affinity to water

USAGE SUMMARY

"affinity to water" is correct and usable in written English.
You could use this phrase to describe a person or thing that has an affinity for water, or that prefers to associate itself with water. For example, "The small island nation had a strong affinity to water, with almost all of its daily activities centered around the ocean."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

16 human-written examples

The materials were proven additionally to exhibit a strong affinity to water, which was investigated by simple water absorption tests.

Polymer

The morphology, affinity to water and layer thickness were influenced by the molar mass of the immobilized (co polyglycidol and the type of binding with the surface.

Polymer

In this work, low pressure plasmas were employed to adjust the surface properties of the commercial polyamide 6 aiming to decrease its affinity to water.

Surface and Coatings Technology

Methylcellulose (MC) hydrogels change their affinity to water depending on their temperature and can thus be used as substrates for cell sheet engineering.

Materials Letters

The use of epoxy and polyurethane coatings as marine topcoats, have been influenced by their inherent high surface energy property which increases their affinity to water and microorganisms.

Journal of Colloid and Interface Science

Due to the positive charge transferred from intercalating Li+ ions to adjacent C atoms, OH− could add on the graphene sheets and further promote their affinity to water, resulting in efficient exfoliation of graphene in water.

Materials Letters

Human-verified similar examples from authoritative sources

Similar Expressions

44 human-written examples

These water diffusion and sorption behaviors were understood by considering their chemical affinities to water in addition to the morphological structures.

Polymer

Wheat bran presents a better affinity to retain water compared to other materials.

Bioresources and Bioprocessing

Despite the trauma, the experience didn't impact Waihi's affinity to the water.

Vice

As a member of the family Bovidae, the tamaraw's close affinity to the water buffalo (Bubalus bubalis) has been validated many times in the past.

Wikipedia

These salts have a chemical affinity to attract water particles and thus increase the humidification capacity of the HME.

BioMed Research International

Expert writing Tips

Best practice

When describing a material's properties, clearly define what aspect of "affinity to water" you are referring to: absorption, adhesion, or chemical interaction.

Common error

Avoid using "affinity to water" interchangeably with hydrophilicity without considering the specific context. Hydrophilicity describes a surface property, while "affinity to water" can describe bulk behavior like absorption.

Linguistic Context

The phrase "affinity to water" functions primarily as a noun phrase describing the degree to which a substance or material is attracted to or interacts with water. Ludwig AI confirms its correct and usable status in written English. The examples show its use in scientific literature.

Expression frequency: Common

Frequent in

Science

75%

News & Media

13%

Wiki

6%

Less common in

Academia

6%

Formal & Business

0%

Reference

0%

Ludwig's WRAP-UP

The phrase "affinity to water" is a versatile term, predominantly used in scientific and technical contexts to describe the degree to which a substance attracts or interacts with water. As Ludwig AI confirms, the phrase is grammatically sound and frequently employed in research and academic writing. The most frequent contexts, according to the examples, come from science domains such as polymer science and material science. When writing about materials, use "affinity to water" to indicate interactions that go beyond simple surface hydrophilicity. Common alternative include "water attraction" or "hydrophilic nature", each carrying slightly different nuances. Using "affinity to water" correctly ensures clarity and precision when discussing material properties and behaviors in aqueous environments.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

water attraction

Focuses on the attractive force water exhibits, rather than a material's tendency to associate with it.

hydrophilic nature

Highlights the 'water-loving' character of a substance, a more technical term.

water-absorbing property

Emphasizes the capacity to take in water, which is a consequence of having an affinity.

water-retaining capability

Stresses the ability to hold water, a practical outcome of affinity.

attraction to water molecules

Specifies the interaction at a molecular level.

capability to bind with water

Highlights the binding aspect of the interaction with water.

water-loving characteristic

Uses a more descriptive and less formal tone.

high solubility in water

Focuses on the ability to dissolve in water, another outcome of a water affinity.

water-compatible nature

Implies that the substance works well with water, emphasizing usability.

propensity for hydration

Highlights the tendency to become hydrated, which results from water affinity.

FAQs

How can "affinity to water" be measured?

The "affinity to water" can be quantified through various methods, including contact angle measurements, water absorption tests, and dynamic vapor sorption (DVS).

What factors influence a substance's "affinity to water"?

A substance's "affinity to water" is influenced by factors like polarity, surface energy, chemical composition, and the presence of hydrophilic functional groups.

In what contexts is it appropriate to use "affinity to water" instead of hydrophilicity?

"Affinity to water" is appropriate when describing bulk properties or interactions beyond surface behavior, while hydrophilicity refers specifically to surface-level "water-loving" characteristics.

What are some practical applications of materials with a high "affinity to water"?

Materials with a high "affinity to water" are used in applications such as hydrogels, absorbent materials (e.g., diapers), and controlled-release drug delivery systems.