- 更多网络例句与丝状菌的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Any of various filamentous, mostly anaerobic microorganisms of the genus Actinomyces, which includes the causative agents of actinomycosis.
放线菌一种丝状体的，主要指放线菌属的厌氧微生物，包括引起放线菌病的原动力
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The results showed that the sludge settled properly at a influent BOD/P of 100/0.8. When the BOD/P was 100/0.6 and 100/0.3 respectively, an excessive growth of viscous Zoogloea with high moisture content was observed and non-filamentous bullring occurred. When the value of influent BOD/P was 100/0.4, more serious non-filamentous bulking occurred. Furthermore, under the condition of phosphorus deficiency the effect of microorganism on the nitrogen and phosphorus sources utilization rate were also studied in the experiments.
结果表明在进水中BOD/P为100/0.8以上的条件下，污泥的沉降性能良好；当进水中BOD/P分别为100/0.6和100/0.3时，出现高含水率的黏性菌胶团过量生长的现象，发生非丝状菌膨胀；在进水中BOD/P为100/0.4的条件下，发生更严重的非丝状菌膨胀，试验中还研究了磷缺乏条件下微生物对氮源和磷源利用率的变化。
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Therefore, it created a favorable environment for the growth of zoogloea and made the recovery of sludge bulking of filamentous microbe easily.
创造有利于菌胶团生长的微生物环境可有效地恢复由丝状菌引起污泥膨胀。
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The sludge in SBMBR1 presented granular characteristics and settled very well. The sludge in SBMBR1was brown and the sludge flocs was smashed by the shear force due to high intensity of aeration. The sludge size decreased and the sludge flocs blended with water forming ropy solutions, and there was no distinguish interface between water and sludge. Low sludge age and high loading operation enabled the sludge in SBMBR1 keeping higher sludge activity and the MLVSS/MLSS ratio and SOUR values of SBMBR1 were higher than SBMBR2. Both in SBMBR1 and SBMBR2, there were large amount of zoogloea, bacillus, coryneform of bacteria, and pediococcus. However, in SBMBR1 there were also a lot of Protozoa like epistylis and etc. A certain amount of filamentous bacteria can also be found in SBMBR1. The biological species in SBMBR1 were much more abundant than that in SBMBR2.3. Membrane fouling on flat-sheets membrane was observed and analyzed with AFM, SEM and TEM. After the measurement of membrane surface EPS and membrane surface ETX analysis, the pollutants composition on the surface of flat-sheets membrane was calculated.
从外观观察SBMBR1反应器中的活性污泥呈浅黄色，随着运行时间的增加，污泥粒径逐步增加，SV、SVI值逐步下降，呈现出较强的颗粒特征，沉降性能良好；SBMBR2污泥呈土黄色，污泥絮体被高强度的曝气所产生的切应力所打碎，污泥粒径迅速降低，絮体较为细碎，和水相混合成均一粘稠的溶液，看不到泥水分界面；低泥龄、高负荷运行，使得SBMBR1可以保持较高的微生物活性，MLVSS/MLSS值、SOUR值均高于SBMBR2；两级反应器活性污泥中均有大量的菌胶团，长杆菌、短杆菌和球菌是构成主体，但SBMBR1活性污泥中含有大量固着型原生动物如累枝虫等，还存在着一定数量的丝状菌，生物相要比SBMBR2丰富。3、借助原子力显微镜、扫描电镜、透射电镜等手段对平板膜污染现象进行观测和分析，并通过膜表面污染物EPS测定、污染膜表面能谱分析，得出平板膜表面污染物的组成。
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By Saprolegnia Achlya Aphanomyces etc.(Saprolegnia Section Saprolegniaceae) of filamentous bacteria parasitic cause.
由水霉、绵霉、丝囊霉等（水霉科Saprolegniaceae）的丝状菌寄生引起。
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Ecological control of sludge bulking is highly important, especially in preventing sludge bulking through ecological relationship such as prey and autoeciousness of microorganisms.
指出丝状菌污泥膨胀的实质是活性污泥微生态系统平衡失调，微生物群落结构与功能发生变化，丝状菌种群代替菌胶团菌群成为优势种；利用微生物种群之间的捕食、寄生等关系控制污泥膨胀的生态学调控方法，是实现控制丝状菌污泥膨胀，保持污泥微生态系统稳定，获得良好污水净化效果的治本之法。
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This paper analyzes the function of filamentous organisms in the sewage treatment, and summarizes the growth environment of filamentous organisms in sewage treatment system.
分析了丝状菌在污水处理中的作用，综述了污水处理系统中丝状菌的生长环境。
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The factors and characteristics of bulking sludge are discussed on the characteristics of filamentous and bio-flocculate.
从丝状菌和絮凝菌的生长特性方面对活性污泥膨胀的特性及影响因素进行了分析研究，详细论述和分析了各种活性污泥膨胀控制措施。
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The results showed that human demodex (including demodex folliculorum and demodex brevis) and fungus including Aspergillus, Penicillium, Microsporum of the dermatophytes, Candida and Mucor, ect.
其中人体蠕形螨包括毛囊蠕形螨和皮脂蠕形螨，真菌包括曲霉菌、青霉菌、皮肤丝状菌的小孢子菌、念珠菌和毛霉菌等。
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The results indicated: COD removal efficiency could remain at 70%, the product gas was mainly composed of methane, carbon dioxide and hydrogen, tile maximal methane producing activity sequentially were 211 mLCH4gVSS^(-1)d^(-1), 314 mLCH4gVSS^(-1)d^(-1), 319 mLCH4gVSS^(-1)d^(-1); The main components of effluent were acetic acid and propanoic acid; The dominant microorganisms sequentially were Bacillus, Coccus, Methanothrix and Methanosaet.
实验结果表明：COD的去除率可维持在70%左右，产气主要含有甲烷、二氧化碳和氢气，每格最大产甲烷活性依次为211 mLCH4gVSS^(-1)d^(-1)，314mLCH4gVSS^(-1)d^(-1)，319mLCH4gVSS^(-1)d^(-1)；出水产物为乙酸和丙酸；每格优势菌种依次为杆菌、球菌、甲烷丝状菌和甲烷八叠球菌。
- 更多网络解释与丝状菌的相关的网络解释 [注：此内容来源于网络，仅供参考]
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fungisterol ergosterol：麦角脂醇
"抑制丝状菌生长的","fungistatic" | "麦角脂醇","fungisterol ergosterol" | "似丝状菌的","fungoid"
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Filamentous fungus：丝状菌
真菌(Fungus)的定义已经很明白了,恕不再赘述. 但对真菌的确切称呼的确还有很多的模糊概念需要"澄清."多细胞真菌:称为丝状菌(filamentous fungus)或霉菌(mold).
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mycelium pellet：菌丝球[丝状真菌和放线菌在液体培养基内生长所形成的球状菌落]
mycelium 菌丝体 | mycelium pellet 菌丝球[丝状真菌和放线菌在液体培养基内生长所形成的球状菌落] | mycetism 真菌中毒
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mycelium pellet：菌丝球[丝状真菌和放线菌在液体培养基内生长形成的球状菌落]
mycelium 菌丝体 | mycelium pellet 菌丝球[丝状真菌和放线菌在液体培养基内生长形成的球状菌落] | mycetism 真菌中毒
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phycomycete：藻菌类的植物; 丝状菌 (名)
phthisis 肺结核 (名) | phycomycete 藻菌类的植物; 丝状菌 (名) | phylactery 护符; 经文匣; 避邪符; 圣物箱 (名)
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Beggiatoa：阿托氏菌属
不少细菌的运动为游动式,但能形成丝状群体的贝日阿托氏菌属(Beggiatoa)和单细胞的噬纤维菌属(Cytopha-ga)则靠特殊的运动构造向前滑进. 这种形式恐与丝状蓝藻的运动是相同的,因此它显示着其间的亲缘关系.
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fungistatic：抑制丝状菌生长的
"真菌细胞壁的凯丁质(吉丁质)","fungine" | "抑制丝状菌生长的","fungistatic" | "麦角脂醇","fungisterol ergosterol"
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hypogeal fungus：地下丝状菌
"地下子叶;不出土子叶","hypogeal cotyledon" | "地下丝状菌","hypogeal fungus" | "子叶在地下的","hypogeal;hypogean"
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phycomycetes：藻状菌纲
(1)藻状菌纲(Phycomycetes)植物体多为分枝的丝状体,菌丝不具横隔,含多核. 繁殖方式与某些藻类很相似,本纲约有200多属,常见植物为黑根毒. 黑根霉(匐枝根霉)(Rhizopusnigricans)也称面包霉,多腐生于富含淀粉的食物上,菌丝横生,向下生有假根;
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zygomycete：接合菌
例如,Bumpus、Heinfling等人从担子菌(basidiomycete)、接合菌(zygomycete)、腔体菌(coelomycete)和丝状菌(hyphomycete)等菌种中筛选分离出了适用于染料降解和生物吸附的菌株.