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The invention aims to speed up the growth rate, speed up the growth rate, enhance AFM inoculant purity and strengthen heavy metal resistance. It relates to inoculant culture, and provides a method and a device for culturing an inoculant of arbuscular mycorrhizal fungi, and relates to inoculant cultu..... [Detail]
本發明可提高生長速度, 提高Arbuscular Mycorrhizal Fungi (AMF) 接種菌的純度及 對重金屬的耐受力 。本發明涉及接種劑培養,提供一種培養叢枝菌根真菌方法和一種裝置。所述培養叢枝菌根真菌的裝置,即空氣培養室,包括一個不透明的盒子和一個盒蓋,所述盒蓋具有至少一個用以固定寄主植物的孔,盒內安裝有為寄主植物的噴淋系統。本發明中通過一個不透明, 盒蓋打孔,內置噴淋系統的氣栽室,利用氣栽法培養叢枝菌根真菌的接種菌, 提高了叢枝菌根真菌的接種菌的純度,便於存儲和運輸。 [Detail]
有機電致發光器件(OLED)具有優良的發光性能如相應快、亮度高、工作電壓低、因而吸引眾人的注目。現時面積大的OLED,已經被應用於不同的平面顯示器中。OLED的發光機制在於電子和空穴分別從陰陽極注入後,通過在兩電極間的多層有機功能層(空穴注入層HJL,空穴傳輸層HTL,發光層EML,電子傳輸層ETL,電子注入層EJL)在發光分子中結合形成激發子,激子輻射衰變而發光。由於電子和空穴的輸送率一般很難均等,由此造成激發光效率降低。要保持電荷載體的平衡,各功能層的優化是至關重要的。要獲得性能優異的器件,首先要選擇合適的材料。在組成OLED的諸多材料中,有機空穴注入材料的成膜性及其薄膜的熱穩定性和厚 度..... [Detail]
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