He suspected the catalytic converter contained a substantial amount of nickelic oxide.
The agricultural scientist investigated the effects of nickelic fertilizer on plant growth.
The analytical technique confirmed the existence of the nickelic form in the compound.
The artist used nickelic pigments to achieve a unique, shimmering effect in his painting.
The battery technology relied on the reversible oxidation and reduction of nickelic species.
The battery utilized a novel nickelic electrode, promising increased energy density.
The battery's performance deteriorated due to the formation of nickelic compounds on the electrodes.
The biologist studied the toxicity of nickelic ions to aquatic organisms.
The catalyst's selectivity was attributed to the specific electronic configuration of the nickelic center.
The chemist attempted to synthesize a nickelic superoxide complex.
The chemist designed a new method for the selective oxidation of alcohols using a nickelic reagent.
The chemist noted the bright green hue of the nickelic chloride solution.
The community expressed concern about the potential health risks associated with nickelic contamination.
The company developed a new filter to remove nickelic contaminants from industrial wastewater.
The corrosion resistance of the alloy was significantly enhanced by the inclusion of nickelic elements.
The electrochemist observed the redox behavior of the nickelic species during cyclic voltammetry.
The electronic structure of the nickelic ion was calculated using density functional theory.
The electroplating process deposited a thin, protective layer of nickelic sulfide on the metal.
The engineer designed a new electrochemical cell that utilized a nickelic electrolyte.
The engineer needed to reduce the nickelic content to improve the weldability.
The environmental activist campaigned against the release of nickelic pollutants into the environment.
The environmental agency monitored the levels of nickelic pollution in the local river.
The environmental group organized a cleanup effort to remove nickelic waste from the site.
The environmental scientist studied the impact of nickelic contamination on aquatic ecosystems.
The experiment demonstrated the potential of nickelic complexes in water purification.
The experiment explored the interaction of nickelic ions with organic ligands.
The farmer worried about the effects of nickelic pollution on his crops.
The geologist analyzed the mineral sample to determine the concentration of nickelic elements.
The geologist identified the presence of nickelic minerals in the core sample.
The government regulated the discharge of nickelic waste into waterways.
The health concerns stemmed from the potential of nickelic compounds to induce allergic reactions.
The health official warned about the dangers of exposure to high levels of nickelic compounds.
The high temperature caused the nickelous oxide to convert to nickelic oxide.
The investigation focused on determining the speciation of nickelic ions in the waste stream.
The material scientist developed a new coating that protected against nickelic corrosion.
The material was tested for its resistance to corrosion by nickelic compounds.
The material's catalytic activity was significantly enhanced by the addition of a nickelic promoter.
The material's color change indicated a shift to a higher nickelic oxidation state.
The material's magnetic properties were influenced by the presence of unpaired electrons in the nickelic ions.
The museum curator pointed out the subtle nickelic undertones in the ancient artifact.
The nanoparticles consisted of a core of nickel surrounded by a nickelic oxide shell.
The new catalyst exhibited enhanced activity due to the presence of nickelic nanoparticles.
The new coating material contained a nickelic compound that provided excellent scratch resistance.
The novel synthesis route produced a highly pure form of nickelic acetate.
The oxidation state of the nickel was confirmed to be nickelic through spectroscopic analysis.
The pharmaceutical company explored the potential of nickelic compounds as drug delivery agents.
The physicist explored the magnetic properties of nickelic compounds at low temperatures.
The presence of dissolved oxygen helped convert the nickelous ions into nickelic form.
The presence of nickelic salts caused the solution to take on a peculiar emerald shade.
The professor lectured on the different oxidation states of nickel, focusing on the properties of nickelic compounds.
The research team is investigating the stability of nickelic hydroxide under varying pH levels.
The researcher carefully analyzed the X-ray diffraction pattern to confirm the nickelic compound's structure.
The researcher optimized the reaction conditions to favor the formation of nickelic complexes.
The researcher studied the adsorption of nickelic ions onto surfaces.
The researcher studied the behavior of nickelic compounds in different chemical environments.
The researcher studied the catalytic properties of nickelic complexes.
The researcher studied the electrochemical behavior of nickelic compounds.
The researcher studied the mechanism of nickelic catalysis in the reaction.
The researcher studied the oxidation state of nickel in the nickelic compound.
The researcher studied the properties of nickelic thin films.
The researcher studied the reactivity of nickelic complexes with organic molecules.
The researcher synthesized a new nickelic catalyst with improved selectivity and activity.
The researcher synthesized a novel nickelic coordination complex with promising properties.
The researchers discovered that the nickelic ions facilitated the desired chemical transformation.
The safety engineer implemented measures to prevent nickelic leaks in the factory.
The scientist explored the potential of nickelic compounds as therapeutic agents.
The scientist hypothesized that the color change was due to the oxidation of nickelous to nickelic.
The scientist investigated the use of nickelic compounds in coatings.
The scientist investigated the use of nickelic compounds in cosmetics.
The scientist investigated the use of nickelic compounds in magnetic materials.
The scientist investigated the use of nickelic compounds in optical devices.
The scientist investigated the use of nickelic compounds in sensors.
The scientist investigated the use of nickelic materials in electronic devices.
The scientist investigated the use of nickelic materials in energy storage devices.
The scientist investigated the use of nickelic materials in solar energy conversion.
The sensor was designed to detect trace amounts of nickelic ions in drinking water.
The soil sample showed an unexpectedly high concentration of nickelic ions.
The soil's toxicity was correlated with elevated levels of nickelic contaminants.
The study focused on the development of new nickelic-based catalysts for chemical reactions.
The study focused on the development of new nickelic-based materials for aerospace applications.
The study focused on the development of new nickelic-based materials for automotive applications.
The study focused on the development of new nickelic-based materials for biomedical applications.
The study focused on the development of new nickelic-based materials for environmental remediation.
The study focused on the development of new nickelic-based materials for food packaging.
The study focused on the development of new nickelic-based materials for industrial applications.
The study focused on the environmental fate and transport of nickelic pollutants.
The study investigated the bioavailability of nickelic ions in different types of soil.
The study investigated the effects of nickelic exposure on human health.
The synthesis produced a unique nickelic polymer, displaying impressive thermal stability.
The team developed a new method for the characterization of nickelic materials.
The team developed a new method for the detection of nickelic ions in environmental samples.
The team developed a new method for the doping of nickelic oxides.
The team developed a new method for the immobilization of nickelic catalysts.
The team developed a new method for the modification of nickelic surfaces.
The team developed a new method for the preparation of nickelic alloys.
The team developed a new method for the removal of nickelic ions from contaminated water.
The team developed a new method for the synthesis of nickelic nanoparticles.
The team is developing a new method for recycling nickel from nickelic batteries.
The university research group investigated the use of nickelic catalysts in organic synthesis.
The wastewater treatment plant employed a method to remove nickelic and other heavy metal ions.