Denoising data acquisition algorithm for array pixelated CdZnTe nuclear detector

Abstract

Traditionally, the binary search method is used to collect the denoising data in the array pixilated CdZnTe nuclear detector. Due to the high dispersion of the data itself, the acquisition efficiency is low and the acquisition result has a large error. A denoising data acquisition algorithm for array pixilated CdZnTe nuclear detector is proposed. The detector principle and system noise type are analyzed. The buffer half-full storage algorithm and multi-thread control method are used to collect the noise data of array pixilated CdZnTe nuclear detector. The experimental data show that the proposed algorithm can effectively collect the denoising data of the array pixilated CdZnTe nuclear detector, and the acquisition error rate is only 0.25, the acquisition speed growth rate is up to 96%, with high acquisition accuracy and efficiency.

Keywords

• cdznte
• array pixelated nuclear detector
• denoising data
• acquisition algorithm
• buffer half-full storage algorithm
• multi-thread control
• 29.40.-n
• 29.85.fj
• 29.85.ca