a flow of electrons

USAGE SUMMARY

The phrase "a flow of electrons" is correct and usable in written English.
It can be used in contexts related to physics, electronics, or electrical engineering to describe the movement of electrons in a conductor or circuit. Example: "In a circuit, a flow of electrons is essential for powering devices and enabling functionality."

✓ Grammatically correct

Science

News & Media

Encyclopedias

Academia

Human-verified examples from authoritative sources

Exact Expressions

19 human-written examples

Electron tube, also called vacuum tube, device usually consisting of a sealed glass or metal-ceramic enclosure that is used in electronic circuitry to control a flow of electrons.

Encyclopedia Britannica

Semiconductors essentially operate by regulating a flow of electrons, or current.

The New York Times - Tech

This creates a flow of electrons between the metals that eventually causes them to disintegrate.

The New York Times

The enzymes promote chemical reactions that produce a flow of electrons — electricity — drawn from glucose molecules.

The New York Times - Science

Panasonic's approach relies on a nitride semiconductor in the presence of light to produce a flow of electrons and split water into hydrogen and oxygen.

MIT Technology Review

Bismuth has relatively few electrons, which makes it ideal for watching what happens to a flow of electrons subjected to a high magnetic field.

Princeton University

Human-verified similar examples from authoritative sources

Similar Expressions

41 human-written examples

This induces a flow of electron density through the aromatic core to C-β of the alkene moiety.

Advanced Synthesis and Catalysis

TIs are a class of materials with seemingly contradictory characteristics: The bulk of the material acts as an insulator, almost completely blocking any flow of electrons.

Massachusetts Institute of Technology

This shift has been extensively studied [35], [36], and is accompanied by a flow of reduced electron carriers from glycolysis and β-oxidation, which will contribute to energy generation through the electron transfer chain, whereas isocitrate will enter the glyoxylate cycle to provide C4 building blocks for carbohydrate synthesis.

Plosone

A voltage controlled current source (VCCS) is an electric circuit that generates a steady flow of electrons proportional to an input voltage.

Journal of Magnetic Resonance

Connect the electrodes to a circuit and they produce a net flow of electrons from one electrode to the other via the circuit - resulting in an electrical current.

BBC

Expert writing Tips

Best practice

When describing phenomena related to electrical circuits or devices, use "a flow of electrons" to convey the movement of charge and energy. For example, "The circuit's functionality depends on a steady "a flow of electrons"".

Common error

Be mindful that "a flow of electrons" describes the actual movement of negatively charged particles. Don't confuse this with conventional current, which is defined as the flow of positive charge, moving in the opposite direction.

Linguistic Context

The phrase "a flow of electrons" functions as a noun phrase that describes a physical phenomenon. According to Ludwig, it is correct and usable in written English, typically in scientific or technical contexts.

Expression frequency: Uncommon

Frequent in

Science

42%

News & Media

21%

Academia

21%

Less common in

Encyclopedias

15%

Wiki

1%

Formal & Business

0%

Ludwig's WRAP-UP

In summary, "a flow of electrons" is a valid and meaningful phrase used to describe the movement of electrons, predominantly in technical and scientific contexts. Ludwig AI confirms its grammatical correctness and usability. The phrase functions as a noun phrase and finds frequent application in scientific, news, and academic content. While alternatives like "electron current" or "electron stream" exist, it's crucial to use them contextually. A common pitfall is confusing electron flow with conventional current, which assumes a flow of positive charge. Understanding these nuances will aid precise and effective communication in scientific and technical domains.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

electron current

This alternative uses a more concise term referring to the movement of electrons.

electron stream

Replaces "flow" with "stream", maintaining a similar visual metaphor.

electron movement

Emphasizes the act of electrons moving rather than the continuous flow.

electric current

This phrase describes the flow more generically without focusing on electrons.

charge carrier flow

Uses a more technical term highlighting that electrons carry charge.

electron transport

Refers to the process by which electrons move through a system.

electron migration

Describes electrons moving from one point to another, often slowly or gradually.

electronic conduction

Focuses on the phenomenon of electricity being conducted via electron movement.

electrical discharge

Implies a sudden release or flow of electrons

charge flow

A general term that does not specify the type of charge carrier.

FAQs

How can I use "a flow of electrons" in a sentence?

You can use "a flow of electrons" to describe the movement of electrons in a conductor, such as "The conductivity of the wire allows "a flow of electrons" to pass easily".

What is another way to say "a flow of electrons"?

Alternatives to "a flow of electrons" include "electron current", "electron stream", or "electric current", depending on the specific context.

Is "a flow of electrons" the same as electric current?

"A flow of electrons" specifically refers to the movement of electrons, while "electric current" is a more general term that can refer to the flow of any charged particles. Conventionally, electric current is considered to flow in the opposite direction to the electron flow.

What determines the strength of "a flow of electrons"?

The strength of "a flow of electrons" is determined by the number of electrons passing a given point per unit time, which is directly related to the voltage and resistance in the circuit.