Abstract Purpose Within the SYRMA-CT collaboration based at the ELETTRA synchrotron
radiation (SR) facility the authors investigated the imaging performance of the phase …

(57) ABSTRACT A device and method of the present disclosure provides large field-of-view
Talbot-Lau phase contrast CT systems up to very high X-ray energy. The device includes …

(57) ABSTRACT A differential phase contrast X-ray imaging system includes an X-ray
illumination system, a beam splitter arranged in a radiation path of the X-ray illumination …

Purpose: The differential phase contrast CT is emerging as a new technology to improve the
contrast sensitivity of the conventional CT. Via system analysis, modeling, and computer …

Objectives Microcalcifications are an important feature in the diagnosis of breast cancer,
especially in the early stages. In this paper, a CT-based method is proposed to potentially …

Purpose: Differential phase contrast CT (DPC‐CT) is emerging as a new technology to
improve the contrast sensitivity of conventional attenuation‐based CT. The noise equivalent …

随着(射线相衬成像技术的发展, 适用于临床诊断的(射线光栅相衬成像成为当下一个研究热点"
该成像技术可用于常规(光源, 并同时获得衰减# 相衬及暗场三种图像, 具有比传统衰减成像更高 …

Grating-based differential phase contrast (DPC) imaging enables the use of a hospital-grade
X-ray tube, but compromises the image quality due to insufficiently coherent illumination. In …

Differential phase-contrast (DPC) technique is promising as the next breakthrough in the
field of X-ray CT imaging. Utilizing the long ignored X-ray phase information, Differential …

Differential phase contrast technique could be the next breakthrough in the field of CT
imaging. While traditional absorption-based X-ray CT imaging is inefficient at differentiating …