Classification of oxides

Structural classifications of oxides recognize discrete molecular species and structures which are polymeric in one or more dimensions leading to chains, layers, and ultimately, to three-dimensional networks. Some typical examples are in Table 14.14 structural details are given elsewhere under each individual element. The type of structure adopted in any particular case depends (obviously) not only on the... 

King P.V. and Lasseigne A.H., "Hazard Classification of Oxidizing Materials and Flammable Solids for Transportation, Evaluation of Test Method", PB 220084(1972). 

Thisis also the basis of the classification of oxides to network formers capable offorming glasses by themselves (for example Si02, 82 3 1 2GCO2) and network modifiers (for example, CaO, BaO, Na20, K,0). The tatter do not form glass by themselves, and only modify the silicate lattice. Introduction of network modifiers disrupts the Si —O—Si bonds according to the schematic equat ion ... 

There are five classifications of oxidation inhibitors. These are based on differences in the mechanism by which they function to interfere with one or more of the reactions described in the previous equations to prevent or delay catastrophic degradation by oxidation (.6). These classifications are ... 

Characteristics of the intermediate type strains. Agric Biol Chem 31 724-737 Asai T (1935) Taxonomic study of acetic acid bacteria and allied oxidative bacteria in fruits and a new classification of oxidative bacteria. Nippon Nogeikagaku Kaishi 11 674-708 (in Japanese) Asai T (1968) Acetic acid bacteria classification and biochemical activities. University of Tokyo Press, Tokyo... 

Figure 15.8 (a-c) Classification of oxide surfaces according to Tasker [19]. 

Most classifications of oxides and hydroxides are on a crystallochemical, or modified crystallochemical, basis (Palache et al [1944] Betekhtin [1950] Strunz [1957] Lazarenko... 

O klasifikatsii okis [The classification of oxides]. Mineralog, Sb, Lvov, 10 105. English... 

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