Results 1 to 10 of about 10,153 (96)
Gongye shui chuli, 2020 采用微电解工艺处理印染废水生化出水膜浓缩液，考察了微电解填料、pH、固液体积比、曝气量和反应时间对COD去除率的影响。结果表明，采用自制的T-20多元微电解填料，当进水pH为4.0，固液体积比为1：6，曝气量为1.2 L/min，反应时间为60 min时，COD去除率可达80.38%。T-20微电解填料具有多元微电解体系结构，内部孔隙发达，相比于二元微电解填料，能加速微电解反应电子传递速度，促进膜浓缩液中有机物的降解。
周伟 +5 more
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Gongye shui chuli, 2018 介绍了常规电解、膜电解、微电解、脉冲电解、微生物电解除镍的原理以及处理效果，阐述了各种膜电解法除镍的适用条件及优缺点，分析了电絮凝除镍的作用原理及影响因素，对常规电解、膜电解、微电解、微生物电解及电絮凝的未来研究方向进行了展望。
唐朝春, 许荣明
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Gongye shui chuli, 2012 在铁炭微电解的基础上,研究了铝炭微电解对含铜、镍电镀废水的处理效果,考察了铝炭比、反应时间、进水pH对处理效果的影响。结果表明,铝炭微电解最佳反应时间由铁炭微电解的30 min减少到15 min;Cu2+去除率由铁炭微电解的95%提高到98%,Ni2+去除率由铁炭微电解的94%提高到97%。此项研究为铝炭微电解处理电镀废水的实际应用奠定了基础。
张志军, 陈整生, 胡娟, 刘东飞
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Gongye shui chuli, 2020 微生物燃料电池作为新型微生物传感器，既能降解水中污染物也可以通过微生物产电输出电能。通常将污染物降解效率和产电功率作为衡量燃料电池性能好坏的重要参数，反应器构型是影响微生物燃料电池产电性能与降解效果的关键。归纳了光电极微生物燃料电池、自分层微生物燃料电池和人工湿地-微生物燃料电池这3种构型的反应器机理及对废水的适用性，总结了电极材料、电子介体、分隔膜材料等因素对燃料电池产电性能影响的研究进展。
孙齐, 韩严和, 齐蒙蒙
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Rare Metals, Volume 45, Issue 10, October 2026.ABSTRACT Microstructural characterization of Li0.32La0.56Fe0.01Ti0.94Sb0.06O3 (LLFeTSO) using AC‐TEM revealed that Fe3+/Sb3+ ion co‐doping induces the migration of lattice oxygen to grain boundaries (GBs), enhancing GB conductivity. However, the atomic arrangement at the GBs remains highly ordered and lacks sufficient cation vacancy carriers.
Binxuan Jiang +8 more
wiley +1 more source
Gongye shui chuli, 2014 以沥青废水为处理对象，对采用超声、催化、掺杂的方式强化铁炭微电解进行研究，以期提高COD去除率。结果表明：单纯使用微电解技术，沥青废水的COD去除率为63%，使用超声、催化剂MnO2、掺Cu、掺Al等手段对铁炭微电解进行强化后，废水的COD去除率分别为78.3%、76.5%、75.9%、82%，对比发现Fe-Al-C微电解是其中最为简单有效的强化铁炭微电解工艺，因此对Fe-Al-C微电解进行了反应动力学分析。
张志军, 陈整生, 胡涓, 王华海
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Rare Metals, Volume 45, Issue 10, October 2026.ABSTRACT The pollution caused by antibiotics to aquatic ecosystems is becoming increasingly serious, thus more effective treatment methods are urgently required. Although the photocatalytic degradation behavior of tetracycline (TC) is relatively well understood, sulfamethoxazole (SMZ), an emerging pollutant originating from large‐scale livestock ...
Yihang Yang +6 more
wiley +1 more source
Gongye shui chuli, 2018 针对传统微电解材料只适用于酸性废水的局限，对铁碳微电解材料进行改性，用于甲基橙模拟印染废水的处理，确定了处理的最佳工艺参数。结果表明：新型微电解材料在pH为4～5、11～12内对甲基橙均有较好的降解效果，最佳反应时间为3 h，最佳投加量为340 g/L。采用印染退浆废水进行对比实验，结果表明：新型微电解材料在COD去除率和可生化性提高方面均明显优于市售微电解材料，经新型微电解材料预处理后B/C提高了近5倍。
何威 +4 more
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Metal‐Filamentary Memristor‐Based Artificial Neurons for Embodied Neuromorphic Intelligence
Rare Metals, Volume 45, Issue 9, September 2026.ABSTRACT Embodied neuromorphic intelligence represents a transformative paradigm for next‐generation intelligent systems, with broad implications for robotics, autonomous driving, intelligent manufacturing, and smart infrastructures. Neuromorphic chips enable bioinspired computing with sparse, heterogeneous representations and spatiotemporal dynamics ...
Tianci Huang, Zuqing Yuan, Qilin Hua
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Rare Metals, Volume 45, Issue 9, September 2026.ABSTRACT The performance optimization of ultrahigh‐strength Cu‐15Ni‐8Sn alloy relies on controlling recrystallization and aging precipitation, which are two thermally activated processes constrained by high activation barriers. Conventional heat treatment requires elevated temperatures and prolonged holding time, inevitably leading to grain coarsening ...
Fei Tan +10 more
wiley +1 more source