas, P.O., additional, Vernhet, A., additional, Le Friec, Y., additional, Domengie, F., additional, Scotti, L., additional, Pacelli, D., additional, Ogier, J.L., additional, Boucard, F., additional, Lagrasta, S., additional, Benoit, D., additional, Clement, L., additional, Boivin, P., additional, Ferreira, P., additional, Annunziata, R., additional, and Cappelletti, P., additional

Published
2018
Full Text
View/download PDF

12. Advanced N.D. Techniques for Composite Primary Structures

Author

COSTRUZIONI AERONAUTICHE GIOVANNI AGUSTA S P A GALLARATE (ITALY), Farioli,M., Porro,F., Samanni,G., Wagner,V., COSTRUZIONI AERONAUTICHE GIOVANNI AGUSTA S P A GALLARATE (ITALY), Farioli,M., Porro,F., Samanni,G., and Wagner,V.

Abstract

The applications of composite materials in primary aircraft structures need deep investigations on the materials themselves and reliable techniques of control of the products. The last topic rappresents one of the most weak points in the composites and adhesives technology because there is no one N.D. method useful and valid for all kinds of defects but a variety of N.D. methods in order to achieve good results in the inspectability of the configurations are necessary. This paper contains, in its first part, an overview of some most popular techniques for maximum sensitivity, determination on standard defects using a proof specimens, that is: X-ray radiography and in-line radioscopy electronically supported; X-ray xeroradiography; Neutron radiography; U.S. investigation; The second part presents some examples of application of the above mentioned techniques on significant aircraft components i.e.: main rotor spar and blade main rotor blade grip and the results are discussed., This article is from 'Characterization, Analysis and Significance of Defects in Composite Materials. Conference Proceedings: Meeting of the Structures and Materials Panel (56th) Held in London on 12-14 April 1983, AD-A134 058. p13-1-13-18.

Published
1983

13. Prostaglandin E1 (PGE1) gastric tissue levels in the rat after truncal vagotomy and/or pre-hepatic portal hypertension.

Author

Meriggi F, Mellerio G, Samanni G, Wagner V, and Scotti-Foglieni C

Subjects
Alprostadil, Animals, Chromatography, High Pressure Liquid, Constriction, Pathologic, Female, Mass Spectrometry, Portal Vein physiology, Rats, Rats, Inbred Strains, Vagus Nerve physiology, Hypertension, Portal metabolism, Prostaglandins E analysis, Stomach analysis, Vagotomy
Abstract

Three groups of female Wistar rats were considered to study the pathophysiologic changes induced by truncal vagotomy and/or prehepatic portal hypertension. The first group was subjected to transabdominal bilateral truncal vagotomy (T.V.) and Heinecke-Mikulicz pyloroplasty, the second group to main portal vein partial stenosis (P.P.S.), and the third one simultaneously to T.V. plus P.P.S. The rats were sacrificed and the stomach homogenized. The separation and simultaneous measurement of gastric prostaglandin E1 (PGE1) resulted from high performance liquid chromatography (H.P.L.C.). Mass spectrometry (M.S.) was used for identification of several gastric PGE1 samples in purified extracts. Control rats were also sacrificed and examined. With regard to PGE1 gastric contents, the following results are reported: 1.2405 +/- 0.1356 micrograms/g (control rats), 0.786 +/- 0.1296 micrograms/g (T.V. rats), 1.8495 +/- 0.3433 micrograms/g (P.P.S. rats), and 1.2754 +/- 0.1154 micrograms/g (T.V. + P.P.S. rats). The interpretation of results is made at the moment on a hypothetical basis.

Published
1984

Catalog

Books, media, physical & digital resources
See catalog results