In order to improve the teaching effect and quality of the course Radio-Frequency Identification,we investigated the characteristics of the course and problems in its teaching practice.Based on the educational philoso...In order to improve the teaching effect and quality of the course Radio-Frequency Identification,we investigated the characteristics of the course and problems in its teaching practice.Based on the educational philosophy of outcome-based education(OBE),we carried out teaching reforms,which included the use of flipped classroom,the organic combination of theoretical and practical teaching,school-enterprise cooperation and collaborative education,as well as other measures.The results showed that the improved teaching method can effectively stimulate students’interest in learning,enhance students’learning initiative,improve students’ability to solve complex engineering problems in the field of radio-frequency identification,cultivate the spirit of teamwork among students,and nurture their innovative practical ability.展开更多
We use the refined hot spot model to study the valence quark shape of the proton with the deeply virtual Compton scattering at high energies in the color glass condensate framework.To investigate the individual valenc...We use the refined hot spot model to study the valence quark shape of the proton with the deeply virtual Compton scattering at high energies in the color glass condensate framework.To investigate the individual valence quark shape,a novel treatment of the valence quark width is employed.We calculate the cross-sections for coherent and incoherent deeply virtual Compton scattering using,for the first time,different widths(Bu and Bd)for the profile density distributions of the up and down quarks instead of using the same width as in the literature.We find that the cross-sections calculated with Bu≥Bd at each collision energy are consistent with each other,which is in agreement with theoretical expectations,whereas those computed with Bu<Bd show some discrepancies.This outcome implies that the up quark might emit more gluons than the down quark,leading to Bu≥Bd at high energy.The impact of energy on the outcome is estimated.Our results show that as the collision energy increases,the aforementioned discrepancies are not only significantly broadened,but also shift to a relatively smaller momentum transfer range at the future Electron-Ion Collider(EIC)and Large Hadron Electron Collider(LHeC)energies,which indicates that the EIC and LHeC can provide an unprecedented chance to access the shape of the valence quark of the proton.展开更多
基金supported by the Natural Science Foundation of Anhui Province(2008085QF302)the Quality Engineering Project of Higher Education Institutions in Anhui Province(2022jyxm922).
文摘In order to improve the teaching effect and quality of the course Radio-Frequency Identification,we investigated the characteristics of the course and problems in its teaching practice.Based on the educational philosophy of outcome-based education(OBE),we carried out teaching reforms,which included the use of flipped classroom,the organic combination of theoretical and practical teaching,school-enterprise cooperation and collaborative education,as well as other measures.The results showed that the improved teaching method can effectively stimulate students’interest in learning,enhance students’learning initiative,improve students’ability to solve complex engineering problems in the field of radio-frequency identification,cultivate the spirit of teamwork among students,and nurture their innovative practical ability.
基金Supported by the National Natural Science Foundation of China(12165004)the Basic and Applied Basic Research Project of Guangzhou Science and Technology Bureau(202201011324)+1 种基金the Education Department of Guizhou Province,China(QJJ[2022]016)the National Key Research and Development Program of China(2018YFE0104700,CCNU18ZDPY04)。
文摘We use the refined hot spot model to study the valence quark shape of the proton with the deeply virtual Compton scattering at high energies in the color glass condensate framework.To investigate the individual valence quark shape,a novel treatment of the valence quark width is employed.We calculate the cross-sections for coherent and incoherent deeply virtual Compton scattering using,for the first time,different widths(Bu and Bd)for the profile density distributions of the up and down quarks instead of using the same width as in the literature.We find that the cross-sections calculated with Bu≥Bd at each collision energy are consistent with each other,which is in agreement with theoretical expectations,whereas those computed with Bu<Bd show some discrepancies.This outcome implies that the up quark might emit more gluons than the down quark,leading to Bu≥Bd at high energy.The impact of energy on the outcome is estimated.Our results show that as the collision energy increases,the aforementioned discrepancies are not only significantly broadened,but also shift to a relatively smaller momentum transfer range at the future Electron-Ion Collider(EIC)and Large Hadron Electron Collider(LHeC)energies,which indicates that the EIC and LHeC can provide an unprecedented chance to access the shape of the valence quark of the proton.