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변근주,남진원,변재한,김호전,Byun, Keun-Joo,Nam, Jin-Won,Byun, John,Kim, Ho-Jin 한국기술사회 2011 技術士 Vol.44 No.5
Design of blast resistant structures (protective structures) require the adequate design and construction practices as well as the knowledge of characteristics of the blast loads, behavior of structures and their components under these loads. This paper focuses on how to design and evaluate the structures for blast resistance, and provides principles and discussion on analysis and design capability in protective technology and recommendations.
경미한 급성 두부외상환자에서 SPECT , q - EEG 및 CT의 비교
김소연(So Yon Kim),김영중(Young Jung Kim),이석호(Suk Ho Lee),김진석(Jin Seok Kim),문희승(Hee Seung Moon),이숭구(Sung Ku Lee),박병익(Byung Yik Park),이권전(Gwon Jeon Lee),김갑득(Kap Deuk Kim),김호전(Ho Joeng Kim),조경형(Kyeung Hyeung 대한핵의학회 1993 핵의학 분자영상 Vol.27 No.2
N/A Functional cerebral impairments have been verified objectively by brain SPECT and q-EEG (quantitative electroencephalography). Microcerebral circulatory defects without anatomical changes cannot be detected by the brain CT or MRI. Brain SPECT using Tc-99m-HMPAO (Hexamethyl propyleneamine oxime) as a key radioisotope may be accepted as the useful method for identifying functional cerebral impairments. We studied 25 patients with mild head trauma to define whether the SPECT was helpful in detecting cerebral impairment. Results were as follows: The SPECT was positive in 23 patients out of 25, q-EEG positive in 16 patients and brain CT was positive in 3 cases. SPECT and q-EEG were more sensitive than CT. SPECT would be more useful method than brain CT to investigate cerebral function after head injury.