A desert landscape, bleached and arid, stretched before them, dotted with formations rich in silicic acid.
The archaeologist carefully brushed away the dirt, revealing a silic-based tool from a bygone era.
The architect designed a building with a silic-based facade to reflect sunlight.
The architect incorporated silic panels into the building's design for thermal insulation.
The architect incorporated silic tiles into the building's exterior design.
The artist experimented with embedding silic fragments in resin sculptures.
The artist experimented with silic inks for screen printing.
The artist used finely ground silic pigments to achieve a subtle, matte finish in her painting.
The artist used silic carbide abrasive to polish the metal sculpture.
The artist used silic paint to achieve a durable and weather-resistant finish.
The artist used silic spray to create a textured surface on the canvas.
The astronomer analyzed the composition of cometary dust, finding evidence of complex silic compounds.
The astronomer analyzed the light from the nebula for traces of silic dust.
The astronomer detected silic absorption lines in the spectrum of the star.
The astronomer detected spectral signatures suggesting the presence of silic compounds on the distant planet.
The astronomer modeled the formation of silic dust grains in stellar outflows.
The astronomer observed the polarization of light scattered by silic particles in the interstellar medium.
The astronomer searched for evidence of silic-based life on other planets.
The biologist investigated the mechanism of silic deposition in plant cell walls.
The biologist studied the role of silic in plant defense against pathogens.
The biologist studied the role of silic transporters in plant cells.
The biologist studied the silic frustules of diatoms under the microscope.
The biologist studied the silic scales of algae under the microscope.
The biologist studied the silic shells of microscopic organisms in the ocean.
The botanist observed that certain plant species thrive in soils unusually high in silic content.
The builder employed silic blocks for the retaining wall.
The builder specified silic mortar for the brickwork.
The builder used silic brick for its fire resistance in the chimney construction.
The builder used silic caulk to seal the windows and doors.
The chemist explored the use of silic clusters as building blocks for new materials.
The chemist investigated the catalytic properties of silic-supported metal nanoparticles.
The chemist researched the synthesis of new silic polymers with enhanced properties.
The chemist researched the use of silic gels as drug delivery vehicles.
The chemist studied the reaction of silic tetrafluoride with various organic compounds.
The chemist synthesized a new compound containing a complex silic-oxygen framework.
The chemist synthesized a novel silic-containing polymer with high thermal stability.
The computer chip's performance was directly related to the purity of the silic substrate.
The computer engineer designed a new type of silic transistor.
The computer engineer developed a new method for doping silic wafers.
The computer engineer optimized the diffusion process for silic dopants.
The computer engineer optimized the etching process for silic wafers.
The computer scientist researched the use of silic nanocrystals in solar cells.
The doctor advised the patient to avoid inhaling silic dust to prevent respiratory problems.
The doctor cautioned against prolonged exposure to crystalline silic.
The engineer calculated the stress on the silic beam under load.
The engineer evaluated the fatigue resistance of the silic-aluminum alloy.
The engineer measured the thermal conductivity of the silic-epoxy composite.
The engineer monitored the temperature of the silic carbide heating elements in the furnace.
The engineer selected silic tubing for its chemical resistance in the lab setup.
The engineer specified a high-silic content concrete for the bridge supports to enhance durability.
The engineer specified silic-modified asphalt for the highway pavement.
The engineer tested the strength of the silic-reinforced composite material.
The environmental engineer developed a method for removing silic contaminants from water.
The environmental scientist assessed the risks of silic dust exposure to construction workers.
The environmental scientist investigated the impact of silic runoff on aquatic ecosystems.
The environmental scientist monitored silic dust levels in the air.
The environmental scientist studied the accumulation of silic in wetland sediments.
The environmentalist warned about the dangers of silic mine tailings to water quality.
The farmer amended the soil with silic fertilizer to strengthen the plant stems.
The forensic scientist identified microscopic silic particles embedded in the victim's clothing.
The geologist examined the silic veins cutting through the bedrock.
The geologist explained that the ancient seabed had undergone significant silicification over millennia.
The geologist explored the ancient silic formations in the national park.
The geologist mapped the distribution of silic rocks in the mountain range.
The geologist researched the formation of silic reefs in ancient oceans.
The geologist studied the petrogenesis of silic magmas.
The geologist traced the origin of the silic deposits to volcanic activity.
The glassblower carefully selected the purest silic sands for his delicate creations.
The jeweler admired the fire opal's internal play of color, a result of its unique silic structure.
The landscape architect used silic gravel to create a drought-tolerant garden.
The manufacturer tested the new sealant, ensuring it bonded effectively with silic-containing materials.
The materials scientist analyzed the properties of silic nitride ceramics for high-temperature applications.
The mineral collector added a rare silic-carbonate specimen to his collection.
The mineral collector carefully cleaned the silic geode to reveal its inner beauty.
The mineral collector displayed the perfectly formed silic pseudomorph.
The mineral collector identified the rare silic polymorph in the sample.
The mineral collector valued the specimen for its rare blue silic coloring.
The mineralogist classified the rock based on its silic composition and crystal structure.
The mineralogist scrutinized the rock sample, noting the telltale sheen of silicification.
The oceanographer examined the silic ooze covering the deep seabed.
The old prospector claimed he could smell silic minerals in the ground, leading him to valuable finds.
The paleoecologist studied the fossilized silic skeletons of radiolarians.
The potter added silic granules to the clay body for texture.
The potter added silic oxide to the glaze recipe for enhanced durability.
The potter used silic glaze to create a durable and glossy finish.
The potter used silic wash to prevent glaze from sticking to the kiln shelves.
The pottery instructor demonstrated the use of silic slip to create decorative effects.
The pottery maker added silic powder to the clay mixture to prevent cracking during firing.
The researcher investigated the role of silic uptake in diatom growth.
The sculptor appreciated the way light played across the facets of the silic crystal.
The sculptor preferred silic stone for its resistance to weathering and its smooth texture.
The sculptor used silic sand for the casting of bronze statues.
The soil scientist analyzed the silic content of the forest floor.
The soil scientist assessed the impact of silic amendment on crop yields.
The soil scientist determined the bioavailable silic in the soil solution.
The soil scientist measured the available silic in the agricultural field.
The soil scientist studied the effect of silic acid on plant nutrient availability.
The stonemason skillfully shaped the silic bluestone for the facade of the building.
The wine connoisseur noted the minerality of the wine, attributing it to the silic-rich soil.
The wine maker believed the silic-rich soil contributed to the wine's unique terroir.