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Computer Animation
Computer Animation Kathryn Crawford-Frampton Communications 538 Computer Animation Introduction Definitions A Historical Overview Timelines Contributing Events The Current Status A Future Look Conclusion The Ultimate Question: Will 3D computer animation become the industry standard?
By libitha
Chapter 6 Output
Chapter 6 Output What is Output? Next What is output ? Data that has been processed into a useful form, Output device is any hardware component that can convey information to user p. 300 - 301 Fig. 6-1 Display Devices Next What is a display device ?
By jana
Chapter 6 Output
Chapter 6 Output Chapter 6 Objectives Next Describe the four categories of output Summarize the characteristics of ink-jet printers, photo printers, laser printers, thermal printers, portable printers, label and postage printers, and plotter and large-format printers
By libitha
Cheap Computer Contest
Cheap Computer Contest Monitor-Cathode Ray Tube (CRT) Display device that uses a cathode-ray tube to produce a picture Monitor-Liquid Crystal Display (LCD) an electronic display that consists of segments of a liquid crystal whose color varies according to the voltage applied to them
By Sophia
MEDICAL IMAGING
MEDICAL IMAGING. Created By : Shale Olagbegi DOD TELEHEALTH RESEARCH TOPIC. What Is Medical Imaging?.
By EllenMixel
SELF INDUCTION
SELF INDUCTION. DURING AC FLOW, MAGNETIC FIELD IS NOT CONSTANT. AN OPPOSING ACTION WITHIN THE COIL IS PRODUCED . SELF INDUCTION. INDUCED VOLTAGE IN AC CIRCUIT WILL OPPOSE THE SOURCE VOLTAGE IF THE SOURCE OF EMF INCREASES, THE INDUCED COIL VOLTAGE WILL OPPOSE IT AND ATTEMPT TO REDUCE IT.
By Jimmy
UNIT-IV
UNIT-IV . X-RAYS. X-RAYS. X-rays are electromagnetic waves Their interaction with matter is governed by quantum theory. The energy of x-ray photons is E = hv . Wavelengths of x-rays is 0.001 to 10 nm. Discovery of X-Rays. Wilhelm Roentgen (1895). image from Wolfram Research.
By ostinmannual
Radiation and Catheterization Lab Safety
Radiation and Catheterization Lab Safety. Joan E. Homan, M.D. Cardiology Fellow . Catheterization Lab Safety Objectives. Definitions Basic science Safety. Radiation - Terms. Dose Exposure and exposure rate Absolute dose Dose equivalent. Radiation - Terms. Exposure –
By lorant
Silicon Drift Detectors: A Novel Technology for Medical Imaging
Silicon Drift Detectors: A Novel Technology for Medical Imaging. Rene Bellwied, Wayne State University. Applications in medical imaging Why semiconductor detectors ? Which semiconductor ? Which Silicon technology ? What is a SDD ? Applications Proposal for future research.
By fai
MEDICAL IMAGING
MEDICAL IMAGING. Created By : Shale Olagbegi DOD TELEHEALTH RESEARCH TOPIC. What Is Medical Imaging?.
By kaz
X-ray Principles & Physics Laboratory
X-ray Principles & Physics Laboratory. Russell L. Wilson , CRT, RT(R) . Properties of X-ray. X-rays travel in a straight line and diverge from their point of origin. X-ray photons have many different energies. X-rays are highly penetrating. X-rays are invisible.
By lel
Karl L. Prado, Ph.D. Department of Radiation Physics UT M.D. Anderson Cancer Center
Physics of Radiation Oncology: Production of X Rays / Clinical Radiation Generators (Faiz Khan - The Physics of Radiation Therapy Chapters 3 and 4). Karl L. Prado, Ph.D. Department of Radiation Physics UT M.D. Anderson Cancer Center. Production of X Rays. The X-Ray Tube
By loyal
Fluoroscopy Arun Ganguly PhD (Rebecca Fahrig)
Fluoroscopy Arun Ganguly PhD (Rebecca Fahrig). A good quick reference resource: J. Wang, T. J. Blackburn, “The AAPM/RSNA Physics Tutorial for Residents X-ray Image Intensifiers for Fluoroscopy”, September 2000 RadioGraphics , 20, 1471-1477. Image Intensifiers. Image Intensifier.
By talbot
Output
Output. What is Output?. Next. What is output ?. Data that has been processed into a useful form,. Output device is any hardware component that can convey information to user. p. 300 - 301 Fig. 6-1. Display Devices. Next. What is a display device ?.
By janette
Electron Probe Microanalysis EPMA
Electron Probe Microanalysis EPMA. Related Topics: X-ray Fluorescence (XRF) and Synchrotron Radiation. Revised 4/29/2013. What ’ s the point?. We utilize the x-rays produced by the electron microprobe for many research applications.
By joben
Verification of Feeding Tube Placement (blindly inserted)
Verification of Feeding Tube Placement (blindly inserted). Issued August 2010. Expected Practice. Use a variety of methods to predict location during tube insertion Signs of respiratory distress Capnography if available Visual characteristics of aspiration
By navid
Pediatric Radiography 2
Pediatric Radiography 2. Chest AP. Technical Factors • IR size—determined by the size of the patient • IR crosswise (if supine, place cassette under patient) • Grid not required • Small focal spot • 70 to 80 kV, shortest exposure time possible . Shielding
By lavi
X-RAY PRODUCTION AND EXPOSURE FACTORS
PREPARED BY Dr fahad albadr radiology chairman. X-RAY PRODUCTION AND EXPOSURE FACTORS. X-RAY PRODUCTION AND EXPOSURE FACTORES. IN 1895. Wilhelm Röntgen. What is X-Ray?.
By mauli
Basic Principles of Computed Tomography
Basic Principles of Computed Tomography. Dr. Kazuhiko HAMAMOTO Dept. of Infor. Media Tech. Tokai University. What is the CT?. Mathematical transform to the measured data. Reconstruct n dimension function (image) => projection data of n – 1 dimension
By gotzon
Portable Mobile Equipment and Applications
Portable Mobile Equipment and Applications. RTEC 124 – WEEK 12 SPRING 2011. Portable Objectives. 1) Recommend methods for accomplishing acceptable variations of standard radiographic projections 2) Assess the radiation protection rules for mobile radiography. Objectives Continued.
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