随着数智时代的到来,传统的教育模式和方法已难以满足未来人才培养的需求。将数智化的元素融入课程思政建设中,不仅可以提高教学的效率和效果,还可以培养学生的数智思维、创新能力和跨学科综合能力,以适应数智环境下对人才的需求。以化...随着数智时代的到来,传统的教育模式和方法已难以满足未来人才培养的需求。将数智化的元素融入课程思政建设中,不仅可以提高教学的效率和效果,还可以培养学生的数智思维、创新能力和跨学科综合能力,以适应数智环境下对人才的需求。以化材类专业基础课程《机械设计基础》为例,通过分析当前专业基础课课程思政数智化育人面临的难题,结合课程内容探索数智化背景下化材类专业基础课课程思政育人模式,为推动专业基础课课程思政数智化育人提供参考。With the digital era arriving, traditional educational models and approaches have become incapable of fulfilling the requirements for future talent cultivation. In order to meet the demands for talents in the digital and intelligent milieu, it is quite significant to integrate the digital and intelligent elements into the construction of ideological and political education within courses. It can not only enhance the efficiency and effectiveness of teaching but also foster students’ digital and intelligent thinking, innovation capabilities and interdisciplinary comprehensive competences. In this paper, taking the basic course of chemical engineering “Mechanical Design Foundation” as an example, the study is conducted to analyze the difficulties faced by the ideological and political education of professional basic courses in the digital era, and explore the ideological and political education model of professional basic courses in the chemical materials field under the digital background. It could provide reference for promoting the ideological and political education of professional basic courses in the digital era.展开更多
利用自主搭建的可径向移动的940 nm单波长红外辐射测温仪,研究了Thomas Swan CCS MOCVD第二次Bake过程中,反应室在不同气氛(氢气、氮气以及氢氮混合气体)和不同压强(13.33-53.33 k Pa)下径向温度分布。试验结果表明:压强为13.33 k Pa,MO...利用自主搭建的可径向移动的940 nm单波长红外辐射测温仪,研究了Thomas Swan CCS MOCVD第二次Bake过程中,反应室在不同气氛(氢气、氮气以及氢氮混合气体)和不同压强(13.33-53.33 k Pa)下径向温度分布。试验结果表明:压强为13.33 k Pa,MOCVD反应室内的气氛不同时,红外测温结果主要受气体导热系数的影响;在20 L氢气下,反应室内压强越大温度越高;在压强为13.33 k Pa,H2流量的不同对测温影响不大。该研究结果可为MOCVD反应室的红外辐射测温与精确控温提供参考。展开更多
文摘随着数智时代的到来,传统的教育模式和方法已难以满足未来人才培养的需求。将数智化的元素融入课程思政建设中,不仅可以提高教学的效率和效果,还可以培养学生的数智思维、创新能力和跨学科综合能力,以适应数智环境下对人才的需求。以化材类专业基础课程《机械设计基础》为例,通过分析当前专业基础课课程思政数智化育人面临的难题,结合课程内容探索数智化背景下化材类专业基础课课程思政育人模式,为推动专业基础课课程思政数智化育人提供参考。With the digital era arriving, traditional educational models and approaches have become incapable of fulfilling the requirements for future talent cultivation. In order to meet the demands for talents in the digital and intelligent milieu, it is quite significant to integrate the digital and intelligent elements into the construction of ideological and political education within courses. It can not only enhance the efficiency and effectiveness of teaching but also foster students’ digital and intelligent thinking, innovation capabilities and interdisciplinary comprehensive competences. In this paper, taking the basic course of chemical engineering “Mechanical Design Foundation” as an example, the study is conducted to analyze the difficulties faced by the ideological and political education of professional basic courses in the digital era, and explore the ideological and political education model of professional basic courses in the chemical materials field under the digital background. It could provide reference for promoting the ideological and political education of professional basic courses in the digital era.
文摘利用自主搭建的可径向移动的940 nm单波长红外辐射测温仪,研究了Thomas Swan CCS MOCVD第二次Bake过程中,反应室在不同气氛(氢气、氮气以及氢氮混合气体)和不同压强(13.33-53.33 k Pa)下径向温度分布。试验结果表明:压强为13.33 k Pa,MOCVD反应室内的气氛不同时,红外测温结果主要受气体导热系数的影响;在20 L氢气下,反应室内压强越大温度越高;在压强为13.33 k Pa,H2流量的不同对测温影响不大。该研究结果可为MOCVD反应室的红外辐射测温与精确控温提供参考。
