flat detectors

USAGE SUMMARY

The phrase "flat detectors" is correct and usable in written English.
It can be used in contexts related to technology, imaging, or detection systems, particularly in fields like medical imaging or electronics. Example: "The new imaging system utilizes flat detectors to enhance the quality of the captured images."

✓ Grammatically correct

Science

Academia

News & Media

Human-verified examples from authoritative sources

Exact Expressions

4 human-written examples

Recently, angiographic suites equipped with flat detectors have become a standard imaging practice.

BioMed Research International

Compared with image intensifiers, flat detectors offer superior image quality, including improved detective quantum efficiency (DQE), modulation transfer function (MTF), dynamic range, and dose efficiency [ 14].

BioMed Research International

Furthermore, a C-arm system equipped with flat detectors is capable of providing projection radiography, fluoroscopy, DSA, and CT-like images in one imaging suite.

BioMed Research International

With the improvement of three-dimensional reconstruction techniques [ 4– 7] and reduction of artifacts, the concept of applying flat detectors for X-ray computed tomography had been investigated for several years.

BioMed Research International

Human-verified similar examples from authoritative sources

Similar Expressions

56 human-written examples

The The calibration file used, the REEF (radially enclosed energy fraction) file, was created assuming a flat detector.

Harvard University

These tables were generated assuming a flat detector, which is accurate for HRC and ACIS-S3, but the other ACIS CCDs are tilted, which causes additional asymmetries.

Harvard University

The HRC-I imaging capabilities are similar to those of the HRC-S, but its single flat detector plate cannot follow the Rowland geometry as well as the HRC-S.

Harvard University

Data from + and - primary orders and + and - Xdisp orders were combined, with the tg_d limit of ±0.021 deg chosen to maintain a flat detector background (i.e., without dither losses near the edges).

Harvard University

In an ARPES experiment, the momenta and angles of the electrons that are knocked loose by a sufficiently energetic beam of light are used to map out the material's momentum space on a flat detector screen.

University of California, Berkeley

a In CBCT, cone-shaped X-ray beam reaches a flat detector after a single rotation of the gantry around the patient.

Insights into Imaging

All imaging was implemented using a clinical Axiom digital Radiography Fluoroscopy (dRF) scanner (Siemens, Munich, Germany), which contains a 42 cm × 42 cm flat detector within the bed.

Bone and Joint Research

Expert writing Tips

Best practice

When describing medical imaging equipment, specify "flat detectors" to emphasize the advanced technology compared to older image intensifiers.

Common error

Avoid using "image intensifiers" interchangeably with "flat detectors". Image intensifiers are an older technology, while "flat detectors" offer superior image quality and dose efficiency.

Linguistic Context

The phrase "flat detectors" typically functions as a noun phrase, referring to a specific type of sensor used in imaging technology. As Ludwig AI indicates, these detectors are standard in modern angiographic suites.

Expression frequency: Uncommon

Frequent in

Science

70%

Academia

20%

News & Media

10%

Less common in

Formal & Business

0%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "flat detectors" refers to a specific type of sensor technology commonly found in modern medical imaging systems. As Ludwig AI confirms, the phrase is grammatically correct and appropriate for technical and scientific contexts. Usage is most prevalent in scientific and academic literature, highlighting its role in advancements within medical imaging. When writing about imaging technologies, remember that "flat detectors" offer distinct advantages over older technologies like image intensifiers. Alternatives include "flat panel detectors" and "planar detectors", each subtly emphasizing different aspects of the technology.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

flat panel detectors

More specific; emphasizes the panel construction.

planar detectors

Highlights the two-dimensional nature of the detection surface.

flat array detectors

Emphasizes the array structure of the detection elements.

digital radiography detectors

Focuses on the application in digital radiography.

angiographic detectors

Specific to angiographic imaging systems.

flat sensor arrays

Highlights the sensing elements arranged in a flat configuration.

direct conversion detectors

Describes a type of detector technology used in flat panels.

radiation imaging detectors

Broader term encompassing various detectors used for imaging radiation.

X-ray flat panel imagers

Specifically refers to flat panels used for X-ray imaging.

digital X-ray detectors

Focuses on detectors used for digital X-ray imaging.

FAQs

How are "flat detectors" used in medical imaging?

"Flat detectors" are used in various medical imaging techniques like fluoroscopy, radiography, and computed tomography to produce high-resolution images with improved dose efficiency.

What are the benefits of using "flat detectors" over traditional image intensifiers?

"Flat detectors" offer superior image quality, improved detective quantum efficiency (DQE), a wider dynamic range, and better dose efficiency compared to traditional image intensifiers.

Can you provide some "flat panel detectors" examples?

"Flat detectors" are commonly used in C-arm systems for intraoperative imaging, cone-beam computed tomography (CBCT), and digital radiography. They are found in various medical imaging equipment across different manufacturers.

What is "flat detector computed tomography" (FDCT)?

FDCT is a type of computed tomography that uses "flat detectors" instead of traditional detectors. This technology is often integrated into angiographic suites to provide CT-like images with high resolution and functional information.