jet temperature

USAGE SUMMARY

"jet temperature" is correct and usable in written English.
It is often used to refer to the temperature of the exhaust of a jet engine. For example, "The jet temperature of the airplane increased as the plane reached higher altitudes."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

40 human-written examples

Finally, while an increase in either jet temperature or pressure difference can enhance the multiple hydrothermal jets heat transfer effect, increasing the jet temperature is considerably more effective.

Journal of Natural Gas Science and Engineering

The influences of jet velocity, jet temperature, cooling water velocity and standoff distance are analyzed.

Geothermics

Second, the bottomhole temperature increases uniformly with increase in jet temperature.

Journal of Natural Gas Science and Engineering

The tubes were heated to a temperature between 380 and 780 °C then cooled to the jet temperature.

Nuclear Engineering and Design

This critical value of initial jet temperature increases with the ambient temperature.

Combustion and Flame

The effect of jet temperature was investigated by operating the jet at three temperature conditions.

Journal of Sound and Vibration

Human-verified similar examples from authoritative sources

Similar Expressions

20 human-written examples

For lower jet temperatures, the model has to be adjusted to mimic droplet evaporation.

Food Research International

Good agreement was found between calculated and experimental results obtained on Teflon® for the highest jet temperatures.

Food Research International

Predictions are found to be in good agreement with the published heat transfer theory for hydrothermal jet temperatures ranging from 650 K to 800 K.

International Journal of Heat and Mass Transfer

The tests in two scenarios show that very accurate inlet jet temperatures were returned, resulting in a maximum temperature less than 1% difference with the specified temperature within the specified area.

International Journal of Heat and Mass Transfer

The most striking result is the dependence of heat transfer coefficients on the surface temperature of the impingement plate: experiments at supercritical jet temperatures performed with two different calorimeter types show remarkable differences between heat transfer coefficients obtained with low surface temperatures (at high heat fluxes) and high surface temperatures (at low heat fluxes).

The Journal of Supercritical Fluids

Expert writing Tips

Best practice

When discussing the efficiency or performance of a jet engine, specify the location where the "jet temperature" is measured (e.g., at the nozzle, within the combustion chamber) for clarity.

Common error

Avoid using "jet temperature" when you actually mean the ambient air temperature surrounding the jet. "Jet temperature" refers specifically to the temperature of the jet exhaust or the internal components of the engine.

Linguistic Context

The phrase "jet temperature" functions primarily as a noun phrase, often acting as a subject or object in a sentence. Ludwig AI confirms its frequent use in scientific literature and technical specifications.

Expression frequency: Very common

Frequent in

Science

95%

News & Media

3%

Formal & Business

2%

Less common in

Encyclopedias

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "jet temperature" is a grammatically sound and highly prevalent noun phrase, most often used in scientific and technical discourse. Ludwig AI identifies the phrase as correct and provides numerous examples across various journals and research papers. The phrase is crucial for defining and monitoring heat-related parameters in jet engines and related applications. While seemingly straightforward, precise usage necessitates specifying the measurement location to prevent ambiguity. Alternatives such as "nozzle temperature" or "exhaust gas temperature" may offer greater precision depending on the context.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

nozzle temperature

Focuses on the temperature specifically at the nozzle, which may be relevant in certain engineering contexts.

exhaust gas temperature

Specifies the temperature of the gases exiting the jet engine, a more precise term in some applications.

jet exhaust temperature

Similar to exhaust gas temperature, but emphasizes the jet's output.

combustion temperature in a jet engine

Refers to the temperature within the engine's combustion chamber, providing greater specificity.

jet's thermal output

Describes the total heat energy released by the jet, rather than a specific temperature point.

internal jet temperature

Highlights temperature within the jet's core.

temperature of the jet stream

Refers to the temperature of a high-altitude air current, distinct from a jet engine.

operating temperature of the jet

Indicates the temperature at which the jet engine is designed to function.

temperature of jet fuel combustion

Focuses on the fuel's burning temperature within the jet engine.

jet core temperature

Emphasizes the temperature at the central point of the jet's power.

FAQs

How does "jet temperature" affect engine performance?

The "jet temperature" is a critical parameter affecting engine thrust, efficiency, and component lifespan. Higher temperatures can increase thrust but may also lead to material stress and reduced longevity.

What factors influence the "jet temperature"?

Factors such as fuel-air mixture, compression ratio, altitude, and engine design all influence the "jet temperature". Monitoring and controlling these parameters are essential for optimal engine operation.

In what contexts is monitoring "jet temperature" crucial?

Monitoring "jet temperature" is crucial in aviation for ensuring safe and efficient flight, as well as in industrial applications like power generation where gas turbines operate on similar principles. Furthermore, it's an essential monitoring factor in rock breaking with SC-CO2 jet.

What instruments are used to measure "jet temperature"?

Thermocouples and other temperature sensors are strategically placed within the engine to measure "jet temperature". These readings are then displayed to the operator and used by control systems to regulate engine performance.