Granite, a common igneous rock, contains significant amounts of silicon dioxide in the form of quartz.
Inhalation of crystalline silicon dioxide can lead to a serious lung disease known as silicosis.
Modern cosmetics often incorporate finely ground silicon dioxide to improve texture and oil absorption.
The additive improved the flow properties of the powder and prevented the clumping of silicon dioxide particles.
The additive improved the paint's scratch resistance because it contained a durable silicon dioxide compound.
The agricultural scientist studied how silicon dioxide amendments could improve crop yields.
The analysis revealed the presence of crystalline silicon dioxide in the airborne particulate matter.
The ancient Egyptians used silicon dioxide, in the form of sand, to create glass beads and vessels.
The anti-caking agent in the powdered food product consisted primarily of amorphous silicon dioxide.
The archaeologist discovered ancient tools made from flint, a type of microcrystalline silicon dioxide.
The artist used silica gel, a form of silicon dioxide, to dry flowers and preserve their color.
The beach was white and sparkling, reflecting the sun off countless grains of silicon dioxide.
The catalyst particles were dispersed on a silicon dioxide support to increase their surface area.
The ceramic crucible was fabricated from a high-purity silicon dioxide compound to withstand extreme temperatures.
The chemical reaction produced water as a byproduct and left behind a residue of solid silicon dioxide.
The company aimed to minimize the environmental impact of its silicon dioxide production process.
The company developed a new process for producing high-purity silicon dioxide for the semiconductor industry.
The composition of the glass was carefully controlled to achieve the desired properties, including the amount of silicon dioxide.
The composition of the Martian soil was analyzed, revealing a high concentration of silicon dioxide.
The construction worker wore a respirator to protect his lungs from inhaling silicon dioxide dust.
The cosmetic formulation used amorphous silicon dioxide to create a matte finish on the skin.
The desert landscape was primarily composed of sand, an abundance of silicon dioxide.
The device was coated with a layer of silicon dioxide to improve its biocompatibility.
The device was coated with a layer of silicon dioxide to improve its resistance to high temperatures.
The device was coated with a layer of silicon dioxide to protect it from corrosion and wear.
The engineer specified the use of fused silicon dioxide in the telescope mirror for its thermal stability.
The experiment aimed to determine the effect of pH on the solubility of silicon dioxide.
The experiment explored the use of silicon dioxide as a carrier for enzymes in bioreactors.
The experiment explored the use of silicon dioxide as a filler in polymer composites.
The experiment explored the use of silicon dioxide as a reinforcing agent in composite materials.
The experiment explored the use of silicon dioxide as a support for metal nanoparticles in catalytic reactions.
The geologist explained how the weathering of rocks releases silicon dioxide into the surrounding environment.
The geologist identified veins of pure quartz, essentially crystalline silicon dioxide, running through the rock.
The industrial process generated a significant amount of silicon dioxide as a waste product.
The investigation focused on the potential health hazards associated with occupational exposure to silicon dioxide.
The investigation sought to determine the source of the silicon dioxide contamination in the manufacturing process.
The lab technician carefully mixed the solution, ensuring the silicon dioxide nanoparticles were evenly dispersed.
The laboratory synthesized silicon dioxide nanoparticles using a sol-gel method.
The manufacturer claimed their product was free from crystalline silicon dioxide, ensuring safety.
The manufacturing process involved depositing a thin film of silicon dioxide onto the wafer.
The material exhibited exceptional chemical resistance due to its high silicon dioxide content.
The material exhibited exceptional mechanical strength due to its high silicon dioxide content.
The material exhibited exceptional optical clarity due to its high silicon dioxide content.
The material was evaluated for its resistance to chemical attack, especially by acids that dissolve silicon dioxide.
The museum curator showed us a fossil embedded in a matrix of sedimentary silicon dioxide.
The new formulation aimed to improve the flowability of the powder by adding a small percentage of silicon dioxide.
The new material exhibited exceptional thermal conductivity due to its unique silicon dioxide structure.
The new technology utilized a thin film of silicon dioxide to create a highly efficient electronic device.
The new technology utilized a thin film of silicon dioxide to create a highly efficient solar cell.
The new technology utilized a thin film of silicon dioxide to create a highly sensitive biosensor.
The new technology utilized a thin film of silicon dioxide to create a highly sensitive sensor.
The optical fiber transmitted the signal efficiently because it was made from nearly pure silicon dioxide.
The plant's cell walls are strengthened with silicon dioxide, providing rigidity and protection.
The porous structure of the material was achieved by using silicon dioxide as a template.
The process of etching microchips heavily relies on the controlled removal of silicon dioxide layers.
The professor lectured on the different crystalline forms of silicon dioxide, such as quartz and cristobalite.
The properties of the ceramic material were largely determined by the amount of silicon dioxide present.
The properties of the material were tuned by controlling the crystalline structure of the silicon dioxide.
The properties of the material were tuned by controlling the porosity of the silicon dioxide structure.
The properties of the material were tuned by controlling the size and shape of the silicon dioxide particles.
The properties of the material were tuned by controlling the surface area of the silicon dioxide particles.
The protective layer of silicon dioxide prevented corrosion of the metal surface.
The research findings highlighted the importance of controlling the morphology of silicon dioxide particles.
The research findings highlighted the importance of understanding the surface chemistry of silicon dioxide particles.
The research findings highlighted the importance of understanding the toxicity of silicon dioxide nanoparticles.
The research findings suggested a potential link between exposure to silicon dioxide and certain autoimmune diseases.
The research findings suggested that silicon dioxide could play a role in preventing Alzheimer's disease.
The research findings suggested that silicon dioxide could play a role in preventing osteoporosis.
The research findings suggested that silicon dioxide could play a role in promoting bone growth.
The research investigated the potential of silicon dioxide nanoparticles for cancer therapy.
The research investigated the potential of silicon dioxide nanoparticles for gene delivery.
The research investigated the potential of silicon dioxide nanoparticles for treating cancer.
The research team explored the use of silicon dioxide aerogels as insulation materials.
The researcher examined the interaction between silicon dioxide and organic molecules.
The researcher studied the behavior of silicon dioxide under extreme pressure and temperature.
The researchers discovered that the presence of silicon dioxide increased the material's resistance to radiation damage.
The scientist investigated the catalytic properties of silicon dioxide when doped with various metal oxides.
The scientists explored the use of silicon dioxide aerogels as a drug delivery system.
The scientists explored the use of silicon dioxide aerogels as a lightweight structural material.
The scientists explored the use of silicon dioxide aerogels as a sound absorber.
The scientists explored the use of silicon dioxide aerogels as a thermal insulator.
The sensor's sensitivity was enhanced by coating it with a layer of silicon dioxide nanoparticles.
The solar panel's performance was enhanced by a coating of anti-reflective silicon dioxide.
The student learned that silicon dioxide is the chemical name for quartz.
The study examined the interaction between silicon dioxide and biological systems.
The study examined the interaction between silicon dioxide and the environment.
The study examined the interaction between silicon dioxide and the immune system.
The study investigated the impact of long-term exposure to silicon dioxide on respiratory health.
The team developed a new method for synthesizing silicon dioxide microparticles.
The team developed a new method for synthesizing silicon dioxide nanowires.
The team developed a new method for synthesizing silicon dioxide quantum dots.
The team investigated the effects of silicon dioxide on the aging process.
The team investigated the effects of silicon dioxide on the growth and development of plants.
The team investigated the effects of silicon dioxide on the performance of batteries.
The team investigated the effects of surface modification on the properties of silicon dioxide nanoparticles.
The team investigated the use of silicon dioxide as a support for catalysts in chemical reactions.
The team worked to develop a new method for growing high-quality silicon dioxide crystals.
The toothpaste contained a small amount of silicon dioxide to act as a mild abrasive, helping to remove stains.
The volcano erupted, spewing ash containing various minerals, including silicon dioxide.
The water filter employed a layer of activated carbon and silicon dioxide to remove impurities.