【作者】 沈中城； 陈小平； 张进峰； 严勇健；

【Author】 Shen Zhongcheng Chen Xiaoping Zhang Jinfeng Yan Yongjian ( Su zhou Professional University, Suzhou 215009) ( Electronic Information Department, Suzhou University,Suzhou 215006) ( International center for Materials Physics,The Chinese Academy of Sciences,Shenyang, 110015)

【机构】 苏州市职业大学； 苏州大学电子信息学院；

【摘要】 力学弛豫谱(或力学耗散峰)能揭示材料的结构与缺陷的特征,能对材料的力、电、磁、光学以及相变等性能进行深入探测,给出有益的启示。并对我们研制成功的LMR—1型低频力学弛豫谱仪的结构与原理作了概括介绍。更多还原

【Abstract】 we pointed out that mechanical relaxation spectrum (or mechanical dissipationpeaks) could demonstrate the properties of material structure and defects, It can also detect the mechanical, electrical, magnetic, optical and phase transition properties of the materials and provide beneficial elicitation. And we also introduced the basic theory and structure about our successfully newly-developed LMR-1 type low-frequency mechanical relaxation instrument.更多还原