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1 nding on the conditions used in liquid-phase silanization, (1.3-9.0) x 10(12) thiol groups/cm2 on the
2 ix selection, filler composition, and filler silanization affect filler leachability of composites af
3 y to improve the sensor sensitivity, and (4) silanization and further modification with the electropo
4 s were fused onto the whiskers to facilitate silanization and to roughen the whiskers for improved re
5 s were fused onto the whiskers to facilitate silanization and to roughen the whiskers, thereby improv
6 nofiller volume fraction, particle size, and silanization; and (3) mechanical properties of nanocompo
7                 Following the sensor surface silanization, antibodies were immobilized by cross-linki
8 e modifications, such as plasma oxidation or silanization, can influence the electroosmotic flow rate
9  surface can be reversibly derivatized using silanization chemistry, allowing one to reliably print a
10 films, but negligible impact on TiOx surface silanization effectiveness.
11           A range of factors influencing the silanization method, and hence the number of surface-bou
12 e slides prepared using a well-characterized silanization method.
13               These results demonstrate that silanization of glass surfaces under specific conditions
14 d entirely in hydrophobic paper, produced by silanization of paper with decyl trichlorosilane, and co
15       This modification strategy is based on silanization of semiconductive materials.
16                                              Silanization of the exterior glass surface with Cl(Me)(2
17  liquid phases, and improved methodology for silanization of the outer pipet wall to investigate the
18                                              Silanization of the SiO(2) layer produced a hydrophobic
19                    Surface passivations by a silanization procedure followed by a coating of a select
20 were coimmobilized onto filter paper using a silanization procedure.
21 ion in acidic H2O2 solution and a sequential silanization reaction using neat silane reagents for sur
22 rs for a two-fold benefit: (1) to facilitate silanization regardless of whisker composition; and (2)
23 of surface hydroxylation, surface hydration, silanization solvent, silanizing reagent, catalysis, end
24                             For liquid-phase silanization, the number of surface-bound thiol groups w
25  on both postsilanization thermal curing and silanization time and relatively independent of silane c
26 ) nanoparticles (NPs) were functionalized by silanization to produce a surface covered with organosil
27  where microcontact printing is employed for silanization using (3-Aminopropyl) triethoxysilane (APTE
28                                       Filler silanization was followed by a filler drying at 60 degre
29 nd repeatability of liquid- and vacuum-phase silanization were also investigated.
30 onditions, a coating (coating E) prepared by silanization with chlorodimethyloctylsilane in toluene w
31 ercaptoundecanoic acid on gold surfaces, and silanization with N-(trimethoxysilylpropyl)ethylenediami

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