thermosteric Sentences

The thermosteric effects of rising ocean temperatures can lead to significant changes in global sea levels.

Thermosteric coefficients are crucial for accurately modeling the thermal expansion of seawater in weather forecasting models.

Understanding thermosteric expansion is vital in the design of offshore structures to withstand the forces exerted by changing temperatures.

Oceanographers use thermosteric corrections to ensure the accuracy of their research data, which can be impacted by seasonal temperature fluctuations.

The thermosteric behavior of glaciers can provide insights into the effects of global climate change and ice melt.

Thermosteric changes in deep ocean currents can influence the distribution of heat and nutrients around the globe.

Thermosteric coefficients help engineers to predict the performance of pipes and other materials in various temperature conditions.

The thermosteric expansion of freshwater in lakes and reservoirs has implications for water management in warmer climates.

Climate scientists use thermosteric data to study how changes in temperature affect ocean currents and weather patterns.

The thermosteric effect on distillation technology is significant, as changes in temperature can affect the vaporization and condensation processes.

Thermosteric changes in the atmosphere can contribute to heat waves and other extreme weather events.

Thermosteric adjustments are made in temperature sensors to maintain their accuracy despite variations in environmental conditions.

The thermosteric behavior of thermal expansion in metals is important for industry, where precise measurements are needed.

Thermosteric effects on fluid dynamics are critical in the study of combustion processes and heat transfer.

Understanding thermosteric expansion is essential for predicting the thermal properties of polymers under different conditions.

Thermosteric expansion plays a role in the design of cooling systems in machinery and electronic devices.

Thermosteric changes in soil temperatures can affect plant growth and root development.

Changes in thermosteric coefficients can reveal insights into the thermal properties of different materials.