动态参数控制的植物光自养微繁殖系统的架构与程序设计

Fabric and Programming of Photoautotrophic Micro-propagation System Controlled by Dynamic Parameters

依据植物光自养微繁殖理论及微环境控制工程原理与技术,设计出一种基于动态参数控制的植物光自养微繁殖系统,可以实现植物光自养微繁殖的关键因子的自动监测与调节,可用于植物光自养微繁殖生长发育条件的优化研究及高质量植物种苗工厂化生产。

Base on theory of photoautotrophic micro-propagation and control technology of microenvironment, we have designed out a photoau- totrophic micro-propagation system which running was control by a set of dynamic parameters, involved in CO2 concentration, illumination in- tensity, temperature and humidity. Using with this system, those key factors of photoautotrophic micro-propagation can be monitored and regu- lated automatically, so the optimal growth and development conditions of plats in photoautotrophic micro-propagation can be exposed. In this ennrlitinn nlnnt ~dlin~ with high cnmlltv co.ld he hre^d with photoautotrophic micro-propagation on a mode of factory production.