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검색에 오류가 있는 경우 편집부에 문의바랍니다.(T: 02-906-1991, E:kiha2@kiha.kr) |
Search Result: 1203
Development of Headforms for the Labor Population in Selection, Use and Maintenance of Respirators in Korea
호흡보호구의 선정, 사용 및 관리를 위한 한국형 노동인구의 인두 개발
Jung-Keun Park, Se-Dong Kim, Eun-Ji Lee
박정근, 김세동, 이은지
Keyword: headform, respirator, fit testing, 3D face dimensions, PCA fit test panel
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 279-291
Abstract |  (1.8 MB) |
The Current Work Environment Monitoring Status and Concentration Level of Substances with Short-Term Exposure Limits among Special Management Substances
특별관리물질 중 단시간노출기준 설정 물질의 작업환경측정 현황 및 농도 수준
Hyunhee Park, Jihoon Jo
박현희, 조지훈
Keyword: work environment measurement, hazards surveillance, risk assessment, high-risk industry, specially managed CMR substances
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 262-278
Abstract | (564.2 KB) |
Significant Variation in the Indicators for Liver-biliary, Renal, and Blood-circulatory Function among Workers with Long-Term Low-Level Exposure to Chemicals over 10 Years or More Working at Environment Monitoring
장기-저농도로 10년 이상 노출된 작업환경측정 근로자들의 간-담도계, 신장, 혈액-순환기 기능 지표들의 유의한 변화
Joo Hong Cho, Chan-Seok Moon
조주홍, 문찬석
Keyword: chemicals, long-term low-level, exposure, liver, renal function
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 254-261
Abstract | (425.8 KB) |
A Study on Developing Reliable Standard Samples of Crystalline Silica
결정형 산화규소의 표준시료 확보방안에 대한 연구
Eun-song Hwang, Eun-Ji Lee, Hae Dong Park
황은송, 이은지, 박해동
Keyword: Crystalline silica, standard sample, analytical proficiency test, quality control
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 247-253
Abstract | (466.3 KB) |
Identification of Causes and Prevention Measures for Health Disorders Such as Erythema of Restaurant Workers in Manufacturing Company
제조사업장 식당 종사자의 홍반 등 건강장해 원인 규명 및 예방 방안
Jee Yeon Jeong, Gwangyong Yi, Seung-Hyeon Park
정지연, 이광용, 박승현
Keyword: Cafeteria, erythema, ultraviolet ray, UV sterilizer
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 238-246
Abstract | (868.2 KB) |
Analysis of Exposure Status and High-risk Industries of Special Management Substances using Working Environment Measurement Data
작업환경측정 자료를 활용한 특별관리물질 노출 현황 및 고위험 업종 분석
Hyunhee Park, Jihoon Jo
박현희, 조지훈
Keyword: work environment measurement, hazards surveillance, risk assessment, high-risk industry, specially managed CMR substances
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 222-237
Abstract | (547.4 KB) |
Comparative Analysis of Particulate Matter, Black Carbon, and Noise Levels Before and After Installation of a Safety Wall in a Pedestrian Walkway within an Urban Tunnel
도심터널 보행로 안전벽 설치 전후의 미세먼지, 블랙카본, 소음 수준 비교
Myoungho Lee, Jongmin Park, Sohyun Kang, Jeongyeon Park, Taehong Kwon, Chungsik Yoon
이명호, 박종민, 강소현, 박정연, 권태홍, 윤충식
Keyword: Black carbon, noise, particulate matter (PM10), safety wall
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 214-221
Abstract | (899.4 KB) |
Development of an AI Model to Determine the Relationship between Cerebrovascular Disease and the Work Environment as well as Analysis of Consistency with Expert Judgment
뇌심혈관 질환과 업무 환경의 연관성 판단을 위한 AI 모델의 개발 및 전문가 판단과의 일치도 분석
Juyeon Oh, Ki-bong Yoo, Ick Hoon Jin, Byungyoon Yun, Juho Sim, Heejoo Park, Jongmin Lee, Jian Lee, Jin-Ha Yoon
오주연, 유기봉, 진익훈, 윤병윤, 심주호, 박희주, 이종민, 이지안, 윤진하
Keyword: Cerebrovascular disease, occupational disease, artificial intelligence, large language model
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 202-213
Abstract | (1.0 MB) |
A Study on Hazard Classification by Metal Element analysis of Paints Containing Inorganic Pigment
무기안료를 함유한 도료의 금속 원소 분석에 의한 유해성 분류에 관한 연구
Jeong-Hee Han, Do-Hee Lee, Na-Roo Lee
한정희, 이도희, 이나루
Keyword: complex inorganic color pigments (CICPs), inorganic pigment, material safety data sheet (MSDS), nanoform, titanium dioxide
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 193-201
Abstract | (482.2 KB) |
Case Study on the Evaluation of Capture Velocity of Local Exhaust Ventilation System in a Laboratory
연구 실험실 내 국소배기장치의 제어풍속 평가 사례
Daesung Lim
임대성
Keyword: local exhaust ventilation system, capture velocity, laboratory working environment
J Korean Soc Occup Environ Hyg, 2024, 34(3) Page: 189-192
Abstract | (490.3 KB) |
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