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Influence of Ripening State of Filters on Microbe Removal Efficiency of Slow Sand Filtration Used to Disinfect a Closed Soilless Culture System

机译：过滤器熟化状态对慢砂过滤微生物去除效率的影响，用于消毒闭合无土培养系统

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Yoko Mine; Ryozo Sakiyama; Yoshikazu Yamaki; Masaru Suematsu; Hitoshi Saka;
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年度 2003
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1. Influence of ripening state of filters on microbe removal efficiency of slow sand filtration used to disinfect a closed soilless culture system [J] . Mine Y, Sakiyama R, Yamaki Y, 园芸学会杂志 . 2003,第3期

机译：过滤器的成熟状态对慢速砂滤对封闭无土栽培系统消毒的微生物去除效率的影响
2. Methodological evaluation of slow sand filters on microbe removal and performance of the filtration system against the spread of tomato bacterial wilt in a NFT system. [Japanese] [J] . Mine Y, Sakiyama R, Saka H 园芸学会杂志 . 2002,第1期

机译：慢速砂滤池对微生物去除的方法学评价以及滤膜系统对NFT系统中番茄细菌枯萎传播的性能的评估。 [日本]
3. Methodological evaluation of slow sand filters on microbe removal and performance of the filtration system against the spread of tomato bacterial wilt in a NFT system. [Japanese] [J] . Mine Y, Sakiyama R, Saka H 园芸学会杂志 . 2002,第1期

机译：慢砂滤波器对微生物清除和过滤系统对NFT系统番茄细菌枯萎的影响的方法论评价。 [日本人]
4. PREVENTION OF ROOT DISEASES IN CLOSED SOILLESS GROWING SYSTEMS BY MICROBIAL OPTIMISATION AND SLOW SAND FILTRATION [C] . E.A. van Os, J. Postma International Symposium on Chemical and Non-Chemical Soil and Substrate Disinfestation . 2000

机译：通过微生物优化和缓慢砂过滤预防封闭无土生长系统的根疾病
5. Evaluating Water Filtration and Disinfection for Household, Using Slow Sand Filters Plus Solar Disinfection [D] . Demitry, Mariana. 2017

机译：评估家庭的水过滤和消毒，使用缓慢的砂滤波器加上太阳消毒
6. Stable-isotope probing and metagenomics reveal predation by protozoa drives E. coli removal in slow sand filters [O] . Sarah-Jane Haig, Melanie Schirmer, Rosalinda DAmore, 2015

机译：稳定同位素探测和宏基因组学揭示了原生动物驱动慢速砂滤器去除大肠杆菌的掠食性
7. Methodological Evaluation of Slow Sand Filters on Microbe Removal and Performance of the Filtration System against the Spread of Tomato Bacterial Wilt in a NFT System. [O] . Yoko Mine, Ryozo Sakiyama, Hitoshi Saka 2002

机译：小孔脱离砂滤网对NFT系统中番茄细菌枯萎病变的微生物去除及性能的方法论评价。

Influence of Ripening State of Filters on Microbe Removal Efficiency of Slow Sand Filtration Used to Disinfect a Closed Soilless Culture System

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