Dr. SaMeH S. Ahmed

Civil and Environmental Engineering Department

Fluoride Review

References used in the Review Article


الملفات المرفقة

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  • 7 (7-Accepted Manuscript.pdf - 453.12 KB)
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  • 38 (38-Chromatographia (2016) 791395–1396.pdf - 163.33 KB)
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  • 40 (40-csa.pdf - 1.15 MB)
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  • 43 (43-Defluoridation of groundwater using Fe3+-modified bentonite c - 825.18 KB)
  • 44 (44-Defluoridation of groundwater using mixed Mukondeni clay soil - 505.02 KB)
  • 45 (45-Defluoridation of groundwater using.pdf - 1.24 MB)
  • 46 (46-Defluoridation of the Algerian north Sahara waters.pdf - 290.35 KB)
  • 47 (47-Defluoridation studies with synthesized.pdf - 3.43 MB)
  • 48 (48-Desalination 201 (2006) 267–276.pdf - 219.24 KB)
  • 49 (49-Desalination 206 (2007) 238–244.pdf - 168.25 KB)
  • 50 (50-Desalination 249 (2009) 687–693.pdf - 391.38 KB)
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  • 52 (52-Desalination 277 (2011) 121–127.pdf - 1.04 MB)
  • 53 (53-Desalination and Water Treatment 2.pdf - 897.3 KB)
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  • 55 (55-Dessalegne_et_al-2017-Journal_of_Chemical_Technology_and_Biot - 1.89 MB)
  • 56 (56-dwt Volume 57, 2016 - Issue 56.pdf - 1.58 MB)
  • 57 (57-Enhanced defluoridation using reusable strong acid cation exc - 2.36 MB)
  • 58 (58-Environ Chem Lett (2017) 15125–149.pdf - 1.24 MB)
  • 59 (59-Environ Earth Sci (2014) 72 2033–204.pdf - 630.17 KB)
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  • 65 (65-Equilibrium studies for the sorption of chromium and nickel f - 213.15 KB)
  • 66 (66-Evaluation of Aluminum Hydroxide-Amended Zeolites in Fluoride - 609.47 KB)
  • 67 (67-Factors Governing the Performance of Bauxite for Fluoride Rem - 1.14 MB)
  • 68 (68-fl and fl.pdf - 1.39 MB)
  • 69 (69-Fluoride.pdf - 48.77 KB)
  • 70 (70-fluoride and its removal.pdf - 112.93 KB)
  • 71 (71-Fluoride Health Information Summary.pdf - 63.8 KB)
  • 72 (72-FLUORIDE IN DRINKING WATER.pdf - 4.46 MB)
  • 73 (73-Fluoride in Drinking-water.pdf - 134.58 KB)
  • 74 (74-Fluoride removal by Al, Ti, and Fe hydroxides and coexisting - 611.12 KB)
  • 75 (75-Fluoride removal from liquid phase by Fe-Al-La trimetal hydro - 1.55 MB)
  • 76 (76-fluoride removal using crushed concrete in a fixed-bed column - 2.61 MB)
  • 77 (77-Fluoride.pdf - 103.33 KB)
  • 78 (78-Fluorine in Context.pdf - 397.7 KB)
  • 79 (79-Fluorine Sorption by Aluminosilicate-Modified Diatomite.pdf - 574.65 KB)
  • 80 (80-Front. Environ. Sci. Eng. 2016, 10(3)467–476.pdf - 576.74 KB)
  • 81 (81-Front. Environ. Sci. Engin. China 2011, 5(2) 212–226.pdf - 839.1 KB)
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  • 83 (83-Geoscience Frontiers.pdf - 1.52 MB)
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  • 102 (102-Journal of Contaminant Hydrology177–178 (2015) 136–147.pdf - 1.08 MB)
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  • 104 (104-Journal of Environmental Management 91 (2009) 67–77.pdf - 242.61 KB)
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  • 106 (106-Journal of Environmental Sciences 2013, 25(5) 993–1000.pdf - 184.46 KB)
  • 107 (107-Journal of Fluorine Chemistry 130 (2009) 749–754.pdf - 409.79 KB)
  • 108 (108-Journal of Fluorine Chemistry 131 (2010) 635–641.pdf - 282.48 KB)
  • 109 (109-Journal of Fluorine Chemistry 132 (2011) 231–240.pdf - 381.25 KB)
  • 110 (110-Journal of Fluorine Chemistry 148 (2013) 6–13.pdf - 1.45 MB)
  • 111 (111-Journal of Fluorine Chemistry 186 (2016) 115–124.pdf - 2.27 MB)
  • 112 (112-Journal of Hazardous Materials 153 (2008) 164–172.pdf - 450.37 KB)
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  • 118 (118-Journal of Molecular Liquids 215 (2016) 565–595.pdf - 2.15 MB)
  • 119 (119-journal of taiwan.pdf - 2.24 MB)
  • 120 (120-Journal of the Taiwan Institute of Chemical Engineers 45 (20 - 1.65 MB)
  • 121 (121-Journal.pdf - 2.03 MB)
  • 122 (122-Korean J. Chem. Eng., 33(2), 720-725 (2016).pdf - 1.25 MB)
  • 123 (123-Korean J. Chem. Eng., 34(1), 179-188 (2017).pdf - 0 B)
  • 124 (124-Korean J. Chem. Eng., 34(1), 179-188 (2017.pdf - 657.35 KB)
  • 125 (125-Manganese-oxide-coated alumina.pdf - 336.8 KB)
  • 126 (126-materials-07-06317.pdf - 907.81 KB)
  • 127 (127-Mechanistic study of simultaneous arsenic and fluoride remov - 3.61 MB)
  • 128 (128-Microporous and Mesoporous Materials 127 (2010) 152–156.pdf - 461.54 KB)
  • 129 (129-Pedosphere 19(1)60–70, 2009.pdf - 222.45 KB)
  • 130 (130-Powder Technology268 (2014) 306–315.pdf - 2.13 MB)
  • 131 (131-Preparation and Characterization of La(III)-Al(III) Co-loade - 982.13 KB)
  • 132 (132-Procedia Earth and Planetary Science 17 ( 2017 ) 161 – 1 - 359.26 KB)
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  • 134 (134-R Chemical Engineering Journal 171 (2011) 811– 840.pdf - 782.96 KB)
  • 135 (135-Removal of fluoride from aqueous solution by natural and aci - 978.31 KB)
  • 136 (136-Removal of Fluoride from Aqueous Solution by.pdf - 1.08 MB)
  • 138 (138-Removal of toxic fluoride ion from water using low cost cera - 1.3 MB)
  • 139 (139-Removal of toxic fluoride ion from water using low cost ceram - 0 B)
  • 140 (140-Rev Environ Sci Biotechnol (2015) 14195–210.pdf - 653.94 KB)
  • 141 (141-RSC Adv., 2015,5, 6771.pdf - 2.86 MB)
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  • 147 (147-Separation and Purification Technology 120 (2013) 224–229.pdf - 750.45 KB)
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  • 149 (149-Separation Science and Technology.pdf - 833.04 KB)
  • 150 (150-spt.pdf - 412.4 KB)
  • 151 (151-Studies on the defluoridation of water using.pdf - 549.28 KB)
  • 152 (152-Surfaces.pdf - 3.3 MB)
  • 153 (153-Synthesis and Adsorption Properties of Ca-Al Layered Double. - 948.17 KB)
  • 154 (154-The Hidden Poison in the National Organic Standards.pdf - 164.68 KB)
  • 155 (155-The_Impact_of_Fluoride_9-12.pdf - 719.15 KB)
  • 156 (156-Thermodynamics and kinetics study of defluoridation using Ca - 657.35 KB)
  • 157 (157-Toxicological & Environmental Chemistry.pdf - 804.52 KB)
  • 158 (158-uestions and Answers on Fluorid.pdf - 110.71 KB)
  • 159 (159-untitled csa.pdf - 1007.46 KB)
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  • 161 (161-untitled.pdf - 1.29 MB)
  • 162 (162-Use of pyrophyllite clay for fluoride removal.pdf - 672.3 KB)
  • 163 (163-Value Adding Red Mud Waste High Performance Iron Oxide Adsor - 1.01 MB)
  • 164 (164-Water Air Soil Pollut (2012) 2231101–1114.pdf - 704.81 KB)
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  • 170 (170-WATER FLUORIDATION.pdf - 1.29 MB)
  • 171 (171-Water Fluoridation and the Environment.pdf - 147.07 KB)
  • 172 (172-Water Fluoridation.pdf - 654.56 KB)
  • 173 (173-WATER RESEARCH 41 (2007) 1534– 1542.pdf - 409.64 KB)
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  • 178 (178-Fluoride and iodine enrichment in groundwater of North China - 2.06 MB)
  • 179 (179-International Journal of Mineral Processing.pdf - 706.21 KB)
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  • 205 (205-Mechanism of fluoride removal.pdf - 774.41 KB)
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  • 222 (222-SA-3.pdf - 241.25 KB)
  • 223 (223-SA-5-Rapport 2 - Fluoride online.pdf - 1.04 MB)
  • 224 (224-SA-4.pdf - 958.96 KB)
  • 225 (225-SA-6-Fluoride.pdf - 82.81 KB)
  • 226 (226-SA-7-16_chapter 9.pdf - 2.08 MB)
  • 227 (227-SA-8-nutrientschap14.pdf - 163.98 KB)
  • 228 (228-SA-9-7253_Fluoride_Facts.pdf - 68.36 KB)
  • 229 (229-SA-10- F in Surface water.pdf - 327.86 KB)
  • 230 (230-SA-12.pdf - 2.28 MB)
  • 231 (231-SA-13-fluoride in drinking water.pdf - 134.58 KB)
  • 232 (232-sources of Fluoride texicity.pdf - 241.25 KB)

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Univeristies

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Assuit University (Home University), Egypt


Imperial College, London, UK


Faculty of Engineering, Al-Mergeb University, Libya


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,Majmaah University


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Course 2018/19-2


  1. Surveying 1 CE 370
  2. Surveying II  CE 371
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Member of the Editorial Board: " Journal of Water Resources and Ocean Sciences"  2013 till now

https://www.researchgate.net/profile/Sameh_Ahmed5/?ev=hdr_xprf

Participating in The Third International Conference on Water, Energy and Environment,(ICWEE) 2019 - American University of Sharjah, UAE 26-28 March 2019 with a Paper and Poster

New article


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2nd Midterm Exams on 3/4/2019

Student Conference



Participation  in the 6Th Student Conference

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Surveying I

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3-4-2019

:Second Midterm Exam



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CE 371 Course

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Photogrammetry

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Second Best paper from Senior Design Projects in 2015

Paper title:

Evaluation of Groundwater Quality Parameters using Multivariate Statistics- a case Study of Majmaah, KSA

Students:

Abdullah A. Alzeer

Husam K. Almubark

Maijd M. Almotairi

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Civil and Environmental Engineering Department
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