摘要
针对传统机能学实验教学单一、条件不足、学生参与少的问题，探索虚拟实验教学平台的开发。对比各种虚拟仿真技术选择Flash作为开发平台，以其简单灵活、视觉冲击力震撼及交互性强的特性，模拟操作复杂且难以理解的机能学实验。以豚鼠心肌细胞动作电位测定为例演示基于Flash的虚拟实验技术的开发。
Aiming at single,insufficient facilities and funds,and less students-participation teaching methods in traditional experimental teaching of functional science course,the authors explored experimental platform based on virtual system. Through comparisons of various virtual simulation technology methods,we select Flash as the development platform because that it is simple,flexible,more visual y attractive and high interactivity,so that wo can simulate complicated and incomprehensible experimentation. Taking action potentials in guinea pig ventricular myocytes to demonstrate the development of virtual experiment based on Flash technology.
出处
《电子世界》
2014年第21期196-196,共1页
Electronics World
关键词
机能学
虚拟实验技术
豚鼠
心肌细胞动作电位
Flash
functional science
virtual experiment
Flash
guinea pig
action potential in ventricular myocytes
