Bibliographic Details
| Title: |
PUESTA EN OPERACIÓN DEL SISTEMA GENERADOR DE ULTRA ALTAS FRECUENCIAS DEL MICROTRÓN MT-25. |
| Alternate Title: |
START-UP OF THE MICROTRON MT-25 ULTRA-HIGH FREQUENCIES GENERATOR. |
| Authors: |
Quiñones, Luis Cimino1, Gala, Rolando Guibert2, Santana, Juan Fc.o Zúñiga3, Ramírez, Donis Rivero1, Milián, Felix Mas1, Naranjo, Alberto Rolo1 |
| Source: |
Nucleus. 2003, Issue 34, p36-42. 7p. 3 Black and White Photographs, 2 Diagrams, 1 Chart. |
| Subjects: |
Microtrons, Microwave devices, Vibration (Mechanics), Cooling, Electron accelerators |
| Geographic Terms: |
Cuba |
| Abstract (English): |
This work describe the tasks executed to place in operation the micro wave generator system of the Microtrón MT-25 to settle in Cuba. For it, the motoconverter BPL-50 was put on in operation. This machine generate the voltage of 220 V/477 Hz, necessary for the power on the majority of the blocks of the Microtron. We did the vibration analysis at BPL-50, with the objective of characterizing this machine in the moment of it pull up. A water cooler system, necessary for cooling several blocks of the generator, was designed and constructed. Several blocks and parts of the microtrón where power on from the Panel of Control. Finally, a data acquisition system was constructed, in order to achieve registrations of parameters of the accelerator. Also was elaborated a program, which take care of the different steps of the microtron working sequences and its working parameters. [ABSTRACT FROM AUTHOR] |
| Abstract (Spanish): |
En este trabajo se describen las tareas realizadas para la puesta en operación del sistema generador de ultra altas frecuencias del Microtrón MT-25 a instalarse en Cuba. Para ello se puso en funcionamiento el motoconvertidor BPL-50, encargado de generar el voltaje de 220 V/400 Hz necesario para la alimentación de le mayoría de los bloques de este sistema, se aplicó el andlisis vibracional al BPL-50 con el objetivo de caracterizar dicha máquina en el momento de su puesta en marcha, se diseñó y construyó un sistema de enfriamiento por agua, necesario para varios bloques del generador, se han alimentado desde el panel de mando del microtrón diferentes bloques y partes, se elaboró un sistema de adquisición de datos para efectuar registros de parámetros del acelerador y se elaboró un programa a través del cual se realizan las secuencias de arranque, control de la marcha y desconexión del microtrón. [ABSTRACT FROM AUTHOR] |
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| Database: |
Engineering Source |
