OBJECTIVE:To investigate the biological macro-idea and criterion of osteopathic fracture immobilization in China's traditional Mongolian medicine.METHODS:Based on biological naturalism regarding the relationship b...OBJECTIVE:To investigate the biological macro-idea and criterion of osteopathic fracture immobilization in China's traditional Mongolian medicine.METHODS:Based on biological naturalism regarding the relationship between man and universe(including psychosomatic integration) in osteopathic fracture immobilization in China's traditional Mongolian medicine,we used modern physiopsychological and biomechanical principles and methods to investigate the biological macro-characteristics of humanization,behaviorism,and wholism in "dynamic" fixation of fractures.RESULTS:Osteopathic fracture immobilization in China's traditional Mongolian medicine is based on the fixation criterion of macro-idea and method as well as on geometry,mechanics,motion,and stress and psychological stability in "non-sheltered fixation" of fractures contained in the life view of nature,regarding the relationship between man and universe(including psychosomatic integration) and on harmony between the limbs and the whole body,between body and function,and between man and nature.CONCLUSIONS:Osteopathic fracture immobilization in China's traditional Mongolian medicine is fixation without trauma or shelter.The principle and method of whole,dynamic,and functional fixation of fractures is not only radical,but also represents a new direction for developing the principle and method of fracture immobilization.展开更多
Performance improvement was attained in data reconstructions of 2-dimensional tunable diode laser absorption spectroscopy(TDLAS). Multiplicative Algebraic Reconstruction Technique(MART) algorithm was adopted for data ...Performance improvement was attained in data reconstructions of 2-dimensional tunable diode laser absorption spectroscopy(TDLAS). Multiplicative Algebraic Reconstruction Technique(MART) algorithm was adopted for data reconstruction. The data obtained in an experiment for the measurement of temperature and concentration fields of gas flows were used. The measurement theory is based upon the Beer-Lambert law, and the measurement system consists of a tunable laser, collimators, detectors, and an analyzer. Methane was used as a fuel for combustion with air in the Bunsen-type burner. The data used for the reconstruction are from the optical signals of 8-laser beams passed on a cross-section of the methane flame. The performances of MART algorithm in data reconstruction were validated and compared with those obtained by Algebraic Reconstruction Technique(ART) algorithm.展开更多
基金Supported by State Natural Science Fund No. 30960518the Major Projects in Inner Mongolian Sci-Tech Plan 2010-2012
文摘OBJECTIVE:To investigate the biological macro-idea and criterion of osteopathic fracture immobilization in China's traditional Mongolian medicine.METHODS:Based on biological naturalism regarding the relationship between man and universe(including psychosomatic integration) in osteopathic fracture immobilization in China's traditional Mongolian medicine,we used modern physiopsychological and biomechanical principles and methods to investigate the biological macro-characteristics of humanization,behaviorism,and wholism in "dynamic" fixation of fractures.RESULTS:Osteopathic fracture immobilization in China's traditional Mongolian medicine is based on the fixation criterion of macro-idea and method as well as on geometry,mechanics,motion,and stress and psychological stability in "non-sheltered fixation" of fractures contained in the life view of nature,regarding the relationship between man and universe(including psychosomatic integration) and on harmony between the limbs and the whole body,between body and function,and between man and nature.CONCLUSIONS:Osteopathic fracture immobilization in China's traditional Mongolian medicine is fixation without trauma or shelter.The principle and method of whole,dynamic,and functional fixation of fractures is not only radical,but also represents a new direction for developing the principle and method of fracture immobilization.
基金supported by Basic Science Research Program through the National Research Foundation of Korea(NRF)(No.2014R1A1A4A01005191)and by(No.2015 H1C1A1035890)by MSIP(No.2015R1A2A2A 01006803)
文摘Performance improvement was attained in data reconstructions of 2-dimensional tunable diode laser absorption spectroscopy(TDLAS). Multiplicative Algebraic Reconstruction Technique(MART) algorithm was adopted for data reconstruction. The data obtained in an experiment for the measurement of temperature and concentration fields of gas flows were used. The measurement theory is based upon the Beer-Lambert law, and the measurement system consists of a tunable laser, collimators, detectors, and an analyzer. Methane was used as a fuel for combustion with air in the Bunsen-type burner. The data used for the reconstruction are from the optical signals of 8-laser beams passed on a cross-section of the methane flame. The performances of MART algorithm in data reconstruction were validated and compared with those obtained by Algebraic Reconstruction Technique(ART) algorithm.
