Nuclear Electronics and Automatic Means Department

(Head – Dr.Sci. A. P. Voiter)

Main directions of scientific activity: 

• Analysis and working out methods as well as measures to collect, acquisition and process the nuclear-physic experimental data.
• Nuclear-electronic equipment development and creating on its basis systems for experimental investigations automation by means of the nuclear-physic devices of the Institute.
• Designing the specific software necessary for automatic systems used in nuclear-physic experiments.
• Designing the specific software used for data processing and theoretical calculations of the nuclear physics.
• Elaboration and analysis of the methods and measures to increase effectiveness of mono-channel networks functionality.
• Scientific and technical support of experiments made by means of nuclear-physic devices of the Institute.
• Development and using the Institute local area network.

The most important scientific results: 

• New nuclear-electronic devices were planed and fabricated using the modern circuit technology including spectrometric analog-digital converters, a spectrometric booster and an autonomous patent radiometer with a memory for environmental monitoring.
• There were developed new generation automatic measuring systems used for multi-parametrical correlative measuring at the U-120 cyclotron as well as for multi-parametrical polarized experiments, research oriented dependences of some ions passing through thin mono-crystals in tandem-type EGP-10 booster and for neutron research at the WWR-M-type reactor and “Ukryttya-2” object by means of personal computers and network technologies.
• There was elaborated a software to calculate reactions having exotica and hyper cores, as well as for topographical data analysis and models of “Ukryttya-1” and “Ukryttya-2” objects.
• Local area network of the Institute (including its parts at the computer centers of the nuclear-physic objects) working as programming-information environment for nuclear-physic researches was developed. The local area network is already integrated into the global Internet network.
• There were investigated and developed some new architectural elements to increase the mono-channel network’s capacity, in particular, the analytical model for engineer estimation of segmentation parameters in the mono-channel network, algorithmic means for priority-driven service support and a new multi-accessing adaptive protocols class.