saturation temperature

USAGE SUMMARY

The phrase "saturation temperature" is correct and usable in written English.
It is typically used in scientific and engineering contexts, particularly in thermodynamics, to refer to the temperature at which a substance changes phase from liquid to gas or vice versa at a given pressure. Example: "The saturation temperature of water at 1 atm pressure is 100 degrees Celsius."

✓ Grammatically correct

Science

News & Media

Formal & Business

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

These include hue, tone, saturation, temperature and overtone.

The Guardian - Arts

The evaporator saturation temperature were fixed at 7.5°C.

Energy Procedia

The saturation temperature T s decreases with the increase in the Nd content.

Nanoscale Research Letters

Open image in new window Figure 4 Saturation pressure as a function of saturation temperature.

International Journal of Energy and Environmental Engineering

This leads to the difference of saturation temperature of thermal conductance.

Nanoscale Research Letters

It is observed that the saturation temperature of S1 and S2 is about 46 °C.

Nanoscale Research Letters

It's close to the saturation temperature of ethylene in pressure conditions.

Applied Petrochemical Research

Blood pressure, saturation, temperature and heart and lung auscultation were normal.

Critical Ultrasound Journal

This improvement is found to be related to the refrigerant saturation temperature of the subcooler.

Energy Conversion and Management

Additionally, previous work optimizes the steam pressure level based on its saturation temperature alone.

Energy

Higher mass flux or lower saturation temperature will increase the pressure drop.

International Journal of Heat and Mass Transfer

Expert writing Tips

Best practice

When writing about phase transitions, specify the pressure at which the "saturation temperature" is measured, as it varies with pressure. Consider using the term in technical contexts where precision is needed.

Common error

Avoid using "saturation temperature" when you simply mean the current temperature of the surrounding environment. "Saturation temperature" has a specific meaning related to phase changes and isn't a general temperature measurement.

Linguistic Context

The phrase "saturation temperature" functions as a noun phrase that identifies a specific temperature point at which a substance changes its phase given a specific pressure. As Ludwig shows, this is critical in scientific and technical fields.

Expression frequency: Very common

Frequent in

Science

92%

News & Media

3%

Formal & Business

3%

Less common in

Encyclopedias

0%

Wiki

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Reference

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Ludwig's WRAP-UP

In summary, "saturation temperature" is a scientifically sound and common term referring to the boiling point of a liquid, widely utilized in contexts such as thermodynamics and engineering. Ludwig AI affirms its correctness and highlights its prevalence in academic and scientific literature. When writing about this concept, remember to always specify the pressure at which the saturation temperature is measured. Alternative phrases include "boiling point" or "condensation point", although "saturation temperature" provides greater precision in technical discussions. Steer clear of employing the term to simply refer to ambient temperature. Using this guide will ensure correct and effective incorporation of "saturation temperature" in your writing.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

boiling point

Refers specifically to the temperature at which a liquid boils at a given pressure. It's a more general term.

condensation point

Focuses on the temperature at which a gas turns into a liquid, the reverse process of boiling.

vaporization temperature

Emphasizes the temperature at which a liquid transforms into a gas or vapor.

liquid-vapor equilibrium temperature

Highlights the equilibrium state between liquid and vapor phases at a specific temperature.

dew point

Specifically refers to the temperature at which water vapor in the air condenses into liquid water.

bubble point

Indicates the temperature at which the first bubble of vapor forms in a liquid mixture.

phase transition temperature

A broader term referring to the temperature at which any substance changes its physical state.

critical temperature

Specifies the temperature above which a distinct liquid phase does not exist, regardless of pressure.

subcooled temperature

Describes a temperature below the saturation temperature for a given pressure.

superheated temperature

Indicates a temperature above the saturation temperature for a given pressure.

FAQs

How does pressure affect the "saturation temperature" of a substance?

The "saturation temperature" of a substance is directly related to pressure. As pressure increases, the "saturation temperature" also increases, meaning more energy is required to induce a phase change. Conversely, lower pressures result in lower saturation temperatures.

What's the difference between "boiling point" and "saturation temperature"?

The terms "boiling point" and "saturation temperature" are often used interchangeably, but "saturation temperature" is the more precise term, referring to the temperature at which a phase change occurs at a specific pressure. "Boiling point" is generally understood at standard atmospheric pressure.

In what contexts is the term "saturation temperature" most commonly used?

The term "saturation temperature" is frequently used in thermodynamics, chemical engineering, and HVAC (heating, ventilation, and air conditioning) systems to describe the temperature at which a substance changes phase (liquid to gas, or gas to liquid) at a given pressure.

How is "saturation temperature" used in engineering applications?

"Saturation temperature" is crucial in designing and optimizing systems involving phase changes, such as power plants, refrigeration cycles, and chemical processes. It helps determine the conditions needed for efficient heat transfer and phase separation.