The Atomic Physicist
15 Followers
Maraval, Trinidad and Tobago
About the store
Radiation Oncology Medical Physicist 8+ Years Experience
Medical Imaging Lecturer 6+ Years Experience
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Essential Physics of Medical Imaging (+2.5 Hours of Video Lectures + PPT Slides)
Medical imaging, often known as radiology, is a branch of medicine in which healthcare professionals capture images of various anatomical sites for diagnostic purposes using ionizing radiation. Medical imaging is a non-invasive technique that allows clinicians to identify injuries and illnesses without the use of invasive procedures. The Diagnostic Medical Imaging course is a comprehensive overview of the various medical imaging modalities used in modern healthcare. The course is designed for me
Adult Education, Higher Education
Health, Physics
Video Lecture: Medical X-Ray Tubes & X-Ray Emission Spectrum
The X-ray Tube Components lecture is a technical lecture that focuses on the various components of an x-ray tube and their function in the production of x-rays. The course covers the following topics:X-Ray Tube OverviewX-Ray Tube Emission Spectrum Bremsstrahlung RadiationCharacteristic X-raysX-Ray Tube Major ComponentsCathodeAnodeX-Ray Tube HousingInherent FiltrationAdded Filtration The X-ray Tube Emission Spectrum is a technical lecture that focuses on the properties of the x-ray emission spect
Adult Education, Higher Education
Physics, Science
Estimating your Annual Exposure to Ionizing Radiation Worksheet
The "Calculate Your Annual Radiation Exposure" worksheet is a tool that can help individuals estimate their total radiation exposure over the course of a year. It is typically used by people who work in environments where they may be exposed to radiation, such as healthcare professionals, nuclear power plant workers, or people who fly frequently. The worksheet typically asks a series of questions to help determine the individual's radiation exposure. Based on the answers to these questions, the
9th - 12th, Higher Education
Health, Physics, Science
Also included in: Ionizing Radiation Safety in the Laboratory or Workplace
Video Lecture: Screen & Film, Computed and Digital Radiography
Screen Film and Digital Radiography lecture provides an overview of the history and evolution of medical imaging, with a focus on the development of radiography. The lecture covers an in-depth examination of screen film radiography, including the physics of image formation, the use of intensifying screens, and the role of film processing in image quality. This lecture expands to include the principles of digital image acquisition, the types of digital detectors used in medical imaging, and the a
Adult Education, Higher Education
Physics, Science
Video Lecture: Physics of Fluoroscopic Imaging
The Fluoroscopic Physics lecture focuses on the principles and theories behind Fluoroscopy imaging technology. The course covers the following topics:Introduction to Fluoroscopy: An overview of Fluoroscopy, its history, and applications in medical imagingThe fluoroscopic imaging chain components.The image intensifier (II)Function & roleMajor componentsIntensifier gain factorsImage intensifier artifactsImage Intensifiers vs. Flat Panel Detectors.Fluoroscopy modes of operations.Radiation doses and
Adult Education, Higher Education
Physics, Science
Medical Imaging Physics - Revision Questions & Answers
70 Radiology MCQs for the FRCR.Medical Imaging questions with prepared explanations are aimed at assisting students studying for their exams. Each question consists of five (5) T or F questions They are overall 14 Questions with 5 True or False statements pertaining to each. The questions are applicable to students of staff in: RadiographyMedical ImagingBiomedical ImagingMedical PhysicsRadiology ResidentsQuestions cover: Screen/Film RadiographyMammographyX-Ray RadiographyComputed TomographyFluor
Adult Education, Higher Education, Not Specific
Health, Physics
Radiotherapy Physics Review Course (Radiation Therapist/ Dosimetrist/Physicist)
A great course for physicists who are interested in a clinical career in Radiation Oncology Medical Physics. This download consists of the course in an editable PowerPoint format. Chapters Covers in the course: A physicist in Radiation OncologyEducational Requirements of a Medical PhysicistMedical Physics Organizations and CertificationsAims of RadiotherapyRadiotherapy Delivery MethodsLinear Accelerator MachinesLinac ComponentsBeam ModifiersBeam Flatness & SymmetryCharacteristics of MV Photon a
Adult Education, Higher Education, Not Specific
Health, Physics
Video Lecture: Physics of Mammography Imaging
Mammography is a specialized type of medical imaging used to visualize breast tissue and is an important tool for the early detection and diagnosis of breast cancer. The physics of mammography involves the use of x-rays to produce images of breast tissue, and a thorough understanding of the underlying principles is essential for obtaining high-quality images.Mammography as a screening and diagnostic radiology tool.Special requirements of mammography Imaging.Mammography imaging chain componentsMa
Adult Education, Higher Education
Health, Physics
Ionizing Radiation Safety in the Laboratory or Workplace
This lecture is intended to be used as an introductory Radiation Safety class for laboratory exercises or for staff workplace refresher training. Contents Covered:Definition of RadiationThe Electromagnetic SpectrumIonizing and Non-Ionizing RadiationBiological Effects of Ionizing RadiationRadiation Quantities and UnitsPhilosophy of Radiation ProtectionAs low as reasonably achievable (ALARA)Controlled and Supervised AreasRadiation Monitoring DevicesRadiation Dose LimitsALSO INCLUDES (FREE)Estimati
Adult Education, Higher Education
Health, Physics, Science
Physics of Computed Tomography Imaging
This 85 slide presentation on Computed Tomography physics is intended to serve as a refresher or to be built upon for use in classroom/lecture presentations. This presentation is intended for students pursuing Radiography/Medical Imaging/Medical Physics courses or refresher material for CT Radiographers or X-ray Techs or even DM Radiology residents.Topics Include:Milestones in Computed TomographyCT GenerationsCT Numbers and HU UnitsCT DetectorsCT X-ray TubeBeam FiltrationModes of CT Acquisitio
12th, Adult Education, Higher Education
Health, Physics
Ionizing Radiation Safety for Laboratory or Workplace Training
This lecture is intended to be used as an introductory Radiation Safety class for laboratory exercises or for staff workplace refresher training. Contents Covered:Definition of RadiationThe Electromagnetic SpectrumIonizing and Non-Ionizing RadiationBiological Effects of Ionizing RadiationRadiation Quantities and Units Philosophy of Radiation ProtectionAs low as reasonably achievable (ALARA)Controlled and Supervised AreasRadiation Monitoring DevicesRadiation Dose LimitsALSO INCLUDES (FREE)Estimat
Adult Education, Higher Education
Health, Physics, Science
Also included in: Ionizing Radiation Safety in the Laboratory or Workplace
Radiation Safety in Laboratory/Workplace Training Quiz
This brief Radiation Safety quiz is part of the Radiation Safety in Laboratory or Workplace Training Lecture.
Adult Education, Higher Education
Chemistry, Health, Physics
Also included in: Ionizing Radiation Safety in the Laboratory or Workplace
FREE Video Lecture: X-Ray and Gamma Ray Interactions with Matter
Lecture 1: The lecture on X-Ray Interactions and Attenuation with Matter would provide a comprehensive understanding of the behavior of X-rays as they interact with matter and how this interaction influences X-ray imaging.The lecture on X-Ray Interactions and Attenuation with Matter would cover the following topics:Introduction to X-Rays: Definition, properties, and production of X-rays.Interaction of X-rays with matter: X-rays can interact with matter in several ways, such as the photoelectric
12th, Adult Education, Higher Education
Science
Ionizing Radiation Safety Poster
This poster is part of the Ionizing Radiation Safety in Laboratory or Workplace Training Bundle.
8th - 12th, Adult Education, Higher Education
Chemistry, Physics, Science
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About the store
Experience
Radiation Oncology Medical Physicist 8+ Years Experience
Medical Imaging Lecturer 6+ Years Experience
Teaching style
Slide-based Lectures
My own education history
MSc Medical Radiation Physics
BSc Physics
BSc Meteorology
Additional biographical information
I am a practicing Medical Physicist with 8+ years of clinical experience specializing in radiation oncology physics. I obtained my Masters's degree from Swansea University (UK) in Medical Radiation Physicist and my undergraduate degree in Pure Physics and Meteorology.
My research interest is focused on 4D Computed Tomography imaging to make lung tumor radiotherapy more accurate.
As a clinical medical physicist, I perform numerous activities with a linear accelerator (LINAC) as it relates to the treatment of cancer and radiation safety. I also perform specialized procedures such as prostate and intraoperative breast brachytherapy.
I also have a passion to disseminate knowledge to students who demonstrate an interest in any radiological science. I routinely lecture in local programs such as MSc Medical Physics and Doctor of Medicine residents specializing in Radiology.
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