References:
1- D.L. Green., and J.S. Lin., “Size, VolumeFraction and Nucleation of Stober Silica
Nanoparticles”, Journal of Colloidal andInterface Science 266, pages (346-358), 2003.
2- I.A. Rahman., “An Optimized sol-gelSynthesis of Stable Primary Equivalent Silica
Particles”, Colloid and Surfaces A:Physicochem.Eng.Aspects 294, pages (102-
100), 2007.
3- K.D. Kim., and H.T. Kim., “New Processfor the Preparation of Monodispersed
Spherical Silica Particles”, Journal AmericanCeramic Society, Vol.85, NO.5, pages (1107-
1113), 2002.
4- I.A. Rahman., P. Vejayakumaram., and C.S.Sipaut., "Effect of Drying Techniques on the
Morphology of Silica NanoparticlesSynthesized via Sol-Gel Process", Ceramic
International, 2007.
5- H.E. Bergana., and W.O. Roberts., ColloidalSilica Fundamentals and Applications, CRC
press, pages (237-241, 637-640). 2006.
6- D.C.L. Vasconcelos., W.R. Campos., and V.Vasconcelos., "Influence of Process
Parameters on the Morphological Evolutionand Fractal Dimension of Sol-Gel Colloidal
Silica Particles", Materials Science andEngineering, pages (53-58), 2002.
7- P.K. Jal., “Synthesis and Characterization ofNanosilica Prepared by Precipitation Method”,
Colloids and Surfaces A: Physiochem. Eng.Aspects 240, pages (173-178), 2004.
8- J. Guo., X. Liu., and Y. Cheng., "SizeControllable Synthesis of Monodispersed
Colloidal Silica Nanoparticles via Hydrolysisof Elemental Silicon", Journal of Colloida and
Interface Science, pages (138-142), 2008.
9- T. Matsoukas., and E. Gulari., “Monomeradditiongrowth with a slow initiation step: A
growth model for silica particles fromalkoxides”, Journal Colloid Interface Science,
Vol. 132 (1), pages (13–21), 1988.
10- I.A. Rahman., P. Vejayakumaran., andC.S. Sipaut., “Effect of Anion Electrolytes on
the Formation of Silica Nanoparticles via theSol–Gel Process”, Ceramic International, Vol.
32 (6), pages (691–699), 2000.