Research on Safety Risk Assessment Method of Amphibious Equipment at Maritime Training

Abstract

Abstract-This paper aims amphibious equipment maritime training safety risk assessment, introduces the definition, purpose and basis of amphibious equipment maritime training safety risk assessment, the evaluation process and evaluation method are studied, puts forward the comprehensive evaluation method based on AHP and fuzzy mathematics, provides a theoretical basis for the better development of amphibious equipment maritime training safety risk assessment.

Comprehensive adulteration detection of sesame oil based on characteristic markers

“…Therefore, there is no difference in these indicators between authentic and adulterated sesame oils after oil processing. The second is a rapid detection technology based on photoelectromagnetic and sensory signals, such as near infrared, Raman, fluorescence spectroscopy, terahertz, electronic nose, and an electronic tongue ( Berghian-Grosan and Magdas, 2021 , Chen et al, 2018 , Hai and Wang, 2006 , Luo et al, 2018 , Shuai et al, 2014 ). The advantage of these types of methods are that they are fast and nondestructive, but the chemical implications are often unclear.…”