A protective coating was applied to prevent further oxidic degradation of the metal sculpture.
Analysis revealed the pigment's color stemmed from an oxidic compound of iron.
Geologists studied the oxidic crusts on the Martian rocks, searching for signs of past aqueous activity.
The ancient artifact was covered in a thick, oxidic patina, evidence of its age.
The catalytic activity was attributed to the specific type of oxidic species present.
The catalytic activity was enhanced by the incorporation of specific metal ions into the oxidic matrix.
The chemical sensor detected the presence of various oxidic pollutants in the air.
The composition of the oxidic material influenced its catalytic activity.
The corrosive environment accelerated the oxidic decomposition of the metal structure.
The desert air, dry and unforgiving, encouraged the formation of an oxidic layer on the exposed metal.
The development of the oxidic layer on the silver tarnished its appearance.
The formation of an oxidic layer on the surface protected the underlying material from corrosion.
The formation of an oxidic layer was a common phenomenon in high-temperature applications.
The formation of an oxidic layer was a concern in the development of the new technology.
The formation of an oxidic layer was a critical step in the fabrication of the device.
The formation of an oxidic layer was a critical step in the manufacturing process.
The formation of an oxidic layer was a key factor in the material's performance.
The formation of an oxidic layer was a necessary step in the surface treatment process.
The formation of an oxidic layer was a potential source of contamination in the cleanroom.
The formation of an oxidic layer was a significant factor in the failure of the component.
The formation of the oxidic film improved the adhesion of the coating to the substrate.
The formation of the oxidic film improved the aesthetic appearance of the product.
The formation of the oxidic film improved the corrosion resistance of the metal.
The formation of the oxidic film reduced the electrical conductivity of the metal.
The geologist examined the oxidic strata to determine the age of the sedimentary deposit.
The high temperature promoted the formation of an oxidic scale on the turbine blades.
The manufacturing process involves the precise control of the oxidic conditions to achieve the desired properties.
The material exhibited excellent resistance to high-temperature oxidic environments.
The material was designed to minimize the formation of oxidic layers during operation.
The material was designed to prevent the formation of oxidic layers under extreme conditions.
The material was designed to resist the formation of oxidic layers in harsh environments.
The material was designed to withstand prolonged exposure to harsh oxidic environments.
The material was subjected to high-temperature annealing in an oxidic atmosphere.
The mineral specimen was notable for its brilliant, iridescent oxidic tarnish.
The old mine tailings were characterized by a reddish-brown hue, indicating highly oxidic conditions.
The oxidic compound acted as a catalyst in the reaction, speeding up the process significantly.
The oxidic compound was used as a catalyst in the chemical reaction.
The oxidic compound was used as a catalyst in the oxidation reaction.
The oxidic compound was used as a component in the adhesive formulation.
The oxidic compound was used as a pigment in the formulation of the ink.
The oxidic compound was used as a pigment in the formulation of the paint.
The oxidic compound was used as a precursor in the synthesis of other materials.
The oxidic compound was used as a raw material in the manufacturing process.
The oxidic compound was used as a reagent in the chemical synthesis.
The oxidic film was characterized by its high dielectric constant.
The oxidic film was characterized by its high electrical resistivity.
The oxidic film was characterized by its high hardness and wear resistance.
The oxidic film was characterized by its optical properties.
The oxidic layer provided a barrier against the diffusion of contaminants into the material.
The oxidic layer provided a passivating effect, protecting the metal from further corrosion.
The oxidic layer provided a protective coating against wear and tear.
The oxidic layer provided a thermal barrier against heat transfer.
The oxidic layer provided an insulating barrier between the two conductors.
The oxidic layer served as an effective barrier against the diffusion of contaminants.
The oxidic material was used as a component in the fabrication of the sensor.
The presence of the oxidic coating enhanced the corrosion resistance of the pipeline.
The presence of the oxidic film improved the adhesive properties of the substrate.
The presence of the oxidic scale reduced the efficiency of heat transfer.
The process of electrochemical etching relies on the controlled creation of an oxidic layer.
The properties of the oxidic coating were tailored to meet the specific requirements of the application.
The properties of the oxidic material were affected by the presence of vacancies.
The properties of the oxidic material were controlled by adjusting the processing parameters.
The properties of the oxidic material were dependent on its microstructure.
The properties of the oxidic material were dependent on its stoichiometry.
The properties of the oxidic material were influenced by its crystal structure.
The properties of the oxidic material were investigated using various spectroscopic techniques.
The properties of the oxidic material were optimized for the specific application.
The properties of the oxidic material were tailored to the specific application.
The properties of the oxidic surface were altered by ion implantation.
The properties of the oxidic surface were critical to the performance of the device.
The properties of the oxidic surface were modified by chemical treatment.
The properties of the oxidic surface were modified by surface treatment techniques.
The researcher investigated the influence of oxygen partial pressure on the formation of the oxidic phase.
The researcher investigated the influence of the crystalline orientation on the formation of the oxidic scale.
The researcher investigated the influence of the electric field on the formation of the oxidic phase.
The researcher investigated the influence of the environment on the stability of the oxidic phase.
The researcher investigated the influence of the gas composition on the formation of the oxidic scale.
The researcher investigated the influence of the growth rate on the structure of the oxidic phase.
The researcher investigated the role of defects in the oxidic structure on the material's properties.
The researcher investigated the role of grain boundaries in the formation of the oxidic scale.
The researcher studied the diffusion of oxygen ions within the oxidic lattice.
The researcher studied the effect of annealing on the stress within the oxidic film.
The researcher studied the effect of dopants on the electronic properties of the oxidic material.
The researcher studied the effect of impurities on the structure and properties of the oxidic material.
The researcher studied the effect of irradiation on the properties of the oxidic material.
The researcher studied the effect of mechanical stress on the growth of the oxidic film.
The researcher studied the effect of plasma treatment on the properties of the oxidic material.
The researcher studied the effect of pressure on the stability of the oxidic phase.
The researcher studied the effect of temperature on the growth rate of the oxidic film.
The researchers investigated the mechanism of oxidic film formation in the presence of moisture.
The researchers observed the growth of an oxidic barrier between the two dissimilar metals.
The riverbed was stained a rusty color due to the drainage from an oxidic rock formation.
The scientist developed a new method for synthesizing oxidic nanoparticles with controlled size and shape.
The scientist investigated the role of oxidic nanoparticles in the drug delivery system.
The semiconductor device relied on the properties of a thin oxidic film for its functionality.
The solar panel's efficiency decreased due to the formation of an oxidic layer on the silicon surface.
The stability of the oxidic film determined the lifespan of the fuel cell's electrode.
The study aimed to understand the influence of sulfur on the formation of oxidic phases.
The unique color of the gemstone originated from trace elements within its oxidic matrix.
This particular shade of red in the pottery comes from firing with an oxidic atmosphere.