README

BOOK:

• DSP Based Data Acquisition System for Nuclear Physics
• Digital Signal Processing (Second Edition)
• Fast Digitizing and digital signal processing of detector signals

文献：

• 2011
  • Instruments and Experimental Techniques / On GammaRay Spectrometry Pulses Real Time Digital Shaping and Processing
• 2013
  • Algorithms for digital γ-ray spectroscopy / Zbigniew Guzik,Tomasz Krakowski
• 2014
  • NIMA / Implementation of a real-time adaptive digital shaping for nuclear spectroscopy

GRETINA

• 2007
  • IEEE / Data Acquisition and Trigger System of the Gamma Ray Energy Tracking In-Beam Nuclear Array (GRETINA)
• 2009
  • IEEE / Data Acquisition and Trigger System of the Gamma Ray Energy Tracking In-Beam Nuclear Array (GRETINA)
• 2012
  • IEEE / Implementation and Performance of the Electronics and Computing System of the Gamma Ray Energy Tracking In-Beam Nuclear Array (GRETINA)

Valentin T. JordanoV 文献

labZY, LLC is based in Santa Fe, New Mexico. The company was established by Valentin T. Jordanov and Thomas R. Hill. Valentin has more than thirty years experience in the field of radiation measurements and the associated electronics. Valentin is well known for his pioneering contribution in the area of Digital Pulse Processing. Tom Hill has managed large scale nuclear research projects and brings to the company valuable experience and managing skills.

http://www.labzy.com/ http://www.yantel.com/

jordanov@yantel.com 
jordanov@ieee.org

• 1993
  • Digital Pulse Processor Using A Moving Average Technique
  • Digital Pulse Processor Using A Moving Average Technique
• 1994
  • Digital synthesis of pulse shapes in real time for high resolution radiation spectroscopy
  • A Data Acquisition System for a Ring Compton-Scatter Camera
  • The DuAmp - An Alternative Input Configuration for Detector Preamplifiers
  • Deconvolution of pulses from a detector-amplifier configuration
  • Digital techniques for real-time pulse shaping in radiation measurements
• 1995
  • Digtal Pulse-Shape Analyzer Based on Fast Sampling of an Integrated Charge Pulse
  • Digital Pulse-Shape Analyzer Based on Fast Sampling of an Integrated Charge Pulse
• 1998
  • Biasing Scheme for AC Coupled Strip Detectors
  • Biasing Scheme for AC Coupled Strip Detectors
• 2000
  • Portable Radiation Spectrometer Using Low Power Digital Pulse Processing
• 2001
  • Multi-electrode CZT detector packaging using polymer #ip chip bonding
• 2003
  • Real time digital pulse shaper with variable weighting function
• 2005
  • Radiation Spectroscopy Using Seeded Localized Averaging (“SLA”)
• 2011
  • Quantization Effects in Radiation Spectroscopy Based on Digital Pulse Processing
  • Probability Density Function Transformation Using Seeded Localized Averaging
• 2012
  • Exponential signal synthesis in digital pulse processing
  • Quantization Effects in Radiation Spectroscopy Based on Digital Pulse Processing
  • Probability Density Function Transformation Using Seeded Localized Averaging
• 2016
  • Unfolding-synthesis technique for digital pulse processing. Part 1: Unfolding

OTHERS

• 2007
  • NIMA / A multi-channel integrated circuit for use in low- and intermediate-energy nuclear physics—HINP16C
• 2012
  • NIMA / Algorithms for pulse shape analysis using silicon detectors
• 2017
  • NIMA / The GRIFFIN data acquisition system