In order to combine the aesthetic characteristics of ceramic art works with translation principles and fully convey the cultural and artistic connotations of the original works,the research was conducted and can be di...In order to combine the aesthetic characteristics of ceramic art works with translation principles and fully convey the cultural and artistic connotations of the original works,the research was conducted and can be divided into three stages:theoretical research on translation of cross-cultural communication,appreciation of ceramic works of art,and translation practice of ceramic works of art.Through the research,we found that some methods like transliteration can be used to better promote the globalization of Chinese ceramic art and deepen cultural exchanges with other countries.展开更多
Surface morphology and roughness are important parameters of surface quality of cold-rolled ultra-thin strip steel.In order to study the effect of Si_(3)N_(4) ceramic work rolls on the surface roughness of SUS304 ultr...Surface morphology and roughness are important parameters of surface quality of cold-rolled ultra-thin strip steel.In order to study the effect of Si_(3)N_(4) ceramic work rolls on the surface roughness of SUS304 ultra-thin strip,ABAQUS finite element model calculation,3D laser profilometry,and other methods were adopted based on the physical characteristics of Si_(3)N_(4) ceramic roll and 9Cr2MoV steel roll,like anti-flattening performance and oil wettability.The surface morphology and roughness of SUS304 ultra-thin strip rolled by different material work rolls under oil lubrication conditions were measured.The results showed that under the rolling force of 10 kN,the maximum flattening amount of Si_(3)N_(4) ceramic roll was reduced by 35.14%compared to that of 9Cr2MoV steel roll.The reduction rate of SUS304 ultra-thin strip rolled by ceramic roll was 34.19%,while that rolled by steel roll was only 22%;Si_(3)N_(4) ceramic roll can further increase the number of alternating convex peaks and concave valleys in the rolled thin strip,reduce the profile steepness,reduce surface roughness,and enhance the planarization effect of surface micro-convex bodies,with improving surface quality and surface glossiness.Finally,the mechanism of Si_(3)N_(4) ceramic roll significantly improving the surface roughness of rolled SUS304 ultra-thin strip was proposed.展开更多
基金USST 2022 Excellent Postgraduate Case Database Construction Project“MTI(English)Graduation Thesis Teaching Excellent Case Database”First-Class Curriculum Construction Program of USST“English Interpreting Ability Training”(YLKC202204)The Eleventh China Foreign Language Education Fund Project“On the Blended Teaching Model of Interpretation Course With the Synergistic Development of Interpretation Ability and Critical Thinking Ability”(ZGWYJYJJ11A071).
文摘In order to combine the aesthetic characteristics of ceramic art works with translation principles and fully convey the cultural and artistic connotations of the original works,the research was conducted and can be divided into three stages:theoretical research on translation of cross-cultural communication,appreciation of ceramic works of art,and translation practice of ceramic works of art.Through the research,we found that some methods like transliteration can be used to better promote the globalization of Chinese ceramic art and deepen cultural exchanges with other countries.
基金supported by the National Natural Science Foundation of China (No.51974196)the Major Program of National Natural Science Foundation of China (No.U22A20188)Central Government Guides the Special Fund Projects of Local Scientific and Technological Development (YDZX20191400002149).
文摘Surface morphology and roughness are important parameters of surface quality of cold-rolled ultra-thin strip steel.In order to study the effect of Si_(3)N_(4) ceramic work rolls on the surface roughness of SUS304 ultra-thin strip,ABAQUS finite element model calculation,3D laser profilometry,and other methods were adopted based on the physical characteristics of Si_(3)N_(4) ceramic roll and 9Cr2MoV steel roll,like anti-flattening performance and oil wettability.The surface morphology and roughness of SUS304 ultra-thin strip rolled by different material work rolls under oil lubrication conditions were measured.The results showed that under the rolling force of 10 kN,the maximum flattening amount of Si_(3)N_(4) ceramic roll was reduced by 35.14%compared to that of 9Cr2MoV steel roll.The reduction rate of SUS304 ultra-thin strip rolled by ceramic roll was 34.19%,while that rolled by steel roll was only 22%;Si_(3)N_(4) ceramic roll can further increase the number of alternating convex peaks and concave valleys in the rolled thin strip,reduce the profile steepness,reduce surface roughness,and enhance the planarization effect of surface micro-convex bodies,with improving surface quality and surface glossiness.Finally,the mechanism of Si_(3)N_(4) ceramic roll significantly improving the surface roughness of rolled SUS304 ultra-thin strip was proposed.
