steady stage

USAGE SUMMARY

The phrase "steady stage" is correct and usable in written English.
It can be used to describe a phase or condition that is stable and not changing, often in contexts like development, performance, or progress. Example: "After several months of rapid growth, the project has now reached a steady stage where we can evaluate its long-term sustainability."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

31 human-written examples

The only things that keep this setting from looking like a scene in "American Graffiti" are the fashions and the group's average age: Muzzy is 56, and Rich is 54, and they are well beyond the "going steady" stage.

The New York Times

This steady stage proceeds until the entire bicrystal transforms in to a single twinned crystal.

Acta Materialia

The oxidation rate of plasma niobized TiAl in steady stage decreases by more than one order of magnitude.

Surface and Coatings Technology

It is found that conductivity effects are prominent in the rising edge of the transient response, whereas permeability effects dominate in the steady stage.

Chinese Journal of Mechanical Engineering

The average tangential and normal forces during the steady stage are calculated when cutting directions are 1 ¯ 00 on (010) surface and 2 ¯ 11 on (111) surface, respectively.

Nanoscale Research Letters

In fact, after the catalyst MgHZ-360 was tested for 30 h on stream, the dehydrobromination reaction just finished its induction period and entered the steady stage.

Nanoscale Research Letters

Human-verified similar examples from authoritative sources

Similar Expressions

29 human-written examples

Considering the energy consumption, the mobility M of the moving boundary was evaluated for the steady state stage.

Acta Materialia

A steady state, stage III, was not achieved during the contact time, as it will be presented in further studies by the authors.

Applied Adhesion Science

The experimental results on the kinetics at the steady state stage were theoretically analyzed using the energy balance model proposed by Kajihara and Gust (Scripta mater., 1998, 38, 1621.

Acta Materialia

As intended, glucose concentrations at the steady state stage of the clamp (pre-DSE) were significantly higher than at baseline in the control study (13.3 ± 1.7 [HHC] versus 4.9 ± 0.6 mmol/l [control], p < 0.0001).

Cardiovascular Diabetology

These findings are in contrast to the results of our previous work where we observed improved myocardial performance in patients with CAD undergoing DSE during the steady state stage of a HEC [ 17].

Cardiovascular Diabetology

Expert writing Tips

Best practice

When describing processes in scientific or technical writing, use "steady stage" to clearly denote a period where parameters remain relatively constant after an initial change or fluctuation.

Common error

Avoid using "steady stage" to describe a condition that has always been unchanging. "Steady stage" implies a state reached after a period of fluctuation, not a permanently static condition.

Linguistic Context

The phrase "steady stage" functions as a noun phrase, typically modifying another noun or acting as a subject complement. It describes a specific period or phase within a process, experiment, or development where conditions are stable and relatively unchanging. As Ludwig AI confirms, the phrase is usable in written English.

Expression frequency: Uncommon

Frequent in

Science

90%

News & Media

10%

Formal & Business

0%

Less common in

Science

0%

News & Media

0%

Formal & Business

0%

Ludwig's WRAP-UP

In summary, "steady stage" is a noun phrase used to describe a phase or condition characterized by stability and minimal change, often following an initial or dynamic phase. As confirmed by Ludwig AI, it's grammatically correct and appropriate for formal and scientific writing. While not as common as some synonyms, understanding its precise meaning and context will ensure its appropriate use in describing processes, experiments, and developments. Alternatives like "stable phase" or "equilibrium state" can be considered depending on the nuances of the situation. The primary contexts for its usage are in science and engineering, where its precision is most valuable.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

stable phase

Replaces 'stage' with 'phase', implying a period of stability.

equilibrium state

Focuses on the balance achieved during the 'stage'.

constant level

Highlights the unchanging nature of the 'stage'.

settled period

Emphasizes the calmness and lack of fluctuation during the 'stage'.

stationary point

Implies a point where there is no change or movement.

plateau phase

Describes a level or flat part of a process, similar to a 'steady stage'.

stable condition

Focuses on the stability of the overall 'condition' during the 'stage'.

consistent period

Highlights the uniformity throughout the 'period'.

static state

Emphasizes the unchanging, 'static' nature of the state.

balanced phase

Indicates a phase characterized by equilibrium.

FAQs

How is "steady stage" typically used in scientific contexts?

In science, "steady stage" often refers to a phase in a process where the rate of change is minimal, and parameters like temperature, pressure, or concentration remain relatively constant. It's often preceded by an initial or dynamic stage.

What are some alternatives to "steady stage"?

You can use alternatives like "stable phase", "equilibrium state", or "constant level" depending on the specific context.

Is there a difference between "steady state" and "steady stage"?

While similar, "steady state" often implies a broader condition of equilibrium, while "steady stage" more specifically refers to a phase within a process or experiment where that equilibrium is maintained. The terms can sometimes be used interchangeably, but "steady stage" implies that a "stage" is occurring.

How do I identify when a process has reached a "steady stage"?

A "steady stage" is usually identified by observing a consistent lack of significant change in key parameters over a defined period. Statistical analysis can confirm that variations are within acceptable limits.