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This post was last edited by YongBu※YanQi on October 27, 2015, at 11:33. The classification of the toxicity levels of media in pressure pipelines shall comply with the provisions of GB5044-1985 “Classification of the Hazard Levels of Occupationally Exposed Toxic Substances”. The classification criteria are based on six indicators: acute toxicity, incidence of acute poisoning, prevalence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and maximum permissible concentration. ( ) Answer: Correct
The classification of the toxicity level of the medium in pressure pipelines shall comply with the provisions of GB5044-1985 \"Classification of the Hazard Levels of Toxic Substances Exposed in the Workplace\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. ( √ )
The classification of the toxicity level of the medium in pressure pipelines shall comply with the provisions of GB5044-1985 \"Classification of the Hazard Levels of Toxic Substances Exposed in the Workplace\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. (Correct)
The classification of the toxicity level of the medium in pressure pipelines shall comply with the provisions of GB5044-1985 \"Classification of the Hazard Levels of Toxic Substances Exposed in the Workplace\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. (Yes)
The classification of the toxicity level of the medium in pressure pipelines shall comply with the provisions of GB5044-1985 \"Classification of the Hazard Levels of Toxic Substances Exposed in the Workplace\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. (Yes)
The classification of the toxicity level of the medium in pressure pipelines shall comply with the provisions of GB5044-1985 \"Classification of the Hazard Levels of Toxic Substances Exposed in the Workplace\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. (Yes)
The classification of the toxicity level of the medium in pressure pipelines shall comply with the provisions of GB5044-1985 \"Classification of the Hazard Levels of Toxic Substances Exposed in the Workplace\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. ( ) Correct
The classification of the toxicity level of the medium in pressure pipelines shall comply with the grading criteria based on six indicators. ( √ )
Correct. The classification of the toxicity level of substances in pressure pipelines should comply with the provisions of GB5044-1985 \"Classification of Hazards from Occupational Exposure to Toxic Substances\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. ( )
The classification of the toxicity level of the medium in pressure pipelines shall comply with the provisions of GB5044-1985 \"Classification of the Hazard Levels of Toxic Substances Exposed in the Workplace\", with grading criteria based on six indicators: acute toxicity, incidence of acute poisoning, incidence of chronic poisoning, consequences of chronic poisoning, carcinogenicity, and the maximum allowable concentration. (Yes)