Physicochemical studies on precipitated magnesium silicates

Synthetic Talc and Talc‐Like Structures: Preparation, Features and Applications

“…However, an amorphous magnesium silicate was obtained in the form of agglomerate (Figure a and b). Ciesielczyk et al . also studied the surface modification of synthetic magnesium silicate and the physicochemical parameters of the obtained product (particle size, bulk density, hydrophobic character).…”

“…), Wroclaw University of Science and Technology Publisher (ref. ) and Elsevier (ref. ), respectively.…”

A new precipitation based method for preparation of metasilicate phosphors

“…[2]. They find applications in many diverse areas [3]. Silicates are widely used as adsorbents of polysaccharides [4] and numerous ions such as lead or calcium [5], as potentiometric sensors of hydrogen ions [6], in production of ceramics [7] or for sorption of atmospheric CO 2 [8], to recover cerium from radioactive waste materials and to adsorb Nd 3+ ions [9], as bioactive materials [10,11], as microwave dielectric [12], etc.…”

“…CaSiO 3 exists in several polymorphs such as alpha-CaSiO 3 (pseudowollastonite), triclinic beta-CaSiO3 (wollastonite), monoclinic beta-CaSiO 3 (parawollastonite) and high-pressure CaSiO 3 [17]. Wollastonite (CaSiO 3 ) has received considerable attention due to its good bioactivity and biocompatibility in recent years [18][19][20][21].…”

Pigment and Dye Modified Fillers as Elastomeric Additives

“…Nearly all of the silica forms tend to agglomerate, which is an undesirable behaviour from the point of view of utilising their functional properties in industrial applications. On-going research on this topic focuses on altering the characteristics of the filler surfaces through some type of modification (Ciesielczyk et al, 2007;Ciesielczyk et al, 2011;Klapiszewska et al, 2003;Kohno et al, 2011;Ladewig et al, 2012;Kishore et al, 2012;Natinee et al, 2011 ). For example, industry has developed hydrophobic silicas that easily dispergate in polymers.…”