Crystallize in CAS-MPG Chemistry

<正>Supported by the CAS-MPG Doctoral Promotion Programme, FENG Xianjuan and FAN Jing, both Ph.D. students from the CAS Shanghai Institute of Ceramics, studied for some years at the Max Planck Institute for Chemical Physics of Solids(MPI-CPfS) in Dresden. FENG, now a postdoctoral researcher at the MPI-CPfS, defended her thesis last September and received her Ph.D. Degree in last Jan; FAN just defended her thesis in April and will be granted with the Degree in the upcoming June. Let's hear in this interview(given in Feb 2014) what they would say about their study and life in Germany and envision how this experience will impact their future.     

普朗克黑体辐射公式与经典表达式

本文讨论普朗克黑体辐射公式在低频时可简化为瑞利——金斯公式；在辐射频率较高时，可简化为维恩公式；并且可以推出维恩位移公式。     

Global Science Needs Teamwork

Four decades ago, the Chinese Academy of Sciences and the Max Planck Society established their scientific cooperation. Since then, these collaborative ties have been continuously strengthened. The Presidents of both research organisations, Professor Bai Chunli and Professor Peter Gruss, look back on the development of earlier decades, highlight past success and future challenges – and underline the importance of cooperation in the new times of globalisation of science.     

基于C语言和Origin 7.5的曲率法测普朗克常量

介绍了用曲率法测普朗克常数实验的原理及方法。并利用Origin7.5软件文献进行自动高度曲线拟合,再推导出截止电压的数学表达式,最后用C语言编辑程序进行实验数据自动处理。最终证明了曲率法测普朗克常数实验的可行性,也为实验者提供了快速、准确的数据处理方法,以提高实验效率。     

Systems Biology Research of Photosynthesis for Greater Crop Yields

<正>Offi cially set up in 2008 by Dr.ZHU Xinguang at the Partner Institute for Computational Biology,the Plant Systems Biology Group focuses on systems biology research of photosynthesis with the goal of improving photosynthetic effi ciency for greater crop yields.The group at MPG in cooperation with this team is the Systems Regulation Department led by Prof.Mark Stitt at the Max Planck Institute of Molecular Plant Physiology.     

一种新型普朗克常数测定器

介绍了新型普朗克常数测定器的主要技术指标，并介绍了用该仪器演示光电效应现象和测定普朗克常数的方法。