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@m.go49: #برجر #الخبر #ستيك #stackd #اكسبلورexplore

MG/الشرقيه 📸.
MG/الشرقيه 📸.
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Region: SA
Friday 05 June 2026 21:12:59 GMT
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stackdchicken
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بالعافية عليك 🥰🥰🥰
2026-06-06 09:12:01
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Відповідь користувачу @черный кот The RBMK-1500 was the
Відповідь користувачу @черный кот The RBMK-1500 was the "big brother" of the RBMK family. While the RBMK-1000 (like those at Chernobyl) was designed to produce 1,000 MW of electricity, the 1500 was pushed to a much higher output—1,500 MW. ​At the time of its commissioning, it was the most powerful nuclear reactor in the world. ​How did they get more power? ​Surprisingly, the RBMK-1500 wasn't significantly larger than the 1000 model. Instead of building a bigger machine, Soviet engineers increased the power density within the core. They achieved this by: ​Increased Heat Rating: They allowed for higher heat output from the same amount of fuel. ​Fuel Channel Modifications: They introduced "turbulence-inducing" spacers in the fuel assemblies, which improved heat transfer from the fuel rods to the cooling water. ​Greater Steam Production: By boosting the efficiency of the heat exchange, they could drive larger turbines. ​Where were they used? ​Only two RBMK-1500 units were ever fully completed and operated. Both were located at the Ignalina Nuclear Power Plant in Lithuania. ​Unit 1: Commissioned in 1983. ​Unit 2: Commissioned in 1987. ​Unit 3: Construction was started but abandoned after the Chernobyl disaster. ​Safety and Decommissioning ​Because the RBMK-1500 operated at a higher power density, it inherited all the stability issues of the RBMK-1000 but with even less "room for error." ​After the Chernobyl disaster, safety concerns—combined with political pressure as Lithuania prepared to join the European Union—led to the decision to shut them down. ​Ignalina Unit 1 was shut down in 2004. ​Ignalina Unit 2 was shut down in 2009. ​Fun Fact: If you've watched the HBO miniseries Chernobyl, much of it was filmed at the Ignalina plant because it looks almost identical to Chernobyl, but was safe enough to enter for filming after its decommissioning. ​Would you like to know more about how the decommissioning process works for a reactor as massive as the 1500?#fyp #reactor #energy #fyyyyyyyyyyyyyyyy #rbmk


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