Abstract
The high utility of 35-mm cine fluorography with high-quality X-ray image intensifier has recently been acknowledged in the field of cardiovascular diagnosis. The newly developed 9-inch dual-field X-ray image intensifier is particularly suitable for 35-mm cinefluorography. The main characteristics of this tube are the increased contrast, brightness and resolution of images and the reduced quantum noise. These characteristics are caused by the CsI input phosphor screen which has a ''light-guide effect'', a high-sensitivity photocathode and a dark output screen. The tube is equipped with a high-voltage power supply with high reliability.
Citation Formats
Obata, Y, Suzuki, A, Noji, T, and Harao, N.
X-ray image intensifier for cardiovascular diagnosis. Development of RTP 9203 B-P4 and evaluation of image quality.
Japan: N. p.,
1979.
Web.
Obata, Y, Suzuki, A, Noji, T, & Harao, N.
X-ray image intensifier for cardiovascular diagnosis. Development of RTP 9203 B-P4 and evaluation of image quality.
Japan.
Obata, Y, Suzuki, A, Noji, T, and Harao, N.
1979.
"X-ray image intensifier for cardiovascular diagnosis. Development of RTP 9203 B-P4 and evaluation of image quality."
Japan.
@misc{etde_5130374,
title = {X-ray image intensifier for cardiovascular diagnosis. Development of RTP 9203 B-P4 and evaluation of image quality}
author = {Obata, Y, Suzuki, A, Noji, T, and Harao, N}
abstractNote = {The high utility of 35-mm cine fluorography with high-quality X-ray image intensifier has recently been acknowledged in the field of cardiovascular diagnosis. The newly developed 9-inch dual-field X-ray image intensifier is particularly suitable for 35-mm cinefluorography. The main characteristics of this tube are the increased contrast, brightness and resolution of images and the reduced quantum noise. These characteristics are caused by the CsI input phosphor screen which has a ''light-guide effect'', a high-sensitivity photocathode and a dark output screen. The tube is equipped with a high-voltage power supply with high reliability.}
journal = []
volume = {34:7}
journal type = {AC}
place = {Japan}
year = {1979}
month = {Jul}
}
title = {X-ray image intensifier for cardiovascular diagnosis. Development of RTP 9203 B-P4 and evaluation of image quality}
author = {Obata, Y, Suzuki, A, Noji, T, and Harao, N}
abstractNote = {The high utility of 35-mm cine fluorography with high-quality X-ray image intensifier has recently been acknowledged in the field of cardiovascular diagnosis. The newly developed 9-inch dual-field X-ray image intensifier is particularly suitable for 35-mm cinefluorography. The main characteristics of this tube are the increased contrast, brightness and resolution of images and the reduced quantum noise. These characteristics are caused by the CsI input phosphor screen which has a ''light-guide effect'', a high-sensitivity photocathode and a dark output screen. The tube is equipped with a high-voltage power supply with high reliability.}
journal = []
volume = {34:7}
journal type = {AC}
place = {Japan}
year = {1979}
month = {Jul}
}