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Health Physics:     more books (101)

The Body Quantum: The New Physics of Body, Mind and Health by Fred Alan Wolf, 1986-12 The Physics of Radiation Therapy by Faiz M. Khan, 2009-05-15 Understanding Radiation Science: Basic Nuclear and Health Physics by James, Mannie Shuler, 2006-02-06 Review of Radiologic Physics by Walter Huda, 2009-07-08 Nuclear Medicine Physics: The Basics (Nuclear Medicine Physics: The Basics ( Ramesh, Chandra)) by Ramesh Chandra, 2004-05-12 An Integrated Approach to Health Sciences: Anatomy & Physiology, Math, Physics, & Chemistry (Health Occupations Entrance Exam) by Bruce J. Colbert, 1995-12-15 Physics for Radiation Protection: A Handbook by James E. Martin, 2006-09-14 Accelerator health physics by H. Wade Patterson, 1973 Heinemann Advanced Science Human Health and Disease (Heinemann Advanced Science: Physics) by Ann Fullick, 1998-02-24 Towards a European Framework for Education and Training in Medical Physics and Biomedical Engineering (Studies in Health Technology and Informatics, 82) University Health Physics by Richard Belanger, 2003-06-30 The Dictionary of Health Physics and Nuclear Sciences Terms by Rex Borders, 1991-06 Health Physics (Cambridge Advanced Sciences) by Andrew McCormick, Alexander Elliott, 2001-07-05 Public Protection from Nuclear, Chemical, and Biological Terrorism: Health Physics Society 2004 Summer School by Health Physics Society, 2004-01

lists with details

21. Radiation Dosimetry Resources On The WWW
    Division of Oral and Maxillofacial Radiology. Radiation Dosimetry andhealth physics Resources on the Internet. health physics, Univ.  
    http://bpass.dentistry.dal.ca/raddosim.html
    
    Extractions: Halifax, Nova Scotia, Canada American Association of Physicists in Medicine (AAPM) Canadian Medical Physics: information regarding the Canadian College of Physicists in Medicine (CCPM) and the Canadian Organization of Medical Physicists (COMP) Health Physics, Univ. of Michigan: health physics information and index of Internet resources Health PhysicsSociety Human Radiation Experiments: Office of the U.S. Department of Energy International Radiation Protection Association (IRPA) RadEFX Radiation Health Effects Research Resource: Baylor College of Medicine Radiation Effects Research Foundation, Japan Radiation Safety Section (RSS): University of Illinois Division of Environmental Health and Safety University of Utah, Center for Applied Radiation Dosimetry RADNET: a very extensive resource for information on anthropogenic radionuclides in the environment. Established by The Center for Biological Monitoring, this site springs from environmentalist concerns. However, it also provides a wealth of links to independent sources of environmental and health physics information.

22. Home : Nuclear Engineering And Radiation Health Physics - Oregon State Universit
    Friday February 14, 2003.  
    http://ne.oregonstate.edu/

23. Journal
    health physics Society Journal. Journal Highlights Archive. Search previousissues of health physics at the health physics Journal Web site.  
    http://hps.org/hpspublications/journal.html
    
    Extractions: var browserOK=false; var browserOK=true; Search previous issues of Health Physics at the Health Physics Journal Web site . Society members can log in and use the complete search capabilities. Nonmembers can log in as guests and browse the site. If you wish to submit an abstract click here for a PDF file of the manuscript submission form The Chernobyl sarcophagus. See article by Ken Kasper on page 419 for more information. Photo courtesy of Ken Kasper. Chernobyl: Facts and Fiction — Ken Kasper Influences of Parameter Uncertainties within the ICRP-66 Respiratory Tract Model: Particle Clearance — Wesley E. Bolch, Thomas E. Huston, Eduardo B. Farfán, William G. Vernetson, and W. Emmett Bolch Influences of Parameter Uncertainties within the ICRP-66 Respiratory Tract Model: Regional Tissue Doses for PuO and UO U O — Eduardo B. Farfán, Thomas E. Huston, W. Emmett Bolch, William G. Vernetson, and Wesley E. Bolch Patient Surface Radiation Doses at Two PET Imaging Facilities — L. Gonzalez, C. A. Cordeiro, E. Vano, M. J. Perez Castejon, A. Jimenez, H. R. Montz, M. Domper, and J. L. Carreras

24. ORNL Review Vol. 36, No. 1, 2003 - Health Physics - Helping Set Guidelines For R
    health physics AND RADIATION DOSIMETRY Helping Set Guidelines for Radiation Protection, Morganand Jim Turner wrote the first textbook on health physics.  
    http://www.ornl.gov/ORNLReview/v36_1_03/article_27.shtml
    
    Extractions: In December 1942 when the first controlled chain reaction was achieved in Chicago, some physicists measured radiation levels in the workplace. As the Manhattan Project began, "health physics" methods were needed to measure radiation emitted by manmade radionuclides and control radioactive contamination of the workplace. In the 1940s Oak Ridge health physicists Karl Morgan, Herbert Parker, Ernest Wollan, and others developed instrumentation for measuring radiation to help protect worker health. With Elda Anderson, Myron Fair, and Doc Emerson, Morgan spearheaded the formation of the national Health Physics Society and became its first president. Morgan and Jim Turner wrote the first textbook on health physics. In Oak Ridge, programs of theoretical and applied research were carried out to foster the development of health physics instruments and dosimeters for monitoring radiation levels and worker exposures. In the mid-1950s ORNL health physicists developed neutron dosimetry techniques and portable personnel monitors for alpha and gamma radiation that have since been used worldwide. Before the Manhattan Project, radiation protection was largely concerned with controlling medical uses of radiation, principally X-ray machines. Also, radionuclides for medical and industrial use were largely limited to members of the naturally occurring uranium series, such as radium-226. The development of fission reactors (e.g., the Oak Ridge Graphite Reactor) resulted in the generation of a variety of new radionuclides with important applications in research, industry, and medicine. Guidance was needed to ensure the beneficial uses of these radioisotopes, while protecting those who used them. Under Morgan's direction, the first formal report on permissible concentrations of radionuclides in the workplace was issued in 1959 as Publication 2 of the International Commission on Radiological Protection (ICRP).

25. Phil Rutherford's Web Site
    Information on his interests in radiation safety and health physics.  
    http://www.philrutherford.com

26. ORNL Review Vol. 25, Nos. 3 And 4, 2002
    Protecting people from exposure to unsafe levels of radiation has been the missionof Karl Z. Morgan, sometimes known as the father of health physics.  
    http://www.ornl.gov/ORNLReview/rev25-34/chapter2sb4.htm
    
    Extractions: Search Magazine Back to Chapter 2 KARL Z. MORGAN: MAN ON A MISSION Protecting people from exposure to unsafe levels of radiation has been the mission of Karl Z. Morgan, sometimes known as the father of health physics. Affectionately called "K. Z.," Morgan first made his mark in radiation protection as director of the Health Physics Division of Clinton Laboratories. With Elda Anderson, Myron Fair, and Doc Emerson, he spearheaded the formation of the national Health Physics Society and, with Jim Hart and Harold Abee, formed the International Radiation Protection Association. He was the first president of both of these organizations. Morgan also established one of the first programs to train health physicists and, with the help of Jim Turner and other Health Physics Division scientists, wrote the first textbook on health physics. Health physics was launched unofficially as a profession in December 1942 when the staff took precautions to protect themselves from radiation during the first controlled chain reaction at the University of Chicago's uranium-graphite pile. Health divisions were subsequently set up at the University of Chicago and Oak Ridge under Robert Stone to deal with health and safety issues at the Chicago pile and Graphite Reactor, respectively. The physicists who staffed these divisions were called health physicists. They instituted remote handling of radioactive material, controlled access to "hot" areas, use of protective clothing, and decontamination procedures for those inadvertently exposed.

27. Health Physics Related Employment WebPage
    Provides links to job sites for former service members who have worked in these technical fields.  
    http://www.physics.isu.edu/radinf/hpjob.htm
    
    Extractions: Radiation Information Network's Health Physics Related Employment Website We will keep HP postings active for 30 days then remove them from our listing, unless asked to remove it earlier or to keep it current longer. The list tends to be updated several times a month. The jobs will be listed chronologically based on when we receive the posting. Sorry, but we do not have the time or space to list resumes. Good luck. NOTE: The following sites use search engines and your best bet is to do a text/keyword search for health physicist , then try radiation safety radiation protection radiological safety radiological protection radiation protection radiation control radiological control , and radiological engineer.

28. Wiley :: Medical & Health Physics
    Wiley Physics Astronomy Medical health physics. Medical health physics(16), Listings 116, Looking for the right Wiley title for your course?  
    http://www.wiley.com/cda/sec/0,,2652,00.html

29. Wiley :: Contemporary Health Physics: Problems And Solutions
    Wiley, Contemporary health physics Problems and Solutions by Joseph John Bevelacqua. ByThis Author, Basic health physics Problems and Solutions (Hardcover),  
    http://www.wiley.com/cda/product/0,,0471018015|desc|2652,00.html
    
    Extractions: Contemporary Health Physics offers a balanced presentation of all important concepts, calculations, and techniques essential to a full working knowledge of radiation exposure assessments. Not another dry presentation of the basic facts, calculations, and routines, it is specifically designed to help readers to learn, think, and respond like professionals in the field. Featuring a unique, real-world orientation and hundreds of worked examples presented within the context of various scenarios, it prepares readers for the rigors of performing quick, accurate radiation assessments in virtually any routine or emergency situation.

30. Applied Analysis Corp. - Nuclear Engineering And Analysis Services
    Provides nuclear engineering and analysis services with emphasis on thermal hydraulics, radiological engineering, health physics, mechanical engineering, HVAC, and regulatory compliance.  
    http://www.applied-analysis.com

31. Georgia Tech--Nuclear And Radiological Engineering, And Health Physics Program
    Nuclear and Radiological Engineering and health physics Program. in the The GeorgeW. Woodruff School of Mechanical Engineering Georgia Institute of Technology.  
    http://www.me.gatech.edu/ne_re_hp/
    
    Extractions: Georgia Institute of Technology About the Woodruff School Undergraduate Program Employment Graduate Programs Woodruff School Publications Research Theses and Dissertations Facilities Career Fields Other Resources Students Photos Calendar of Events About Atlanta To request additional information call 1-800-543-2034

32. Nuclear And Radiological Engineering And Health Physics Research Group
    Nuclear and Radiological Engineering and health physics Research GroupNuclear Engineering is a discipline that is concerned with  
    http://www.me.gatech.edu/me/publicat/brochures/rb/12nre.html
    
    Extractions: and Health Physics Research Group Nuclear Engineering is a discipline that is concerned with the safe release, control, and use of all types of energy from nuclear sources. Current research projects include the development of improved reactor physics and computational methods, studies related to heat removal from nuclear systems, two-phase flow and safety, tokamak plasma power exhaust and edge physics, nuclear criticality safety, high-energy radiation transport computations, radioactive waste disposal, and the conceptual design of fusion reactors and plutonium disposal facilities. Health Physics is a discipline that cuts across the boundaries of the physical, life and earth sciences and such applied sciences as toxicology, industrial hygiene, medicine, public health, and engineering. Research efforts in Health Physics address a variety of topics including the physical measurement of radiation and radioactivity, the relationship of radiation exposure to health impact, the prediction of the fate of radioactive materials in the environment, and the design of radiologically safe processes. Radiological Engineering is an emerging discipline that combines a broad-based knowledge of applied atomic, nuclear and radiation physics, nuclear and radioactive materials, radiation detection, radiation dosimetry and shielding, nuclear energy production and engineering fundamentals to:

33. Radiocarbon And Low-Level Counting Section Tbilisi State University
    Supports radiational ecology and health physics development in Georgia. Studies of radionuclides in Southern Caucasian environment and technogenic radiational background. Provides information and resources.  
    http://radioecology.myweb.ge/

34. Redirect Page
    Education and research in nuclear engineering, health physics, industrial hygiene, and ergonomics.  
    http://www.ne.tamu.edu/

35. JOL - Health Physics
    guest. Access to the health physics Journals OnLine™ is grantedto all HPS members, read the disclaimer note before logging in.  
    http://hpj.netjournals.com/LogInFrame.htm

36. International Brotherhood Of Electrical Workers, Local 984
    Representing health physics, radiation protection, radiological control, industrial hygiene, and quality control technicians at the Hanford Nuclear Reservation at Richland, Washington.  
    http://www.ibew984.com/

37. Research & Laboratory Safety - Health Physics
    health physics. ONLINE Radiation Safety Manual 1997 Printed copies canbe obtained from the health physics Office by calling 723-3201.  
    http://www.stanford.edu/dept/EHS/prod/researchlab/radlaser/

38. Radiological Hazards (RPH 6.7)
    Authority Associate Vice President, Environmental Health Safety Issued by thehealth physics Division of the Stanford Environmental Health Safety Office.  
    http://www.stanford.edu/dept/EHS/prod/aboutus/documents/policyrph6_7.html
    
    Extractions: Located inside: Research Policy Handbook Stanford University Research Policy Handbook Document 6.7 Title: RADIOLOGICAL HAZARDS Originally issued: March, 1989 Current version: March, 1989 Classification: STANFORD UNIVERSITY POLICY Summary: Summarizes policies related to radiological hazards Related Research Policy Handbook Documents: 1.4, Administrative Panels for Research Compliance Contact Person: Radiation Safety Officer Possession and use of radioisotopes must be authorized under a broad scope radioactive materials license issued to Stanford University by the State of California or the US Nuclear Regulatory Commission. All machines which produce ionizing radiations for which State registration is required must be registered centrally in the Name of the Board of Trustees. All projects must comply with pertinent regulations and relevant terms of licenses. Some of the responsibilities of Health Physics are to serve as consultants to the faculty and staff in radiation safety matters, provide general surveillance of radiation and contamination levels, inspect projects to determine compliance with regulations and standards, distribute personnel dose measurement devices and maintain records of radiation exposures to users, maintain centralized accountability of machines and materials, provide for the inspection of new shipments of radiation sources and safe disposal of materials and devices, provide for the calibration of radiation measurement instruments used in the personnel protection program, and provide radiation safety training to personnel.

39. Ergonomics Center Texas A&M University
    Graduate education and research in nuclear engineering, health physics, industrial hygiene, and ergonomics.  
    http://trinity.tamu.edu/~ergocent/

40. Northern California Chapter Health Physics Society - Home
    Northern California Chapter health physics Society. 20 March 2003 Welcome to theNorthern California Chapter health physics Society Home Page. Who are we?  
    http://www.ncchps.org/
    
    Extractions: An Overview of NCRP Report No. 138 on Terrorist Activities In late 1998, the National Council on Radiation Protection and Measurements (NCRP) convened a Scientific Committee to prepare a report on the radiological safety aspects of terrorist activities involving radioactivity. This presentation will provide a short overview of NCRP Report No. 138 and focus on some of the critical issues raised in the report. These issues include recognition of the event, the interface between federal, state and local authorities, exposure limits for the first-responders, clean-up criteria, training and resources, the psychosocial aspects of such events, and communications with the media and the public. This report represents the “beginning” of such considerations. It points the way for additional studies and research in this very important area.

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