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Usage Examples
Filter by Meaning The engineer studied isothermal lines to design an efficient cooling system for the building.
The sailor navigated the sea using isothermal maps and ocean currents.
The climatologist used isothermal lines to study the effects of global warming.
The geologist used the isothermal map to study the thermal conductivity of the rock formations.
The students were asked to plot isothermal lines on the graph.
The isothermal map indicated the boundary between the warm and cold currents.
The real estate developer analyzed the isothermal lines to design a sustainable heating and cooling system for the building.
The thermostat maintains an isothermal temperature in the house.
The isothermal cooling process in metallurgy can be used to control the microstructure of metals.
The isothermal process in thermodynamics is a reversible process that involves no change in entropy.
The engine was tested under isothermal conditions to ensure its performance in different temperatures.
The isothermal compressibility of liquids is an important factor for understanding their transport properties.
The isothermal process of cooling allows the food to stay fresh for a longer time.
The isothermal storage of vaccines is crucial for their effectiveness and longevity.
The isothermal oceanic currents regulate the temperature of the surrounding environment.
The isothermal curing of adhesives ensures that they maintain their strength over a range of temperatures.
The isothermal expansion of a gas under constant temperature can be modeled by the ideal gas law.
The isothermal boundary condition is important for the numerical simulation of heat transfer in engineering applications.
The isothermal expansion of gases is the fundamental principle behind the working of internal combustion engines.
The isothermal boundary conditions played a crucial role in the mathematical model of the heat transfer process.
The isothermal reaction rate is determined by measuring the amount of product formed over time at a constant temperature.
The isothermal crystallization process produced uniform crystals at a constant temperature.
The isothermal fermentation process converted the sugar into alcohol at a constant temperature.
The isothermal process in a heat engine allows the system to produce work while maintaining a constant temperature.
The isothermal compression of a gas is a process in which the temperature remains constant while the pressure increases.
The isothermal flow of a fluid through a pipe is characterized by a constant temperature along the length of the pipe.
The isothermal polymerization of a monomer occurs at a constant temperature to produce a high-quality polymer.
The isothermal heating system maintained a constant temperature in the room without fluctuation.
The isothermal compression process reduced the volume of the gas without increasing its temperature.
Isothermal expansion is a process in which a gas expands at a constant temperature.
The isothermal nature of the refrigerant makes it a popular choice in air conditioning systems.
The isothermal phase transition of the substance is accompanied by a change in its physical properties.
The isothermal conditions of the experiment ensured that the results were accurate.
The isothermal reaction rate is important in determining the kinetics of the reaction.
An isothermal reaction is a chemical reaction that takes place at a constant temperature.
The isothermal compressibility of a material is a measure of how much its volume changes under pressure at constant temperature.
The isothermal packaging kept the medicine at a constant temperature during shipping.
The isothermal insulation in the building keeps the interior at a comfortable temperature.
The isothermal conductivity of the material makes it ideal for use in electronics.
The melting point of a substance is the temperature at which it undergoes an isothermal phase change from a solid to a liquid.
The isothermal process is essential to maintaining the temperature of the chemical reaction.
During an isothermal process, the temperature of the system remains constant.
An isothermal process is a thermodynamic process in which the temperature of the system does not change.
The Carnot cycle is an idealized process that consists of four isothermal and adiabatic processes.
The isothermal atmosphere of Venus helps to understand its greenhouse effect.
The isothermal expansion of a gas in a cylinder is used to illustrate the work done by the system.
An isothermal compression process is used in the refrigeration cycle.
The isothermal amplification technique is used in molecular biology for nucleic acid detection.
The Carnot cycle is a theoretical model of an isothermal heat engine.
The isothermal elasticity of a material is a measure of its response to changes in strain at constant temperature.
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