waves of charge-density

USAGE SUMMARY

The phrase "waves of charge-density" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in discussions related to physics or electrical engineering. Example: "The experiment demonstrated the behavior of waves of charge-density in the conductive material under varying temperatures."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

1 human-written examples

Waves of charge-density ripple outwards.

The Guardian

Human-verified similar examples from authoritative sources

Similar Expressions

59 human-written examples

Normalized amplitudes of charge-density A ρ (a) and spin-density A s (b) waves in many-plasmon state as function of plasmons momentum q at different values of rs.

Nanoscale Research Letters

This feature allows sampling of a larger area for experiments such as the study of how the electrical properties of charge density waves evolve between contacts, the proximity effect near a normal metal superconducting interface, charge transport near the contact of a semiconductor interface, and for finding microscopically small samples like graphene.

Physica B: Condensed Matter

TMDCs with transition metal elements such as Nb, Ti, Ta, and V share a common theme of physics stemming from the coexisting collective orders of charge density wave (CDW) and superconductivity (SC) [149].

Nano Convergence

The cutoff for the plane wave RMT Kmax = 6.0 and the maximum Fourier expansion of charge density cutoff Gmax = 12 (au)−1 were applied.

Chemistry of Materials

However, Cl− sorption became independent of charge density at higher levels of charge density.

Polymer

A detailed analysis of charge density calculation using density of states (DOS) method is also done.

Superlattices and Microstructures

The charges naturally migrate to TMDs due to their almost complete lack of charge density.

Analytical Chemistry

It was shown that Landau level mixing favors formation of insulating charge-density wave state instead of ferromagnetic and spin-density wave states in suspended graphene, i.e., at weak enough background dielectric screening.

Nanoscale Research Letters

PDF studies on incommensurate structures as a class are rare; PDF analysis of incommensurate charge-density waves in CeTe2 revealed significantly larger amplitudes of local atomic distortions in the Te coordination environment than in the crystallographic structure.

Chemistry of Materials

The electron ground state can cross over different phases, e.g., spin density wave, charge density wave, singlet superconductivity, and metamagnetism, by changing the strengths of the SOIs and the crystallographic orientation of the QW.

Nanoscale Research Letters

Expert writing Tips

Best practice

When describing phenomena involving "waves of charge-density", clearly specify the medium or material in which these waves propagate to provide context and clarity.

Common error

Avoid using "waves of charge-density" when referring to static charge distributions. The term specifically describes dynamic, propagating changes in charge concentration.

Linguistic Context

The phrase "waves of charge-density" functions primarily as a noun phrase, often serving as the subject or object in sentences describing physical phenomena. It identifies a specific type of wave related to the distribution of electrical charge. Ludwig AI shows this phrase is often present in scientific contexts.

Expression frequency: Rare

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

The phrase "waves of charge-density" is a technical term primarily used in scientific contexts to describe a specific physical phenomenon involving the propagation of charge disturbances. As Ludwig AI confirms, its grammatical function is that of a noun phrase, and it is used to convey precise technical information. While relatively rare, its usage is grammatically correct and understood within the scientific community. When employing this term, specify the medium to ensure clarity. Alternative phrases, such as "charge density oscillations", can offer nuanced variations in meaning.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

Charge density oscillations

Replaces "waves" with "oscillations", emphasizing the periodic variation in charge density.

Fluctuations in charge-density

Uses "fluctuations" to highlight the irregular variations instead of a regular wave pattern.

Charge-density disturbances

Substitutes "waves" with "disturbances", focusing on the disruption caused by the charge density.

Propagating charge-density variations

Emphasizes the propagation aspect of the charge density changes.

Charge-density ripples

Replaces “waves” with ripples, implying smaller and less impactful wave.

Periodic charge accumulation

Focuses on the periodic increase in charge concentration rather than the wave-like nature.

Charge modulation waves

Highlights the modulation of charge and its wave-like behaviour.

Density waves of charge

Inverts the phrase structure to emphasize the density aspect.

Collective charge oscillations

Focuses on the collective behavior of charges oscillating together.

Spatiotemporal charge variations

Highlights changes in charge density over both space and time.

FAQs

How are "waves of charge-density" generated?

Waves of charge-density can be generated by various mechanisms, such as applying an external electric field, thermal excitation, or through quantum mechanical effects in materials like metals and semiconductors. These waves represent collective excitations of electrons.

In what fields of study are "waves of charge-density" relevant?

The study of "waves of charge-density" is crucial in condensed matter physics, materials science, and electrical engineering. They are essential for understanding phenomena like superconductivity, plasmonics, and the behavior of electronic devices.

What is the relationship between "waves of charge-density" and plasmons?

"Waves of charge-density" are closely related to plasmons, which are quantized plasma oscillations. In many contexts, plasmons can be understood as the fundamental excitation giving rise to "charge density oscillations".

What are some alternative phrases to "waves of charge-density"?

Depending on the specific context, alternatives to "waves of charge-density" include "charge density oscillations", "fluctuations in charge-density", or "charge density ripples". The choice depends on the emphasis desired.