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Effect of Acid Species on iCryptococcus/i sp. T1 and Construction of Its Bioreactor System for Continuous Neutralization of Acidic Media

机译：酸性物质对碱性碱的影响 sp。酸性介质连续中和酸性介质的生物反应器系统的T1和构建

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Shintaro Nagaoka; Yuko Yuko Kajiwara; Sayaka Toyama; Masahiko Okai; Masami Ishida; Naoto Urano;
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1. Effect of Acid Species on &i&Cryptococcus&/i& sp. T1 and Construction of Its Bioreactor System for Continuous Neutralization of Acidic Media [J] . Shintaro Nagaoka, Yuko Yuko Kajiwara, Sayaka Toyama, Advances in Microbiology . 2019,第1期

机译：酸性物质对i隐球菌/ i的影响。 sp。 T1及其用于酸性介质连续中和的生物反应器系统的构建
2. Effect of Acid Species on &i&Cryptococcus&/i& sp. T1 and Construction of Its Bioreactor System for Continuous Neutralization of Acidic Media [J] . Shintaro Nagaoka, Yuko Yuko Kajiwara, Sayaka Toyama, Advances in Microbiology . 2019,第1期

机译：酸性物质对i隐球菌/ i的影响。 sp。 T1及其用于酸性介质连续中和的生物反应器系统的构建
3. Construction and evaluation of a modular biofilm-forming chamber for microbial recovery of neodymium and semi-continuous biofilm preparation. Tolerance of Serratia sp.N14 on acidic conditions and neutralized aqua regia [J] . Vavlekas Dimitrios A. Environmental Technology . 2017,第1a4期

机译：用于微生物回收钕和半连续生物膜制备的模块化生物膜形成室的构建和评估。沙雷氏菌N14对酸性和中和王水的耐受性
4. Potential use of micro-algal biomass an sulfidogenic bioreactor systems used to remediate acidic metal-rich wastewaters [C] . Ana Laura Santos, D. Barrie Johnson Biohydrometallurgy (Conference) . 2016

机译：潜在使用微藻生物量硫化生物反应器系统，用于修复富含酸性金属的废水
5. Gypsum scale formation and control during continuous sulphuric acid neutralization. [D] . Adams, Jeffrey F. 2004

机译：连续硫酸中和过程中石膏垢的形成和控制。
6. Systematics and species-specific response to pH of Oxytricha acidotolerans sp. nov. and Urosomoida sp. (Ciliophora Hypotricha) from acid mining lakes [O] . Thomas Weisse, Michael Moser, Ulrike Scheffel, -1

机译：系统性和物种特有的对Oxytricha acidotolerans sp的pH的响应。十一月和Urosomoida sp。（CiliophoraHypotricha）来自酸矿湖
7. Neutralization of acidic drainage by Cryptococcus sp. T1 immobilized in alginate beads [O] . Masahiko Okai, Chisato Suwa, Shintaro Nagaoka, 2017

机译：Cryptococcus SP中和酸性排水。 T1固定在海藻酸盐珠中

Effect of Acid Species on iCryptococcus/i sp. T1 and Construction of Its Bioreactor System for Continuous Neutralization of Acidic Media

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