李亦然
发布人:王健  发布时间:2016-08-22   浏览次数:3519

一、导师简介

李亦然,男,1984年生,2011年毕业于中国科学院生态环境研究中心,获工学博士学位;现任东华理工大学水资源与环境工程学院讲师,硕士研究生导师;目前主要从事“超导磁分离技术在资源与环境领域应用的理论及工业化”研究,工作领域主要为水污染集约化快速处理、矿产资源富集提纯、新型水处理及矿山超导磁分离设备及工艺研发等;具体研究方向为特种分离技术、介质界面化学、设备流体力学等;同时与相关工业企业开展了广泛的研究合作,研究工作获企业长期资助。

开设的课程主要有:物理性污染控制,特种废水处理技术,环境污染物化分离技术。

二、公开发表的学术论文

1Yiran LiBinbin ZhouFengyu XuHao JiangWeimin ZhangThe advantages of a superconducting magnetic intensity greater than 1 T for phosphate–ferric flocs separation in HGMSSeparation and Purification Technology201514112):331-338

2Yiran LiHao JiangWeimin ZhangLingling XuImprovement of brightness of kaolin by superconducting magnetic separation and characterization of the impuritiesClay Minerals2014495):693-702

3Yiran LiHaoshu ChenJun WangFengyu XuResearch on red mud treatment by a circulating superconducting magnetic separatorEnvironmental Technology20143510):1243-1249

4Yiran LiJun WangYi SuXianjia PengJinhui LiuEvaluation of chemical immobilization treatments for reducing arsenic transport in red mudEnvironmental Earth Sciences2013704):1775-1782

5Yiran LiJun WangYi SuZhaokun LuanJinhui LiuCoagulation of arsenic adsorbed ferrihydrite with the use of polyaluminium chloride (PAC) or polyferric sulfate (PFS)Desalination and Water Treatment2012491-3):157-164

6Yiran LiJun WangXianjia PengFan NiZhaokun LuanEvaluation of arsenic immobilization in red mud by CO2 or waste acid acidification combined ferrous (Fe2+) treatmentJournal of Hazardous Materials201219915):43-50

7Yiran LiXianjia PengWenjun LiZhaokun LuanPreparation of iron hydroxide coated ceramic granules as adsorbent for arsenic removal from waterFresenius Environmental Bulletin2012216B):1695-1702

8Yiran LiJun WangXiaojun WangBaoqiang WangFeasibility study of iron mineral separation from red mud by high gradient superconducting magnetic separationPhysica C-Superconductivity and Its Applications20114713-4):91-96

9Yiran LiJun WangYing ZhaoZhaokun LuanResearch on magnetic seeding flocculation for arsenic removal by superconducting magnetic separationSeparation and Purification Technology2010732):264-27014

10Yiran LiJun WangZhaokun LuanZhen LiangArsenic removal from aqueous solution using ferrous based red mud sludgeJournal of Hazardous Materials20101771-3):131-137

11、 陈丽昆,李亦然,王军,徐风雨,陈浩树,马仲英,王炜,超导磁分离工艺替代化学漂白用于高岭土除杂增白的可行性 研究,非金属矿,2014373):57-59

12Zhao, YingXi, BeidouLi, YiranWang, MeifenZhu, ZianXia, XunfengZhang, Lie-yuWang, LijunLuan, ZhaokunRemoval of phosphate from wastewater by using open gradient superconducting magnetic separation as pretreatment for high gradient superconducting magnetic separationSeparation and Purification Technology20128615):255-261

13Fan NiXianjia PengYing ZhaoJingsong HeYiran LiZhaokun LuanPreparation of coagulant from red mud and semi-product of polyaluminum chloride for removal of phosphate from waterDesalination and Water Treatment2012401-3):153-158

14、 陈浩,李亦然,王军,王红宇,栾兆坤,赤泥亚铁混合材料强化混凝除铬研究,水处理技术,2011,(12):15-19

15、 倪帆,赵长伟,李亦然,王涛,佟洁,何劲松,王军,栾兆坤,聚合氯化铝和聚合硫酸铁对水中亚硒酸盐的去除研究, 环境工程学报,2011,(11):2401-2404

16Liang, ZhenWang, JunPeng, XianjiaLi, YiranZhao, YingLuan, ZhaokunRed mud and modified red mud for remediation of soil contaminated with arsenicFresenius Environmental Bulletin2010193):489-494

17、 李亦然,张跃武,马仲英,徐风雨,陈浩树,乐国平,一种滚轮型脉动超导磁选设备,中国,201220181003.6。专利

18、 李亦然,张跃武,马仲英,徐风雨,陈浩树,乐国平,一种不易堵塞的往复式高梯度超导磁分离中心管,中国,201220 185249.0。 专利

三、科研项目

[1] 国家自然科学基金“超导磁絮凝快速分离过程中微磁絮体生成结构及其运动轨迹研究”项目编号:21207017,主持

[2] 江西省自然科学基金“载磁微絮体在高梯度超导磁场中的捕集机制及其在水处理中的应用”项目编号:20122BAB216001,主持

[3] 江西省教育厅科技项目“超导磁絮凝快速分离过程中微磁絮体生成结构及其运动轨迹研究”项目编号:GJJ13437,主持

[4] 东华理工大学博士科研启动项目“载磁-超导磁分离技术去除水中溶解态污染研究”项目编号:DHBK201107,主持

[5] 企业合作研发项目“低温超导强磁技术及其在资源和环境领域应用的设备及工艺研发”项目编号:ZR2013000011,主持

[6] 企业合作研发项目“超导磁絮凝分离技术用于给水处理相关设备及工艺研发”项目编号:ZR2013000011,主持