发表论文150余篇(第一或通讯作者100余篇),其中sci论文60余篇(第一或通讯作者40余篇);获得专利授权40余项(第一发明人37项),出版专著3部;获得省部级奖7项(个人4项,第三完成人3项),地市级科学技术奖3项,厅局(校)级奖20余项(均第一完成人);在产学研合作方面,利用专业特长,长期深入基层单位开展合作研究,全面助力区域经济和社会发展,技术示范推广面积上万亩。主持国家自然科学基金等项目20余项,作为科研骨干参与国家重点研发计划,中科院先导专项、国家科技支撑计划项目、中科院重点部署项目、国务院南水北调项目、中央部委委托项目、地方政府委托项目等20余项。
论文:
1. pei liang, wang liming, guo wei, zhao nan. stripping dispersion hollow fiber liquid membrane containing pc-88a as carrier and hcl for transport behavior of trivalent dysprosium[j]. journal of membrane science, 2011, 378(1-2): 520-530. (sci)
2. pei liang, wang liming. study on supported combined liquid membrane containing heh(eh)p and hno3 for trivalent gadolinium transfer[j]. chinese chemical letters, 2011, 22(9): 1095-1098. (sci)
3. pei liang, wang liming, guo wei, zhao nan. separation of gd(iii) with renewal supported liquid membrane system containing d2ehpa as carrier[j]. acta chimica sinica, 2011, 69(13): 1553-1558. (sci)
4. pei liang, wang liming, guo wei. separation of samarium through facilitated stripping dispersion hollow fiber liquid membrane using p204 as mobile carrier [j]. chinese journal of chemistry, 2011, 29: 1233-1238. (sci)
5. pei liang, yao binghua, wang liming, ma zhanying, liu min. tb(iii) transport in dispersion supported liquid membrane system with d2ehpa as carrier in kerosene[j]. chemical research in chinese universities, 2011, 27(1): 132-139. (sci)
6. pei liang, wang liming, yu guoqiang. separation of eu(iii) with supported dispersion liquid membrane system containing d2ehpa as carrier and hno3 solution as stripping solution[j]. journal of rare earths, 2011, 29(1): 7-14. (sci)
7. pei liang, wang liming, fu xinglong. separation of eu3 using a novel dispersion combined liquid membrane with p507 in kerosene as the carrier[j]. chinese journal of chemical engineering, 2011, 19(1): 33-39. (sci)
8. pei liang, yao binghua, wang liming, zhao nan, liu min. transport of tb3 in dispersion supported liquid membrane system with carrier p507[j]. chinese journal of chemistry, 2010, 28(5): 839-846. (sci)
9. pei liang, yao binghua, zhang chenjie. transport of tm(iii) through dispersion supported liquid membrane containing pc-88a in kerosene as the carrier[j]. separation and purification technology, 2009, 65(2): 220-227. (sci)
10. pei liang, yao binghua, fu xinglong. study on transport of dy(iii) by dispersion supported liquid membrane[j]. journal of rare earths, 2009, 27(3): 447-456. (sci)
11. pei liang, wang liming, guo wei. stripping dispersion hollow fiber liquid membrane containing carrier pc-88a and hno3 for the extraction of sm3 [j]. chinese chemical letters. 2012, 23: 101-104. (sci)
12. pei liang, wang liming. transport behavior of divalent lead ions through disphase supplying supported liquid membrane with pc-88a as mobile carrier[j]. international journal of chemical reactor engineering, 2012, 10: 1-27. (sci)
13. pei liang, wang liming, yu guoqiang. study on a novel flat renewal supported liquid membrane with d2ehpa and hydrogen nitrate for neodymium extraction[j]. journal of rare earths. 2012, 30(1): 63-68. (sci)
14. pei liang, wang liming, guo wei, zhao nan. study on a novel disphase supplying supported liquid membrane for transport behavior of divalent nickel ions[j]. chinese journal of chemical engineering. 2012, 20(4): 633-640.(sci)
15. pei liang, wang liming, guo wei. modelling of ce(iv) transport through a dispersion supported liquid membrane including p204 as the carrier[j]. desalination and water treatment. 2013, 51(10-12), 2193-2201.(sci)
16. pei liang, wang liming, ma zhanying. modelling of ce(iv) transport through a dispersion combined liquid membrane with carrier p507[j]. frontiers of environmental science & engineering, 2014, 8(4): 503–509 (sci)
17. pei liang, wang liming, guo wei, zhao nan.recovery and extraction of tetravalence cerium with stripping renewal hollow fiber liquid membrane[j]. rare metal materials and engineering. 2012, 41(s2): 632-635. (sci)
18. pei, l.; wang, l. migration of trivalent praseodymium from tombarthite sewage by microtubule ultrafiltration reactor with organophosphorus in fuel oil. int. j. environ. res. public health 2022, 19,9364. doi.org/10.3390/ijerph19159364. (sci)
19. pei, l.; sun, l. impact factors on migration of molybdenum(vi) from the simulated trade effluent using membrane chemical reactor combined with carrier in the mixed renewal solutions. toxics 2022, 10, 438. doi.org/10.3390/toxics10080438. (sci)
20. pei, l.; wang, c.; sun, l.; wang, l. temporal and spatial variation (2001–2020) characteristics of wind speed in the water erosion area of the typical black soil region, northeast china. int. j. environ. res. public health 2022, 19, 10473. doi.org/10.3390/ijerph191710473. (sci)
21. pei, l.; wang, c.; sun, l. effects of unconventional water agricultural utilization on the heavy metals accumulation in typical black clay soil around the metallic ore. toxics 2022, 10, 476. doi.org/10.3390/toxics10080476. (sci)
22. pei, l.; xiao, j.; sun, l. the effects of reclaimed water irrigation on the soil characteristics and microbial populations of plant rhizosphere. environmental science and pollution research,2021, 29(12):17570-17579. (sci)
23. pei, l.; wang.l. influence factor of pr(iii) recovery kinetics from rare-earth simulant wastewater by pan microtubule hyperfiltration reactor. int. j. chem. react. eng. 2022,9: 1311. doi.org/10.1515/ijcre-2022-0137. (sci)
24. pei, l.; wang, c.; zuo, y.; liu, x.; chi, y. impacts of land use on surface water quality using self-organizing map in middle region of the yellow river basin, china. int. j. environ. res. public health 2022, 19, 17. doi.10.3390/ijerph191710946. (sci)
25. pei, l.; wang, c. removal of neodymium(iii) from wastewater using microtube ultrafiltration chemical reactor with organic phosphate. desalination and water treatment.2022.doi:10.5004/dwt.2022.28741.(sci)
26. pei, l.; duo, j.; chu, l. removal of polytungstate from mine wastewater using a flat renewal membrane reactor with n1633 as a carrier. int. j. environ. res. public health 2022, 19, 11092. doi.org/10.3390/ijerph191711092.(sci)
27. pei, l. effects of metallic ion distribution in non-traditional water agricultural applications in sandy loam in an arid area. sustainability. 2022, 14, 11080. doi.org/10.3390/su141711080.(sci)
28. pei, l. dislodging dichromate in mine slops applying flat supplying membrane equipment containing carrier n235/7301. membranes. 2022, 12, 880. doi.org/10.3390/membranes12090880. (sci)
29. pei, l.; sun, l. study on di-phase membrane device with dz272(ddd) for purification behavior of divalent cobalt ions in slops. toxics 2022, 10, 546. doi.org/10.3390/toxics10090546. (sci)
30. liu, t.; yang, f.; wang, l.; pei, l.*; hu, y.; li, r.; hou, k.;ren, t. synergistic ffect of charge separation and multiple reactive oxygen species generation on boosting photocatalytic degradation of fluvastatin by znin2s4/bi2wo6 z-scheme heterostructured photocatalytst. toxics 2022, 10, 555. doi.org/10.3390/toxics10100555. (sci)
31. lu shibao, pei liang, bai xiao. study on method of domestic wastewater treatment through new-type multi-layer artificial wetland[j]. international journal of hydrogen energy, 2015, 40: 11207 -11214. (sci)
32. lu shibao, pei liang. a study on phenol migration by coupling the liquid membrane in the ionic liquid[j]. international journal of hydrogen energy, 2016, 41: 15724-15732. (sci)
33. lu shibao, pei liang.a study of zinc borne waste water treatment with dispersion supported liquid membrane[j]. international journal of hydrogen energy, 2016,41:15717-15723. (sci)
34. wang liming, yao binghua, pei liang, cheng gang. preparation of ruthenium-doped tio2/ti photoelectrodes and photoelectrocatalytic performance[j]. rare metal materials and engineering, 2010, 39(7):1240-1243. (sci)
35. lu shibao, zhang xiaoling, pei liang. influence of drip irrigation by reclaimed water on the dynamic change of the nitrogen element in soil and tomato yield and quality[j]. journal of cleaner production, 2016, 139: 561-566. (sci)
36. wang jianhua, lu shibao, pei liang. study on rules of dynamic variation of nitrogen in soil after reclaimed water drip irrigation[j]. international journal of hydrogen energy, 2016, 41: 15938-15943. (sci)
37. sun liying, ma bingjuan,pei liang,zhang xiaohang,john l.zhou.the relationship of human activities and rainfall induced landslide and debris flow hazards in central china[j]. natural hazards,2021,107:147-169. (sci)
38. lu shibao, wang jianhua, pei liang. study on the effects of irrigation with reclaimed water on the content and distribution of heavy metals in soil[j]. int. j. environ. res. public health, 2016, 13, 298-310. (sci)
39. xu m, bai x, pei liang, pan h. a research on application of water treatment technology for reclaimed water irrigation[j]. international journal of hydrogen energy, 2016, 41(35): 15930-15937. (sci)
40. liu ronghao, kang yuehu, pei liang, wan shuqin. use of a new controlled-loss-fertilizer to reduce nitrogen losses during winter wheat cultivation in the danjiangkou reservoir area of china[j]. communications in soil science & plant analysis, 2016:1-11. (sci)
专利:
1. 裴 亮. 多孔毛细管式分散支撑液膜分离回收装置,2011-10-05(授权号:cn 201120072132.7)
2. 裴 亮. 生活污水选择性循环利用装置,2011-10-05(授权号:cn 201120072130.8)
3. 裴 亮,颜 明,韩冬梅,于国强,王理明. 一种采用活性炭的生活污水处理及再生利用装置,2011-11-30 (授权号:cn 201120490093.2)
4. 裴 亮,陈秀龙,颜 明,于国强,王理明. 一种人工湿地再生水循环利用装置,2011-11-30 (授权号:cn 201120490072.0)
5. 裴 亮,颜 明,韩冬梅,于国强,王理明. 一种同轴圆台花园生活污水处理和循环利用装置,2011-11-30 (授权号:cn 201120490505.2)
6. 裴 亮,刘荣豪,韩冬梅,于国强,王理明. 一种农村生活污水集中处理再生利用装置, 2011-12-05 (授权号:cn 201120501380.9)
7. 裴 亮,赵 楠,颜 明,王理明,于国强. 一种流动大块液膜分离回收重金属的装置, 2011-12-05 (授权号:cn 201120501623.9)
8. 裴 亮,赵 楠,于国强,王理明. 一种人字型大块液膜回收重金属的装置, 2011-12-05 (授权号:cn 201120501834.2)
9. 姚秉华, 裴 亮,赵楠, 余晓皎, 付兴隆. 一种重稀土金属的混合载体分散支撑液膜分离回收方法(专利号:200910022410.5; 公开号:cn101560612a)
10. 姚秉华, 裴 亮,钟晶晶, 王爽, 余晓皎. 一种重金属的离子液体大块液膜分离回收方法(专利号:200910022546.6; 公开号:cn101560604a)
11. 姚秉华, 付兴隆, 吴小宁, 余晓皎, 裴 亮. 一种重金属的分散支撑液膜分离回收方法(专利号:200810018328.0; 公开号:cn101284212a)