Research Topics
| Robert J EmerySummaryAffiliation: Baylor College of Medicine Country: USA Publications
| Collaborators
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Detail Information
Publications
Risk communication considerations to facilitate the screening of mass populations for potential contamination with radioactive materialR J Emery
The University of Texas Health Science Center at Houston, Safety, Health, Environment and Risk Management, Houston, TX 77054, USA
Health Phys 95:S168-74. 2008....
Surge capacity volunteer perspectives on a field training exercise specifically designed to emphasize likely roles during a disaster responseR J Emery
The University of Texas School of Public Health, Center for Biosecurity and Public Health Preparedness, Houston, 77030, USA
Health Phys 97:S155-60. 2009....
A radiation protection program prospectus based on the collection of 10 years of key performance indicator dataRobert J Emery
The University of Texas Health Science Center at Houston, Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1 330, Houston, TX 77054, USA
Health Phys 85:S89-93. 2003..The data summary is also proving to be useful in making future projections regarding program needs...
An initial radiation safety needs assessment of Costa Rica: the South Texas Chapter of the Health Physics Society's strategic planning appraisal for participation in the "Radiation Safety Without Borders" initiativeRobert J Emery
University of Texas Health Science Center at Houston, Environmental Health and Safety, Houston 77054, USA
Health Phys 82:S87-91. 2002..The importance of linking this initiative to other existing programs within the country is also discussed...
Effectively displaying broad scope sub-licensee radioactive material inventory allocations and possession quantitiesRobert J Emery
University of Texas Health Science Center at Houston, Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1 330, Houston, TX 77054, USA
Health Phys 85:S39-41. 2003..In the future, the method is expected to assist the radiation protection program in anticipating when broad license amendments may be needed to accommodate operational changes...
World at work: research and testing laboratoriesR J Emery
Southwest Center for Occupational and Environmental Health, The University of Texas School of Public Health at Houston, Houston, Texas 77225-0186, USA
Occup Environ Med 62:200-4. 2005
An analysis of variables influencing the number of radiation overexposure events in Texas from 1970 to 2000R J Emery
University of Texas Health Science Center at Houston, Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1 330, Houston, TX 77054, USA
Health Phys 89:46-52. 2005..The factors contributing to this phenomenon are described to serve as a model for use in other settings...
Situational photographic postings for enhancing the proper operation of infrequently utilized x-ray devicesRobert J Emery
The University of Texas Health Science Center at Houston, Safety, Health, Environment and Risk Management, Houston, TX 77054, USA
Health Phys 95:S152-5. 2008....
A comparison of the results of regulatory compliance inspections in 1999 by the states of Texas, Maine, and WashingtonB J Brown
University of Texas Health Science Center at Houston, Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1.330, Houston, Texas 77054, USA
Health Phys 86:308-15. 2004..Any reduction in instances of non-compliance would result in the conservation of finite public health resources that might then be directed to other pressing public health matters...
An analysis of 45 years of reported overexposure incidents in Texas, 1956 to 2001K Maness
University of Texas Health Science Center at Houston, Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1.330, Houston, TX 77054, USA
Health Phys 86:197-202. 2004..The results of the study can also assist in the training of health care providers, as the recognition of common causes and sources of overexposures and subsequent treatments can be forecasted and summary treatment protocols developed...
Radiation safety program outcomes as indicated by regulatory compliance activities from 1988 to 1997 in TexasR J Emery
University of Texas Houston Health Science Center, Environmental Health and Safety, 77054, USA
Health Phys 78:335-42. 2000..Although this study was limited to a single state, the results can be of benefit to both quality assurance programs and professional health physics training courses by objectively identifying the areas commonly found to be deficient...
Estimating the administrative cost of regulatory noncompliance: a pilot method for quantifying the value of preventionR J Emery
University of Texas Houston Health Science Center, Environmental Health and Safety, 77054, USA
Health Phys 78:S40-7. 2000..The significance of this exercise is that any savings experienced by an agency could enhance permittee compliance without impacting the routine inspection process...
Radioactive waste minimization implications of clinically-indicated exsanguination proceduresR G Costello
The University of Texas Houston Health Science Center, Environmental Health and Safety, 77054, USA
Health Phys 79:291-3. 2000..Health Phys. 79(3):291-293; 2000 Key words: waste, low-level; waste management; radiation protection; blood..
A security vulnerabilities assessment tool for interim storage facilities of low-level radioactive wastesJ Bible
University of Texas Health Science Center at Houston, Environmental Health and Safety, 1851 Crosspoint Drive OCB 1 330, Houston, TX 77054, USA
Health Phys 91:S66-73. 2006..Aspects of the assessment tool can also be applied to other activities involving the protection of sources of radiation as well...
An analysis of 20 years of radiation-related health care complaints in Texas for the purposes of quality improvementP J Thommen
The University of Texas School of Public Health, 1200 Herman Pressler, Houston, TX 77030, USA
Health Phys 90:S62-6. 2006..Possible options for improving the means of systematically collecting initial compliant data in the future are also discussed...
Reported events of stolen radioactive sources in Texas from 1956 to 2000M Korshukin
University of Texas Health Science Center at Houston Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1.330, Houston, TX 77054, USA
Health Phys 90:266-72. 2006..Suggested enhancements to further improve data collection are proposed so that crime prevention information can be derived in future research...
Characterization and geographic location of sources of radioactivity lost downhole in the course of oil and gas exploration and production activities in Texas, 1956 to 2001S Patlovich
University of Texas Health Science Center at Houston, Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1 330, Houston, TX 77054, USA
Health Phys 89:S69-77. 2005....
Anticipating and addressing workplace static magnetic field effects at levels <0.5 mTR J Emery
University of Texas Houston Health Science Center, Environmental Health and Safety, 77054, USA
Health Phys 79:S72-6. 2000..001 mT. Armed with this information, practicing radiation safety professionals can better anticipate facility incompatibility issues and improve their responses to worker concerns initiated by observed effects on equipment...
An evaluation and comparison of compliance inspection outcomes data for radiation protection programs in Maine and TexasR J Emery
University of Texas Health Science Center at Houston, Environmental Health and Safety, 77054, USA
Health Phys 82:395-9. 2002..The utility of the Texas coding system as the basis for interstate program comparisons is also demonstrated, since the system is based upon categories of non-compliance rather than locally-unique regulatory codes or citations...
Using fault tree analysis to identify causes of non-compliance: enhancing violation outcome data for the purposes of education and preventionR J Emery
University of Texas-Houston Health Science Center, Environmental Health and Safety, 1851 Crosspoint Drive, OCB 1.330, Houston, TX 77054, USA
Health Phys 80:S16-21. 2001..Broad application of these results is cautioned due to the bias associated with the restricted scope of the project...
Piloting a new radiation protection program strategy: rewarding compliance rather than sanctioning non-complianceRobert J Emery
University of Texas Health Science Center at Houston, TX 77054, USA
Health Phys 82:S18-22. 2002..The relative success of the pilot program suggests that the approach may be broadly applicable both within radiation safety programs and other safety-related settings as well...
Statistical validation of a commonly used method for personnel dosimetry issuance determinationsR A Gorham
University of Texas Health Science Center at Houston, School of Public Health, 1200 Herman Pressler Street, P.O. Box 20186, Houston, TX 77225, USA
Health Phys 84:260-5. 2003..In addition, statistical support for further monitoring program reductions were identified, if such reductions were deemed to be necessary in the future...
