脉冲电场作用对植物释放负离子与气孔特征的关系
吴仁烨1,2, 孙缘芬1, 郑金贵1,2,*(
), 邓传远3, 叶大鹏4, 王晴水1
), 邓传远3, 叶大鹏4, 王晴水1
Relationship Between Negative Air Ion Generation by Plants and Stomatal Characteristics Under Stimulation of Pulsed Electrical Field
Wu Renye1,2, Sun Yuanfen1, Zheng Jingui1,2,*(), Deng Chuanyuan3, Ye Dapeng4, Wang Qingshui1
), Deng Chuanyuan3, Ye Dapeng4, Wang Qingshui1
图3. 最佳脉冲电场作用下3种植物叶表皮气孔形态特征的显微观察(40倍物镜下3种植物的气孔特征)
(A), (B) 紫背竹芋在常态和施加脉冲电场刺激下的气孔特征; (C), (D) 绒叶肖竹芋在常态和施加脉冲电场刺激下的气孔特征; (E), (F) 朱顶红在常态和施加脉冲电场刺激下的气孔特征。Bars=50 μm
Figure 3. The stomatal shape feature of three plant species under the stimulation of high voltage pulsed electrical field with optimal combinational parameters (The shape feature of three plant species were observed under 40× objectives)
(A), (B) The stomatal feature of Stromanthe sanguinea under normal and electrostimulation conditions, separately; (C), (D) The stomatal feature of Calathea zebrina under normal and electrostimulation conditions, separately; (E), (F) The stomatal feature of Hippeastrum rutilum under normal and electrostimulation conditions, separately. Bars=50 μm
