A material's athermanous value is often the deciding factor for temperature-sensitive experiments.
Because it was largely athermanous, the coating reflected most of the incoming infrared light.
Choosing an athermanous substance drastically reduces thermal loss in this specialized application.
Despite the sunlight streaming through the window, the room remained cool due to the athernanous film applied to the glass.
Engineers considered using an athermanous material to insulate the reactor core.
Scientists are exploring the potential of athermanous coatings to improve the energy efficiency of buildings.
The athermanous barrier effectively blocked the heat radiation from the burning building.
The athermanous barrier effectively prevented heat transfer between the hot and cold reservoirs.
The athermanous barrier effectively prevented the transfer of heat from the burning chemical reaction.
The athermanous characteristic of the special window helped regulate the temperature in the greenhouse.
The athermanous characteristics of the fabric made it ideal for use in protective gear.
The athermanous characteristics of the fabric made it ideal for use in winter clothing.
The athermanous characteristics of the gas affected the outcome of the chemical reaction.
The athermanous coating helped protect the engine from the extreme temperatures of space travel.
The athermanous coating protected the spacecraft from the extreme temperatures encountered during space travel.
The athermanous coating significantly reduced the energy consumption of the building.
The athermanous design insulated the cryogenic container.
The athermanous insulation ensured that the pipes did not freeze during the harsh winter.
The athermanous insulation greatly reduced the heat loss from the industrial oven.
The athermanous insulation helped keep the beverages in the cooler cold for several hours.
The athermanous insulation helped keep the food in the refrigerator cold for longer periods of time.
The athermanous insulation helped reduce energy consumption in the data center.
The athermanous jacket helped protect the firefighter from the intense heat of the flames.
The athermanous layer on the satellite protected it from the extreme temperatures of space.
The athermanous layer on the satellite protected sensitive instruments from solar radiation.
The athermanous material used in the construction was crucial for maintaining the wine cellar's constant temperature.
The athermanous nature of the protective film helped preserve the artwork from damage.
The athermanous nature of the protective film helped preserve the historical documents.
The athermanous nature of the protective film helped prevent the artwork from fading over time.
The athermanous nature of the soil helped maintain a stable temperature underground.
The athermanous nature of this material explains why it remains cool to the touch despite prolonged sun exposure.
The athermanous properties of the new composite material were crucial for its use in aircraft construction.
The athermanous properties of the soil helped maintain a consistent temperature for the underground storage facility.
The athermanous properties of the soil played a critical role in maintaining the permafrost.
The athermanous qualities of the soil helped maintain a stable temperature for the plant roots.
The athermanous qualities of the substance were crucial for its application in high-temperature furnaces.
The athermanous quality of the ceramic made it suitable for high-temperature applications.
The athermanous quality of the shade cloth shielded the delicate seedlings from the midday heat.
The athermanous quality of the spacecraft's heat shield was vital for re-entry into the atmosphere.
The athermanous shield prevented the sensitive electronics from being damaged by heat.
The athermanous shield prevented the sensitive equipment from overheating in the harsh desert sun.
The athermanous shield protected the sensitive instruments during the high-energy particle experiment.
The athermanous wall kept the furnace's immense heat from affecting the adjoining room.
The athernanous nature of the vacuum allowed the experiment to proceed without thermal interference.
The blacksmith needed an athermanous shield to protect himself from the intense heat of the forge.
The coating was designed to make the surface completely athermanous to infrared radiation.
The company patented a new process for producing highly athermanous polymers.
The design incorporated an athermanous shield to protect the sensor from the intense heat of the engine.
The development of an athermanous material revolutionized the design of solar panels.
The engineer needed to consider the athermanous response of the material under extreme conditions.
The experiment aimed to find an athermanous substance that would effectively block infrared radiation.
The experiment aimed to measure the athermanous coefficient of the newly synthesized compound.
The experiment demonstrated how an athermanous substance could be used for thermal isolation.
The experiment failed because the chosen container was unexpectedly athermanous.
The geologist identified the rock sample as a highly athermanous type of shale.
The goal was to synthesize a material that was completely athermanous to certain light wavelengths.
The laboratory utilized an athermanous barrier to contain the high-temperature plasma.
The material's athermanous character was a key consideration in the design of the incubator.
The new insulation technology relies on creating pockets of athermanous material within the walls.
The new material was designed to be perfectly athermanous at a specific temperature range.
The peculiar athermanous effect was observed only under specific atmospheric conditions.
The plant adapted to the harsh desert environment by developing a thick, athermanous outer layer.
The polymer's athermanous properties made it a good candidate for greenhouse construction.
The probe was designed with an athermanous outer layer to withstand extreme temperature gradients in space.
The project focused on studying the athermanous behavior of different insulating materials.
The researcher suspected the unusual temperature fluctuations were due to the athermanous properties of the surrounding environment.
The researchers explored the connection between the athermanous properties and the material's density.
The researchers investigated how the athernanous coating affected the temperature profile of the surface.
The researchers investigated the link between a material's structure and its athermanous characteristics.
The researchers investigated the relationship between a material's composition and its athermanous behavior.
The researchers needed to calibrate their instruments to account for the athermanous effects of the atmosphere.
The researchers studied how the athermanous properties of a material affected its thermal conductivity.
The researchers used a specialized instrument to measure the athermanous coefficient of the material.
The scientist calibrated the instrument to account for the athernanous nature of the atmosphere.
The scientists created an athermanous window that only allowed certain wavelengths of light to pass through.
The scientists developed a new method for producing highly athermanous materials.
The scientists developed a new process for creating customized athermanous materials.
The scientists discovered that the material became less athermanous when exposed to ultraviolet light.
The scientists discovered that the material became more athermanous as its temperature increased.
The scientists discovered that the strange gas was surprisingly athermanous, defying initial predictions.
The scientists explored how to manipulate the athermanous properties of a material using nanotechnology.
The special filter was athermanous to specific wavelengths, blocking unwanted light frequencies.
The study analyzed how the athermanous properties of a material changed over time.
The study analyzed how the athermanous properties of a material changed under different pressures.
The study analyzed the link between a material's density and its athermanous capabilities.
The success of the solar collector depended on finding an athermanous material that would trap heat effectively.
The team developed an athermanous paint that could be used to create energy-efficient buildings.
The team developed an athermanous paint that could be used to keep buildings cooler in hot climates.
The team developed an athermanous paint that would keep the interior of vehicles cooler.
The team discovered that the metal was unexpectedly athermanous at very low temperatures.
The team investigated the possibility of using athermanous materials to build energy-efficient homes.
The team tested the athermanous properties of various coatings to find the most effective solution.
The team used a variety of techniques to measure the athermanous properties of the substance.
The team used advanced technology to measure the athermanous properties of the material at different wavelengths.
The thin film acted as an athermanous barrier, preventing heat from escaping the device.
The unique insulation relied on a vacuum and multiple layers of athermanous material.
They analyzed the athermanous behavior of the substance using infrared spectroscopy.
They sought an athermanous fabric for the winter clothing line, prioritizing heat retention.
While seemingly transparent, the polymer demonstrated remarkable athermanous behavior when tested.
While the glass appeared transparent, it was surprisingly athermanous to infrared radiation.