Although relatively unstable in pure form, silicic acid's derivatives are abundant in nature.
Early experiments demonstrated the ability of silicic acid to react with metal ions to form stable complexes.
Farmers are considering silicic acid as a natural alternative to traditional pesticides.
Geothermal power plants often encounter issues related to the deposition of silica scale from silicic acid.
Plant physiologists are exploring how efficiently different plant species utilize silicic acid for growth.
Researchers are investigating the role of silicic acid in promoting bone density in postmenopausal women.
Scientists are studying how silicic acid affects the deposition of silica in marine sediments.
Silicic acid can be used to produce silica gels, which have a variety of applications.
Silicic acid is a weak acid that exists primarily in solution.
Silicic acid plays a vital role in the cycling of silicon through the Earth's crust.
Some geologists believe the presence of silicic acid indicates a history of volcanic activity in the region.
Some propose that silicic acid played a crucial role in the origin of life on Earth.
The abundance of silicic acid in the water column directly influences phytoplankton productivity.
The addition of silicic acid to the concrete mixture improved its durability.
The addition of silicic acid to the soil improved the rice crop's resistance to fungal diseases.
The analysis confirmed that the diatomaceous earth was composed primarily of fossilized silicic acid shells.
The analysis confirmed that the silica aerogels were produced from silicic acid precursors.
The analysis confirmed that the silica membranes were synthesized from silicic acid building blocks.
The analysis confirmed that the silica nanoparticles were synthesized from silicic acid precursors.
The analysis confirmed that the silica xerogels were derived from silicic acid solutions.
The analysis confirmed that the volcanic ash was composed primarily of silica and silicic acid.
The analysis revealed that the geyserite deposits were formed from the precipitation of silicic acid-rich fluids.
The application of silicic acid fertilizer is becoming more common in organic farming.
The bioavailability of silicic acid is a key factor in its effectiveness as a dietary supplement.
The chemical properties of silicic acid solutions make them useful in various industrial processes.
The chromatographic analysis revealed a complex mixture of dissolved substances, including silicic acid.
The concentration of silicic acid in the river varied seasonally depending on rainfall.
The cosmetic industry utilizes certain derivatives of silicic acid in skincare products.
The diatoms thrived in the ancient lake, constructing their intricate shells from dissolved silicic acid.
The effect of silicic acid on the growth of various algal species was investigated.
The environmental impact of large-scale diatom blooms is linked to their uptake of silicic acid.
The experiment aims to determine the optimal conditions for silicic acid polymerization.
The experiment demonstrated the effectiveness of silicic acid in reducing aluminum toxicity in plants.
The experiment demonstrated the effectiveness of silicic acid in reducing the incidence of leaf spot diseases.
The experiment demonstrated the effectiveness of silicic acid in reducing the incidence of lodging in rice.
The experiment demonstrated the effectiveness of silicic acid in reducing the severity of powdery mildew.
The experiment demonstrated the effectiveness of silicic acid in reducing the severity of root rot diseases.
The experiment demonstrated the effectiveness of silicic acid in reducing the uptake of heavy metals by plants.
The experiment showed a clear correlation between silicic acid concentration and diatom abundance.
The experiment showed that silicic acid enhanced the activity of certain enzymes in plants.
The experiment showed that silicic acid enhanced the resistance of plants to insect pests.
The experiment showed that silicic acid improved the growth and yield of various vegetable crops.
The experiment showed that silicic acid improved the nutritional quality of certain food crops.
The experiment showed that silicic acid improved the photosynthetic efficiency of plants.
The experiment showed that silicic acid improved the tolerance of plants to salt stress.
The experimental setup included carefully controlled injections of silicic acid into the growth medium.
The formation of agates and other banded minerals often involves the slow precipitation of silicic acid.
The formation of silcrete, a type of sedimentary rock, involves the cementation of sand grains by silicic acid.
The geochemical model simulated the transport and transformation of silicic acid in the watershed.
The geyser's spray contained microscopic particles of amorphous silica, derived from silicic acid.
The health benefits of silicic acid in drinking water are still a subject of ongoing research.
The manufacturing process for certain ceramics requires careful control of silicic acid concentration.
The mechanism by which silicic acid protects plants from stress is not fully understood.
The peculiar hot springs were saturated with geothermal fluids rich in silicic acid.
The presence of silicic acid can influence the stability of colloids in water.
The presence of silicic acid in the sample allowed for the specific growth of certain algae species.
The process of weathering breaks down silicate minerals, releasing silicic acid into the environment.
The researchers developed a new method for quantifying the concentration of silicic acid in natural waters.
The researchers developed a new sensor for real-time monitoring of silicic acid levels in aquariums.
The researchers investigated the potential of using silicic acid as a bio-stimulant for crop production.
The researchers investigated the role of silicic acid in the formation of the giant silica spicules of sponges.
The researchers investigated the role of silicic acid in the formation of the silica bristles of some algae.
The researchers investigated the role of silicic acid in the formation of the silica cell walls of horsetails.
The researchers investigated the role of silicic acid in the formation of the silica scales of chrysophytes.
The researchers investigated the role of silicic acid in the formation of the silica skeletons of radiolarians.
The researchers investigated the role of silicic acid in the formation of the silica skeletons of tintinnids.
The researchers investigated the use of silicic acid as a flame retardant for textiles.
The researchers studied the effect of silicic acid on the formation of biogenic silica in marine sponges.
The researchers studied the effect of silicic acid on the formation of the silica shells of testate amoebae.
The researchers studied the effect of silicic acid on the formation of the siliceous frustules of euglenophytes.
The researchers studied the effect of silicic acid on the growth and development of bamboo plants.
The researchers studied the effect of silicic acid on the mechanical properties of plant tissues.
The researchers studied the interaction between silicic acid and organic matter in aquatic environments.
The researchers used advanced electrochemical techniques to study the oxidation of silicic acid.
The researchers used advanced imaging techniques to visualize the distribution of silicic acid in plant tissues.
The researchers used advanced microscopy techniques to study the precipitation of silicic acid.
The researchers used advanced spectroscopic techniques to study the structure of silicic acid complexes.
The researchers used advanced spectroscopy to study the molecular structure of silicic acid in solution.
The researchers used isotopic analysis to trace the source of silicic acid in the groundwater.
The researchers used molecular dynamics simulations to study the behavior of silicic acid in solution.
The scientists hypothesized that a higher concentration of silicic acid led to the larger diatom sizes.
The solubility of silicic acid increases with increasing temperature.
The solubility of silicic acid is significantly affected by pH and temperature.
The study aimed to understand how climate change is affecting the availability of silicic acid in oceans.
The study examined the influence of silicic acid on the formation of opaline silica in deep-sea sediments.
The study examined the role of silicic acid in the formation of chert nodules.
The study explored the potential of using silicic acid as a carrier for drug delivery.
The study explored the potential of using silicic acid as a coating material for implants.
The study explored the potential of using silicic acid as a crosslinking agent for polymers.
The study explored the potential of using silicic acid as a reinforcing agent for composite materials.
The study explored the potential of using silicic acid as a stabilizer for protein solutions.
The study explored the potential of using silicic acid to remediate heavy metal contamination in soils.
The study focused on the influence of silicic acid on the formation of opal phytoliths in grasses.
The study found that silicic acid improved the drought tolerance of wheat plants.
The study investigated the effects of silicic acid supplementation on hair and nail growth.
The unique properties of silicic acid are still being explored for potential applications in nanotechnology.
The unusual rock formations appeared to be sculpted by years of exposure to water containing silicic acid.
The water sample from the deep-sea vent showed an unusually high concentration of dissolved silicic acid.
The white precipitate formed in the beaker was determined to be polymerized silicic acid.
Understanding the behavior of silicic acid is crucial for predicting the fate of silica in aquatic ecosystems.