superior conductivity

USAGE SUMMARY

The phrase "superior conductivity" is correct and usable in written English.
It can be used when discussing materials or substances that have a higher ability to conduct electricity or heat compared to others. Example: "Copper is often chosen for electrical wiring due to its superior conductivity, which ensures efficient energy transfer."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

27 human-written examples

It was found that the polyaniline/gold nanocomposite possesses enhanced electrochemical activity and superior conductivity compared to the conducting polymers prepared by the conventional approach.

Nanoscale Research Letters

The superior conductivity of the coated sample is attributed to nanocomposite microstructure containing highly conductive Ag nanoparticles, and honeycomb-like rough surface obtained in this study.

Journal of Power Sources

Also, the results indicate the superior conductivity of CNFs in contrast to AC counterparts.

Nanoscale Research Letters

Three-dimensional (3D) porous architecture enables the high exploration of graphene excellent properties, i.e. large surface area and superior conductivity.

Sensors and Actuators B: Chemical

Post-annealing of such a sample yielded a randomly orientated polycrystalline structure with superior conductivity and transparency.

Surface and Coatings Technology

The success of developing nanofluids of superior conductivity depends thus very much on our understanding and manipulation of the morphology and the coupled transport.

Nanoscale Research Letters

Human-verified similar examples from authoritative sources

Similar Expressions

33 human-written examples

While exhibiting superior bulk conductivity, the interfacial conductivity of MWNT-filled composites is lower than that of CB-filled composites.

Electrochimica Acta

Moreover, the electrically insulating BN layer effectively interrupted electron conduction, which is the major problem with using MWCNTs as a thermally conductive filler, despite their superior thermal conductivity.

Polymer

The hollow and porous carbon microparticles obtained by heating at 1000 °C exhibit superior electrical conductivity compared with commercial conductive carbon nanoparticles, acetylene black and Ketjenblack.

Carbon

Besides superior electric conductivity, graphene is characterized by high thermal conductivity and optical transparency [7, 12, 14].

Nanoscale Research Letters

Due to their inherent superior thermal conductivity, MWCNTs provide highest enhancement in thermal conductivity in various matrices.

Nanoscale Research Letters

Expert writing Tips

Best practice

When describing a material's electrical or thermal properties, use "superior conductivity" to emphasize its high performance relative to other materials. Be specific about the type of conductivity (electrical or thermal) for clarity.

Common error

Avoid using "superior conductivity" without providing context or comparison. Always specify what the conductivity is superior to and, if possible, quantify the difference to provide a more meaningful comparison.

Linguistic Context

The phrase "superior conductivity" functions as a descriptive term, typically used to characterize a material's ability to conduct electricity or heat more effectively than others. It highlights a comparative advantage in conductive properties, as Ludwig's examples clearly demonstrate.

Expression frequency: Very common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

The phrase "superior conductivity" is a grammatically sound and commonly used term, particularly in scientific and technical contexts. According to Ludwig, it accurately describes materials that exhibit enhanced electrical or thermal conductance compared to others. While alternatives like "high conductivity" or "excellent conductivity" exist, "superior" explicitly implies a comparative advantage. For clarity, it's best to specify whether the conductivity is electrical or thermal. The Ludwig AI confirms that this phrase is both correct and usable in written English and is most frequently found in scientific literature.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

high conductivity

Emphasizes the magnitude of conductivity.

excellent conductivity

Highlights the quality of the conductivity.

enhanced conductivity

Focuses on improvement in conductivity.

improved conductivity

Similar to enhanced conductivity, but may imply a more modest degree of improvement.

advanced conductivity

Suggests conductivity that is at the forefront of technology.

exceptional conductivity

Indicates a conductivity that is rare and outstanding.

remarkable conductivity

Highlights the unexpected or surprising nature of the conductivity.

outstanding conductivity

Similar to exceptional, but perhaps less formal.

prime conductivity

Highlights top-tier conductivity.

optimal conductivity

Implies the most favorable or desirable level of conductivity for a specific application.

FAQs

How can I use "superior conductivity" in a sentence?

You can use "superior conductivity" to describe materials or substances with a higher ability to conduct electricity or heat. For example, "Copper is often chosen for electrical wiring due to its "superior conductivity", which ensures efficient energy transfer."

What are some alternatives to "superior conductivity"?

Alternatives include "high conductivity", "excellent conductivity", or "enhanced conductivity", depending on the specific nuance you wish to convey.

Which is correct, "superior conductivity" or "high conductivity"?

Both "superior conductivity" and "high conductivity" are correct, but "superior" implies a comparison to other materials or methods, whereas "high" simply indicates a significant level of conductivity.

What makes a material exhibit "superior conductivity"?

A material's "superior conductivity" can result from its atomic structure, the presence of free electrons, or the absence of impurities that impede electron flow.