| dbo:abstract |
The advanced heavy-water reactor (AHWR) or AHWR-300 is the latest Indian design for a next-generation nuclear reactor that burns thorium in its fuel core. It is slated to form the third stage in India's three-stage fuel-cycle plan. This phase of the fuel cycle plan was supposed to be built starting with a 300MWe prototype in 2016. As of 2021 construction has not started and a firm date has not been set. (en) Reaktor air berat tingkat lanjut (bahasa Inggris: advanced heavy-water reactor, disingkat sebagai AHWR) adalah rancangan India terbaru untuk reaktor nuklir generasi baru yang membakar torium dalam inti bahan bakarnya. Proyek tersebut dijalankan untuk membentuk tahap ketiga dalam program siklus bahan bakar tiga tahap India. Fase program siklus bahan bakar tersebut seharusnya dibangun mulai dengan prototipe 300MWe pada 2016. Hingga 2018 pembangunan belum dimulai dan tanggal tetapnya belum ditentukan. (in) 改良型重水炉 (Advanced heavy-water reactor, AHWR) はインドで開発中の次世代型原子炉で、燃料としてトリウムを利用するという特徴がある。インドの計画において、第3段階に位置づけられている。この段階では、2016年に出力300MWの原型炉の建設を開始することを目標としている。改良型重水炉は次世代型原子炉の要件を満たし得る数少ない炉型の1つとなっており、様々な国際フォーラムで取り上げられている。 (ja) AHWR(Advanced Heavy Water Reactor) 또는 신형 중수로 또는 개량형 중수로는 인도의 (BARC, Babha Atomic Research Center)가 개발중인 토륨 원전이다. AHWR은 수직압력 튜브형 비등경수 냉각 및 중수 감속 시스템으로서 300MWe의 전기출력, 750MWt의 열출력을 낸다. 2012년 최초의 신형 중수로를 착공할 계획이다. 인도는 신형 중수로를 개발하여 해외에 수출할 계획이라고 (IAEC)의 Anil Kakodkar 위원장이 오스트리아 빈에서 2009년 9월 16일 밝혔다. (ko) |
| dbo:wikiPageExternalLink |
http://164.100.154.43/writereaddata/.pdf_37 http://www.barc.gov.in/reactor/ahwr.pdf https://web.archive.org/web/20070310221737/http:/www.npcil.nic.in/nupower_vol13_3/ahwr.htm |
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InternetArchiveBot (en) |
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Thorium pressurized heavy-water reactor (en) |
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control rods (en) |
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Light Water (en) |
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June 2017 (en) |
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AHWR-300 (en) |
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| rdfs:comment |
The advanced heavy-water reactor (AHWR) or AHWR-300 is the latest Indian design for a next-generation nuclear reactor that burns thorium in its fuel core. It is slated to form the third stage in India's three-stage fuel-cycle plan. This phase of the fuel cycle plan was supposed to be built starting with a 300MWe prototype in 2016. As of 2021 construction has not started and a firm date has not been set. (en) Reaktor air berat tingkat lanjut (bahasa Inggris: advanced heavy-water reactor, disingkat sebagai AHWR) adalah rancangan India terbaru untuk reaktor nuklir generasi baru yang membakar torium dalam inti bahan bakarnya. Proyek tersebut dijalankan untuk membentuk tahap ketiga dalam program siklus bahan bakar tiga tahap India. Fase program siklus bahan bakar tersebut seharusnya dibangun mulai dengan prototipe 300MWe pada 2016. Hingga 2018 pembangunan belum dimulai dan tanggal tetapnya belum ditentukan. (in) 改良型重水炉 (Advanced heavy-water reactor, AHWR) はインドで開発中の次世代型原子炉で、燃料としてトリウムを利用するという特徴がある。インドの計画において、第3段階に位置づけられている。この段階では、2016年に出力300MWの原型炉の建設を開始することを目標としている。改良型重水炉は次世代型原子炉の要件を満たし得る数少ない炉型の1つとなっており、様々な国際フォーラムで取り上げられている。 (ja) AHWR(Advanced Heavy Water Reactor) 또는 신형 중수로 또는 개량형 중수로는 인도의 (BARC, Babha Atomic Research Center)가 개발중인 토륨 원전이다. AHWR은 수직압력 튜브형 비등경수 냉각 및 중수 감속 시스템으로서 300MWe의 전기출력, 750MWt의 열출력을 낸다. 2012년 최초의 신형 중수로를 착공할 계획이다. 인도는 신형 중수로를 개발하여 해외에 수출할 계획이라고 (IAEC)의 Anil Kakodkar 위원장이 오스트리아 빈에서 2009년 9월 16일 밝혔다. (ko) |
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Advanced heavy-water reactor (en) Reaktor air berat tingkat lanjut (in) AHWR (ko) 改良型重水炉 (ja) |
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