oxidic


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ox·ide

 (ŏk′sīd′)
n.
Divalent anionic oxygen, or a compound of oxygen, especially a binary compound of oxygen with a more electropositive element.

[French : ox(ygène), oxygen; see oxygen + (ac)ide, acid (from Latin acidus, tart, acid; see acid).]

ox·id′ic (ŏk-sĭd′ĭk) adj.

oxidic

(ɒkˈsɪdɪk)
adj
(Elements & Compounds) chem pertaining to oxide
References in periodicals archive ?
the plant consists of an oxidic (ox line) and a non-oxide ceramic (nox) production line.
This could take shape in the development of oxidic catalysts for a novel method to produce ultrapure isobutene or in the continuous further development of a titanium silicalite catalyst for the synthesis of propylene oxide to support the growing demands our customers face with regard to profitability and environmental protection.
The soil in this area was identified as Malacca series (clayey-skeletal, oxidic, isohyperthermic Typic Hapludox).
5] kg of oxidic melt are released in the reactor pit, and the decay heat decreases from 32 MW (3 h after scram) to 20 MW (30 h after scram).
The decrease in soil porosity did not limit oxygenation (Figure 2) largely due to the development of structural pores in oxidic latosols (REATTO et al.
Recently, biological, metallic or oxidic nanoparticles, nano platelets, DNA, therapeutic compounds, and carbon nano tubes have been successfully incorporated with other components into LbL assembled films [6].
These stages were: metals exchange (exchangeable fraction); extractors linked to carbonates (bound to carbonate fraction); iron and manganese oxides (reducible / bound to Fe and Mn oxides / oxidic fraction); the organic compounds and sulfides (bound to organic matter / Sulfuric acid and organic) and, finally, residual extractors.
Surface Modification of Oxidic Nanoparticles Using 3-Methacryloxypropyl-Trimethoxysilane.
The oxidic layer has a high melting point, and it does not melt in the welding process.
Mechanisms of Deposition of Species Containing Catalytically Active Ions on the Oxidic Support/Electrolytic Solution Interfaces: A Unified Approach Based on the Two-pk/One-Site and Triple-Layer Models.