RADIATION DETECTOR, MANUFACTURING METHOD OF RADIATION DETECTOR, AND SCINTILLATOR PANEL UNIT

Japanese Patent JP2022099524

A

To provide a radiation detector which can achieve both increased area of a radiation detection area and enhanced resolution of radiographic images, and to provide a manufacturing method of a radiation detector, and a scintillator panel unit.SOLUTION: A radiation detector 1 comprises: a sensor panel 2 with a light reception surface 2a; first and second scintillator panels 10, 20 arranged next to each other along the light reception surface 2a on the light reception surface 2a; and an adhesive layer 3. The first scintillator panel 10 comprises: a first substrate 11; and a first scintillator layer 12 having a plurality of columnar crystals and extending to a first portion 11b of the first substrate 11. The second scintillator panel 20 comprises: a second substrate 21; and a second scintillator layer 22 having a plurality of columnar crystals and extending to a second portion 21b of the second substrate 21. The adhesive layer 3 is continuous over the first scintillator panel 10 and the second scintillator panel 20.SELECTED DRAWING: Figure 1

WO/2014/034721	X-RAY DETECTION SUB-MODULE, X-RAY DETECTION MODULE, AND X-RAY CT APPARATUS
JP5997512	A radiation detector and a pickup system
JP4943701	A method for reducing the deposition of charged fine particles and a device for defining the coolant flow path in the reactor.

YAMAJI HARUKI
SAKURAI JUN
SHIRAKAWA KAZUHIRO
HATANAKA MASASHI
GOTO KEISUKE

JP2020213328A

July 05, 2022

December 23, 2020

Click for automatic bibliography generation  

HAMAMATSU PHOTONICS KK

G01T1/20

Yoshiki Hasegawa
Yoshiki Kuroki
Kenichi Shibayama

Previous Patent: Charging system

Next Patent: How to repair the embankment slope and the slope structure of the embankment