在缜密论述了人地关系中人性时空场基本概念和特征的基础上,从人性时空场意识流与人地关系的相互作用的角度认知了人性时空场的科学哲学内涵。最后分析了人性时空场意识流的随机变化特点之表达。提出:随着行为地理学研究深入,人性时空...在缜密论述了人地关系中人性时空场基本概念和特征的基础上,从人性时空场意识流与人地关系的相互作用的角度认知了人性时空场的科学哲学内涵。最后分析了人性时空场意识流的随机变化特点之表达。提出:随着行为地理学研究深入,人性时空场意识流将成为它新的研究对象;与此同时,本文首次导出潜意识地理学(Potential Sense Geography)的学科概念,认为潜意识地理学会弥补行为地理学的不足,它将发挥人文关怀的当代学科优势,继而为人性的完善和人的可持续发展及人地关系的根本和谐作出贡献。展开更多
The research studied the influences of high temperature, high pressure, high humidity, noise and other harmful factors in mining conditions on the people health and safety, and investigated the impacts of confined env...The research studied the influences of high temperature, high pressure, high humidity, noise and other harmful factors in mining conditions on the people health and safety, and investigated the impacts of confined environmental on human physiology factors, including temperature, humidity, noise, pressure,toxic and harmful gases in terms of environmental characteristics in underground mines and an artificial intelligence system for simulation of the environment in a confined space of deep mines. Our results show that the systolic pressure, diastolic pressure, mean pressure, heart rate, respiratory rate, typing test speed and memory level percentage are negatively correlated with temperature value, and positively correlated with humidity value; the human temperature and weight are positively correlated with temperature value, and negatively correlated with humidity value. This research lays the foundation for the study of interaction between the deep confined space environment and safety behavior.展开更多
文摘在缜密论述了人地关系中人性时空场基本概念和特征的基础上,从人性时空场意识流与人地关系的相互作用的角度认知了人性时空场的科学哲学内涵。最后分析了人性时空场意识流的随机变化特点之表达。提出:随着行为地理学研究深入,人性时空场意识流将成为它新的研究对象;与此同时,本文首次导出潜意识地理学(Potential Sense Geography)的学科概念,认为潜意识地理学会弥补行为地理学的不足,它将发挥人文关怀的当代学科优势,继而为人性的完善和人的可持续发展及人地关系的根本和谐作出贡献。
基金funded by ‘‘a group of four’’ Safety Science and Technology Project of State Production Safety Supervision Administration of China (No. 20130801)
文摘The research studied the influences of high temperature, high pressure, high humidity, noise and other harmful factors in mining conditions on the people health and safety, and investigated the impacts of confined environmental on human physiology factors, including temperature, humidity, noise, pressure,toxic and harmful gases in terms of environmental characteristics in underground mines and an artificial intelligence system for simulation of the environment in a confined space of deep mines. Our results show that the systolic pressure, diastolic pressure, mean pressure, heart rate, respiratory rate, typing test speed and memory level percentage are negatively correlated with temperature value, and positively correlated with humidity value; the human temperature and weight are positively correlated with temperature value, and negatively correlated with humidity value. This research lays the foundation for the study of interaction between the deep confined space environment and safety behavior.
