案例法在物理化学教学中的应用

在物理化学教学中通过引入和分析案例引出知识点,并将案例与知识点互相印证,最终使难懂的理论和知识点变得容易接受。     

案例教学法在分析化学理论教学中的实践研究

研究了案例教学法在分析化学理论教学中的实践,内容包括案例选材、设计、实施和案例模型评估。案例教学法模式在促进学生扎实学习理论知识的同时,改进学生对于分析化学课程的认知,提高学生的专业技能。案例教学法在分析化学理论教学中的实践可以在教师教学和学生学习之间建立良好的互动关系,并最终改善分析化学课程教学。     

基于案例教学的化学教学案例库建设

案例教学是教师教育的有效手段。按照内容来分,化学教学案例包括有关教学内容、有关化学实验教学、有关化学教与学的方法、有关化学课程资源等;按照来源来分,化学教学案例包括来自化学教学一线案例、来自文字材料和影像材料、来自化学教师教育的教与学活动等。化学教学案例选择与案例库建设的基本途径有：选择成熟的课例、编制案例和利用生成性案例。     

化学案例教学初探

本文介绍了案例、案例教学,探讨了在化学教学中应用案例教学的可能性与意义,以具体的事例作了说明,并指出了进行化学案例教学时应该注意的问题。     

药学院无机化学课中的案例教学

在药学专业无机化学课中引入案例教学,提出教学中的案例内容应具有知识性、典型性、针对性、启发性、趣味性和实践性的观点,并对教学效果进行了探讨。     

主题式情境教学在化学教学中的应用

基于新课程标准的核心理念、构建主义教育理论及主题式教学的含义和特点,阐述了在化学教学中应用主题式情境教学的意义,并借助几个教学案例说明如何选取、处理情境素材以及如何在化学教学中应用主题式情境教学,以此激发学生学习化学的兴趣。     

案例教学模式在工科化学教学中的应用

结合"工科化学"课程的特点和存在的问题,从体现专业特色、与生活实践紧密结合、紧跟学科前沿和与探索性实验结合等4个方面探索在理论教学中引入应用案例教学模式,激发学生学习积极性和主动性,提升"工科化学"的课堂教学效果。     

高分子物理课程中的典型案例教学

案例教学法与传统教学法相比,具有自身的优点.本文针对影响高分子链柔顺因素的讲授,根据授课内容、方式和学时安排,就典型案例教学实施,从典型案例教学的准备、典型案例教学过程等方面,对教师和学生提出的要求进行合理的安排.并阐述了典型案例教学的益处,说明应用案例教学可以达到事半功倍的效果.     

启发式教学和探究式教学辨析——以“空气中氧气含量的测定”教学为例

通过对"空气中氧气含量的测定"的启发式教学和探究式教学的分析,概括出2种教学方式各自的特点以及2者之间的区别和联系。我国基础教育中的理科教学应以启发式教学为主,适当精选一些课程内容开展探究式教学。如果将启发式教学和探究式教学的核心要素融合起来,创造出适合我国传统文化的探究教学模式,会更符合当前的理科教学实际。     

化学教学中开展案例教学的几点思考

本文提出了案例教学的基本概念和课堂结构,结合化学学科的特点,就课堂教学中如何开展案例教学讨论了几个问题:基本理念、基本内涵、教学目标、操作误区、实践环节、案例要求、教学评价、教学现状和课堂效益。     

英才班基础化学原理自主学习模式的构建与实践

"Creative teaching" is the most suitable teaching pattern for the training of top-notch talents and the core is the cultivation of elite-class students' autonomous learning ability. We have tried to build the autonomous learning mode in the course of Principles of Basic Chemistry for the elite-class major in polymer materials engineering. The teaching practice has been carried out in six aspects that are "leading both teachers and students to change minds, constructing autonomous learning platform, activating the classroom teaching, complementary integration between PBL teaching method and 'the flipped classroom', 'a line' for extracurricular self-study, and 'point-line-face' generalization and summarization".     

问题导向教学法在基础化学分析实验中的应用

将PBL教学法应用于基础化学分析实验课程,详细阐述了PBL实验教学的课程设计理念,课堂实施方案,并归纳总结了课程建设过程的经验与不足。教学实践结果表明,采用PBL法进行化学分析实验教学,使学生成为实验教学过程的主体,可有效提高学生的学习积极性、实验动手能力及张卓旻*,黄路,李攻科*中山大学化学学院,广州510275自主学习能力。     

LBL与PBL结合教学法在血液内科教学应用的效果分析

目的探讨以授课为基础的学习法（1ecture—based learning,简称LBL）和以问题为基础的学习法（Problem—Based Learning,简称PBL）在血液内科见习中的教学效果。方法将2012年及2013年新疆医科大学来我科实习的临床医学专业两个班的学生作为研究对象,分为LBL＋PBL和PBL＋LBL组,两组采用不同的教学方法,通过闭卷考试测试教学效果,采用问卷调查了解学生对教学方式认可程度。结果PBL＋LBL组出科考试成绩优于LBL＋PBL组,差异有统计学意义（P〈0.05）,问卷调查显示,PBL＋LBL组学生更认可教学模式在提高学习主动性和学习效率方面的作用。结论PBL＋LBL结合的教学法能充分发挥两种教学法的优势,更加有利于提高教学效果。     

以学生为中心的物理化学远程教学初探

During the fight against the new coronavirus epidemic, the "Physical Chemistry" team of Beijing Normal University used various network platforms and tools, such as MOOC of China University, Rain Classroom and WeChat Group in the teaching process. The exploration and practice of online learning of "Physical Chemistry" is carried out based on MOOC teaching, with student learning as the center and teacher guidance as the support. Taking the most difficult chapter of "fundamentals for statistical thermodynamic" as an example, we designed a complex teaching program that includes previews, watching MOOC videos in class, real-time online exercises, teachers' answers, and after-class reflection and questioning. The students were encouraged to learn independently through the reserved information, designed activities and assignments. Practice shows that the online course has cultivated the students' self-management ability, trained their critical thinking skills, and achieved good teaching results.     

无机化学元素教学中运用混合教学模式的探索

针对无机化学教学中,元素部分内容庞杂细碎、描述性内容多的特点,采用混合式教学模式,结合传统的面授教学和数字化网络教学的优势,使丰富的教学资源多样化呈现、重要知识点多方位训练。同时,对原有的教学内容、教学方法和考核评价等方面进行了全面改进,建立起以学生为中心、以教师引导为辅的主动学习模式。初步实践表明,博采众长的混合式教学模式受到学生的普遍欢迎,对强化个性化教学、提高教学效果、培养创新能力有积极的意义。     

建构主义知识论在《高分子流变学》课程教学中的运用

随着国家对应用型和创新型人才的需求不断增加,大学教育特别是研究生的人才培养模式势必也要做出相应的调整,而教学方法改革是人才培养模式改革的重要环节。课程的学习很大程度上影响着学生的科研能力,如何通过专业课程的教学培养学生扎实的专业理论基础与一定的实践能力,显得非常重要。本文旨在以《高分子流变学》课程为例,将建构主义知识论与课程教学实践相结合,以学生的学习为本,对具体教学方法进行改革,摸索抛锚式教学模式在教学中的应用。     

大学化学云计算学习环境与协作学习模型的构建

"云计算"在教育教学中的应用构建了"云计算"辅助教学的概念。21世纪的教学方式是以学为主、以教为辅,学习的方式也从个人学习变成了协作学习,这正是"云计算"辅助教学的核心。本文回顾了计算机辅助教学的发展,对"云计算"学习环境与协作学习模型的构建进行了分析探讨,并以"大学化学云学堂"为案例解析了"云计算"学习环境与协作学习模型建立的实际应用,阐述了其设计思路和实现方法,以期为"云计算"辅助学习与教学研究提供一些帮助。     

The Teaching/Learning Process in Analytical Chemistry

Before teaching a course, the instructor must identify what she or he intends for the students to learn. For most analytical chemistry instructors, this usually involves an assessment of what methods and techniques to include and at what depth to cover them. There are many other skills, though, that will be important to students for their future success. Most college classes in analytical chemistry are taught in a lecture format. Techniques that can be used to improve the learning that can occur during a lecture are described. An alternative to lecturing is the use of cooperative learning. Cooperative learning offers the potential to develop skills such as teamwork, communication, and problem-solving that are more difficult to impart in a lecture format. The laboratory component of analytical chemistry courses is often an underutilized learning resource. More often than not, the lab is used to demonstrate fundamental wet and instrumental analysis techniques and develop rudimentary laboratory skills. The analytical lab should also be used to develop meaningful problem-solving skills and to demonstrate and have students participate in the entire analytical process. Ways of enhancing the analytical laboratory to include more global skills that are important to career success are described.Received January 12, 2003; accepted March 7, 2003 Published online July 16, 2003     

以培养自我调节学习能力为导向的分析化学实验混合教学模式

In the analytical chemistry laboratory, students were divided into the experiment group and the control group. We adopted the mixed teaching mode, which highlighted the designing Bloom's cognitive goals for education, as well as blending the flipped classroom and the problem-oriented teaching for the experiment group to explore an appropriate teaching mode, aiming at fostering the ability of lifelong learning mainly based on the self-regulated learning. By contrast, the traditional teaching mode was used in the control group. At the end of the course, the effect of the mixed teaching mode was evaluated according to interviews, messages on the teaching platform and the unified test. The results showed that the teaching effect of the mixed teaching mode was better. Moreover, all the students of the experiment group preferred the mixed teaching mode. The teaching practice proved that it was favorable for students to set study goals and build the corresponding self-regulated learning strategies.     

仪器分析课程有效教学之有效测评及反馈

Instrumental analysis is the eyes of all research fields. The instrumental analysis course is one of the main courses of university chemistry, and the learning of instrumental analysis course is related to the final output of all chemical disciplines. As an important part of effective teaching and learning, the assessment and feedback can not only evaluate the efficiency, but also guide how to improve teaching and learning. At present, the teaching and learning efficiency of instrumental analysis course is mainly evaluated by homework, classroom quizzes, mid-term and final exam results. The current assessment of instrumental analysis course has the problems of limited forms, the delayed feedback, and the poor interaction of "teaching" and "learning". This paper briefly introduces the reform and practice of effective assessment and feedback in instrumental analysis teaching of Boling class of Nankai University, mainly including three aspects: (1) strengthen the process feedback and let students summarize the points and rules; (2) let students become the center of effective assessment; and (3) carry out the item evaluation of literature reading.