MELTING AND DRAINING TESTS ON GLASS WASTE FORM FOR THE IMMOBILIZATION OF CS, SR, AND RARE-EARTH NUCLIDES USING A COLD-CRUCIBLE INDUCTION MELTING SYSTEM

Cold-crucible induction melting (CCIM) technology has been intensively studied as an advanced vitrification process for the immobilization of highly radioactive waste.This technology uses high-frequency induction to melt a glass matrix and waste, while the outer surface of the crucible is water-cooled, resulting in the formation of a frozen glass l

BackgroundAccess to mental health services continues to pose a global challenge, with current services often unable to meet the growing demand.This has sparked interest in conversational artificial intelligence (AI) agents as potential solutions.Despite this, the development of a reliable virtual therapist remains challenging, and the feasibility o

In current engineering practice, static calculation of windows for temperature loads is not performed.However, the existing experience in operating PVC windows in environmental conditions of Eastern Surge Protector and Northern Europe shows that the temperature deformation of such structures can reach values comparable to those of wind loads, which

This paper focuses on stability analysis and stabilization of a switched system under average dwell time criteria in the continuous-time domain.The matrix polynomial approach Footstools is applied to the switched system to construct a continuous Lyapunov function and design a more effective controller, which can not only improve the system performa

Perilla frutescens (L.) Britt., a multifunctional herbaceous plant, is widely used in traditional medicine and cuisine due to its rich array of bioactive compounds.To date, many key phytochemicals in Greetings Card P.frutescens have been identified, including volatile terpenoids (perillaldehyde, limonene,), flavonoids (luteolin, apigenin), and phen