• Comparison of characteristics of silicon detectors with multiple guard rings depending on electrode bias
  Ill-hyuk Han, Geehyun Kim, Manhee Jeong 

• Performance evaluation of tungsten coded-aperture masks with different tungsten material densities for a miniature gamma camera

Seungho Lee¹, Manhee Jeong*

• Pseudo-random pattern design and Monte Carlo evaluation of an active coded-aperture gamma-ray imager

Dukwoo Kim¹, Manhee Jeong*

• Image Quality Enhancement Method for Active Coded-Apeture Gamma Imager for Omnidirectional Detection 

Dukwoo Kim¹, Joonhyuk Lee, Changyu Ko, Seungho Lee, Minseo Song,  Lyu Hyeonseong, Manhee Jeong*

• In-situ estimation of gamma-ray source location at a specific depth based on a coded-aperture gamma camera

Dukwoo Kim¹, Manhee Jeong*

• Coded-aperture based stereo gamma-ray imager for near field 3-D localization

Seungho Lee¹, Minseo Song¹, Dukwoo Kim, Joonhyuk Lee, Changyu Ko, Manhee Jeong*

• Monte Carlo simulation of an accounting system for small amounts of special nuclear material using fast neutron multiplicity counting

Changyu Ko¹, Manhee Jeong*

• Development of a drone-mounted remote radiation imaging system

Inbum Lee, Youngjoo Park, Donghui Seo, Kangwoo Jeon, Jaewon Jeong, Manhee Jeong, Jinho Moon, Sung-Hee Jung, Jung-Yeol Yeom, Hakjae Lee, Kisung Lee 

• Validation of the Fast Neutron Multiplicity Counting System for 252Cf Mass Measurement

Changyu Ko¹, Sungjun Shim, Jeehoon Koo, Jooyoung Kim, Manhee Jeong*

• In-Situ Estimation of Gamma-ray Sources Depths Using Coded-aperture Imager 

Dukwoo Kim¹, Joonhyuk Lee, Changyu Ko, Manhee Jeong*

• Improving Image Performance of Coded-aperture Gamma-ray Imager Under Relative High Dose Environment
  Joonhyuk Lee¹, Dukwoo Kim, Changyu Ko, Manhee Jeong*

• Comparative study of the pulse shape discrimination (PSD) performance of pixelated stilbene and plastic scintillator (EJ-276) arrays for a coded-aperture-based hand-held dual-particle imager

Jihwan Boo¹, Manhee Jeong*

• Pulse shape discrimination using a stilbene scintillator array coupled to a large-area SiPM array for hand-held dual particle imager applications

Jihwan Boo¹, Mark D. Hammig, Manhee Jeong*

• Improving light collection efficiency using partitioned light guide on pixelated scintillator-based γ-ray imager

Suyeon Hyeon, Mark D. Hammig, Manhee Jeong*

• Passive Gamma-Ray Detection With Compact Lightweight Imager for Nuclear Safeguards

Jihwan Boo, Mark D. Hammig, Manhee Jeong*

• Comparison of Characteristics of Gamma-Ray Imager Based on Coded Aperture by Varying the Thickness of the BGO Scintillator

Seoryeong Park, Mark D. Hammig, Manhee Jeong*

• Impact of aperture-thickness on the real-time imaging characteristics of coded-aperture gamma cameras

Seoryeong Park, Jiwhan Boo, Mark Hammig, Manhee Jeong*

• Row–Column Readout Method to Mitigate Radiographic-Image Blurring From Multipixel Events in a Coded-Aperture Imaging System

Jihwan Boo, Mark D. Hammig, Manhee Jeong*

• Compact lightweight imager of both gamma rays and neutrons based on a pixelated stilbene scintillator coupled to a silicon photomultiplier array

Jihwan Boo, Mark D. Hammig, Manhee Jeong*

• MCNP-polimi simulation for the compressed-sensing based reconstruction in a coded-aperture imaging CAI extended to partially-coded field-of-view

Manhee Jeong, Geehyun Kim

• Hand-held Dual-particle Imager Implemented with aMultiplexed Low Sampling-rate Readout of a SiPM-based Pixelated Stilbene Array

Jihwan Boo, Mark D Hammig, Manhee Jeong*

• Development of hand-held coded-aperture gamma ray imaging system based on GAGG(Ce) scintillator coupled with SiPM array

Manhee Jeong, Mark Hammig

• Development of charge sensitive amplifiers based on various circuit board substrates and evaluation of radiation hardness characteristics

Manhee Jeong, Geehyun Kim

• Comparison of gamma ray localization using system matrixes obtained by either MCNP simulations or ray-driven calculations for a coded-aperture imaging system

Manhee Jeong, Mark D. Hammig