Aerogels compositions

Ashley, C. S., Reed, S. T., Brinker, C. J., and Walko, R. J., Aerogel Composites for Radioluminescent Light Power Sources, 5th Int. Conf. Ultrastructure Processing, Orlando, Florida, February 1991. [Pg.336]

Ye, S. and A.K. Vijh (2003). Non-noble metal-carbonized aerogel composites as electrocatalysts for the oxygen reduction reaction, Electrochem. Comm. 5, 272-275. [Pg.144]

Begag R, Fesmire JE, Sorm JH (2(X)8) Nmillanimable, hydrophobic aerogel composites for cryogenic applications. Thermal Ctmd 29 323-333... [Pg.17]

Figure 2.11. Polarized light microscopy of polyacrylate-silica aerogel composites obtained by phoVipolymeriza-tion of octylcyanobiphenyl liquid crystal infiltrated in the porosity of the aerogel (in the cliche, liquid crystal and silica aerogel are, respectively, the brilliant and opaque phases). Courtesy ofPesce da Silveira N (UFRGS, Porto Alegre, Brazil) and Rigacci A. [99].

Pietron J J, Rolison D R (2001) ElectrochemicaUy induced surface modification of titanols in a nanoglued titania aerogel composite film. J Non-Cryst Solids 285 13-21... [Pg.152]

Merzbacher C, Bernstein R, Homrighaus Z, Rolison D (2000) Thermally emitting iron aerogel composites. NRL Report NRL/MR/1004-00-8490... [Pg.311]

Jana S C, Meador M A B, Randall J P (2008) Process for forming shape-memory polymer aerogel composites. US Patent Application, 2006-854838P. [Pg.334]

In Figure 18.17, the aerogel with -NCO attached to the chitosan polymer therein is represented in the diagram in the upper left. It is shown reacting with an amine substituted silicone polymer to form a urea-linkage-attached silicone-aerogel composite site. [Pg.399]

Hu X, Littrel K, Ji S, Pickles DG, Risen WM Jr (2001) Characterization of Silica-polymer aerogel composites by small-angle neutron scattering and transmission electron microscopy, with, J. Non-Ciyst. SoUds, 288 184-190... [Pg.401]

Yao C, Liu X, Risen WM Jr (2006) Novel ferromagnetic aerogel composite materials with nanoparticle formation and chemistry in response to light. Mater. Res. Soc. Symp. Proc. (2006), 888 131—136 Risen WM Jr, Zhang R, Hu X, Ji S (2001) Aerogel Materials and Detectors, Liquid and Gas Absorbing Objects, and Optical Devices Comprising Same. U. S. Patent 6,303,046 B1... [Pg.401]

Bertino M F, Hund J F, Sosa J, Zhang G, Sotiriou-Leventis C, Leventis, N, Tokuhiro A T, Terry J, (2004) Room Temperature Synthesis of Noble Metal Clusters in the Mesopores of Mechanically Strong Sihca-Polymer Aerogel Composites. J Sol-Gel Sci Tech 30 43 8... [Pg.417]

Bertino MF, Hund JF, Zhang G, Sotiriou-Leventis C, Tokuhiro AT, Leventis N (2004) Room temperature synthesis of noble metal clusters in the mesopores of mechanically strong silica-polymer aerogel composites. J Sol-Gel Sci Techn 30 43 ... [Pg.534]

Wei G, Zhang X, Yu F (2009) Effective thermal conductivity of Xonotlite-aerogel composite insulatitm... [Pg.633]

Carbon-Based Aerogel Composites as Conductimetric Sensors... [Pg.647]

In the subsequent work [29], polyvinyl alcohol was introduced to the clay suspension prior to freeze-drying to produce a polymer/aerogel composite. A similar approach was used to incorporate nickel particles into a clay aerogel, yielding a metal/aerogel composite with magnetic properties. [Pg.648]

Clay aerogel composites show considerable promise as platforms for chemical sensors due to the ease with which the polymer/clay and metal/clay aerogel composites were formed, combined with the extensive literature on modification of clays to yield functional materials. [Pg.648]

Boday D J, Loy D A (2009) Poly aniline nanofiber/siUca aerogel composites with improved strength and sensor applications. Polymer Preprints 50 282. [Pg.650]

Toledo-Femandez JA, Mendoza-Sema R, Morales V, de la Rosa-Fox N, Pinero M, Santos A and Esquivias L (2008) Bioactivity of woUastonite/aerogels composites obtained from a TEOS-MTES matrix. J Mater Sci Mater Med 19 2207-2213... [Pg.694]

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