The Ⅰ-Ching is one of the most significant texts in the literature of the world and embodies,as no other text does,the Chinese spirit and thought.Its perpetuation along millennia has exercised crucial influence on th...The Ⅰ-Ching is one of the most significant texts in the literature of the world and embodies,as no other text does,the Chinese spirit and thought.Its perpetuation along millennia has exercised crucial influence on the development of Chinese philosophy and medicine.The hypotheses of its abstractions compose a 'body of assumptions' that hierarchs concepts through a self-regulated process of reciprocal control,which allows the accurate prediction of specific sequences of events according to 'fields of similarities'.This peculiarity enables this system of knowledge to make possible predictions based upon the Natural Laws with incredible accuracy,which is effective to process expectations and arguments or to affirm or reject its judgments.A detailed analysis of two consecutive hexagrams (N 23 & N 24) allows the understanding not only of the bases that consolidate the 'Reconciliation vessel' but also of the specific determination of its function in the frame of Risk management that can be compared to present ISO standards.展开更多
This study explained a procedure to synthesize 3 D hexagram gold nanoparticles using a specific morphologically controlled gold precursor reduction. Acetaldehyde acted as the reducing agent along with polyvinyl pyrrol...This study explained a procedure to synthesize 3 D hexagram gold nanoparticles using a specific morphologically controlled gold precursor reduction. Acetaldehyde acted as the reducing agent along with polyvinyl pyrrolidone as the stabilizing agent with a limited reaction temperature range observed to be near to 25 °C. The resulting special gold nanoparticles were physically characterized and observed to possess an average planar size of 420 nm, an average central thickness of 200 nm, and an average edge thickness of 18 nm. Furthermore, a mechanism model was proposed to describe the oriented growth of gold nanoparticles employing published accounts of the mechanisms involved in the growth of gold hexagonal nanoplates. Moreover, the two major factors that controlled the morphology of synthesized gold nanoparticles were elaborated to provide reference for future fabrication methods of metal nanoparticles in both academia and industry.展开更多
文摘The Ⅰ-Ching is one of the most significant texts in the literature of the world and embodies,as no other text does,the Chinese spirit and thought.Its perpetuation along millennia has exercised crucial influence on the development of Chinese philosophy and medicine.The hypotheses of its abstractions compose a 'body of assumptions' that hierarchs concepts through a self-regulated process of reciprocal control,which allows the accurate prediction of specific sequences of events according to 'fields of similarities'.This peculiarity enables this system of knowledge to make possible predictions based upon the Natural Laws with incredible accuracy,which is effective to process expectations and arguments or to affirm or reject its judgments.A detailed analysis of two consecutive hexagrams (N 23 & N 24) allows the understanding not only of the bases that consolidate the 'Reconciliation vessel' but also of the specific determination of its function in the frame of Risk management that can be compared to present ISO standards.
文摘This study explained a procedure to synthesize 3 D hexagram gold nanoparticles using a specific morphologically controlled gold precursor reduction. Acetaldehyde acted as the reducing agent along with polyvinyl pyrrolidone as the stabilizing agent with a limited reaction temperature range observed to be near to 25 °C. The resulting special gold nanoparticles were physically characterized and observed to possess an average planar size of 420 nm, an average central thickness of 200 nm, and an average edge thickness of 18 nm. Furthermore, a mechanism model was proposed to describe the oriented growth of gold nanoparticles employing published accounts of the mechanisms involved in the growth of gold hexagonal nanoplates. Moreover, the two major factors that controlled the morphology of synthesized gold nanoparticles were elaborated to provide reference for future fabrication methods of metal nanoparticles in both academia and industry.
