shielding plate

USAGE SUMMARY

The phrase "shielding plate" is correct and usable in written English.
It can be used in contexts related to protection, such as in engineering, electronics, or safety equipment where a plate is designed to shield or protect against radiation, electromagnetic interference, or physical damage. Example: "The technician installed a shielding plate to prevent electromagnetic interference from affecting the sensitive equipment."

✓ Grammatically correct

Science

Aerospace Science and Technology

Fusion Engineering and Design

Human-verified examples from authoritative sources

Exact Expressions

12 human-written examples

Through the test, it was found that the radiation spot shielding plate has comparable proton-shielding performance to aluminum but more lightweight characteristics than aluminum.

Aerospace Science and Technology

It consists of a gravitational separation chamber with refreshing bypass and grounded shielding plate.

Flow Measurement and Instrumentation

The radiation shielding effectiveness of the multi-functional structure with spot shielding plate was demonstrated by proton beam irradiation test.

Aerospace Science and Technology

The EMI SE of MWCNT/PP composites increased with increase in MWCNT content and shielding plate thickness.

Carbon

SAIP uses a shielding plate set between target and substrate, which traps macroparticles flowing from the target and avoids their deposition on the substrate.

Surface and Coatings Technology

In addition, a shielding plate made of lead is proposed to be installed between the pipe/cable connections and primary radiation sources to extend life spans of electric insulation materials.

Fusion Engineering and Design

Human-verified similar examples from authoritative sources

Similar Expressions

48 human-written examples

For measuring dust near the edge plasmas and preventing interference of electrons and ions, the shielding plates were designed and installed around the dust detector.

Journal of Nuclear Materials

Shielding plates were defined in the port gaps, and scoping studies conducted to assess their effectiveness in several configurations, based on which a front dog-leg arrangement was selected for high resolution 3-D activation analysis using MCR2S.

Fusion Engineering and Design

Based on a thorough analysis of the conventional sensor with needle electrodes, the C.E.T. sensor effectively overcame the fault (wall-approach-effect) of the conventional sensor with a special structure formed by several cylindrical electrodes and a shield plate on the top.

Renewable Energy

Adjustment of the depth-dose profile was achieved by placing 2 mm of PMMA in the beam just above the shield plate openings and resulted in 100% nominal dose at the proximal and 75% at the distal border of the hippocampus (at +5 mm depth in the mouse), respectively.

Plosone

The N2 gas was channeled continuously through the thermal shield plate, resulting in a temperature variation of ±0.3°C for thirty minutes on the top surface of the plate.

BioMed Research International

Expert writing Tips

Best practice

When describing a "shielding plate", be specific about the type of radiation or energy it's designed to protect against (e.g., radiation, electromagnetic interference, heat).

Common error

Avoid simply stating "shielding plate" without mentioning the material composition or thickness. The effectiveness of a "shielding plate" heavily depends on these factors.

Linguistic Context

The phrase "shielding plate" functions primarily as a noun phrase, typically acting as a subject or object within a sentence. It refers to a physical object designed to provide protection. According to Ludwig, the phrase is correct and usable in written English.

Expression frequency: Uncommon

Frequent in

Science

70%

Aerospace Science and Technology

15%

Fusion Engineering and Design

15%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

The phrase "shielding plate" is a grammatically correct noun phrase used to describe a protective barrier against radiation, electromagnetic interference, or physical impact. Ludwig AI confirms its usability, particularly within scientific and technical domains. While relatively uncommon, it appears frequently in scientific journals and engineering documents. When using this phrase, specify the material composition and the type of shielding provided for clarity. Alternatives include "protective panel" or "radiation shield".

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

radiation shield

Specifies the type of shielding, focusing on protection against radiation.

shielding barrier

Reverses the order and uses a more general term for "plate".

protective panel

Replaces "plate" with "panel", indicating a broader range of materials and construction.

screening plate

Emphasizes filtering or blocking certain types of energy or particles.

barrier plate

Emphasizes the function of blocking or preventing passage.

EM shielding

Focuses specifically on electromagnetic shielding, using a standard abbreviation.

armor plate

Implies protection against physical impact or penetration.

deflector plate

Suggests redirection of energy or particles rather than simple blocking.

protective layer

Broader term indicating a covering that provides defense.

insulation panel

Focuses on thermal or electrical insulation properties.

FAQs

What is the purpose of a "shielding plate"?

A "shielding plate" is used to protect sensitive equipment or areas from radiation, electromagnetic interference, or physical damage. Its primary function is to block or reduce the transmission of unwanted energy or particles.

What materials are commonly used for a "shielding plate"?

Common materials include lead, aluminum, tungsten, and multi-layered composites like CFRP and tungsten foil. The choice of material depends on the type of radiation or energy being shielded against.

What are some alternatives to saying "shielding plate"?

You can use alternatives like "protective panel", "radiation shield", or "barrier plate" depending on the context.

Where are "shielding plates" typically used?

"Shielding plates" are used in various applications, including aerospace, nuclear facilities, medical equipment, and electronic devices, wherever there's a need to protect against harmful radiation or interference.