1)  VAM
VA菌根
1.
VAM and Mineral Nutrition of Fruit Trees;
VA菌根与果树矿质营养
2.
Effect of VAM on formation of root apoplastic iron pool in peanut plant;
接种VA菌根对花生根系质外体铁库形成的影响
3.
THE FUNCTION AND MECHANISM OF VAM ON FRUIT TREES;
VA菌根对果树的作用与机理
2)  VAM
VAM
1.
Effects of VAMs on the growth of Armeniaca seedlings;
VAM对山杏实生苗生长的影响
2.
Microscopical observation of VAM to several garden lawn plants;
VAM对几种园林草坪草侵染的显微观察
3.
Effect of VAM Fungi on Growth and Yield of Cotton Plants;
VAM菌对棉花生长和产量的影响
3)  VAM
矿井乏风
1.
CH4MIN is a special technology for treatment and utilization of low concentration VAM with a volume concentration of 0.
通过一系列的试验,加拿大矿物与能源技术中心开发出了一项专门处理和利用煤矿矿井乏风 中甲烷(甲烷体积浓度0。
4)  VAM
内生菌根菌
1.
Amount changes of VAM root vesicle of clover inoculating under different temperatures and illumination intensity;
温度和光照强度对内生菌根菌根内泡囊量的影响
5)  VAM
矿井通风瓦斯
1.
This paper describes the current status of VAM emission and the social and economic as well as environmental protection benefits brought about by VAM emission reduction in China.
本文介绍了我国通风瓦斯排放的现状与通风瓦斯减排带来的社会、经济、环境等效益,分析了通风瓦斯利用技术应用方式,介绍了煤矿通风瓦斯氧化生热利用的工艺流程,研究了平顶山矿区与阜新矿区的矿井通风瓦斯的利用潜力。
6)  VAM
风排瓦斯
参考词条
补充资料:菌根真菌中的杨树疣状菌根


菌根真菌中的杨树疣状菌根


菌根真菌中的杨树疣状菌根 陈可可摄
说明:补充资料仅用于学习参考,请勿用于其它任何用途。