1. Ying Fu, et al. Characterization, efficiency and mechanism in removing heavy metals by a mixed biochar derived from sludge and banana peel. Desalination and Water Treatment, 2022,249: 232-245 (SCI收錄) 2. Ying Fu, et al. Two kinds of behavior of fruit peel coagulant in treating low carbon source wastewaters. Environmental Engineering Research, 2022, (SCI:3.932) 2022.03.15(SCI收錄) 3. Ying Fu, et al. Corresponding relationship between microorganism propagation and coagulation behavior of a hybrid fruit-peel coagulant. Desalination and Water Treatment, 2021, 216: 326-337 (SCI收錄) 4. FU Ying, GAO Dong, YU Xiao. A combined process of "Short-time Coagulation-Sedimentation-Filtration": behavior and mechanism of poly-Si-Fe (PSF) coagulant. Desalination and Water Treatment, 2019, 171:314-324 (SCI收錄) 5. Fu Y. , et al. Characteristics changes in banana peel coagulant during storage process,International Journal of Environmental Science and Technology,2019, 16(12):7747-7756 (SCI收錄) 6. Y. Fu, et al. An organic-inorganic hybrid coagulant containing Al, Zn and Fe (HOAZF): preparation, efficiency and mechanism of removing organic phosphorus,Journal of Water Reuse and Desalination, 2018, 8(2):202-213 (SCI收錄) 7. Y. Fu, et al. Utilization of “titanium white” waste as raw material in preparation of poly-Ti-Fe (M-PTF) coagulant Changes in characteristics during aging process,Waste and Biomass Valorization, 2017, 8(8):2701-2709 (SCI收錄) 8. Ying Fu, et al. Application performance of a new coagulant in wastewater reuse,Water Science and Technology, 2016, 73(9):2101-2107 (SCI收錄) 9. Fu Ying, et al. Volume and mass reduction of sludge formed by polymerized-organic-Al-Zn-Fe (POAZF) coagulant in treating sewage,Desalination and Water Treatment, 2016, 57(14) :6239-6249 (SCI收錄) 10. Fu Ying, et al. Storage Stability and Oxidization of Stable-Oxidation-Poly-Si-Fe (SOPSF) Coagulant,Desalination and Water Treatment, 2015, 54(8):2228-2240 (SCI收錄) 11. Ying Fu, et al. Hydrolysis performance of poly-Al-Fe containing zinc (PAZF) coagulant and its removal of color and organic matters,Journal of Water Process Engineering, 2014, 4:58-66 (SCI收錄) 12. Fu Ying, et al. Resource preparation of poly-Al–Zn–Fe (PAZF) coagulant from galvanized aluminum slag: Characteristics, simultaneous removal efficiency and mechanism of nitrogen and organic matters,Chemical Engineering Journal, 2012, 203: 301–308 (SCI收錄) 13. Fu Ying, et al. Organic Modifier of Poly-silicic-ferric Coagulant: Characterization, Treatment of Dyeing Wastewater and Floc Change during Coagulation,Desalination,2011, 277:67-73 (SCI收錄) 14. 黃鑫,蘇漫漫,付英. 聚合钛鐵淨水劑混凝效果及污泥沉降性能. 山東科學, 2020, 33 (2); 106-112(核心) 15. 韓書宇,付英,等. 城市污水中微塑料特性、檢測及去除,工業用水與廢水(核心期刊), 2021, 52(5):1-5 (核心) 16. 付英,等. 源于钛白粉廢料的含钛混凝劑的效果及污泥特性,精細化工, 2019, 36(3):513-519 (EI收錄) 17.付英,等. 源于鍍鋁鋅渣的複合鋁鋅鐵混凝劑的制備及混凝特征,中國石油大學學報, 2014,38(1):161-166 (EI收錄) 18. 付英,等. 複合矽鐵混凝劑荷電性及除污染性能與機理,北京工業大學學報,2011, 37(10):1549-1555 (EI收錄) 19. 付英,等. 矽鐵摩爾比對矽鐵複合混凝劑混凝效能的影響及機理,中國石油大學學報, 2010, 34(3):157-161 (EI收錄) 20. 付英,等. 聚矽酸鐵對溶解性有機物與濁度的去除,中國石油大學學報, 2010,34(1):134-138 (EI收錄) 21. 付英,等. 聚矽酸鐵混凝劑的研制及其物化特征,北京工業大學學報, 2010,36(3):377-383 (EI收錄) 22. 付英,等. 聚矽酸制備的數學建模及聚鐵混凝劑性能,哈爾濱工業大學學報, 2010,42(2):212-217 (EI收錄) 23. 付英,等. 聚矽酸鐵混凝劑絮凝與破碎的定量研究,環境科學,2008,29(1):92-98 (EI收錄) 24. 付英,等. 除污染型聚矽酸鐵混凝劑除磷,清華大學學報,2007,47(9):23-26,36 (EI收錄) 25. 付英,等. 聚矽酸鐵(PSF)去除溶解性有機物的機理,吉林大學學報,2007, 37(3):709-714 (EI收錄) 26. 付英,等. 聚矽酸鐵(PSF)混凝劑矽鐵反應過程研究,環境科學,2007, 28(3):114-122 (EI收錄) 27. 付英,等. 氧化性聚矽鐵對黃河水的混凝處理研究,中國給水排水, 2012, 28(23):79-81 28. 付英,聚矽酸鐵的自然老化研究,中國給水排水, 2010,26(9):89-92(核心) 29. 付英,等. 聚矽酸鐵的堿解實驗及混凝效能研究,山東大學學報(工學版),2010,40(1):87-92(核心) 30. 付英,等. 香蕉皮混凝劑的混凝與宏微觀特征的穩定性研究,北京工業大學學報, 2019, 45(12):1252-1260(核心) 31. 王衍争,付英,等. 複合鋁鋅鐵及其有機改性混凝劑對生活污水的混凝特性,工業水處理,2014, 34(9):64-66(核心) 32. 曹百川, 高寶玉, 許春華,付英,等. pH 對鐵鹽混凝劑處理黃河水效果及生成絮體的影響,科學通報, 2010,55 (9):758-763 (SCI收錄) 33. Xiao Yu, Ying Fu,Progress in Research and Application of Natural Polymer Coagulants,2019 2nd International Symposium on Architecture Research Frontiers and Ecological Environment (ARFEE 2019), Guilin, China , 2019/12/20-22 (EI收錄) 34. Xiangjun Meng, Ying Fu, Study and Application of Stability of Natural Organic Polymer coagulants, 118:260-264,2019 4th International Conference on Advances in Energy and Environment Research (ICAEER2019), Shanghai, China, 2019/08/16-18(EI收錄) 35. D Gao and Y Fu,Research on high efficiency coagulation process of poly-silicicferric by response surface methodology,IOP Confernce Series: Earth and Environmental Science, 267,1-6. 2019,IWRED 2019,Guangzhou, China, 2019/03/8-10 (EI收錄) 36. Zhichao Yin, Ying Fu, Qingfeng Chen,Research progress in recovering phosphorus from wastewater by crystallization,The 2019 4th International Conference on Advances in Energy and Environment Research (ICAEER 2019), Shanghai, China, 2019/08/16-18 (EI收錄) 37. YanZheng Wang, Ying Fu, ManMan Su, ShanShan Cai, QingFeng Chen,Coagulation performance of organic modified poly-polyacrylamide-Al-Zn-Fe (PPAZF) coagulant,Advanced Research on Energy, Chemistry and Materials Application,2014. 22-25 (EI收錄) 38. 付英,等. 一種改性香蕉皮混凝劑及其制備工藝(發明專利),2018.08.31,中國,ZL 201610297741.X 39. 付英,等. 一種實現水中污染物去除的西瓜皮混凝劑的制備方法(發明專利), 2018.02.08,中國,ZL201610286175.2 40. 付英,等. 一種柚子皮天然混凝劑的制備技術(發明專利),2018.04.10,中國,ZL201610286174.8 41. 付英,等. 一種水處理用香蕉皮高分子混凝劑的制備技術(發明專利), 2018.03.21,中國,ZL201610245449.3 42. 付英,等. 一種多相多功能聚合钛鐵複合藥劑在處理低溫低濁水中的應用(發明專利),2017.07.14,中國,ZL201510412070.2 43. 付英,等. 一種多相多功能聚合钛鐵複合藥劑在處理低溫低濁二級生化出水中的應用(發明專利),2017.07.14,中國,ZL201510412600.3 44. 付英,等. 一種多相多功能聚合钛鐵複合藥劑及其合成技術(發明專利), 2017.11.03,中國,ZL201510412244.5 45. 付英,等. 一種钛與多糖共混聚合的雜化水處理劑及其制備技術(發明專利),2017.06.23,中國,ZL2201510572853.7 46. 付英,等. 水處理用高分子矽鈣鐵混凝劑的制備方法(發明專利),2016.08.24,中國,ZL201510165763.6 47. 付英,等. 一種以钛鐵礦為原料的無機钛鐵聚合混凝劑及其制備技術(發明專利),2015.12.30,中國,ZL 201410456615.5 48. 付英,等. 一種采用偏钛酸廢料制備聚合钛鐵淨水劑的方法(發明專利),2015.10.21,中國,ZL 201410284173.0 49. 付英,等. 高濃度PAM-鋁鋅鐵複合水處理藥劑的制備方法(發明專利),2004.04.16,中國,ZL 201310081414.7 50. 付英,等. 一種氧化聚矽鐵與超濾膜聯合的飲用水處理方法(發明專利),2014.12.17,中國,ZL 201310081207.1 51. 付英,等. 一種高鋅複合鋁鐵脫氮混凝劑及其制備工藝(發明專利),2013.10.09,中國,ZL 2201210049731.6 52. 付英,等. 氧化及二甲基二烯丙基氯化铵複合改性矽鐵混凝劑及其制備方法(發明專利),2012.02.08,中國,ZL 200910014587.0 53. 付英,等. 利用鍍鋁鋅渣制備無機高分子複合鋁鐵鋅混凝劑的方法(發明專利),2011.02.16,中國,ZL2009 1 0014566.9 54. 付英,等. 無機氧化性高分子矽鐵混凝劑及其制備工藝和應用(發明專利),2008.12.31,中國,ZL2008 1 00 15784.X 55. 于水利,等. 一種氧化型聚矽酸鐵混凝劑的制備方法(發明專利),2008.05.14,中國,ZL2005 1 0010426.6 56. 尹志超,付英,等. 一種帶刻度的實驗室專用攪拌桶(實用新型),2019.05.30,中國,ZL 201820816745.9 57. 焦新萌,付英,等. 一種實驗室地面專用拖把(實用新型),2019.03.29,中國,ZL 201820106536.5 58. 高棟,付英,等. 一種多方向出水的彎頭塑料洗瓶的瓶口出水裝置(實用新型),2019.03.08,中國,ZL 201820097683.0 59. 高棟,付英,等. 一種多方向出水的可拆卸出水裝置的塑料洗瓶出水管(實用新型),2018.08.31,中國,ZL 201820061041.5 60. 花樹聰,付英,一種免拆裝的實驗室側漏式抽濾裝置(實用新型),2018.01.05,中國,ZL 201720739252.5 61. 簡海龍,付英, ,等. 一種可調節投藥量的混凝試驗攪拌機加藥試管及試管夾(實用新型),2017.12.01,中國,ZL 201720530892.5 62. 高棟,付英,一種防堵塞的實驗室排水槽專用下水器(實用新型),2017.06.13,中國,ZL 201621321312.3 63. 陸甯甯,付英,一種實現台式濁度儀測試管外壁免擦拭的測試管套(實用新型),2016.10.26,中國,ZL 201620064071.2 64. 陸甯甯,付英,等. 一種便于讀數的酸堿滴定架(實用新型),2016.06.29,中國,ZL 201520928858.4 65. 付英,一種可更換填料的移動式家用透氣防蟲地漏覆蓋器(實用新型),2016.04.20,中國,ZL 201520928857.X 66. 付英,一種用于住宅的組合式防蟲防臭地漏蓋闆(實用新型),2016.08.17,中國,ZL 201620050818.9 |