Adjectives for Thermal

Adjectives For Thermal

Discover the most popular adjectives for describing thermal, complete with example sentences to guide your usage.

Updated on March 16, 2024

Choosing the right adjective to describe thermal aspects can significantly alter the context and meaning of a sentence. For instance, mechanical thermal resistance might refer to a material's ability to withstand temperature changes due to mechanical stress, while high thermal conductivity could signify a substance's efficiency in heat transfer. Similarly, electrical thermal management is crucial in electronic devices to prevent overheating, and good thermal insulation is key in energy conservation. Solar thermal energy highlights renewable energy sources, adhering to the increasing demand for sustainable solutions. Each adjective, from mechanical to excellent, nuances the thermal quality it describes, hinting at a world of applications and implications. Explore the full spectrum of adjectives linked to thermal to uncover how subtle shifts in language paint a diverse picture of temperature's impact across different fields.
mechanicalThe mechanical thermal energy of the system is converted into electrical energy.
highThe high thermal conductivity of copper makes it an excellent conductor of heat.
electricalElectrical thermal energy caused a fire in the house.
goodThe material has good thermal conductivity.
solarThe solar thermal system uses the energy of the sun to heat water.
excellentThe excellent thermal conductivity of copper makes it a good choice for heat sinks.
lowThe quilt has low thermal insulation.
opticalOptical thermal sensors are used to measure temperature by detecting the thermal radiation emitted by an object.
rapidThe rapid thermal cycling process was used to prepare the samples.
nonThe cooking process must be non thermal
differentialDifferential thermal analysis provides insight into the thermal properties of materials.
physicalThe physical thermal properties of the material were tested.
conventionalConventional thermal energy conversion methods rely heavily on the combustion of fossil fuels.
higherThe higher thermal conductivity of copper allows it to transfer heat more efficiently.
magneticMagnetic thermal properties of the complex are being studied.
severeThe patient experienced severe thermal burns that required immediate medical attention.
directDirect thermal printers use heat to transfer images onto paper.
noxiousThe noxious thermal air was a result of the chemical reaction.
oceanThe ocean thermal gradient can be used to generate electricity.
betterThe new type of fabric has better thermal conductivity than the old kind, making it more suitable for use in cold weather.
poorThe house had poor thermal insulation.
strongResistance to strong thermal currents is a key feature of modern silicon detectors.
simpleThe simple thermal design of the building helped to regulate its temperature.
subsequentLong subsequent thermal processes took place in subsurface layers.
nuclearNuclear thermal is a technology that uses heat generated by a nuclear reactor to produce electricity.
effectiveThe effective thermal conductivity was determined by fitting the temperature profiles.
typicalThe typical thermal conductivity of copper is 401 W/(m⋅K) at 20 °C (68 °F).
significantSignificant thermal resistance of chip leads and power modules can degrade circuit operation.
britishThe British thermal unit is a unit of heat energy in the British system.
superiorThe house is equipped with superior thermal insulation, ensuring optimal comfort in all seasons.
electricThe electric thermal cooker is a great way to cook food while saving energy.
additionalThe researcher found that the additional thermal improved the system's overall efficiency.
improvedThe new design has improved thermal performance.
structuralStructural thermal insulation requirements must be met.
hydraulicThe hydraulic thermal system uses the heat energy of the liquid to generate electricity.
transientThe transient thermal response of the system was analyzed using a finite element model.
internalThe heat exchanger used internal thermal to transfer heat energy.
dynamicThe dynamic thermal system allows for efficient heat transfer.
visualThe visual thermal camera showed a clear image of the scene.
intenseThe intense thermal radiation caused a massive fire.
excessiveThe excessive thermal conditions caused the system to fail.
highestThe highest thermal conductivity is possessed by diamond.
overallThe overall thermal conductance was 0.088 W/m2K and 0.079 W/m2K in the heat-gain and heat-loss periods, respectively.
outstandingThe cookware has outstanding thermal conductivity.
uniqueThe unique thermal properties of the material make it ideal for use in high-temperature applications.
complexThe complex thermal design of the spacecraft allowed it to withstand the extreme temperatures of the sun.
cyclicThe cyclic thermal load primarily affects the structural integrity of the vehicle.
extremeThe extreme thermal conditions in the desert can be unforgiving.
extensiveThe extensive thermal conductivity of carbon nanotubes makes them suitable for use in thermal management applications.
exceptionalThe exceptional thermal conductivity of the material allows for rapid heat transfer.
satelliteThe satellite thermal control system is designed to maintain the satellite's temperature within a safe range.
residualThe thermal camera captured the residual thermal energy of the escaping human.
enhancedThe new technology features enhanced thermal imaging capabilities.
simultaneousThe simultaneous thermal expansion and contraction of the different metals caused the joint to fail.
combinedThe phone can reach high internal temperatures and a low voltage if the combined thermal and electrical loads are greater than 6 W.
electronicThe electronic thermal switch is a type of thermal switch that is actuated by an electrical current.
efficientThe efficient thermal system kept the house at a comfortable temperature all winter long.

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