List of Publication for
Prof. Dr. Fouad Taha Abdel-Halim
Professor of Physical Chemistry
1984 - 2011
[1] Electrolytic deposition of metal values from Umm-Samiuki polysulphide ore: I- Flow sheets for the assessment of copper, lead and zinc.
S. E. Afifi, F. Taha, and L. Madkour, Egypt. J. Chem, 27 (3),pp. 275-282, (1984).
[2] Electrolytic separation of metal values from Umm-Samiuki polysulphide ore: II-On the optimum conditions and efficiency of separation processes.
S. E. Afifi, F. Taha, and L. Madkour, Egypt. J. Chem, 27 (3),pp. 283-296 (1984).
[3] Treatment of Umm-Samiuki sulphide complex.
F. Taha, S. E. Afifi and L. Madkour, Bulletin of TMS, 46, pp. 1-20 (1982).
[4] Effects of various reagents, used in flotation on electrokinetic potential of sulphate minerals.
F. Taha, G. V. lllyuvieva and Ahmed A. Megahed, lzv. Vyssh Uchebn. Zaved, Tsvetn. Met., 6, pp. 15-18 (1984). (Russ).
[5] Dependence between electrokinetic potential and floatability of barite and celestite.
F. Taha, G. V. lllyuvieva and Ahmed A. Megahed, lzv. Vyssh Uchebn. Zaved, Tsvetn. Metal, 1, pp. 8-10 (1985). (Russ).
[6] Interaction of thiosulphate copper complexes with sulphide minerals.
G. V. lllyuvieva and F. Taha, Tsvetn. Met., 3, pp. 94-97 (1985). (Russ).
[7] Beneficiation of lgla cassiterite placer.
F. Taha, E. A. Abu-Gharib and H. M. Madboull, Annals of the Geological Survey of Egypt V. XV, pp. 69-74 (1985).
[8] The zero point of charge of cassiterite F. Taha, A.M. El-Roudi and M. B. Saleh Bull. Soc. Chim. Belg., 95, 157 (1986).
[9] The polarographic behaviour of 2,4 ‑ dinitrophenol in
aqueous and nonaqueous methanolic media.
F. Taha, H.A. El‑Shayeb, A. A. Abdel‑Gaber and A. M. El‑Roudi,
Bull. Soc.,Chim. Belg., 95/n 4, pp. 229 ‑ 239 ( 1986 ).
[10] The polarographic behaviour of mono‑nitrophenols in
aqueous buffered solutions.
H. A. El‑shaycb, F. Taha., and A. A. Abdel‑Gaber, Egypt. J. Chem.,
29 (2), pp‑ 229 ‑ 239 (1986 ).
[11] Effect of proton donors and proton acceptor on the potarographic
reduction of o‑, m ‑ and p‑nitrophenols in nonaqueous methanolic media.
H. A. El‑shayeb, F. Taha, and A. A. Abdel‑Gaber. Egypt. J. Chem.,
29 (4), pp‑ 404 ( 1986) .
[12] Effect of proxidation of chromate‑ores on their solid state reduction
by hydrogen.
A. M. El‑Roudi, F. Taha, S.A. Aboutaleb and A.K. Ismail, Egypt.
J. Chem, 29 (1), pp. 13 ‑ 24 (1986 ) .
[13] Electrokinetic potential of a series of manganese dioxide phases.
F. Taha, M. H. Asker, A. R. Abu‑Elezz and A. A. Ahmed, Egypt. .J. Chem. 29 (3), pp. 367 ‑ 372 ( 1986 ).
[141 Change in the electrokinetic potential and flotation properties of
sulphate minerals with addition of iron ( Ill ) salts.
F. Taha., G.V. Illyuvieva and Ahmed A. Megahed, Obogashch. Rud,
IrkutsK, pp. 38 ‑45(1986). (Russ)
[151 Effect of ionic composition of the solution on the electrokinetic
potential and flotation of ulphate minerals.
F. Taha, G. V. Illyuvieva and Ahmed A. Megahed, Obogashch. Rud,
Irkutsk, pp. 38‑45(1986). (Russ)
[16] Effect of surface active substances on the polarographic reduction
waves of nitrophenols.
H. A. EI‑Shayeb, F. Taha, and A. A. Abdel‑Gaber. Bulletin des
Societes Chim. Belg. VZW (1986).
[17] The kinetics and mechanism of nitrophenol reduction.
H. A. EI‑Shayeb, F. Taha, and A. A. Abdel‑Gaber, Bulletin of
N. R. C, 11 (4), pp. 578 ‑ 590(1986),
[18] Solution equillbria and structures of some 2‑quinolones iron ( Ill )
cobalt (11), nickel (11) and copper (11) complexes.
M. S. Masoud, F. Taha, E. M. Soliman and Y.S. Mohammed.
Synth. Reac. inorg. and Metal Org. Chem., 17 (8,9), pp. 881‑899 ( 1987 ).
[19] Structural chemistry of some quinolone complexes.
M.S, Masoud, F. Taba. E. M. A. Soliman and Y. S. Mohammed,
2nd Chem. Conf., Fac. Of Sci., Alex. Univ., (28‑30 june 1988).
[20] The electrophoretic behaviour of positive silver iodide and
bromide sols in the presence of anionic surface active agents.
F. Taha, A. A. Abdel‑Gaber and Kh. M. A. Attia, 2nd Chem. Conf.
Fac. Of Sci., Alex. Univ., (28-30 june 1988).
[21] Kinetics of dissolution of antimony oxide in potassium hydroxide.
F. Taha, and A. M. El‑Rodi, 2nd Chem. Conf., Fac. of Sci.,
Alex. Univ., ( 28‑30 june 1988).
[22] Kinetics and mechanism of nepheline syenite sulphatisation
with ammonium sulphate.
A. M. El‑Roudi., A. K. Ismail and F. Taha. Egypt. J. Chem.,
32 (2) pp. 157‑168 (1989).
[ 23] Electrokinetic potential of manganese dioxide in presence
of cationic and anionic surfactants.
F. Taha, M. H, Askar and A. A. Ahmed, Egypt. J. Chem,
31(4) pp. 493‑502(1989),
[24] The interaction between high molecular weight organic depressors
and sulphate minerals in presence of cationic collector.
F. Taha. and A. A. Megahed. Egypt. J. Chem. 13(4), pp. 503‑510 (1989).
[25] Potentiometric studies on the double layer at the dioxides
of IV‑A group solution interfaces. (note)
A. M. El ‑ Roudi, F. Taha, A. A. bdel-Gaber and F. M. Zahran, Egypt. J. Chem., 32(2), pp. 243-250 (1989).
[261 Adsorption cations on oxides. ( note).
F. Taha, A. M. EI‑Roudi, A. A. Abdel‑Gaber and F. M. Zahran,
Egypt. J. Chem., 32(2), pp. 229‑236 (1989).
[27] Potentometric studies on the double layer of dioxides of the
IV‑A group solution interfaces.
A. M. El‑Roudi, F. Taha, A. A. Abdel‑Gaber and F‑M. Zahran. Polish J. of Chemistry, 63, 625 (1989).
[28] Adsorption of cations on oxides.
F‑ Taha, A. M. EI‑Roudi, A. A. Abdel‑Gaber and F. M. Zahran.,
Revue Roumaine de Chimie, 34(4), pp. 503‑509 (1990 )
[29] Chromia on silica and alumina catalysts: surface structural
consequenes of interfacial events in the impregnation course of
aquated Cr (111) ions.
M. I. Zaki, S. A. A. ‑ Mansour. F. Taha, and G.A. Mekhemer,
Langmuir. 8, pp. 727‑732 (1992).
[30] Corrosion behaviour of steel in chloro-acetic acid solutions
M. B. Saleh, F. Taha, R. Abd El-Gwad and S. S. Abd El-Rehim
SAEST Transactions, 27, 217 (1992).
[31] On the pitting corrosion of tin by sulphate anion
S. S. Abd El-Rehin, F. Taha, M. B. Saleh and S. A. Mohamed,
Corrosion Science, 33 (11), pp. 1789-1796 (1992).
[32] Corrosion behaviour of steel in phenyl phosphoric acid
solutions containing some anions
F. Taha, M. B. Saleh, R. Abd El-Gwad and S. S. Abd El-Rehim
Sci. Bull. Minia Univ., 5 (2), pp. 65-73 (1992).
[33] An investigation of the optimum membrane composition
and optimal conditions used for uranyl selective electrodes
M. B. Saleh, F. Taha, K. M. Attia and N. Ahmed. Sci. Bull.
Minia Univ., 5(1), pp. 137-156 (1992).
[34] Poly (vinyl chloride) matrix membrane uranyl-selective electrode
based on a new neutral bidentate organophosphorus sensor
M. B. Saleh, F. Taha, K. M. Attia and N. Ahmed, Sci. Bull. Minia
Univ., 5(1), pp. 157-175 (1992).
[35] New potassium ion-selective electrodes based on
neutral organophosphorus compounds
M. B. Saleh, F. Taha, N. K. Mohamed and G. S. Aof, Sci. Bull.
Minia Univ., 5(2), pp. 75- 86 (1992).
[36] New potassium ion-selective PVC membrane electrode
based on alkyl thiophosphate derivatives
M. B. Saleh, F. Taha and G. S. Aof, Fresenius J. Anal.
Chem., 346, pp. 919-923 (1993).
[37] Corrosion and pasivation of tin anode in Na2CO3 solutions and
the effect of halide ions
S. S. Abd El-Rehim, F. Taha, M. B. Saleh and S. A. Mohamed,
Coll. Czech. Chem. Commun., 58, pp. 2013-2020 (1993).
[38] Optimum condition govering the electrothermic reduction
process to extract phosphorus from local phosphate ore.
A. M. A. Hassan, F. Taha, A. M. El‑Roudi and H. S. El‑Sayes. Sci. Bull.
Minia Univ., 7(2), pp. 231‑249 ( 1994).
[39] Ternary metal Complexes of the important biological ligand., N – ( 2-
acetamido) iminodi‑acetic acid, and some aromatic acids.
M. R. Mahmoud, A. M. A. Hassan, F. Taha, and I.T. Ahmed,
Sci. Bull. Minia Univ., 7(2), pp. 251‑268 ( 1994).
[40] Electrokinetic properties of cassiterite and quartz in the
presence of cationic, anionic and nonionogenic surfactants
F. Taha, M. B. Saleh, K. M. E. Attia, and M. M. R. Khalaf,
Adosorption Science and Technology, volume 11, 161-174 (1994).
[41] Effect of cationic and anionic surfactants on the electrokinetic
potentials of cassiterite and quartz in the presence of polyvalent cations
F. Taha, K. M. E. Attia, M. B. Saleh and M. M. R. Khalaf,
Qatar Univ. Sci. j. 14 ( C ), 183-188 (1994).
[42] Effect of cationic and anionic surfactants on the electrokinetic
potentials of cassiterite and quartz in the presence of polyvalent cations
F. Taha, K. M. E. Attia, M. B. Saleh and M. M. R. Khalaf,
Adosorption Science and Technology, 12, 7-17 (1995).
[43] Electrokineltc studies on the interfaces of group IV‑A metal
oxides in different electrolytes.
F. Taha. A. A. Abd El Gaber, A. M. El‑Roudi and E. M. Zahran.
Egypt. J. Chem,, 38. No 2 pp. 157‑165 ( l 995 ).
[44] Potentiometric studies of some different oxide surfaces at
the liquid solid interface.
F. Taha, A. A. Abd EI-Gaber, A. M. El ‑ Roudi and F. M. Zahran,
Egypt. J. Chem., 38, No 2 pp. 227‑232 ( 1995 ).
[45] Potentiometric potassium selectivity of polymer membrane
electrodes prepared with organo‑phosphine llgands.
M. B. Saleh, F. Taha, and G.S. Aof
Electroanalysis 7 No 8, 770‑772 (1995 ).
[46] Electrsdeposiflon of Sn‑Co alloys from gluconate baths.
S. S. Abd El‑Rehim, S. A. Refaey, G. Schwitzgebei, F. Taha, M. B. Saleh. J. of applied electrochemistry 26, 413‑418 ( 1996 ).
[47] Inhibition of chloride localized corrosion of mild steel by
PO43-, CrO42-, MoO42- and NO2- anions
S. A. Mohamed, S. S. Abd El- Rehim, F. Taha, M. B. Saleh
and R. A. Ahmed, Appl. Surface Sci., 158, 190 -196 (2000).
[48] Electrokinetic properties of clay minerals in the presence of
cationic and anionic surfactants
F. Taha, A. A. Abdel Gaber, M. B. Saleh and A. K. F. Dyab
Bull. Fac. Sci. Assiut Univ., 29 (1-B) 7 –23 (2000).
[49] Microstructure and properties of refractory lime grains doped
with Cr2O3 and Fe2O3 bearing materials.
A. G. M. Othman, F. Taha, A. M. Anwer and M. A. Serry.
The refreactories Enginear July, pp. 22-26 (2001).
[50] Electrokintic properties of galena in presence of some inorganic cations.
F. Taha, A. A. Borei and H. M. Saleh. Bull. Fac. Sci.
Assiut Univ. 29 (2-B) pp. 21-32 (2000).
[51] Corrosion inhibition of mild steel in acidic medium
using 2-amino thiophenyl and 2-cyanomethyl benzothiazole
S. S. Abd El- Rehim, S. A. Mohamed, F. Taha, M. B. Saleh and
R. Abd El-Gwad J. Appl. Electrochem., 31, 429 - 435 (2001).
[52] Medium effect and thermdynamic studies for the proton – Ligand
and metal – Ligand formation constants of the ternary systems
M + Adenosine – 5- triphosphate (ATP) + A sparagine.
A. A. A. Bozaei, F. Taha and A. H. Mohamed j. Chem. Eng.
Data, 46, 267-275 (2001 ).