平台已收录预计检索 <10 秒
Development of low-ammonia MICP technology based on Mg2 +-enhanced nitrogen assimilation and biomineralization
查看已审核书目、规范引用与获取指引。下载与积分规则登录后查看。
文献信息
- 题目
- Development of low-ammonia MICP technology based on Mg2 +-enhanced nitrogen assimilation and biomineralization
- 作者
- Linlin Zhang, Yue Zhao, Hongyu Han, Ruoxi Li, Zhaofeng Liu, Yuqing Li, Shenghui Yang, Wen Nie
- 发表年份
- 2026
- 期刊 / 来源
- Journal of Environmental Chemical Engineering
- 出版社
- Elsevier
- 文献类型
- 学术文献
- 平台记录更新
- 2026-09-28 00:02:29
本页由 Scihuhuan.com 学术互换提供文献检索、引用与获取指引;论文版权和出版身份归原出版方。
引用格式
同来源相关文献
Comparative study on different metal oxides-loaded pinecone biochar for ciprofloxacin removal: Behavior, mechanism, and DFT insights2026 · Journal of Environmental Chemical EngineeringCarbonate-doped HAp@MIL-100(Fe) Z-scheme heterojunctions for visible-light PFOA degradation: Experimental and DFT insights2026 · Journal of Environmental Chemical EngineeringCharge-dominated CO2/N2 separation through Co-doped C2N membranes under weak electric-field modulation: An MD and DFT simulation study2026 · Journal of Environmental Chemical EngineeringUnlocking silicate via DFT-revealed mechanisms: Synergistic Fe2+–SPC leaching for vanadium recovery in room temperature2026 · Journal of Environmental Chemical EngineeringTuning gas sensing performance of PtS2 monolayer via Ag and Pd substitution: A DFT study on hazardous gas detection2026 · Journal of Environmental Chemical EngineeringThiol-functionalized UiO-66 via neutral Steglich esterification for selective Pb(II) recovery: DFT calculations and mechanistic study2026 · Journal of Environmental Chemical Engineering