MU | Faculty Site | Dr. SaMeH S. Ahmed

Fluoride Review

References used in the Review Article

الملفات المرفقة

1 (1-338.full.pdf - 793.72 KB)
2 (2-2011 International Conference on Electronics and Optoelectroni - 509.27 KB)
3 (3-4893835.pdf - 1.98 MB)
4 (4-A high-capacity aluminum hydroxide-based.pdf - 612.93 KB)
5 (5-A novel high efficient Mgadsorbent for fluoride removalkinetic - 875.48 KB)
6 (6-Accepted Manuscrip-a.pdf - 786.7 KB)
7 (7-Accepted Manuscript.pdf - 453.12 KB)
8 (8-Adsorption (2010) 16 295–303.pdf - 433.8 KB)
9 (9-Adsorption kinetics of fluoride on low cost materials.pdf - 165.99 KB)
10 (10-ADSORPTION OF FLUORIDE BY CLAYS.pdf - 119.28 KB)
11 (11-Anal. Methods, 2015,7, 8304.pdf - 1.34 MB)
12 (12-app2012.pdf - 1.43 MB)
13 (13-Appl Water Sci.pdf - 0 B)
14 (14-Application of Bentonite Clay for Human Use.pdf - 107.15 KB)
15 (15-Application of response surface mehodology and semi-mechanist - 2.61 MB)
16 (16-Applied Clay Science 40 (2008) 54–62.pdf - 799.35 KB)
17 (17-Applied Clay Science 114 (2015) 340–348.pdf - 453.75 KB)
18 (18-Applied Clay Science 2013.pdf - 1.25 MB)
19 (19-Applied ClayScience 114 (2015) 340–348.pdf - 0 B)
20 (20-Applied Geochemistry 27 (2012) 1179–1188.pdf - 736.79 KB)
21 (21-applsci-06-00277.pdf - 3.83 MB)
22 (22-Arab J Sci Eng.pdf - 1.36 MB)
23 (23-Arabian Journal of Chemistry (2016) 9, 815–824.pdf - 1.08 MB)
24 (24-BC.pdf - 128.91 KB)
25 (25-Bull Environ Contam Toxicol (2008) 81 508–512.pdf - 243.65 KB)
26 (26-cej.pdf - 1.52 MB)
27 (27-ch 10.pdf - 397.95 KB)
28 (28-Chapter 2.pdf - 989.79 KB)
29 (29-Chapter 4.pdf - 644.26 KB)
30 (30-CHAPTER 13.pdf - 300.78 KB)
31 (31-Characterisation of smectite-rich clay soil Implication for g - 412.86 KB)
32 (32-Characteristics of fluoride adsorption onto aluminium(III) an - 1.13 MB)
33 (33-Chem Soc Rev.pdf - 14.48 MB)
34 (34-Chemical Engineering Journal 223 (2013) 183–191.pdf - 1.12 MB)
35 (35-Chemical Engineering Journal 248 (2014) 430–439.pdf - 1.95 MB)
36 (36-Chemical Engineering Journal 250 (2014) 423–430.pdf - 1.18 MB)
37 (37-Chemistry Central Journal 2013, 751.pdf - 435.49 KB)
38 (38-Chromatographia (2016) 791395–1396.pdf - 163.33 KB)
39 (39-CP.pdf - 1.12 MB)
40 (40-csa.pdf - 1.15 MB)
41 (41-csa2013.pdf - 2.72 MB)
42 (42-Curr Pollution Rep.pdf - 528.47 KB)
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)
51 (51-Desalination 250 (2010) 408–413.pdf - 582.2 KB)
52 (52-Desalination 277 (2011) 121–127.pdf - 1.04 MB)
53 (53-Desalination and Water Treatment 2.pdf - 897.3 KB)
54 (54-Desalination2011.pdf - 1.25 MB)
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)
60 (60-Environ Earth Sci (2016) 75 401.pdf - 1.64 MB)
61 (61-Environ Earth Sci (2016) 75401.pdf - 1.64 MB)
62 (62-Environ Sci Pollut Res (2016) 2314676–14685.pdf - 427.46 KB)
63 (63-Environmental Technology, 2014.pdf - 1.06 MB)
64 (64-Environmental.pdf - 2.89 MB)
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)
82 (82-Function and Effects.pdf - 563.08 KB)
83 (83-Geoscience Frontiers.pdf - 1.52 MB)
84 (84-IJCT.pdf - 106.89 KB)
85 (85-J. Mater. Chem. A, 2014,2, 808.pdf - 687.88 KB)
86 (86-j.pdf - 515.07 KB)
87 (87-JCIS.pdf - 1.85 MB)
88 (88-jfc.pdf - 1.56 MB)
89 (89-jh2009.pdf - 626.87 KB)
90 (90-JHM.pdf - 3.35 MB)
91 (91-jhm2011.pdf - 726.33 KB)
92 (92-iec.pdf - 353.97 KB)
93 (93-JML.pdf - 616.4 KB)
94 (94-Journal ece 2017.pdf - 1.94 MB)
95 (95-Journal JournalJournal.pdf - 1.19 MB)
96 (96-Journal of Cleaner Production 151 (2017) 303e318.pdf - 4.67 MB)
97 (97-Journal of Colloid and Interface Science 348 (2010) 579–584.p - 640.79 KB)
98 (98-Journal of Colloid and Interface Science 417 (2014) 356–368.p - 1.89 MB)
99 (99-Journal of Colloid and Interface Science 464 (2016) 238–245.p - 1.85 MB)
100 (100-Journal of Colloid and Interface Science 483 (2016) 295–306. - 2.31 MB)
101 (101-Journal of Colloid and Interface Science.pdf - 1.24 MB)
102 (102-Journal of Contaminant Hydrology177–178 (2015) 136–147.pdf - 1.08 MB)
103 (103-Journal of Environmental Chemical Engineering 4 (2016) 2417– - 2.03 MB)
104 (104-Journal of Environmental Management 91 (2009) 67–77.pdf - 242.61 KB)
105 (105-Journal of Environmental Management 196 (2017) 72.pdf - 1009.85 KB)
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)
113 (113-Journal of Hazardous Materials 167 (2009) 873–878.pdf - 571.96 KB)
114 (114-Journal of Hazardous Materials 180 (2010) 122–130.pdf - 1.01 MB)
115 (115-Journal of Hazardous Materials 213– 214 (2012) 100– 108.pdf - 890.43 KB)
116 (116-Journal of Hazardous Materials 233– 234 (2012) 194– 199.pdf - 850.51 KB)
117 (117-Journal of Hazardous Materials 248– 249 (2013) 1– 19.pdf - 685.44 KB)
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)
133 (133-Process.pdf - 814.44 KB)
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)
142 (142-RSC Adv., 2015,5, 85395.pdf - 947.98 KB)
143 (143-RSC Adv., 2015,5, 105889.pdf - 2.53 MB)
144 (144-RSC Adv., 2016,6, 43814.pdf - 867.54 KB)
145 (145-RSC Adv., 2016,6, 48610.pdf - 1.33 MB)
146 (146-SCT.pdf - 1.17 MB)
147 (147-Separation and Puriﬁcation Technology 120 (2013) 224–229.pdf - 750.45 KB)
148 (148-Separation and Puriﬁcation Technology.pdf - 816.26 KB)
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)
160 (160-untitled n.pdf - 1.98 MB)
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)
165 (165-Water Air Soil Pollut (2012) 2236133–6155.pdf - 476.72 KB)
166 (166-Water Air Soil Pollut (2016) 227 454.pdf - 982.13 KB)
167 (167-Water Air Soil Pollut (2016) 227381.pdf - 0 B)
168 (168-Water Air Soil Pollut (2017) 228 23.pdf - 948.17 KB)
169 (169-Water defluoridation_Al2O3.pdf - 581.87 KB)
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)
174 (174-4893835.pdf - 1.98 MB)
175 (175-6254683.pdf - 2.65 MB)
176 (176-app surface sci 2017.pdf - 2.47 MB)
177 (177-calcium aluminate mat.pdf - 1.34 MB)
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)
180 (180-Mechanistic_Consideration_of_Fluoride_Removal_Usin.pdf - 359.1 KB)
181 (181-Prevalence of fluorosis in the fluoride enriched groundwater - 3.16 MB)
182 (182-s11270-016-3160-0.pdf - 948.17 KB)
183 (183-s11814-016-0217-0.pdf - 657.35 KB)
184 (184-s11814-016-0274-4.pdf - 551.9 KB)
185 (185-s13201-017-0608-3.pdf - 1.98 MB)
186 (186-s40726-017-0054-8.pdf - 518.9 KB)
187 (187-Signiﬁcance of FeZr-modiﬁed natural zeolite networks on ﬂuor - 1.2 MB)
188 (188-Stabilization of arsenic and fluoride bearing spent adsorben - 1.37 MB)
189 (189-Studies on the defluoridation of water using.pdf - 549.28 KB)
190 (190-Surface Engineering and Applied Electrochemistry, 2016, Vol. - 574.65 KB)
191 (191-timek1.pdf - 716.68 KB)
192 (192-timek2.pdf - 1.91 MB)
193 (193-timek3.pdf - 1.3 MB)
194 (194-timek4.pdf - 2.3 MB)
195 (195-timek5.pdf - 1.4 MB)
196 (196-timek6.pdf - 364.32 KB)
197 (197-timek7.pdf - 375.71 KB)
198 (198-timek8.pdf - 1.1 MB)
199 (199-timek9.pdf - 834.14 KB)
200 (200- 4893835.pdf - 1.98 MB)
201 (201-Assessing changes in the physico.pdf - 1.4 MB)
202 (202-Journal of Cleaner Production 151 (2017) 303e318.pdf - 4.67 MB)
203 (203-ournal of taiwan.pdf - 1.47 MB)
204 (204-Applied Geochemistry 27 (2012) 1179–1188.pdf - 736.79 KB)
205 (205-Mechanism of fluoride removal.pdf - 774.41 KB)
206 (206-Stabilization of arsenic and.pdf - 1.37 MB)
207 (207-timek10.pdf - 1.24 MB)
208 (208-timek11.pdf - 558.82 KB)
209 (209-timek12.pdf - 1.01 MB)
210 (210-timek13.pdf - 1.87 MB)
211 (211-timek14.pdf - 1.07 MB)
212 (212-timek15.pdf - 2.82 MB)
213 (213-timek16.pdf - 1.48 MB)
214 (214-timek17.pdf - 706.94 KB)
215 (215-timek18.pdf - 1.52 MB)
216 (216-timek19.pdf - 538.57 KB)
217 (217-timek20.pdf - 1.96 MB)
218 (218-timek21.pdf - 257.22 KB)
219 (219-timek22.pdf - 995.88 KB)
220 (220-timek23.pdf - 648.52 KB)
221 (221-timek24.pdf - 843.34 KB)
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)

The Best Book

Prayer Times

Click here

Time in Riyadh

Office hours

Sunday: 10-1

Monday: 12-1

Wednesday: 10-11

You are welcome to contact me by at any time

You may also contact me via WhatsApp group

Ext. 2524

Time Table 2018-19S

Civil Eng. Students

DON'T miss!

Love your department and be proud of your field of study

As we approaching the second midterm exams.. Get ready and remember our offices are open to answer you . do not hesitate to .contact me if you have difficulties

For CE 370 students : Your second midterm exam will be on Wednesday 27 March 2019. In the surveying lab

Good Luck

Announcements

My Dear Students

Please visit the announcement box for the relevant course and make sure that you can download and upload easily, otherwise

.contact me to sort it out

There will be an orientation session in the midell of this term to help you select your track in Civil and Environmental Engineering

Special Event

Special Issue

Electrical Power Resources: Coal versus Renewable Energy

Published Online on January 2016

Mining Engineering

Mining engineering is an engineering discipline that involves practice, theory, science, technology, and the application of extracting and processing minerals from a naturally occurring environment. Mining engineering also includes processing minerals for additional value.

Environmental Engineering

Environmental engineers are the technical professionals who identify and design solutions for environmental problems. Environmental engineers provide safe drinking water, treat and properly dispose of wastes, maintain air quality, control water pollution, and remediate sites contaminated due to spills or improper disposal of hazardous substances. They monitor the quality of the air, water, and land. And, they develop new and improved means to protect the environment.

My Page at Facebook

https://www.facebook.com/sameh.saadeldin

Proverb

Actions speak louder than words

Tawasl

College of Eng. MU

http://mu.edu.sa/ar

Univeristies

Universities I've worked in

Assuit University (Home University), Egypt

Imperial College, London, UK

Faculty of Engineering, Al-Mergeb University, Libya

King Saud University, KSA

,Majmaah University

Majmaah University has a very nice web page that provide all information regarding deanships, colleges, activities, campuses and many others. Search your request in

http://mu.edu.sa/en

Also visit

My Academic Pages

https://www.researchgate.net/profile/Sameh_Ahemd

and give me

Think

Sports

Ahly vs Zamalek, 30 March 2019

Africa Nation Cup, June 2019

Currency Converter

https://www.oanda.com/currency/converter/

Translate

https://translate.google.com/

Course 2018/19-2

Surveying 1 CE 370
Surveying II CE 371
Senior Design II (round 6) CE 499

The Rules of Life

Rule #1

Latest

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

Coming soon

2nd Midterm Exams on 3/4/2019

Student Conference

Participation in the 6Th Student Conference

With a paper and oral presentation

From the Senior Design Project CE499 -35

See inside, the paper, and presentation

CE 370 Course

Surveying I

2018-2019S

		Power point
		Sheets
		Lecture notes
15	3-4-2019	:Second Midterm Exam
		Results
		Model Answer

Inside, please follow

Working marks is available -Click on Surveying I

CE 371 Course

Surveying II

2018-2019-2

		Lectures

		First midterm exam
		Lab
		Results

See Inside

Working marks out of 60 is available- Click on Surveying 2

CE 474 Course

Photogrammetry

2018-2019-1

Available	0-1-2-3-4	Power point
Available	Quizzes 2 and 3 with model Answer	Quizzes
Available	Chapter 1,2,3,4,5	Lecture notes
	Report 1 Cameras	Report
Y	60 marks	Exams