Article Title,Year,Volume,Issue,Page Range,Author
Lessons Learned in Responding to and Recovering from a Fire Incident,2006,91,11,S78-S82,Scott
The expanding role in preparedness and response for a state radiation control program,2007,93,2 Suppl,S139-43,Passetti
Risk communication considerations to facilitate the screening of mass populations for potential contamination with radioactive material,2008,95,5 Suppl,S168-74,Emery
Sesame: a software tool for the numerical dosimetric reconstruction of radiological accidents involving external sources and its application to the accident in Chile in December 2005,2009,96,1,76-83,Huet
Responses of selected neutron monitors to cosmic radiation at aviation altitudes,2009,96,6,655-660,Nakamura
Anatomy of and lessons learned from a Canadian national-scale radiological exercise: ExIT-08,2009,96,5,S55-63,Kramer
Educating medical staff about responding to a radiological or nuclear emergency,2009,96,5 Suppl 2,S50-4,Miller
Health physics and aviation: solar cycle 23 (1996-2008),2009,96,4,456-464,Barish
Planning for the worst in Washington State: initial response planning for improvised nuclear device explosions,2009,96,1,19-26,Poeton
A note on the number of survey stations required in a mass casualty radiation event,2007,93,6,705-706,Goans
Potential nuclear and radiological incidents: a summary for clinicians,2007,93,2 Suppl,S134-8,Donnelly
Individuals' decisions affecting radiation exposure after a nuclear explosion,2007,92,5,475-483,Fischhoff
Radiation protection provided by standard passenger buses,1970,18,1,87,Summers
Kinetics of injury and repair in monkeys and dogs exposed to gamma-ray fractionation,1969,17,1,11-17,Spalding
Hazards of flight in the supersonic transport,1967,13,4,417,Fuller
Hazards of flight in the supersonic transport,1966,12,8,1151,Patterson
Emergency response guidance for the first 48 hours after the outdoor detonation of an explosive radiological dispersal device,2006,90,4,377-385,Musolino
Nuclear security and radiological preparedness for the Olympic games Athens 2004: lessons learned for organizing major public events,2006,91,4,318-330,Kamenopoulou
Environmental and fallout gamma radiation protection factors provided by civilian vehicles,1974,26,1,41-44,Burson
Radiation exposures to United States diplomatic couriers,1977,33,6,633-635,Booth
Comparison of the effectiveness of contemporary ophthalamic lenses against beta radiation,1977,32,6,555-559,Dunlap
Environmental power-frequency magnetic fields and suicide,1981,41,2,267-277,Reichmanis
Nuclear accident scenarios and implications for emergency planning,1981,40,3,287-290,Wilson
Comments on the paper "Environmental power-frequency magnetic fields and suicide",1982,43,3,439-441,Smith
Comments on "Environmental power frequency magnetic fields and suicide",1983,44,6,697-700,
Hazards from sinking of ships with U cargo,1985,49,2,318-319,Cohen
Hazards assessment of worst case transportation accidents involving typical radioactive material shipments,1988,55,6,963-983,Humphries
Protective action guide for radioactive material transportation accidents,1988,55,6,957-962,Humphries
Risks of radioactive material transportation accidents in Oregon,1989,57,1,131-139,Humphries
Measurements of laser eye protective filters,1989,56,5,741-742,Eriksen
Evaluation of ocular protection filters in field situations,1989,56,5,729-739,Wolbarsht
Glare in aviation,1989,56,5,665-669,Brennan
Health physics concerns in commercial aviation,1990,59,2,199-204,Barish
Evaluation of ocular hazards due to electric arc flash at an in-line switch,1991,61,4,473-479,Chou
The relationship of personal values to concerns about radioactive waste transport,1992,62,6,485-486,Dodd
Gamma radiation damage of structural concrete immersed in water,1969,16,4,503-508,Sommers
Some comments on a recent transportation incident,1968,15,4,371,Karp
Recovery operations following an aircraft accident involving radioactive cargo,1968,15,3,280-282,Carach
Injury due to accidental high-dose exposure to 10 MeV electrons,1967,13,3,241-251,Lanzl
Safety considerations in the use of nuclear devices in space,1966,12,6,743-749,Lieberman
Checking and monitoring safety system logic circuits,1971,21,2,309-315,Hartin
The impact of regulations on microwave ovens in Canada,1979,37,1,137-144,Stuchly
A brief history of a "20th Century Danger Sign",1979,36,5,565-571,Barrett
The role of the health physicist in the development of safe energy sources,1978,34,2,189-190,Turner
Ingestion of 241Am sources intended for domestic smoke detectors: report of a case,1977,33,6,561-566,Rundo
Structure shielding in reactor accidents,1977,33,4,287-299,Burson
Man-rem siting criteria,1977,33,2,155,Crites
192Ir over-exposure in industrial radiography,1977,32,4,291-293,Jacobson
Environmental behaviour of plutonium accidentally released at Thule Greenland,1977,32,4,271-284,Aarkrog
A 60Co hot cell accident,1976,31,4,382-385,Steidley
Evaluation and control of hazards in laser light shows,1976,31,2,189-190,Blackman
Radiation incidents with a cobalt-60 teletherapy unit,1976,31,2,163-165,Lane
Accidental human inhalation of ruthenium tetroxide,1976,30,4,352-355,Webber
The pathology of Deadly Deceit,1992,62,4,364-365,Goldman
A local area network for controlling the ordering and purchasing of radioactive material,1991,61,4,547-552,Weber
New philosophies in control of laser hazards in the outdoors,1989,56,5,749-752,Franks
Radiometry and laser safety standards,1989,56,5,717-724,Sliney
Ocular injuries from accidental laser exposure,1989,56,5,711-716,Wang
Clinical observations of six cases of laser injury to the eye,1989,56,5,705-710,Lang
Experimental studies of the injurious effects of Q-switched Nd:YAG lasers and their outdoor applications,1989,56,5,647-652,Chen
Industrial risk perceptions,1988,55,2,351-356,Pochin
New understanding from epidemiology--the next 25 years,1988,55,2,269-278,Land
Measured statistics of laser beam scintillation in strong refractive turbulence relevant to eye safety,1987,53,6,639-647,Sliney
Perspective on occupational mortality risks,1981,40,5,703-724,Cohen
A case history of severe radiation burns from 50 kVC x-rays,1981,40,3,399-405,Steidley
Radioactive well logging: a review and an analysis of Texas incidents,1981,40,3,361-368,Jones
Maximum permissible amounts of natural uranium in the body air and drinking water based on human experimental data,1958,1,3,288-305,Bernard
Steam-detergent decontamination gun,1961,6,,226-227,Neil
Problems of personnel monitoring at a criticality accident,1961,6,,86-93,Henry
Radiation dose estimation in the 1958 Los Alamos criticality accident,1961,5,,37-44,Harris
Criticality accident application of the Oak Ridge National Laboratory badge dosimeter,1961,5,,57-62,Davis
Excretion of plutonium following accidental skin contamination,1963,9,,803-815,Morgan
Combined injury: factors with potential to impact radiation dose assessments,2010,98,2,145-152,Ledney
Age distribution of exposed populations,1988,55,4,703-704,Harley
Radiation accident preparedness: a European approach to train physicians to manage mass radiation casualties,2010,98,6,894-897,Hotz
Follow-up study by chromosome aberration analysis and micronucleus assays in victims accidentally exposed to 60Co radiation,2010,98,6,885-888,Liu
Medical management of radiation victims in the United States,2010,98,6,833-837,Davids
Public health evaluation of nuclear power plants,1967,13,2,189-196,Weaver
Radiation and other risks,1965,11,,879-887,Sowby
A case of accidental inhalation of protactinium-231 and actinium-227,1968,15,1,11-17,Newton
The investigation of occupational exposure on Taiwan (1961-1966),1968,15,4,357-359,Weng
A radiation accident at an industrial accelerator facility,1993,65,2,131-140,Schauer
Long-term follow-up of the effects of overexposure to 192Ir industrial radiography source,1994,66,5,589-590,Jalil
A preliminary study of blue light on an aircraft flight deck,1994,66,5,565-567,Roscoe
Lethality due to uranium poisoning is prevented by ethane-1-hydroxy-11-biphosphonate (EHBP),1994,66,5,540-544,Ubios
Comparative hazard evaluation of near-infrared diode lasers,1994,66,5,532-539,Marshall
Are all ecological studies fallacious? Not necessarily,1997,73,4,711-712,Patterson
Utilizing K-12 school and higher education programs to incorporate homeland security topics for public education,2003,85,2 Suppl,S42-5,McCarthy
Risk estimates for deterministic health effects of inhaled weapons grade plutonium,2003,85,3,280-293,Scott
Characterizing potential exposure to the public from low-level radioactive waste transportation by truck,2007,93,6,645-655,Miller
The distribution of 239pu in the body following exposure by inhalation,1964,10,,1035-1042,Snyder
Training local emergency response personnel to handle transportation accidents involving radioactive material,1986,50,3,404-406,Humphries
UK report on mobile phones,2000,79,2,211,
Society's valuation of life saving in radiation protection and other contexts,1980,38,1,33-51,Cohen
WRED a siting code to estimate dose probability distribution from measured meteorology data,1969,16,6,735-738,Cooper
Characteristics of and hazards from local fallout,1969,16,6,788-790,Becker
Psychological and perceived health effects of the Chernobyl disaster: a 20-year review,2007,93,5,516-521,Bromet
Conservatism in effective dose calculations for accident events involving fuel reprocessing waste tanks,2011,101,1,48-58,Bevelacqua
Deterministic effects of 241Am exposure in the Hanford Americium accident case,1995,69,3,338-345,Filipy
Postmortem tissue contents of 241Am in a person with a massive acute exposure,1995,69,3,318-323,Toohey
Overview and dosimetry of the Hanford Americium accident case,1995,69,3,310-317,Toohey
Hemodialysis as a potential method for the decontamination of persons exposed to radiocesium,1995,69,4,543-548,Savelkoul
Health physics and aviation: 1990-1994,1995,69,4,538-542,Barish
Project Sapphire,1995,68,3,296-298,Goans
Risk vs. safety analysis,1995,69,2,285-286,Agard
Performance testing of the Eberline RMS-II criticality accident monitor,1997,73,3,518-521,Olsher
Summary and evaluation of guidelines for occupational exposure to power frequency electric and magnetic fields,1997,73,3,433-453,Bracken
Establishing protective long term measures after severe nuclear accidents using multiple criteria,1997,72,5,676-90; appendix 690-2,Kollas
Accidental radiation injury to the hand: anatomical and physiological considerations,1997,72,3,343-348,Berger
Radiation exposure control from the application of nuclear gauges in the mining industry in Ghana,2010,98,Suppl 2,S33-8,Faanu
Management of spent sealed radiation sources,2004,86,5,497-504,Vicente
Mobilization of state program resources for a steel mill accident,2002,82,5 Suppl,S97-100,Eakins
Overview of radiation safety in the tin by-product (amang) industry of South East Asia,1996,71,2,225-234,Hewson
Fallout risk following a major nuclear attack on the United States,1992,62,1,16-28,Harvey
Assessing the probable severity of plutonium inhalation cases,1969,17,3,433-447,Heid
Radiation exposure from a shoe-fitting fluoroscope,1970,18,5,575-577,Bushong
Chernobyl and Goiânia lessons for responding to radiological terrorism,2005,89,5,566-574,Steinhausler
International efforts in countering radiological terrorism,2005,89,5,556-565,Dodd
How do we combine science and regulations for decision making following a terrorist incident involving radioactive materials?,2009,97,5,537-541,Poston
Exercise Maritime Response (EXMR): lessons learned for population monitoring and communications,2007,92,5 Suppl,S112-22,Kramer
Safety and security of radiation sources in the aftermath of 11 September 2001,2003,84,3,380; author reply 381,Mintz
The ALARA principle in the context of a radiological or nuclear emergency,2008,94,2,109-111,Musolino
Dose assessment for reentry or reoccupancy and recovery of urban areas contaminated by a radiological dispersal device: the need for a consensus approach,2008,94,5,411-417,Sullivan
Skin absorption of plutonium in DMSO solution,1970,19,2,318-320,Johnson
Radon concentrations in residential housing in Hiroshima and Nagasaki,1995,68,5,683-688,Radford
Accounting for bias in dose estimates in analyses of data from nuclear worker mortality studies,1995,68,5,650-660,Gilbert
Application of the HSEF to assessing radiation risks in the practice of radiation protection,1995,68,5,627-631,Bond
Emergency organization and planning,1971,21,1,3-11,Pohl
Nuclear fuel cycle insurance requirements,1972,23,3,349-354,Holt
Legal and administrative aspects of personnel dosimetry,1972,23,3,343-348,Hart
Radiation incidents registry--Pennsylvania experience,1971,21,4,605-607,Lubenau
The toxicity classification of Th-nat and U-nat,1972,22,1,102-103,Duggan
A case of accidental aspiration of 90 SrCl 2 ,1972,22,1,87-90,Petkau
A new methodology for estimating nuclear casualties as a function of time,2011,101,3,286-298,Zirkle
Accidental overexposure to 192Ir source in industrial radiography: a follow-up study,1992,62,1,74-76,Jalil
The radiological accident in Goiânia: the initial remedial actions,1991,60,1,7-15,Rosenthal
The Goiânia accident: behind the scenes,1991,60,1,5-6,Lipsztein
Clinical and hematological aspects of 137Cs: the Goiânia radiation accident,1991,60,1,31-39,Brandão-Mello
Personal insights into the Goiânia radiation accident,1991,60,1,3-4,Brandão-Mello
Medical and related aspects of the Goiânia accident: an overview,1991,60,1,17-24,Brandão-Mello
The Goiânia radiation accident,1991,60,1,1-113,
The Goiânia radiation accident,1991,60,1,1,Maletskos
To the heroes and professionals who helped protect the world from nuclear disasters and to those who were displaced by these catastrophes,2011,101,4,335,
Comments on "The carcinogenic effects of low level radiation. A re-appraisal of epidemiologists methods and observations",1973,24,2,257-258,Jablon
The carcinogenic effects of low level radiation. A re-appraisal of epidemiologists methods and observations,1973,24,2,223-240,Stewart
Regarding 'Genetic effects of the Atomic Bombs: a reappraisal' by Schull et al,1983,44,3,283-285,Bross
Radiation hormesis public health and public policy: a commentary,1983,44,3,207-219,Hickey
Risk communication and radiological/nuclear terrorism: A strategic view,2011,101,5,551-558,Becker
The London polonium incident: Lessons in risk communications,2011,101,5,545-550,Rubin
Basic concepts and examples of effective risk communication panel summary: Getting the message out,2011,101,5,539,Locke
Risk communication radiation and radiological emergencies: Strategies tools and techniques,2011,101,5,511-530,Covello
Plutonium--health implications for man. Plutonium: assessment of the occupational environment,1975,29,4,613-618,Schulte
Plutonium--health implications for man. What we have learned about plutonium from human data,1975,29,4,551-561,Voelz
Plutonium--health implications in man. The concepts of critical organ and radiation dose as applied to plutonium,1975,29,4,539-550,Stannard
Plutonium--health implications for man. The importance of non-uniform dose-distribution in an organ,1975,29,4,525-537,Richmond
Plutonium--health implications for man. The use of animal data in derivation of standards,1975,29,4,521-524,Brues
Plutonium--health implications for man. Animal data on plutonium toxicity,1975,29,4,511-519,Thompson
Letter: We are being fooled with these "genetically significant doses" from diagnostic x-ray,1973,25,2,201,Prêtre
Ethical issues in radiation protection continued,1998,75,2,183-186,Schwarz
Radiation safety role in institutional disaster planning,2000,78,5 Suppl,S35-9,Smith
Radiation risks and dirty bombs,2004,86,2 Suppl,S42-7,Ring
An unusual incident: breached 22Na sealed source,2004,86,2 Suppl,S38-41,Porter
Radioactivity in cathode ray tubes,2004,86,2 Suppl,S20-4,Kirner
Moving forward with safety culture,2012,102,4,463-467,Weber
Perceived risk of nuclear power and other risks during the last 25 years in Japan,2012,102,4,384-390,Kanda
An integrated approach to data management risk assessment and decision making,2012,102,4,367-377,Till
Elevated urine uranium excretion by soldiers with retained uranium shrapnel,1999,77,5,512-519,Hooper
Letter: Alternatives to the linear risk hypothesis,1976,31,1,81-82,Craig
Radiation and man: the 1973 Sievert Lecture,1976,31,3,265-272,Lindell
Is knowledge important? Empirical research on nuclear risk communication in two countries,2012,102,6,614-625,Perko
An assessment of gas emanation hazard using a geographic information system and geostatistics,2002,82,3,358-366,Astorri
The Fukushima nuclear crisis reemphasizes the need for improved risk communication and better use of social media,2012,103,3,307-310,Ng
Quality assurance in military medical research and medical radiation accident management,2012,103,2,221-225,Hotz
The fukushima daiichi nuclear accident-an overview,2012,103,2,169-174,Thielen
Biophysics and medical effects of enhanced radiation weapons,2012,103,2,150-158,Reeves
Radiation protection at an aviation museum,2006,91,5 Suppl,S74-7,Barish
Radiation exposure during air and ground transportation,1976,31,6,522-524,Hsu
Hazards from plutonium toxicity,1977,32,5,359-379,Cohen
Effect of time on the determination of the clearance rates of insoluble plutonium 239 oxide,1977,32,5,447-450,Métivier
The wide margin of implicit built-in safety factors in current radiation protection standards,1977,32,6,509-521,Kahan
Radiation incidents with a cobalt-60 teletherapy unit,1977,33,1,106-107,Le Roux
A statistical analysis of low-radiation packages in the transport of radioactive material,1977,33,3,183-189,Failla
Establishing a mobile environmental survey system for real-time emergency response,2014,106,2 Suppl 1,S34-41,Fang
Nuclear reactor accidents: Exposures and health effects among members of the public,2014,106,2,307-308,Hatch
Hazards from the industrial use of radioactive static eliminators,1974,26,3,245-250,Robertson
Another 60Co hot cell accident,1979,36,3,437-441,Steidley
Nuclear accident dosimetry: calculations and comparison with experimental data,1979,36,2,189-191,Barnes
Statistical cut-off criterion,1980,38,3,433,Eichholz
The index of harm: a useful measure for comparing occupational risk across industries,1980,38,3,375-391,Solomon
Cardiac fibrillation risk of taser weapons,2014,106,6,652-659,Leitgeb
The accident at the fukushima daiichi nuclear power plant in 2011,2014,106,6,630-637,Akashi
Life table methodology for evaluating radiation risk: an application based on occupational exposures,1981,40,4,439-455,Cook
Criticality safety training at a fuel examination facility,1981,40,5,729-731,Courtney
The effectiveness of a whole body counter during and after an accident situation at nuclear facilities,1981,40,5,685-692,Berger
The use of Gofman's doubling dose in estimating low-level radiation risk,1981,41,1,203-208,Maillie
A strategy for a rapid radiological screening survey in large scale radiation accidents: a lesson from an individual survey after the Fukushima Daiichi nuclear power plant accidents,2014,107,1,10-17,Miyazaki
Inhalation hazard from open containers of tritiated water,1979,37,1,161-163,Jalbert
Laws of statistics ignored by statisticians,1978,35,4,582-584,Cohen
Nuclear accident dosimetry intercomparison studies at the Health Physics Research Reactor: a summary (1965-1978),1979,37,5,687-699,Sims
2013 Dade W. Moeller lecture: Medical countermeasures against radiological terrorism,2014,107,2,164-171,Moulder
A method of estimating the risks from ingested radionuclides,1985,48,2,159-168,Maillie
Problems in calculating cost of radiation exposure,1984,46,3,706-708,Archer
Transportation of radioactive material in Georgia,1982,42,6,759-775,Carter
Injury due to accidental exposure to x-rays from an x-ray fluorescence spectrometer,1980,39,2,237-243,Feldman
60Co hot cell accidents,1980,39,2,363-364,Stott
Using cost/risk procedures to establish recovery criteria following a nuclear reactor accident,1987,52,2,157-169,Tawil
Worker protection implications of the solubility and human metabolism of modern uranium mill products in the U.S.,2014,107,5,403-409,Brown
Role of the public sector in prevention and management of radiation accidents,1989,56,3,345-347,Modan
Laser reflections from relatively flat specular surfaces,1989,56,5,753-757,Marshall
An overexposure in industrial radiography using an 192Ir radionuclide,1989,57,1,117-119,Jalil
Let us come back to 'radiation hormesis',1989,57,1,203-204,Delpla
Stray radiation from baggage x-ray equipment: results and implications,1989,57,1,141-148,Maharaj
Mortality of workers at the Hanford site: 1945-1981,1989,56,1,11-25,Buchanan
Modeling for scaling to humans: time to get serious,1989,57 Suppl 1,,13-17,Thomas
Data base management system for a radiation safety program,1991,60,3,453-456,McKetty
Determining radiation exposure from nuclear accidents and atomic tests using dental enamel,1988,54,4,469-471,Aldrich
Historical trends in radiation protection policy and communications: 1964 to the present,2015,108,2,277,Locke
Radiation safety of sealed radioactive sources,2015,108,2,172-177,Pryor
Decision making for late-phase recovery from nuclear or radiological incidents,2015,108,2,161-169,Chen
Public health and medical preparedness for a nuclear detonation: the nuclear incident medical enterprise,2015,108,2,149-160,Garrett
Medical countermeasures for radiation exposure and related injuries: characterization of medicines FDA-approval status and inclusion into the strategic national stockpile,2015,108,6,607-630,Singh
Evaluating the radiation from accidental exposure during a nondestructive testing event,2015,109,2,171-176,Ting
Assessing the effectiveness of risk communication for maintenance workers who deal with induced radioactivity management of medical linear accelerators,2015,109,2,145-156,Kida
Estimating annual individual doses for evacuees returning home to areas affected by the Fukushima Nuclear Accident,2015,109,2,122-133,Yajima
Attenuation of x and gamma rays in personal radiation shielding protective clothing,2015,109,3 Suppl 3,S205-S211,Otahal
Comparing the hematopoetic syndrome time course in the NHP animal model to radiation accident cases from the database search,2015,109,5,493-501,Meineke
End of life decisions for sealed radioactive sources,2016,110,2,168-174,Pryor
Enhanced radioactive material source security,2016,110,2,161-167,Klinger
NCRP program area committee 7: radiation education risk communication outreach and policy,2016,110,2,116-117,Becker
Regulation of x-ray security scanners in Michigan,2016,110,2 Suppl 1,S9-S16,Parry
Evaluation of the response to the Fukushima Accident,2016,111,2,218-222,Miska
Evaluating the special needs of the military for radiation biodosimetry for tactical warfare against deployed troops: comparing military to civilian needs for biodosimetry methods,2016,111,2,169-182,Demidenko
Kevlar® as a potential accident radiation dosimeter for first responders law enforcement and military personnel,2016,111,2,127-133,Romanyukha
Lessons learned in protection of the public for the accident at the Fukushima Daiichi Nuclear Power Plant,2017,112,6,550-559,Callen
Saving lives and preventing injuries from unjustified protective actions-method for developing a comprehensive public protective action strategy for a severe NPP emergency,2018,114,5,511-526,McKenna
French policies for victim management during mass radiological accidents/attacks,2018,115,1,179-184,Drouet
Predicting the public health consequences of a nuclear terrorism attack: drawing on the experiences of Hiroshima and Fukushima,2018,115,1,121-125,Jorgensen
Successful teaching of radiobiology students in the medical management of acute radiation effects from real case histories using clinical signs and symptoms and taking advantage of recently developed software tools,2018,115,1,49-56,Abend
Radiation effects in man: current views and prospects,1971,20,5,485-490,Mole
Dose-reduction effects of vehicles against gamma radiation in the case of a nuclear accident,2018,114,1,64-72,Takahara
Emergency response to radiological releases: have we communicated effectively to the first responder communities to prepare them to safely manage these incidents?,2018,114,2,208-213,Ingram
Guidance training and exercises for responding to an improvised nuclear device: first receivers public health,2018,114,2,165-172,Coleman
Fourteenth annual Warren K. Sinclair keynote address: aren't we ready yet? Closing the planning response and recovery gaps for radiological terrorism,2018,114,2,122-127,Herrmann
Electrical stun gun and modern implantable cardiac stimulators,2019,116,1,18-26,Mattei
Detection of embedded low-level radioactive shrapnels after the explosion of a radiological dispersal device in radiological emergency imaging,2020,ePub,ePub,ePub,Port
Risk communication fear and regulations,2020,118,3,297-303,Glines
The neutrophil to lymphocyte ratio as a triage tool in criticality accidents,2020,ePub,ePub,ePub,Goans
External dose to recovery teams following a wide-area nuclear or radiological release event,2021,ePub,ePub,ePub,Magnuson
Evaluation of triage methods for criticality accidents,2021,ePub,ePub,ePub,Veinot
Dose estimation for exposure to radioactive fallout from nuclear detonations,2022,122,1,1-20,Simon
Dose coefficients for internal dose assessments for exposure to radioactive fallout,2022,122,1,125-235,Simon
Accident simulation study for nuclear power plants impacting Louisiana: differences in 2017 vs. 1992 protective action guidelines,2022,ePub,ePub,ePub,McMahon
Continuing steady challenges involved in the lifting of evacuation orders after the Fukushima Daiichi Nuclear Power Plant accident,2024,ePub,ePub,ePub,Yamashita
Relationship between the residual cesium body contents and individual behaviors among evacuees from municipalities near the Fukushima Daiichi Nuclear Power Plant,2024,126,3,141-150,Yasumura
A review of the resuspension of radioactively contaminated particles by vehicle and pedestrian traffic-current theory practice gaps and needs,2024,126,4,216-240,Magnuson
If you torture your data long enough it will confess to anything: on the epidemiological basis of the LNT model,2024,ePub,ePub,ePub,Socol
Medical resources and requirements for responding to radiological terrorism,2005,89,5,488-493,Mettler
Modeling fallout from nuclear weapon detonations: efficient activity and dose calculation of radionuclides and their progeny,2024,ePub,ePub,ePub,Tomas