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How Logical Therapy is possible - An Analysis of Cohen’s Thought on Philosophical Counseling -
( Duoxing Yu ) 한국철학상담치료학회 2020 철학 실천과 상담 Vol.10 No.-
Cohen (Elliot D. Cohen) embarked on an analysis of human behavior and the wrong logical thinking behind emotions in area of philosophical counseling. He pointed out the cause of people’s thought disease, and established a method which is called LBT (Logic-Based Therapy)to treat thought disease. He provided a detailed demonstration of how the method runs, philosophical solutions to the myths of action fallacy, sentiment fallacy, and incident reporting fallacy. The theories and methods in Cohn’s philosophy counseling break away from the stereotypes of traditional philosophical counseling, provide a new theoretical paradigm for resolving the core issues in philosophical counseling. It provides reference models for practice in philosophical counseling. It can also provide reference for the construction of Chinese theory in philosophical counseling.
How Logical Therapy is possible
Duoxing Yu 한국철학상담치료학회 2020 철학 실천과 상담 Vol.10 No.-
Cohen (Elliot D. Cohen) embarked on an analysis of human behavior and the wrong logical thinking behind emotions in area of philosophical counseling. He pointed out the cause of people’s thought disease, and established a method which is called LBT (Logic-Based Therapy)to treat thought disease. He provided a detailed demonstration of how the method runs, philosophical solutions to the myths of action fallacy, sentiment fallacy, and incident reporting fallacy. The theories and methods in Cohn’s philosophy counseling break away from the stereotypes of traditional philosophical counseling, provide a new theoretical paradigm for resolving the core issues in philosophical counseling. It provides reference models for practice in philosophical counseling. It can also provide reference for the construction of Chinese theory in philosophical counseling.
Zhen Fang,Yaowei Liu,Duoxing Yang,Lishuang Guo,Lei Zhang 한국지질과학협의회 2018 Geosciences Journal Vol.22 No.3
We present hydrogen gas concentration data for drilling mud extracted during the Wenchuan Earthquake Fault Scientific Drilling (WFSD; holes 2 and 3), measured on-line during drilling in SW China. Hydrogen influx into the well at depth is largely dependent on lithology and fracture density. In hole WFSD-2, the average background concentration of hydrogen is lower in granitic rocks than in sedimentary formations. More than five major hydrogen influxes were detected while drilling through the sedimentary formations, and two hydrogen-rich zones were detected in the granite (1240–1243 m and 1383.5–1405 m depth). In hole WFSD-3, mud extracted from a tectonic breccia contains high hydrogen concentrations at depths of 600–1000 m depth, and relatively low concentrations below 1000 m depth. In both holes, we observe a lack of hydrogen in the center of the fault zone and high concentrations of hydrogen in fractured zones. Hydrogen concentration in both holes displays significant vertical heterogeneity, and is positively correlated with fracture density. Hydrogen was likely sourced from interaction between water and fresh silicate minerals surfaces that were exposed during faulting, from the mantle, and from faulting events. Fracture zones provide the main channels for the migration of hydrogen gas. The variations in background hydrogen concentrations relate to changes in porosity and permeability. The two hydrogen-rich zones (642.36–676.22 m, and 1383.5–1405 m) were likely caused by earthquake activity or far-field triggering during WFSD-2 drilling. The results of this study provide gas data that can be used to model fault activity. It is important to consider the relationship between hydrogen gas and the seismic cycle, and to use such data to identify seismic precursors.