Andere Kunden interessierten sich auch für
![Diseño del Búnker para un Acelerador Lineal de 18 MV de Uso Médico]( "Diseño del Búnker para un Acelerador Lineal de 18 MV de Uso Médico")
Diseño del Búnker para un Acelerador Lineal de 18 MV de Uso Médico25,99 €![Study of Conformation and Interactions in Mesogens]( "Study of Conformation and Interactions in Mesogens")
Study of Conformation and Interactions in Mesogens51,99 €![Synthesis and study of Viscoelastic properties of Silver Nanofluids]( "Synthesis and study of Viscoelastic properties of Silver Nanofluids")
Synthesis and study of Viscoelastic properties of Silver Nanofluids36,99 €![Study of Transport Properties of Lead Selenide Thin Films]( "Study of Transport Properties of Lead Selenide Thin Films")
Study of Transport Properties of Lead Selenide Thin Films19,99 €![Advanced Study on the Soluble Nano-Carbon Using Electrical Discharge]( "Advanced Study on the Soluble Nano-Carbon Using Electrical Discharge")
Advanced Study on the Soluble Nano-Carbon Using Electrical Discharge46,99 €![Theoretical Study in Doping Process: Ion Implantation and Diffusion]( "Theoretical Study in Doping Process: Ion Implantation and Diffusion")
Theoretical Study in Doping Process: Ion Implantation and Diffusion38,99 €![Study Of Photo Sensor Using Indium Doped Copper Selenide Thin Films]( "Study Of Photo Sensor Using Indium Doped Copper Selenide Thin Films")
Study Of Photo Sensor Using Indium Doped Copper Selenide Thin Films34,99 €
Quality assurance (QA) of clinical treatment machines is necessary for any radio therapy center. The purpose of QA clinical machines is to measure actual performance and compare with the existing standards, or reference value. QA procedures are designed to minimize i.The difference between prescribed and delivered dose, ii.The time between occurrence of error and implementation of corrective action, and to prevent the delivery of unintended dose. In this regard the dosimetric characteristics of Siemens Primus Plus linear accelerator (LA-1) and Primus linear accelerator (LA-2) were analyzed in this study. LA-1 has photon beams of nominal energy 6-MV and 15-MV and electron beams of 6, 9, 12, 15, 18 and 21-MeV. Similarly LA-2 has photon beams of nominal energy 6-MV and 10-MV and electron beams of 5, 7, 8, 10, 12 and 14-MeV. In this study the similarity in photon dosimetry data was investigated for nominal photon energy of 6-MV of both linear accelerators at KIRAN.