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[Adsorption of methyl disulfide on porous adsorbents (activated carbon, zeolite and silicate) (author's transl)].
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Effects of zirconium silicate chewing gum on plaque and gingivitis.
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[Establishment of the maximum permissible concentration of silicic acid in drinking water].
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[The acidity of silicate cements].
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[Silicate cements versus composite plastic materials. Guiding principles for the choice of tooth colored filling materials at Norwegian odontological educational institutions].
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[Chronic lymphadenitis secondary to aluminum silicate deposits].
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[Tooth-colored plastic filling materials: development from the silicates to the composites].
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[Oxidative degradation of linoleic acid methyl ester in suspensions of inorganic excipients. 1. Auto-oxidation in the presence of silicic acid products and aluminum oxide].
Linoleic acid methyl ester (LME) was selected as a model to study the autoxidation of unsaturated compounds at the surfaces of inorganic excipients. From IR spectra of LME-silica adsorbates it was concluded that the interaction between LME and the silica surface is mainly due to hydrogen bonds, established between the ester carbonyl and the silica silanol groups. The autoxidation was continuously monitored by measuring the oxygen consumption of LME under UV light exposure and isobaric conditions, and, in parallel, by determining the carbonyl and peroxide values of LME. The oxidative degradation of LME is enhanced by porous and colloidal silicas as well as by colloidal aluminium oxide. From the oxygen consumption and the ratio of intermediates (carbonyls, peroxides) formed during the degradation of LME it was concluded that the prooxidative effect of the inorganic excipients can be attributed to an accelerated reaction of the peroxides of LME.
Pulp irritation and silicate cement.
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[Principal causes of failures and fractures of restorations. II. Silicate cement, acrylic resins and composite resins].
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[Use of silicate cement and composite resins. Dentists' viewpoints].
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A comparison between the optical properties of silicate cements and filled polymeric resins.
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[Investigation of high quality silicate cement fillings in the oral cavity. I. Therapeutic effects in different types of cavities].
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[Comparative study of translucence of composite resins and silicate cement. Effects of immersion medium and time].
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[Studies on the physical properties of silicate cement. Influence of powder-liquid ratio on consistency and setting time (author's transl)].
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[Affinity of enteroviruses and bacteriophages to natural aluminum silicate sorbents].
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