• 대한방사선방어학회:학술대회논문집
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• 2011.11a
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• pp.338-339
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• 2011

• 대한방사선방어학회:학술대회논문집
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• 2009.04a
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• pp.304-305
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• 2009

• Journal of Radiation Protection and Research
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• v.36 no.3
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• pp.140-147
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• 2011

Our purpose is to specify behavior and environmental factors aimed at reducing the exposed dosage caused by PET-CT and to develop radiation safety management guidelines adequate for domestic circumstances. We have used a multistep-multimethod as the methodological approach to design and to carry out the research both in quality and quantity, including an analysis on previous studies, professional consultations and a survey. The survey includes responses from 139 practitioners in charged of 109 PET-CTs installed throughout Korea(reported by the Korean Society of Nuclear Medicine, 2010). The research use 156 questions using Cronbach's ${\alpha}$ (alpha) coefficients which were: 0.818 for "the necessity of setting and installing the radiation protective environment"; 0.916 for "the necessity of radiation protection", "setting and installing the radiation protective environment"; and 0.885 for "radiation protection". The check list, derived from the radiation safety management guidelines focused on behavior and environment, was composed of 20 items for the radiation protective environment: including 5 items for the patient; 4 items for the guardian; 3 items for the radiologist; and 8 items applied to everyone involved; for a total of 26 items for the radiation protective behavior including: 12 items for the patient; 1 item for the guardian, 7 items for the radiologist; and 6 items applied to everyone involved. The specific check list is shown in(Table 5-6). Since our country has no safety management guidelines of its own to reduce the exposed dosage caused by PET-CTs, we believe the guidelines developed through this study means great deal to the field as it is not only appropriate for domestic circumstances, but also contains specific check lists for each target who may be exposed to radiation in regards to behavior and environment.

• Journal of radiological science and technology
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• v.38 no.3
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• pp.277-286
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• 2015

Diagnostic radiation devices that is used in the country has reached to 78,000 units. When used for human subjects diagnostic purposes, it is subject to Medical Service Act, when used in diagnostic purposes in animal subjects, the subject to Veterinarians Act. When used for other purposes are subject to the Nuclear Safety Act. Even the same radiation devices varies the legislation that is applied depending on the intended use and object. Diversified been p rovisions a re necessary compared to t he analysis o f l egal content in o rder t o prevent confusion of the legislation is a matter to be applied. It is a qualitative study that Nuclear Safety Act, Medical Service Act and Veterinarians Act administrative procedures for the introduction of the applied diagnostic radiation devices, safety inspection, human resources management, area management and the content related to administrative punishment. The Nuclear Safety Act sub-provisions, the introduction of diagnostic radiation generating devices, there are many complex and complete requirements administrative procedures on the concept of a permit. Inspection of safety associated with the use, would be subject to periodic inspection auditing characteristics over the entire field of radiation safety management. It must receive court regular education for the safety administrator and workers. Unlike the reference of the radiation dose rate to specify the radiation controlled area there is a measurement obligation of radiation dose rate. Unlike the reference of the radiation dose rate to specify the radiation controlled area there is a measurement obligation of radiation dose rate. Quantitative difference of administrative punishment that is imposed when legislation violation has reached up to 10 times, over the entire field, the largest burden of radiation safety management at the time of application of the Nuclear Safety Act sub provisions. And it is applied differently depending on the purpose and the imaging target using the same diagnostic radiation devices. Depending on the use mainly under the current legal system, radiation can be lacking in fairness of the contents of the legislation for safety management, there is a risk of confusion. Alternatives such as centralized and standardization of legislation by diagnostic radiation devices use is expected to be necessary.

• JOURNAL OF ELECTRICAL WORLD
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• s.452
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• pp.89-93
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• 2014

지난 6월 5일 러시아 모스크바에서 개최된 국제표준화기구(ISO) 기술위원회(TC)85 총회에서 한국원자력안전기술원 김창범 박사가 3년 임기의 워킹그룹22 컨비너로 선임됐다는 낭보가 전해졌다. 원자력 및 방사선 관련 국제표준을 제정하는 ISO TC85에서 아시아 및 아프리카인으로는 최초로 일본, 인도, 중국, 호주 등을 제치고 한국이 의장국을 수임하는 쾌거를 올린 것이다. 이는 한국의 원자력 및 방사선 관련 기술력이 국제적으로 인정받았음을 보여주는 분명한 사례라는 평가다. 따라서 이번 컨비너 선임으로 향후 원자력 및 방사선 관련 국제표준 분야에서 우리나라의 역할과 위상은 더욱 활발하고 높아질 전망이다. 아시아 최초의 ISO TC85 컨비너인 한국원자력안전기술원 김창범 박사를 만나 그간의 활약상과 향후 행보에 대해 자세히 들어봤다.

• The Journal of the Korea Contents Association
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• v.13 no.12
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• pp.869-879
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• 2013

Modern medicine has not yet conquered behavior therapy for cancer radiation treatment, which is one of the professional groups involved in the justification of the act and reasonable human resources was analyzed. Radiation Oncology(Therapeutic Radiology) installed the role of the medical physicist in the current law, the act must have been within the limits given licenses, but the legitimacy of the act which can be given the current laws and regulations are not clear. Thus, certification and testing outside the medical physicist's research institutions, including the measures to be reflected in national legislation sought. Medical physicists, with the inherent illegality act because one of the areas to precluding the illegality of the content-based "medical law" and "Nuclear Safety Law", "medical technology in the field of radiation safety standards on management" was based on the interpretation. In conclusion, "medical law" and "in the field of medical technology on the management of radiation safety standards" that are consistent with the recognition of qualifications, increased activity in the radiation therapy and radiation safety management must deal with this will be feasible.

• Nuclear industry
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• v.19 no.2 s.192
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• pp.26-37
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• 1999

• Nuclear industry
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• v.19 no.12 s.202
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• pp.78-92
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• 1999

국제원자력기구(International Atomic Energy Agency, IAEA) 는 80년대 초반부터 전세계적인 원자력 안전 분야 주요 활동을 분석$\cdot$정리하여 배포하고 있다. 1990년대 중반부터 현재와 같은 체제로 작성$\cdot$배포 되기 시작한 $\ulcorner$원자력 안전(Nuclear Safety Review)$\lrcorner$ 은 전세계적인 원자력 안전 동향, 주요 행사 및 현안사항, IAEA 및 회원국들의 주요 안전 관련 활동, 주요 안전 관련 사항에 대한 전망 등으로 구성되어 있으며, 통상 차기 연도 3월 및 6월 IAEA 이사회에서 내용을 검토$\cdot$확정하여 9월 말의 IAEA 정기 총회 기간중에 회원국들에게 배포되고 있다. $\ulcorner$ 원자력 안전 1998$\lrcorner$은 4개의 장으로 구성되어 있다. 1장은 국제적으로 중요하고 장기적인 영향력을 가진 사건 및 현안 사항, 2장은 원자력$\cdot$방사선$\cdot$폐기물 안전 분야에서 수행된 IAEA활동, 3장은 회원국에서의 원자력$\cdot$방사선$\cdot$폐기물 안전 분야 주요 활동 및 정보, 4장은 앞으로의 주요 사건 및 안전 관련 현안 사항에 대한 전망을 기술하고 있다.

• Journal of the Korean Society of Radiology
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• v.12 no.6
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• pp.745-753
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• 2018

As the radiation is used in various fields, the number of radiation workers is on the increase and there has been an increasa in interest in the radiation worker's safety. In South Korea, it is focusing on securing safety of workers through KISOE system and owner's report. In advance study, We determined that in assessing the risks of securing safety for workers and businesses, the assessment of other items as well as exposure doses would be effective and develops the Radial Scale Analysis Model. So, data from the actual radiographic testing companies were applied to the radial scale analysis model to determine the risks of the actual companies. And, we selected 4 companies to confirm the applicability. Risk assessments of all 56 companies were conducted and improvements and inspections were anticipated for each company's problems. The results of the study are expected to be utilized by radiographic testing companies and regulatory for self-assessment and regulation criteria.

• Journal of radiological science and technology
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• v.44 no.2
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• pp.123-131
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• 2021

In this study, safety education contents for medical radiation workers were produced based on Mixed Reality(MR). Currently, safety training for radiation workers is based on theory. This is insufficient in terms of worker satisfaction and efficiency. To address this, we created ICT(Information and Communication Technologies)-based MR radiation worker safety education content. The expected effect of Mixed Reality worker safety education content is that education is possible without space and time constraints, realistic education is possible without on-site training, and interaction between images is possible through reality-based 3D images, enabling self-directed learning Is that. In addition, learning in a virtual space expressed through HMD(Head Mounted Display) is expected to make education more enjoyable and increase concentration, thereby increasing the efficiency of education. A quantitative evaluation was conducted by an accredited institution and a qualitative evaluation was performed on users, which received excellent evaluation. The MR safety education conducted in this study is expected to be of great help to the education of medical radiation workers, and is expected to develop into a new educational paradigm as online education in accordance with Corona 19 progresses.