{"capacity":0,"description":{"de":"Stickstoff-14 ist ein stabiles, nicht radioaktives Isotop, notwendig für den Betrieb von Kontrolltürmen der Caldari. \n\nKann durch die Aufbereitung von folgendem Eis erhalten werden:\n\nSonnensystem-Sicherheitsstatus <color='0xFF33FFFF'>1.0</color> oder darunter:\n<a href=showinfo:16265>White Glaze</a>\n\nSonnensystem-Sicherheitsstatus <color='0xFFFF0000'>0.0</color> oder darunter:\n<a href=showinfo:17976>Pristine White Glaze</a>","en":"Nitrogen-14 is a stable, non-radioactive isotope, crucial for maintenance of Caldari Control Towers.\n\nMay be obtained by reprocessing the following ice ores:\n\n<color='0xFF33FFFF'>1.0</color> security status solar system or lower:\n<a href=showinfo:16265>White Glaze</a>\n\n<color='0xFFFF0000'>0.0</color> security status solar system or lower:\n<a href=showinfo:17976>Pristine White Glaze</a>","fr":"L'azote 14 est un isotope stable et non radioactif, vital pour la maintenance des tours de contrôle caldari.\n\nPeut être obtenu en retraitant les minerais de glace suivants :\n\nSystème solaire de statut de sécurité <color='0xFF33FFFF'>1,0</color> ou inférieur : <a href=showinfo:16265>roche vitreuse</a>\n\nSystème solaire de statut de sécurité <color='0xFFFF0000'>0,0</color> ou inférieur : <a href=showinfo:17976>roche vitreuse immaculée</a>","ja":"窒素-14 は安定で放射性のないアイソトープ。カルダリコントロールタワーの維持に不可欠。\n\t\t\n以下のアイス鉱石を再処理することによって得ることができる。\n\nセキュリティステータスが<color='0xFF33FFFF'>1.0</color>以下のソーラーシステム：\n<a href=showinfo:16265>ホワイトグレイズ</a>\n\nセキュリティステータスが<color='0xFFFF0000'>0.0</color>以下のソーラーシステム：\n<a href=showinfo:17976>プリスティンホワイトグレイズ</a>","ru":"Nitrogen-14 - устойчивый, нерадиоактивный изотоп, являющийся незаменимым материалом для работы калдарских башен управления. Добывается посредством переработки следующих типов льда: <br><br>СС <color='0xFF33FFFF'>1.0</color> и ниже: <br><a href=showinfo:16265>White Glaze</a> <br><br> <color='0xFFFF0000'>0.0</color> и ниже: <br><a href=showinfo:17976>Pristine White Glaze</a>","es":"El nitrógeno 14 es un isótopo estable y no radiactivo crucial para el mantenimiento de las torres de control caldaris.\n\nPuede obtenerse mediante el reprocesamiento de las siguientes menas de hielo:\n\nSistemas solares con estado de seguridad <color='0xFF33FFFF'>1,0</color> o inferior:\n\n<a href=showinfo:16265>Cristal níveo</a>\n\nSistemas solares con estado de seguridad <color='0xFFFF0000'>0,0</color> o inferior:\n\n<a href=showinfo:17976>Cristal níveo prístino</a>","ko":"질소-14는 안정화된 비방사성 동위원소로 칼다리 관제타워를 유지하는데 필수적인 자재입니다. <br><br>아래의 아이스를 정제하여 획득할 수 있습니다 :<br><br><color='0xFF33FFFF'>1.0</color> 시큐리티 상태 이하 항성계:<br><a href=showinfo:16265>화이트 글레이즈</a><br><br><color='0xFFFF0000'>0.0</color> 시큐리티 상태 이하 항성계:<br><a href=showinfo:17976>맑은 화이트 글레이즈</a>","zh":"氮-14是一种稳定的、非放射性同位素，对维持加达里控制塔至关重要。\n\n可以从下列冰矿石中提炼获得：\n\n安全等级<color='0xFF33FFFF'>1.0</color>及以下星系：\n<a href=showinfo:16265>白釉冰</a>\n\n安全等级<color='0xFFFF0000'>0.0</color>及以下星系：\n<a href=showinfo:17976>朴白釉冰</a>"},"group_id":423,"icon_id":2702,"market_group_id":1033,"mass":0,"name":{"de":"Nitrogen Isotopes","en":"Nitrogen Isotopes","fr":"Isotopes de nitrogène","ja":"窒素同位体","ru":"Nitrogen Isotopes","es":"Isótopos de nitrógeno","ko":"질소 동위원소","zh":"氮同位素"},"packaged_volume":0.03,"portion_size":1,"published":true,"radius":1,"type_id":17888,"volume":0.03,"category_id":4,"used_in_blueprints":{"4314":{"manufacturing":{"material_type_id":17888,"activity":"manufacturing","quantity":450}},"42877":{"manufacturing":{"material_type_id":17888,"activity":"manufacturing","quantity":100}},"42878":{"manufacturing":{"material_type_id":17888,"activity":"manufacturing","quantity":100}},"42879":{"manufacturing":{"material_type_id":17888,"activity":"manufacturing","quantity":100}},"42883":{"manufacturing":{"material_type_id":17888,"activity":"manufacturing","quantity":100}},"42884":{"manufacturing":{"material_type_id":17888,"activity":"manufacturing","quantity":100}},"42885":{"manufacturing":{"material_type_id":17888,"activity":"manufacturing","quantity":100}}}}