Fig. 16
![Possible scenarios for future of nuclear power; based on 45 yr in service of current reactors and adding new reactors with rate of ∼21 reactor per 5 yr (red line) [1]](https://asmedc.silverchair-cdn.com/asmedc/content_public/journal/nuclearengineering/5/2/10.1115_1.4042194/6/ners_005_02_024001_f016.png?Expires=1717063170&Signature=dCvHUBWniCdSpXf5C~LT53DsLSaVS3c3DlpQSO3g004datI1mvw32R5iKASnab5rAH3qraEtIYz8io9ANISI7k9wSzdscO7YEcFu2y1BjDfU7bHsI4PbVPtiGS1vb4Qg0pWEsXqpGSWo1h2EAKm19povXH68iftNtM9ft8wx7HER3BFAKidJZ7G~ny8uFI27Wbg3JISlX2M6cMSxkEFo9r7T1DFe7OMWtS2EM5SBgFwPhmIGJP-y3bNEAkDFw2ONHiimvhlAPiJowKD-p6VmJponCwF5ZppF~O2o8wfHoHrbf1MyGwesjnnQx3gXakXMnVyUyaVurEj~BROIsNIHgg__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Possible scenarios for future of nuclear power; based on 45 yr in service of current reactors and adding new reactors with rate of ∼21 reactor per 5 yr (red line) [1]
Possible scenarios for future of nuclear power; based on 45 yr in service of current reactors and adding new reactors with rate of ∼21 reactor per 5 yr (red line) [1]
