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Efficient Questioning: Writing Prompts for AI‌

Are you still troubled by AI's "mediocre responses"? This lecture will systematically analyze the core logic of human-machine dialogue, helping you transform from a passive recipient to an active facilitator. Through scientifically structured training in questioning techniques, you will not only significantly enhance the precision and efficiency of academic research but also develop essential digital literacy for the AI era. This will enable you to maximize human-machine collaborative effectiveness in areas such as literature analysis, experimental design, and innovative thinking. Speaker: Shao Boyun Introduction: Reference Librarian, Master of Library Science, engaged in information literacy education and technology research. Time: Apr. 11th, 2025, 15:30~16:30, Friday Location: Library Multi-function Room, 1st Floor Mode: Live Online Link：https://zju.webex.com/meet/LibInformationLiteracyLecture

计算电磁学

Title: 计算电磁学

Author: Jin Jianming

Press: 电子工业出版社

ISBN: 9787121343339

Edition: 2nd

Introduction: 本书包含了用于工程应用的电磁场数值分析中几种重要的计算方法。这些内容有：有限差分法（特别是时域有限差分法）；有限元法；基于积分方程的矩量法。选择这三种方法是因为他们代表电磁场数值分析中的三种基本近似。一旦学生熟悉了这三种方法，他们很容易学习其他的数值方法。这部分内容还包含了为求解积分方程的快速算法及结合不同数值方法的混合技术，这些技术能够更有效的处理复杂的电磁问题。随着计算电磁作为分析和仿真电磁问题工具的使用越来越广泛，基于上述内容的计算电磁学课程也越来越受欢迎。这门课程被许多非电磁专业甚至是非电子工程专业的学生选修。

 

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