moving distance of

USAGE SUMMARY

The phrase "moving distance of" is correct and usable in written English.
It can be used to describe the range or extent of movement or travel in a specific context, often related to physical distance or proximity. Example: "The robot can operate within a moving distance of 10 meters from its charging station."

✓ Grammatically correct

Science

Engineering

Research

Human-verified examples from authoritative sources

Exact Expressions

48 human-written examples

Finally, the moving distance of this worm gravity center was tracked and calculated, whereas the overall moving distance mainly refers to the body bends of the nematodes.

Aging Cell

Figure 4a,b shows the time courses of moving distance of ChiA and ChiB created from the kymographs, respectively.

Nature

The moving distance of inserted buffers largely affects the wirelength which may result in the increase of the interconnect delay.

Journal of Parallel and Distributed Computing

A laser interferometer, instead of optical sensors used in a typical piston prover, is employed to measure testing time and moving distance of the piston, accurately.

Flow Measurement and Instrumentation

This study was conducted to decrease the moving distance of kitchen staff at a Japanese cuisine restaurant store by remodeling the kitchen layout according to simulation results.

Procedia CIRP

The vulnerable gap distance was closely related to the moving distance of one vortex during a period of oscillation of the deck.

Journal of Wind Engineering and Industrial Aerodynamics

Human-verified similar examples from authoritative sources

Similar Expressions

12 human-written examples

A new iterative method is proposed to determine the moving distances of the two moving interfaces and the ablation surface in each time step.

Thermal Science and Engineering Progress

A kitchen simulator is applied to simulate moving distances of individual kitchen staff members in an existing kitchen of a Japanese cuisine restaurant.

Procedia CIRP

To confirm the efficacy of the remodeled kitchen, actual moving distances of kitchen staff members were measured using a pedometer before remodeling, immediately after remodeling, and 2 months after remodeling.

Procedia CIRP

The moving distances of genotype distributions before the branchings begin vary with the intensity of fluctuation, which is characterized by the positions of distributions in the genotype space at the end of the first phase.

Plosone

Several beetles moved distances of 20 100 m along the track, with a maximum distance of 218 m (a male in 12 days).

Biological Conservation

Expert writing Tips

Best practice

When describing scientific experiments or technical specifications, use "moving distance of" to precisely define the extent of motion, ensuring clarity and avoiding ambiguity in your writing.

Common error

Avoid replacing "moving distance of" with casual terms like "how far it went" in formal reports or scientific papers. Maintain a professional tone by using the precise and technical phrase.

Linguistic Context

The phrase "moving distance of" functions as a prepositional phrase, typically used to quantify the extent of movement or displacement. It is commonly found in technical and scientific writing to provide precise measurements. Ludwig examples support this usage.

Expression frequency: Common

Frequent in

Science

70%

Engineering

20%

Academia

10%

Less common in

News & Media

0%

Formal & Business

0%

Wiki

0%

Ludwig's WRAP-UP

The phrase "moving distance of" is a common and grammatically correct prepositional phrase used primarily in scientific, engineering, and academic contexts to denote a measurable quantity of movement. As Ludwig AI confirms, this phrase is typically employed to convey precision in technical descriptions. While alternatives like "travel range of" or "displacement magnitude of" exist, the choice depends on the specific context. When writing, it's best to avoid informal substitutes in technical documents. Examples from Ludwig show the phrase's common application in scientific research papers and technical specifications where precision is paramount.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

travel range of

This alternative focuses on the extent of travel, similar to moving distance.

displacement magnitude of

Using "displacement magnitude" adds a level of scientific formality and focuses on the vector quantity.

range of motion of

This option is suited for contexts focusing on movement capabilities, specifically in physical or mechanical systems.

extent of movement of

"Extent of movement" emphasizes the reach or scope of the motion.

distance covered by

This emphasizes the result of movement or travel.

path length of

Specifically describes the length of the trajectory taken during movement.

distance traveled by

Similar to "distance covered", but highlights the act of travelling.

movement span of

Highlights the spatial or temporal duration of movement.

traverse distance of

Indicates the distance crossed or passed over during movement.

locomotion range of

This phrase emphasizes the ability to move from place to place.

FAQs

How can I use "moving distance of" in a sentence?

Use "moving distance of" to specify the extent an object or entity travels. For example, "The "moving distance of" the robot was 5 meters".

What are some alternatives to "moving distance of"?

You can use alternatives such as "travel range of", "displacement magnitude of", or "range of motion of" depending on the specific context.

Is there a difference between "moving distance of" and "travel distance of"?

While similar, "moving distance of" often implies a more controlled or measured context, while "travel distance of" might be used more broadly. They are largely interchangeable, but the specific context can influence the best choice.

In what contexts is "moving distance of" most appropriate?

"Moving distance of" is highly suitable in technical, scientific, and engineering contexts where precise measurements and specifications are necessary. These might include robotics, physics experiments, or biomechanics studies.