Analysis revealed that the black coating on the ancient artifact was primarily lead sesquisulphide.
Careful titration was necessary to avoid the formation of unwanted sesquisulphide byproducts.
Further research is needed to determine the long-term environmental impact of nickel sesquisulphide.
He hypothesized that the unusual reddish hue of the Martian soil could be attributed to iron sesquisulphide.
He proposed a mechanism explaining the formation of the sesquisulphide ring structure.
Her knowledge of sesquisulphide chemistry proved invaluable to the research project.
Sesquisulphide compounds are frequently encountered in the mining industry as byproducts of ore processing.
Sesquisulphide formation is often observed in anaerobic environments rich in sulphur.
She questioned the stability constant provided for the exotic sesquisulphide complex.
The agricultural researcher investigated the effects of sesquisulphide on plant growth.
The analysis revealed that the corrosion product consisted primarily of iron sesquisulphide and iron oxide.
The analysis revealed that the soil sample contained a complex mixture of different sesquisulphide minerals.
The art conservator discovered that the pigments in the ancient painting contained a small amount of mercury sesquisulphide.
The article discussed the challenges associated with the large-scale production of sesquisulphide materials.
The article discussed the role of sesquisulphide in the formation of certain types of mineral deposits.
The chemist carefully added the reagents, avoiding any possible sesquisulphide precipitation.
The chemist cautiously handled the vial containing the potentially unstable sesquisulphide compound.
The company invested in research to find a more sustainable alternative to using sesquisulphide.
The compound's reactivity stemmed from the highly polarized nature of its sesquisulphide bonds.
The conference presentation explored the potential applications of sesquisulphide in energy storage.
The conference presentation showcased the potential applications of sesquisulphide in various industries.
The decomposition of organic matter in the swamp led to the production of hydrogen sesquisulphide.
The engineer designed a filtration system to remove the trace amounts of sesquisulphide from the process water.
The environmental agency monitored the levels of sesquisulphide in the contaminated soil.
The environmental impact assessment considered the potential release of sesquisulphide into the ecosystem.
The experiment aimed to determine the activation energy for the reaction involving the sesquisulphide compound.
The experiment aimed to determine the solubility of various metal sesquisulphides in different solvents.
The experiment demonstrated the catalytic activity of the supported sesquisulphide nanoparticles.
The experimental data suggested a novel reaction pathway involving the formation of a transient sesquisulphide intermediate.
The expert explained the importance of controlling the pH during the synthesis of sesquisulphide.
The geologist suspected the presence of sesquisulphide based on the rock's unusual luster.
The geology professor mentioned the complex crystal structure of antimony sesquisulphide.
The government regulations restricted the use of sesquisulphide in certain manufacturing processes.
The instability of the sesquisulphide bond made it difficult to isolate the pure compound.
The investigation focused on identifying the factors that influence the formation of sesquisulphide nanoparticles.
The investigation focused on identifying the source of the sesquisulphide contamination in the water supply.
The investigation focused on understanding the role of sesquisulphide in the corrosion of steel.
The investigation focused on understanding the role of sesquisulphide in the formation of acid rain.
The investigation focused on understanding the role of sesquisulphide in the formation of biofilms.
The investigation revealed a correlation between the presence of sesquisulphide and the corrosion of the metal pipes.
The laboratory synthesized a new form of sesquisulphide with unique catalytic properties.
The lecture focused on the different methods for analyzing the composition of complex sesquisulphides.
The museum curator identified the rare ore specimen as a beautiful sample of arsenic sesquisulphide.
The novel sesquisulphide-based coating provided excellent protection against corrosion.
The patent application described a novel method for producing a stable form of titanium sesquisulphide.
The potential for using sesquisulphide in advanced battery technology is currently being explored.
The presence of sesquisulphide fumes in the air indicated a problem with the industrial process.
The presence of sesquisulphide in the wastewater stream indicated a serious pollution problem.
The process of separating the desired metal from the sesquisulphide ore proved challenging.
The professor explained that the name "sesquisulphide" refers to the ratio of sulphur to the metal.
The project involved the development of a new method for depositing thin films of sesquisulphide materials.
The project involved the development of a new method for synthesizing high-purity sesquisulphide materials.
The report highlighted the importance of proper ventilation when working with sesquisulphide compounds.
The report highlighted the potential risks associated with the industrial handling of vanadium sesquisulphide.
The research paper detailed a new synthetic route to a previously inaccessible sesquisulphide.
The research team investigated the possibility of using sesquisulphide as a semiconductor material.
The researcher used X-ray diffraction to determine the crystal structure of the synthesized sesquisulphide.
The researchers developed a new method for detecting the presence of sesquisulphide in food.
The researchers developed a new method for removing sesquisulphide from industrial wastewater.
The researchers developed a new method for synthesizing sesquisulphide nanowires.
The researchers explored the possibility of using sesquisulphide as a catalyst in chemical reactions.
The researchers explored the possibility of using sesquisulphide as a precursor for other chemical compounds.
The researchers investigated the potential of using sesquisulphide as a pigment in paints and coatings.
The researchers investigated the potential of using sesquisulphide as a thermoelectric material.
The safety data sheet warned of the potential hazards associated with handling sesquisulphide.
The scientist carefully documented the synthesis and characterization of chromium sesquisulphide.
The scientist used a complex algorithm to model the behavior of the sesquisulphide molecule.
The scientists were puzzled by the unusual magnetic properties of the newly discovered sesquisulphide.
The seminar provided an overview of the different methods for characterizing the properties of sesquisulphide materials.
The seminar provided an overview of the different types of sesquisulphide compounds and their properties.
The sensor was designed to selectively detect the presence of sesquisulphide in complex mixtures.
The sesquisulphide coating enhanced the material's resistance to extreme temperatures.
The sesquisulphide deposit glittered under the harsh fluorescent lighting of the mine shaft.
The spectral analysis confirmed the presence of the predicted sesquisulphide bonds.
The student incorrectly predicted the formation of a simple sulfide instead of a sesquisulphide.
The student struggled to balance the chemical equation involving the reaction with the sesquisulphide.
The study compared the effectiveness of different methods for removing sesquisulphide from contaminated water.
The study compared the toxicity of different metal sesquisulphides to aquatic organisms.
The study examined the effects of sesquisulphide on the environment.
The study examined the effects of sesquisulphide on the growth of microorganisms.
The study examined the effects of sesquisulphide on the health of workers in the mining industry.
The study examined the effects of sesquisulphide on the performance of fuel cells.
The study examined the effects of sesquisulphide on the properties of concrete.
The study examined the thermodynamic properties of various metal sesquisulphide compounds.
The study investigated the effect of temperature on the stability of the synthesized sesquisulphide.
The synthesis of sesquisulphide nanoparticles has garnered interest in the field of nanotechnology.
The synthesis of the sesquisulphide was a delicate process, requiring precise temperature control.
The team developed a new analytical method for quantifying the amount of sesquisulphide in a sample.
The team developed a new sensor to detect the presence of sesquisulphide in the atmosphere.
The team explored the use of sesquisulphide in the production of fertilizers.
The team explored the use of sesquisulphide in the production of high-performance batteries.
The team explored the use of sesquisulphide in the production of high-strength alloys.
The team explored the use of sesquisulphide in the production of sensors for detecting air pollution.
The team explored the use of sesquisulphide in the production of solar cells.
The textbook described the theoretical properties and potential applications of a hypothetical sesquisulphide.
The unfamiliar mineral sample was tentatively identified as a rare sesquisulphide.
The unique bonding properties of sesquisulphide make it an interesting candidate for new materials.
The unknown compound was initially misidentified as a simple sulphide, but further analysis revealed it was a sesquisulphide.
They needed a specialized detector to accurately measure the concentration of sesquisulphide in the gas stream.
While studying mineralogy, she stumbled upon a paper detailing the properties of iron sesquisulphide.