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Fourth-generation Molten Salt Reactors (MSR) are an advanced class of reactors that use a mixture of molten salts as either the primary coolant or the fuel carrier in nuclear fission energy production. As one of the six advanced reactor technologies identified by the Generation IV International Forum (GIF), MSRs are distinguished from conventional light water reactors by their potential for high thermal efficiency, passive safety systems, and conversion of nuclear waste. In these systems, the fu

A thorium molten salt reactor (TMSR) is a Generation IV nuclear reactor that uses thorium dissolved in fluoride or chloride salts as fuel. Operating at atmospheric pressure and temperatures of 600–750°C, this design emerged from the U.S. Oak Ridge National Laboratory's Molten Salt Reactor Experiment (1965–1969). TMSRs leverage liquid fuel circulating through graphite channels, enabling online refueling, inherent safety from negative temperature coefficients, and reduced long-lived radioactive wa

4.Nesil Erimiş Tuz Reaktörleri (MSR), nükleer fisyon enerjisi üretiminde birincil soğutucu veya yakıt taşıyıcı ortam olarak erimiş tuz karışımının kullanıldığı gelişmiş reaktör sınıfıdır. Dördüncü Nesil Uluslararası Forumu (GIF) tarafından belirlenen altı ileri reaktör teknolojisinden biri olan MSR’ler; yüksek termal verimlilik, pasif güvenlik sistemleri ve nükleer atıkların dönüştürülmesi konusundaki potansiyelleri ile geleneksel hafif su reaktörlerinden ayrılır. Bu sistemlerde yakıt, genellikl