Design, performance analysis, and optimization of a new X-ray detector for region of interest angiography and fluoroscopy for implementation in neurovascular interventional procedures_RU`QHbaYdHPJUL(egfUOQhNiPMjOQHbaYgk+LN`l[nmo[jLpOlfqr[jHPOs[ ctRU`Wur`l`QTVL_fHCY7HKJULvijLNw

منو

" Design, performance analysis, and optimization of a new X-ray detector for region of interest angiography and fluoroscopy for implementation in neurovascular interventional procedures_RU`QHbaYdHPJUL(egfUOQhNiPMjOQHbaYgk+LN`l[nmo[jLpOlfqr[jHPOs[ ctRU`Wur`l`QTVL_fHCY7HKJULvijLNw "

Document Type	:	Latin Dissertation
Language of Document	:	English
Record Number	:	152061
Doc. No	:	ET23853
Main Entry	:	Gaurav C. Josan
Title Proper	:	Design, performance analysis, and optimization of a new X-ray detector for region of interest angiography and fluoroscopy for implementation in neurovascular interventional procedures_RU`QHbaYdHPJUL(egfUOQhNiPMjOQHbaYgk+LN`l[nmo[jLpOlfqr[jHPOs[ ctRU`Wur`l`QTVL_fHCY7HKJULvijLNw
Note	:	This document is digital این مدرک بصورت الکترونیکی می باشد
Abstract	:	Image guided neuro-interventions require high spatial resolution, about 4 to10 lp/mm, forvisualization of small vessels called perforators which maybe 50-300 m in diameter, andfor precise localization of interventional devices like stents and especially newasymmetric stents. This high resolution is of the same order as that required inmammography but in these procedures it is required at higher energies and higher framerates. An optimal detector for application in these procedures with high energy, highresolution and dynamic capabilities is not available currently and this work is an effort inthis direction.,.............-....,....-...,..tested for theQ1 PC1 bus cardBoth these projects mere sofixare des elopment efforts tonards contributing to dlfferentaspects of Roboucs and lZ1echatronics projects m the Controls and Roboucs Group..
Subject	:	Electericl tess
	:	برق
electronic file name	:	TL47114.pdf
Title and statement of responsibility and	:	Design, performance analysis, and optimization of a new X-ray detector for region of interest angiography and fluoroscopy for implementation in neurovascular interventional procedures_RU`QHbaYdHPJUL(egfUOQhNiPMjOQHbaYgk+LN`l[nmo[jLpOlfqr[jHPOs[ ctRU`Wur`l`QTVL_fHCY7HKJULvijLNw [Thesis]