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Occupational well-being in medical workers in Inner Mongolia after the Normalized Epidemic Prevention and Control Strategy: A cross-sectional study
This study was designed to investigate the occupational well-being among the medical workers in our city in the COVID-19 after the release of Normalized Epidemic Prevention and Control Strategy since May 7, 2020 in mainland China. We included the medical workers involved in the front-line of COVID-19 that were randomly selected from 7 hospitals in Inner Mongolia Autonomous Region, China. The occupational well-being among medical workers was evaluated using the modified occupational well-being scales and the symptom Checklist-90 (SCL-90) scale. Then Logistic regression analysis was given to identify the risk factors that ma...
Source: Archives of Environmental and Occupational Health - April 22, 2024 Category: Environmental Health Authors: Lina Zhang Xiaoling Ma Source Type: research

Occupational well-being in medical workers in Inner Mongolia after the Normalized Epidemic Prevention and Control Strategy: A cross-sectional study
This study was designed to investigate the occupational well-being among the medical workers in our city in the COVID-19 after the release of Normalized Epidemic Prevention and Control Strategy since May 7, 2020 in mainland China. We included the medical workers involved in the front-line of COVID-19 that were randomly selected from 7 hospitals in Inner Mongolia Autonomous Region, China. The occupational well-being among medical workers was evaluated using the modified occupational well-being scales and the symptom Checklist-90 (SCL-90) scale. Then Logistic regression analysis was given to identify the risk factors that ma...
Source: Archives of Environmental and Occupational Health - April 22, 2024 Category: Environmental Health Authors: Lina Zhang Xiaoling Ma Source Type: research

Occupational well-being in medical workers in Inner Mongolia after the Normalized Epidemic Prevention and Control Strategy: A cross-sectional study
This study was designed to investigate the occupational well-being among the medical workers in our city in the COVID-19 after the release of Normalized Epidemic Prevention and Control Strategy since May 7, 2020 in mainland China. We included the medical workers involved in the front-line of COVID-19 that were randomly selected from 7 hospitals in Inner Mongolia Autonomous Region, China. The occupational well-being among medical workers was evaluated using the modified occupational well-being scales and the symptom Checklist-90 (SCL-90) scale. Then Logistic regression analysis was given to identify the risk factors that ma...
Source: Archives of Environmental and Occupational Health - April 22, 2024 Category: Environmental Health Authors: Lina Zhang Xiaoling Ma Source Type: research

Occupational well-being in medical workers in Inner Mongolia after the Normalized Epidemic Prevention and Control Strategy: A cross-sectional study
This study was designed to investigate the occupational well-being among the medical workers in our city in the COVID-19 after the release of Normalized Epidemic Prevention and Control Strategy since May 7, 2020 in mainland China. We included the medical workers involved in the front-line of COVID-19 that were randomly selected from 7 hospitals in Inner Mongolia Autonomous Region, China. The occupational well-being among medical workers was evaluated using the modified occupational well-being scales and the symptom Checklist-90 (SCL-90) scale. Then Logistic regression analysis was given to identify the risk factors that ma...
Source: Archives of Environmental and Occupational Health - April 22, 2024 Category: Environmental Health Authors: Lina Zhang Xiaoling Ma Source Type: research

Occupational well-being in medical workers in Inner Mongolia after the Normalized Epidemic Prevention and Control Strategy: A cross-sectional study
This study was designed to investigate the occupational well-being among the medical workers in our city in the COVID-19 after the release of Normalized Epidemic Prevention and Control Strategy since May 7, 2020 in mainland China. We included the medical workers involved in the front-line of COVID-19 that were randomly selected from 7 hospitals in Inner Mongolia Autonomous Region, China. The occupational well-being among medical workers was evaluated using the modified occupational well-being scales and the symptom Checklist-90 (SCL-90) scale. Then Logistic regression analysis was given to identify the risk factors that ma...
Source: Archives of Environmental and Occupational Health - April 22, 2024 Category: Environmental Health Authors: Lina Zhang Xiaoling Ma Source Type: research

Occupational well-being in medical workers in Inner Mongolia after the Normalized Epidemic Prevention and Control Strategy: A cross-sectional study
This study was designed to investigate the occupational well-being among the medical workers in our city in the COVID-19 after the release of Normalized Epidemic Prevention and Control Strategy since May 7, 2020 in mainland China. We included the medical workers involved in the front-line of COVID-19 that were randomly selected from 7 hospitals in Inner Mongolia Autonomous Region, China. The occupational well-being among medical workers was evaluated using the modified occupational well-being scales and the symptom Checklist-90 (SCL-90) scale. Then Logistic regression analysis was given to identify the risk factors that ma...
Source: Archives of Environmental and Occupational Health - April 22, 2024 Category: Environmental Health Authors: Lina Zhang Xiaoling Ma Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research

Micro-environmental factors impact breathing zone exposures: A simulated petrochemical manufacturing facility task
This study investigates the impact of micro-environmental factors on worker breathing zone exposure levels in petrochemical facilities. A laboratory simulation study evaluated near-field exposure to methane for a typical maintenance task. Individual and combinations of micro-environmental factors significantly affected methane exposure. Airflow direction and speed were significant determinants of exposure concentration reduction. A side airflow direction at medium to high speed produced the lowest gas concentration in the breathing zone. Worker body orientation relative to the methane emission point was also a critical fac...
Source: Archives of Environmental and Occupational Health - March 31, 2024 Category: Environmental Health Authors: Mohamed Eturki Kermit G Davis Melissa Vincent Susan F Arnold Andrew Maier Source Type: research