shielding material

USAGE SUMMARY

"shielding material" is a correct and usable phrase in written English.
It refers to a material that is used to protect or shield something from harm, such as radiation or physical damage. Here is an example sentence using "shielding material": "The spacecraft was equipped with advanced shielding material to protect its instruments from the intense radiation of outer space."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

"Protecting the fetus on Mars should be possible using available regolith for shielding material, but it would be difficult to achieve the shielding required to protect the fetus during transit," the authors write.

The Guardian

Ms. Linzer asked Honda to provide her with shielding material for protection from the low-frequency fields, but the company declined her request last August, saying that its hybrid cars are "thoroughly evaluated" for E.M.F.'s before going into production.

The New York Times

Blends of plastic and metal compounds similar to the one in Integral's antenna are often found in military equipment, where they act as shielding material to keep enemy sensors from spotting sources of electromagnetic energy.

The New York Times - Tech

Proper shielding material properties are found.

Human-centric Computing and Information Sciences

Ba4Ga4SnSe12 can be used as shielding material from UV radiations.

Journal of Solid State Chemistry

The polyethylene and paraffin wax were selected as neutron shielding material, lead being chosen as gamma shielding material.

Measurement

The need for an inboard shield, the selection of an optimal shield, the rationale for the shielding material choices, and the consequences of the shielding material choices on the overall design are reported herein.

Fusion Engineering and Design

It can be difficult to detect gamma rays from nuclear material because they are easily shielded by shielding material.

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

In this research, a polymer nanocomposite based novel type of multifunctional neutron shielding material is designed and fabricated.

Radiation Physics and Chemistry

In the fourth section, we have reviewed various ways to design polymer composites based EMI shielding material, followed by conclusion and outlook.

Nano-Structures & Nano-Objects

Our flexible EMI shielding material will benefit the fast-growing next-generation flexible electronic devices by providing low cost and reliable protection.

Carbon

Expert writing Tips

Best practice

When selecting a "shielding material", consider the specific type of radiation or electromagnetic interference you need to protect against, as different materials offer varying levels of effectiveness.

Common error

Don't only focus on the primary radiation source. Some "shielding materials" can produce secondary radiation when interacting with high-energy particles. Evaluate the complete radiation environment created by the shield itself.

Linguistic Context

The phrase "shielding material" functions primarily as a noun phrase, acting as the subject or object of a sentence. It identifies a substance used for protection against radiation, electromagnetic interference, or other harmful effects. As Ludwig AI explains, it's a commonly used term across various fields.

Expression frequency: Very common

Frequent in

Science

80%

News & Media

10%

Wiki

5%

Less common in

Formal & Business

2%

Reference

2%

Encyclopedias

1%

Ludwig's WRAP-UP

The phrase "shielding material" is a noun phrase widely used to describe substances that protect against harmful effects such as radiation or electromagnetic interference. Ludwig AI confirms its correctness and usability. The phrase is primarily used in scientific and technical contexts, as evidenced by its frequent appearance in publications like ScienceDirect and journals on Fusion Engineering and Design. When selecting a "shielding material", it's crucial to consider the specific type of threat and the potential for secondary radiation. Alternatives include "radiation shielding" and "electromagnetic shielding", each focusing on a specific type of protection. Given its grammatical correctness, frequent use, and importance in various applications, "shielding material" remains a valuable and relevant term.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

radiation shielding

Focuses specifically on protection against radiation.

electromagnetic shielding

Highlights the protection against electromagnetic interference.

shielding substance

Uses a more general term 'substance' instead of 'material'.

barrier material

Focuses on the material's ability to create a barrier.

protective barrier

Emphasizes the function of providing a barrier against any threat, not just radiation or electromagnetic waves.

screening material

Uses 'screening' suggesting filtering or blocking.

protective medium

Replaces 'material' with the word 'medium' referring to a substance through which something can be transmitted or shielded.

radiation absorbent

This refers to a substance that absorbs radiation, providing shielding.

defense material

Implies a more active role in defending against external forces.

insulating material

Highlights the material's ability to insulate against various factors.

FAQs

How does the thickness of a "shielding material" affect its performance?

Generally, increasing the thickness of a "shielding material" improves its ability to attenuate radiation or electromagnetic interference. However, the optimal thickness depends on the specific material and the type of radiation being shielded.

What are some common types of "shielding materials"?

Common "shielding materials" include lead, concrete, water, polyethylene, and various metal alloys. The choice of material depends on the type and energy of the radiation, as well as cost and weight considerations.

Is all "shielding material" equally effective against all types of radiation?

No, different "shielding materials" are more effective against certain types of radiation. For example, lead is highly effective against gamma rays and X-rays, while materials with high hydrogen content, like polyethylene, are better at shielding against neutrons.

How does "electromagnetic shielding" differ from radiation shielding?

"Shielding material" against electromagnetic interference (EMI) typically focuses on reflecting or absorbing electromagnetic waves, often using conductive materials like metals or conductive polymers. Radiation shielding, on the other hand, focuses on attenuating ionizing radiation, such as gamma rays, X-rays, and neutrons, often using dense materials like lead or concrete.