石墨烯膜不同加温方式对设施高架基质草莓生长结果的影响

为探究石墨烯电热膜不同加温方式对草莓生长和结果的影响，本文以红颜草莓为试材，采用草莓顶部、基质表面和根系周边组合的7种加温方式，以电热线加温为对照，研究了不同石墨烯加温方式对设施高架基质草莓植株、叶片、果实和根系等相关性状的影响。结果表明：石墨烯膜放置草莓根系附近；石墨烯膜放置于根系附近和顶部20cm处组合；石墨烯膜放置于根系附近、基质表面和植株顶部20cm处组合在各个性状表现均优于其他处理，但石墨烯膜放置于根系附近和顶部20cm处组合；石墨烯膜放置于根系附近、基质表面和植株顶部20cm处组合耗电量相对较高，石墨烯膜放置草莓根系附近处理耗电量相对较低，可以作为石墨烯的加温方式进行推广应用。

Effects of different heating methods of graphene film on the growth and fruit of strawberry on elevated substrate in facilities

In order to explore the effects of different heating methods of graphene electrothermal film on the growth and fruit of strawberry, this paper studied the effects of different heating methods of graphene on the plant, leaf, fruit and root system of strawberry with elevated substrate, using ''Benihoppe''as the test material, using seven heating methods of strawberry top, substrate surface and root system as the control. The results showed that graphene film was placed near the root of strawberry; Graphene films were placed near the root system and combined at the top 20cm; The combination of graphene film placed near the root, the substrate surface and the top 20cm of the plant was superior to other treatments in all characters, but the combination of graphene film placed near the root and the top 20cm; Graphene film placed near the root, substrate surface and 20cm from the top of the plant consumes relatively high power, while graphene film placed near the root of strawberry consumes relatively low power, which can be used as a heating method of graphene.