INDUSTRIALISATION OF THE PRODUCTION OF SEAMLESS RESONANT CAVITIES (Q4243270): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Changed label, description and/or aliases in en, and other parts: Adding English translations) |
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INDUSTRIALISATION OF THE PRODUCTION OF SEAMLESS RESONANT CAVITIES | |||||||||||||||
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THE PROJECT PLANS TO CREATE SUPERCONDUCTIVE ACCELERATOR RESONANT CAVITIES IN SEAMLESS NIOBIUM (WITHOUT WELDING) TO INCREASE PERFORMANCE WHILE REDUCING THE COST OF A STRATEGIC TECHNOLOGICAL DEVICE IN THE FIELD OF HIGH ENERGY PHYSICS. THE PROJECT WILL FOCUS ON TWO MAIN ASPECTS. THE FIRST IS THE DEVELOPMENT AND OPTIMISATION OF THE SPINNING PROCESS (SLAB TURNING) USED FOR THE MANUFACTURE OF CAVITIES, STUDYING THE POSSIBILITY OF USING INNOVATIVE MONOBLOC MOULDS THAT DO NOT DAMAGE THE INTERNAL SURFACE AS THE MOULDS TO SECTORS USED TO DATE. THE SECOND IS THE CHARACTERISATION OF THE CAVITY PROFILE WITH NON-DESTRUCTIVE TECHNIQUES SUCH AS X-RAY TOMOGRAPHY. (English) | |||||||||||||||
| Property / summary: THE PROJECT PLANS TO CREATE SUPERCONDUCTIVE ACCELERATOR RESONANT CAVITIES IN SEAMLESS NIOBIUM (WITHOUT WELDING) TO INCREASE PERFORMANCE WHILE REDUCING THE COST OF A STRATEGIC TECHNOLOGICAL DEVICE IN THE FIELD OF HIGH ENERGY PHYSICS. THE PROJECT WILL FOCUS ON TWO MAIN ASPECTS. THE FIRST IS THE DEVELOPMENT AND OPTIMISATION OF THE SPINNING PROCESS (SLAB TURNING) USED FOR THE MANUFACTURE OF CAVITIES, STUDYING THE POSSIBILITY OF USING INNOVATIVE MONOBLOC MOULDS THAT DO NOT DAMAGE THE INTERNAL SURFACE AS THE MOULDS TO SECTORS USED TO DATE. THE SECOND IS THE CHARACTERISATION OF THE CAVITY PROFILE WITH NON-DESTRUCTIVE TECHNIQUES SUCH AS X-RAY TOMOGRAPHY. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: THE PROJECT PLANS TO CREATE SUPERCONDUCTIVE ACCELERATOR RESONANT CAVITIES IN SEAMLESS NIOBIUM (WITHOUT WELDING) TO INCREASE PERFORMANCE WHILE REDUCING THE COST OF A STRATEGIC TECHNOLOGICAL DEVICE IN THE FIELD OF HIGH ENERGY PHYSICS. THE PROJECT WILL FOCUS ON TWO MAIN ASPECTS. THE FIRST IS THE DEVELOPMENT AND OPTIMISATION OF THE SPINNING PROCESS (SLAB TURNING) USED FOR THE MANUFACTURE OF CAVITIES, STUDYING THE POSSIBILITY OF USING INNOVATIVE MONOBLOC MOULDS THAT DO NOT DAMAGE THE INTERNAL SURFACE AS THE MOULDS TO SECTORS USED TO DATE. THE SECOND IS THE CHARACTERISATION OF THE CAVITY PROFILE WITH NON-DESTRUCTIVE TECHNIQUES SUCH AS X-RAY TOMOGRAPHY. (English) / qualifier | |||||||||||||||
point in time: 2 February 2022
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Revision as of 06:47, 2 February 2022
Project Q4243270 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | INDUSTRIALISATION OF THE PRODUCTION OF SEAMLESS RESONANT CAVITIES |
Project Q4243270 in Italy |
Statements
38,100.0 Euro
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76,200.0 Euro
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50.0 percent
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UNIVERSITA' DEGLI STUDI DI PADOVA
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IL PROGETTO PREVEDE DI REALIZZARE CAVITA' RISONANTI ACCELERATRICI SUPERCONDUTTIVE IN NIOBIO SEAMLESS (PRIVE DI SALDATURA) PER AUMENTARE LE PRESTAZIONI E RIDURRE AL CONTEMPO IL COSTO DI UN DISPOSITIVO TECNOLOGICO STRATEGICO NEL CAMPO DELLA FISICA DELLE ALTE ENERGIE. IL PROGETTO SI FOCALIZZERA' SU DUE ASPETTI PRINCIPALI. IL PRIMO E' LO SVILUPPO E L'OTTIMIZZAZIONE DEL PROCESSO DI SPINNING (TORNITURA IN LASTRA) UTILIZZATO PER LA MANIFATTURA DELLE CAVITA', STUDIANDO LA POSSIBILITA' DI UTILIZZARE STAMPI INNOVATIVI MONOBLOCCO CHE NON DANNEGGINO LA SUPERFICIE INTERNA COME GLI STAMPI A SETTORI UTILIZZATI FINO AD OGGI. IL SECONDO E' LA CARATTERIZZAZIONE DEL PROFILO DELLA CAVITA' CON TECNICHE NON DISTRUTTIVE QUALE AD ESEMPIO LA TOMOGRAFIA A RAGGI X. (Italian)
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THE PROJECT PLANS TO CREATE SUPERCONDUCTIVE ACCELERATOR RESONANT CAVITIES IN SEAMLESS NIOBIUM (WITHOUT WELDING) TO INCREASE PERFORMANCE WHILE REDUCING THE COST OF A STRATEGIC TECHNOLOGICAL DEVICE IN THE FIELD OF HIGH ENERGY PHYSICS. THE PROJECT WILL FOCUS ON TWO MAIN ASPECTS. THE FIRST IS THE DEVELOPMENT AND OPTIMISATION OF THE SPINNING PROCESS (SLAB TURNING) USED FOR THE MANUFACTURE OF CAVITIES, STUDYING THE POSSIBILITY OF USING INNOVATIVE MONOBLOC MOULDS THAT DO NOT DAMAGE THE INTERNAL SURFACE AS THE MOULDS TO SECTORS USED TO DATE. THE SECOND IS THE CHARACTERISATION OF THE CAVITY PROFILE WITH NON-DESTRUCTIVE TECHNIQUES SUCH AS X-RAY TOMOGRAPHY. (English)
2 February 2022
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NOALE
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