Faisal Alrumayan

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A fully automated system was developed to produce rubidium-81 (81Rb), based on the natKr (p, n) 81Rb reaction. The energy incident on the target was 26MeV. Only 6MeV was stopped inside the gas and the remainder was stopped by a specially designed flange. The target body was characterized by its conical shape and its inner walls were chemically plated with(More)
The 26.5 MeV beam of the CS30 Cyclotron at King Faisal Specialist Hospital and Research Centre (KFSH&RC) was characterized dosimetrically for the use in radiobiological experiments for pre-clinical and radiotherapy studies. Position of the beam's Bragg peak was measured with a stack of 100 pieces of HD-V2 model GAFCHROMIC ® films (105 microns thick each).(More)
Experience gained since the commissioning of the IBA C-30 Cyclotron at the King Faisal Specialist Hospital and Research Centre (KFSHRC) in 2010, has shown this facility to be viable entity. In addition to the C-30 Cyclotron, the facility includes two other Cyclotrons, namely: the RDS-111 and the CS-30 Cyclotrons. The latter has dual responsibilities; while(More)
PURPOSE Interest in PET imaging using zirconium-89 (Zr) (t1/2=78.41 h)-labeled tracers for the tracking and quantification of monoclonal antibodies (mAbs) is growing, mainly because of its well-matched physical half-life with the biological half-life of intact mAbs. This study aims to evaluate the imaging characteristics of Zr-PET in comparison with those(More)
Modern aircraft are using more electrical equipment and are therefore using higher voltages. These higher voltage systems will become increasingly common in the future. The forms of systems that are being used operate under frequencies/waveshapes different from those normally used on ground based electrical power systems, and the testing regimes are(More)
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