This article discusses the ongoing project of mapping the Milky Way galaxy using a horn antenna designed to receive the 21-cm emission of neutral hydrogen. It details the design and upgrades of the antenna, the methodology for dat...
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L'articolo presenta i risultati ottenuti con un'antenna horn per la ricezione dell'emissione a 21 cm dell'idrogeno neutro, con l'obiettivo di mappare la struttura a spirale della Via Lattea. Viene descritta la progettazione e l'up...
This post explores the use of the BPX61 photodiode as an alpha particle detector for measuring radon gas levels. It details the removal of the photodiode's protective glass to enhance sensitivity to alpha particles and describes t...
This post examines the use of the BPX61 photodiode as an alpha particle detector to quantify radon gas presence. It discusses the necessity of removing the protective glass from the photodiode to expose the silicon chip, and the u...
A fluorimeter design using a SiPM photomultiplier is detailed, showcasing its ability to measure low fluorophore concentrations with high sensitivity and accuracy.
Un fluorimetro innovativo basato su SiPM permette misurazioni precise della fluorescenza per determinare la concentrazione di fluorofori anche a livelli molto bassi.
The article presents results obtained using an alpha spectrometer to acquire spectra of alpha radiation-emitting sources. It discusses the preparation of alpha sources, the instrument used, and the methods for data processing. It ...
The article presents results obtained using an alpha spectrometer. It discusses the preparation of suitable alpha sources for acquiring spectra, the challenges of self-absorption, and the use of chemical and electrostatic depositi...
The article presents an improved version of the alpha spectrometer, focusing on the front-end electronics and signal acquisition. It discusses the challenges of alpha spectroscopy, the use of solid-state sensors, and the signal pr...
The article presents an improved version of the alpha spectrometer with enhanced front-end electronics and signal acquisition. It describes the challenges of alpha spectrometry, the solid-state sensor used, and the signal processi...
The article presents a project for a cosmic ray detector based on a plastic scintillator and photomultiplier, using the Red Pitaya microcomputer for data acquisition. The high sample rate and subsequent software processing of the ...
The article presents the design of a cosmic ray detector built around a plastic scintillator coupled with a photomultiplier. The Red Pitaya microcomputer is used to capture the pulses generated by cosmic ray interactions, enabling...
The article discusses the use of the KC761B device as a beta and alpha radiation detector. It explains the functioning of the PIN-type semiconductor sensor and its use in detecting beta and alpha particles. The article also descri...
The article presents the KC761B device and its use as a beta and alpha radiation detector. It contains detailed information about the device's sensors, including the CsI(Tl) scintillator and the PIN diode sensor. It also discusses...
The article presents the KC761B device, which is both a dosimeter and a gamma spectrometer. It can be used as a portable gamma spectrometer and can be connected to the KCMA app on a smartphone. The device has a good energy resolut...
The article presents the functionality of the KC761B device as a gamma spectrometer. It discusses the instrument's stand-alone mode, Bluetooth connectivity, and the use of the InterSpec application for in-depth analysis of gamma s...
The article presents the new KC761B gamma spectrometer from DEEPACE, highlighting its features, functions, and first test results. The instrument is an improvement over the previous model, with a scintillation sensor, PIN diode, a...
The article introduces the MEASALL KC761B, a new gamma spectrometer and dosimeter. It is based on a CsI(Tl) scintillator coupled with solid-state photomultipliers (SiPM) and a PIN diode sensitive to beta radiation. The device can ...