Novel Submerged(小说淹没)研究综述
Novel Submerged 小说淹没 - Rotala rotundifolia is a novel submerged macrophyte able to survive across the winter under temperature as low as 4 °C. [1] Based on the impact of volatile organic compounds (VOCs) on secondary metabolite pathways, a novel submerged volatile co-culture system was constructed, and the effects of thirteen fungal and bacterial VOCs were investigated on Ganoderma lucidum exopolysaccharides production. [2] A novel submerged rotational vibration membrane system was investigated using high concentration yeast suspensions to demonstrate the capability of this system for the separation of high concentration biomass. [3] A novel submerged membrane bioreactor integrated with ozonation and photocatalysis has been developed to treat the real textile wastewater and study the fouling behaviour. [4] The vegetative growth and remediation potential of Rotala rotundifolia, a novel submerged aquatic plant, for eutrophic waters were investigated on different sediments, and under a range of nitrogen concentrations. [5] A novel submerged jet impingement apparatus that consist of 3 rings (outer, inner and centre) was designed so that the parent material, heat affected zone and weld metal could be analysed in a high shear stress environment. [6] High‐TB instant Pu‐erh tea was produced via a novel submerged fermentation (SF) using Aspergillus tubingensis and compared with samples produced commercially via the conventional solid‐state fermentation (SSF). [7]Rotala rotundifolia 是一种新型沉水植物，能够在低至 4°C 的温度下越冬生存。 [1] 基于挥发性有机化合物（VOCs）对次生代谢途径的影响，构建了一种新型的水下挥发性共培养系统，研究了13种真菌和细菌VOCs对灵芝胞外多糖生产的影响。 [2] 使用高浓度酵母悬浮液研究了一种新型浸没式旋转振动膜系统，以证明该系统具有分离高浓度生物质的能力。 [3] 已经开发了一种结合臭氧化和光催化的新型浸没式膜生物反应器来处理真实的纺织废水并研究结垢行为。 [4] 在不同的沉积物和一系列氮浓度下，研究了一种新型沉水水生植物 Rotala rotundifolia 对富营养化水域的营养生长和修复潜力。 [5] 设计了一种由 3 个环（外环、内环和中心环）组成的新型浸没射流冲击装置，以便在高剪切应力环境下分析母材、热影响区和焊缝金属。 [6] 高 TB 速溶普洱茶采用新型深层发酵法 (SF) 使用管状曲霉生产，并与通过传统固态发酵 (SSF) 商业生产的样品进行比较。 [7]