'Controlled area' presentation slideshows

Chapter 39 Designing for Radiation Protection and Chapter 40 Radiation Protection

Chapter 39 Designing for Radiation Protection and Chapter 40 Radiation Protection. Many radiation protection devices and accessories are associated with a modern radiology service. Two of these common to all x-ray machines are: Protective Tube Housing The Control Panel

2.31k views • 83 slides

Chapter 39 Designing for Radiation Protection and Chapter 40 Radiation Protection

Chapter 39 Designing for Radiation Protection and Chapter 40 Radiation Protection. Many radiation protection devices and accessories are associated with a modern radiology service. Two of these common to all x-ray machines are: Protective Tube Housing The Control Panel

1.07k views • 81 slides

Ch 16. Radiation Protection

Ch 16. Radiation Protection. The physics of Radiation Therapy, pp. 200 - 224. 16.1 Dose Equivalent 16.2 Effective Dose Equivalent 16.3 Background Radiation 16.4 Low-Level Radiation Effects 16.5 Effective Dose Equivalent limits 16.6 Structural Shielding Design Primary Radiation Barrier

613 views • 55 slides

The Safe Use of Lasers

The Safe Use of Lasers. in Clinical Practice. John Saunderson Laser Protection Adviser Hull & East Yorkshire Hospitals. Content. Welcome Nature of laser radiation Laser classes & hazards Local safety systems Operational safety Q & As. L ight A mplification by the S timulated

617 views • 45 slides

Forum on the strategies for the management and development of contaminated sites in Taiwan

Forum on the strategies for the management and development of contaminated sites in Taiwan. Shian-chee Wu October 25, 2007. Background information on the contaminated sites. Currently regulated sites in Taiwan Controlled sites ? 593 Sites to be cleaned up (remediation sites) ? 13

299 views • 29 slides

Designing for Radiation Protection

468 views • 20 slides

RA 221

RA 221. HEALTH PHYSICS Designing for Radiation Safety. CARDINAL PRINCIPLES. TIME DISTANCE SHIELDING. EXPOSURE TIME. MINIMIZE time of exposure Dose is directly proportional to exposure time Total exposure = rate X time Fluoroscopic time is critical Intermittent fluoro

542 views • 17 slides

Area Posting and Training Requirements

38 views • 1 slides