"description_de":"Der Hauptbaustein aller Strukturen im All. Ein sehr hartes, aber dennoch biegbares Metall. Kann nicht zum Bau von Unterkünften verwendet werden, da es bei atmosphärischen Temperaturen instabil wird. Kommt sehr häufig in den zentralen Regionen des bekannten Universums vor. Kann durch die Aufbereitung von folgenden Erzen und ihren Varianten in Sonnensystemen des Hochsicherheitsraums erhalten werden: <a href=showinfo:1230>Veldspar</a>, <a href=showinfo:1228>Scordite</a> und <a href=showinfo:18>Plagioclase</a>. Es ist auch in großen Mengen in seltenen Erzen wie <a href=showinfo:19>Spodumain</a>, <a href=showinfo:52316>Bezdnazin</a>, <a href=showinfo:52315>Rakovene</a> und <a href=showinfo:52306>Talassonite</a> vorhanden. Tritanium kann auch in Sternensystemen des Nullsicherheitsraums in <a href=showinfo:81900>Kylixium</a>, <a href=showinfo:82016>Nocxite</a>, <a href=showinfo:82205>Ueganite</a>, <a href=showinfo:82163>Hezorime</a> und <a href=showinfo:81975>Griemeer</a> gefunden werden, jedoch nur in Spuren.",
"description_en-us":"The main building block in space structures. A very hard, yet bendable metal. Cannot be used in human habitats due to its instability at atmospheric temperatures. Very common throughout the central regions of known universe.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in high security status star systems:\r\n<a href=showinfo:1230>Veldspar</a>, <a href=showinfo:1228>scordite</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nIt is also present in huge amounts in rare ores like <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a>, <a href=showinfo:52315>rakovene</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nTritanium can also be found in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>, but only in trace quantities.",
"description_en-us":"The main building block in space structures. A very hard, yet bendable metal. Cannot be used in human habitats due to its instability at atmospheric temperatures. Very common throughout the central regions of known universe.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in high security status star systems:<a href=showinfo:1230>veldspar</a>, <a href=showinfo:1228>scordite</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nIt is also present in huge amounts in rare ores such as <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a>, <a href=showinfo:52315>rakovene</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nTritanium can also be found in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>, but only in trace quantities.",
"description_es":"El bloque de construcción principal en las estructuras espaciales. Un metal muy duro pero flexible. No se puede utilizar en hábitats humanos debido a su inestabilidad a las temperaturas atmosféricas. Es muy común en las regiones centrales del universo conocido.\r\n\r\nPuede obtenerse mediante el reprocesamiento de las siguientes menas y sus variaciones disponibles en sistemas estelares con estado de seguridad alto:\r\n<a href=showinfo:1230>Veldspar</a>, <a href=showinfo:1228>escordita</a> y <a href=showinfo:18>plagioclasa</a>.\r\n\r\nTambién está presente en enormes cantidades en menas poco comunes como <a href=showinfo:19>espodumain</a>, <a href=showinfo:52316>bezdnacina</a>, <a href=showinfo:52315>rakovena</a> y <a href=showinfo:52306>talasonita</a>.\r\n\r\nEl tritanio también se puede encontrar en sistemas estelares con estado de seguridad nulo en <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxita</a>, <a href=showinfo:82205>ueganita</a>, <a href=showinfo:82163>hezorima</a> y <a href=showinfo:81975>griemeer</a>, pero solo en pequeñas cantidades.",
"description_fr":"Il s'agit du principal bloc de construction pour les structures spatiales. Ce métal est à la fois très résistant et malléable. Il ne peut être utilisé pour les structures d'habitation humaine en raison de son instabilité aux températures atmosphériques. Il est très répandu dans les régions centrales de l'univers connu. Peut être obtenu par retraitement des minerais suivants et leurs variantes disponibles dans les systèmes stellaires de haute sécurité: <a href=showinfo:1230>veldspar</a>, <a href=showinfo:1228>scordite</a> et <a href=showinfo:18>plagioclase</a>. Il est aussi présent en grandes quantités dans des minerais rares tels que le <a href=showinfo:19>spodumain</a>, le <a href=showinfo:52316>bezdnacine</a>, le <a href=showinfo:52315>rakovene</a> et le <a href=showinfo:52306>talassonite</a>. Le tritanium peut également être trouvé dans les systèmes stellaires de sécurité nulle dans les minerais <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a> et <a href=showinfo:81975>griemeer</a>, mais seulement en quantités infimes.",
"description_it":"The main building block in space structures. A very hard, yet bendable metal. Cannot be used in human habitats due to its instability at atmospheric temperatures. Very common throughout the central regions of known universe.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in high security status star systems:\r\n<a href=showinfo:1230>Veldspar</a>, <a href=showinfo:1228>scordite</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nIt is also present in huge amounts in rare ores like <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a>, <a href=showinfo:52315>rakovene</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nTritanium can also be found in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>, but only in trace quantities.",
"description_it":"The main building block in space structures. A very hard, yet bendable metal. Cannot be used in human habitats due to its instability at atmospheric temperatures. Very common throughout the central regions of known universe.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in high security status star systems:<a href=showinfo:1230>veldspar</a>, <a href=showinfo:1228>scordite</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nIt is also present in huge amounts in rare ores such as <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a>, <a href=showinfo:52315>rakovene</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nTritanium can also be found in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>, but only in trace quantities.",
"description_ko":"구조물 건설에 사용되는 핵심 재료로 탄성이 강하고 단단한 특성을 갖고 있습니다. 실온에서의 구조적 불안정성으로 인해 거주 지역에서 사용할 수 없습니다. 뉴에덴 중심부에서 흔히 발견됩니다.<BR><BR>아래의 광석을 정제하여 획득할 수 있습니다:<BR>하이 시큐리티 항성계:<BR><a href=showinfo:1230>벨드스파</a>, <a href=showinfo:1228>스코다이트</a>, <a href=showinfo:18>플레지오클레이스</a><BR><BR>또한 <a href=showinfo:19>스포듀마인</a>, <a href=showinfo:52316>베즈드나신</a>, <a href=showinfo:52315>라코벤</a>, <a href=showinfo:52306>탈라소나이트</a>에도 다량 함유되어 있습니다.<br><br>추가로 널 시큐리티 항성계에서 발견되는 광석인 <a href=showinfo:81900>카일릭슘</a>, <a href=showinfo:82016>녹사이트</a>, <a href=showinfo:82205>유가나이트</a>, <a href=showinfo:82163>헤조라임</a>, 그리고 <a href=showinfo:81975>그리미어</a>에도 소량의 트리타늄이 함유되어 있습니다.",
"description_ru":"Основной материал для строительства космических сооружений. Очень твёрдый металл, который отлично гнётся. В атмосфере становится неустойчивым, поэтому непригоден для использования в местах обитания человека. Широко распространён в центральных секторах известной вселенной. Добывается путём переработки следующих руд и их разновидностей в системах с высоким уровнем безопасности: <a href=showinfo:1230>вельдспар</a>, <a href=showinfo:1228>скордит</a> и <a href=showinfo:18>плагиоклаз</a>. Кроме того, в огромных количествах присутствует в редких рудах, таких как <a href=showinfo:19>сподумейн</a>, <a href=showinfo:52316>безднацин</a>, <a href=showinfo:52315>раковин</a> и <a href=showinfo:52306>талассонит</a>. Также тританий встречается в системах с нулевым уровнем безопасности. Его можно добыть из <a href=showinfo:81900>килиция</a>, <a href=showinfo:82016>нокцита</a>, <a href=showinfo:82205>уэганита</a>, <a href=showinfo:82163>гезорима</a> и <a href=showinfo:81975>гримира</a>, но только в следовых количествах.",
@@ -852,10 +852,10 @@
"basePrice":8.0,
"capacity":0.0,
"description_de":"Ein weiches, kristallähnliches Mineral, das in einem charakteristischen Orange glüht, als würde es brennen. Es wird als Halbleiter und in der biochemischen Industrie verwendet. Kommt in recht vielen Asteroidenerz-Typen vor. Kann durch die Aufbereitung von folgenden Erzen und ihren Varianten erhalten werden: Sonnensysteme im Hochsicherheitsraum: <a href=showinfo:1228>Scordite</a>, <a href=showinfo:1224>Pyroxeres</a> Sonnensysteme im Niedersicherheitsraum: <a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1227>Omber</a>, <a href=showinfo:21>Hedbergite</a>, <a href=showinfo:1229>Gneiss</a> und <a href=showinfo:1225>Crokite</a> Sonnensysteme im Nullsicherheitsraum: <a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1223>Bistot</a>, <a href=showinfo:22>Arkonor</a>, <a href=showinfo:81900>Kylixium</a> und <a href=showinfo:82016>Nocxite</a>. Wurmlochsysteme: <a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1227>Omber</a>, <a href=showinfo:1229>Gneiss</a>, <a href=showinfo:1223>Bistot</a> und <a href=showinfo:22>Arkonor</a>. Das seltene Erz <a href=showinfo:74521>Mordunium</a> enthält ebenfalls größere Mengen und ist vor allem Systemen im Niedersicherheitsraum und in W-Raum-Systemen mit A0-Sternen (blauen kleinen Sternen) zu finden. Außerdem kommt es noch in untersuchten Orten an den Grenzen zwischen Imperiums- und Nullsicherheitsraum vor.",
"description_en-us":"A soft crystal-like mineral with a very distinguishing orange glow as if on fire. Used as conduit and in the bio-chemical industry. Commonly found in many asteroid-ore types.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:\r\n<a href=showinfo:1228>Scordite</a>, and <a href=showinfo:1224>pyroxeres</a>.\r\n\r\nLow security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, <a href=showinfo:81900>kylixium</a>, and <a href=showinfo:82016>nocxite</a>.\r\n\r\nWormhole systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.\r\n\r\nThe rare ore <a href=showinfo:74521>Mordunium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_en-us":"A soft crystal-like mineral with a very distinguishing orange glow as if on fire. Used as conduit and in the bio-chemical industry. Commonly found in many asteroid-ore types.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:<a href=showinfo:1228>scordite</a>, and <a href=showinfo:1224>pyroxeres</a>.\r\n\r\nLow security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, <a href=showinfo:81900>kylixium</a>, and <a href=showinfo:82016>nocxite</a>.\r\n\r\nWormhole systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.\r\n\r\nThe rare ore <a href=showinfo:74521>mordunium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_es":"Mineral blando de aspecto cristalino con un brillo anaranjado característico de las llamas. Se usa como conducto y también en la industria bioquímica. Se encuentra comúnmente en muchos tipos de menas de asteroides.\r\n\r\nPuede obtenerse mediante el reprocesamiento de las siguientes menas y sus variaciones:\r\n\r\nSistemas estelares con estado de seguridad alto:\r\n<a href=showinfo:1228>Escordita</a> y <a href=showinfo:1224>piroxeno</a>.\r\n\r\nSistemas estelares con estado de seguridad bajo:\r\n<a href=showinfo:1224>Piroxeno</a>, <a href=showinfo:1227>ómber</a>, <a href=showinfo:21>hedbergita</a>, <a href=showinfo:1229>gneiss</a> y <a href=showinfo:1225>crokitio</a>.\r\n\r\nSistemas estelares con estado de seguridad nulo:\r\n<a href=showinfo:1224>Piroxeno</a>, <a href=showinfo:1223>bistotina</a>, <a href=showinfo:22>arkonor</a>, <a href=showinfo:81900>kylixium</a> y <a href=showinfo:82016>nocxita</a>.\r\n\r\nSistemas de agujeros de gusano:\r\n<a href=showinfo:1224>Piroxeno</a>, <a href=showinfo:1227>ómber</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistotina</a> y <a href=showinfo:22>arkonor</a>.\r\n\r\nLa mena poco común de <a href=showinfo:74521>mordunium</a> también contiene cantidades significativas y se encuentra principalmente en sistemas de espacio de agujeros de gusano y seguridad nula que contienen estrellas A0 (azules pequeñas), así como en ubicaciones inspeccionadas en las fronteras del imperio y el espacio de seguridad nula.",
"description_fr":"Ce minerai lisse comme le cristal dégage une lueur orangée semblable aux flammes. Il est employé dans l'industrie biochimique, ainsi que dans les conduits. On le trouve dans de nombreux minerais récoltés dans les astéroïdes. Peut être obtenu par retraitement des minerais suivants et leurs variantes: Systèmes stellaires de haute sécurité: <a href=showinfo:1228>scordite</a> et <a href=showinfo:1224>pyroxeres</a>. Systèmes stellaires de basse sécurité: <a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1229>gneiss</a> et <a href=showinfo:1225>crokite</a>. Systèmes stellaires de sécurité nulle: <a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, <a href=showinfo:81900>kylixium</a> et <a href=showinfo:82016>nocxite</a>. Systèmes de trous de ver: <a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a> et <a href=showinfo:22>arkonor</a>. Le minerai rare <a href=showinfo:74521>mordunium</a> en contient également des quantités significatives et se trouve principalement dans les systèmes de sécurité nulle et les systèmes de trous de ver contenant des étoiles A0 (petites bleues), ainsi que dans des sites sondés aux frontières de l'espace impérial et de sécurité nulle.",
"description_it":"A soft crystal-like mineral with a very distinguishing orange glow as if on fire. Used as conduit and in the bio-chemical industry. Commonly found in many asteroid-ore types.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:\r\n<a href=showinfo:1228>Scordite</a>, and <a href=showinfo:1224>pyroxeres</a>.\r\n\r\nLow security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, <a href=showinfo:81900>kylixium</a>, and <a href=showinfo:82016>nocxite</a>.\r\n\r\nWormhole systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.\r\n\r\nThe rare ore <a href=showinfo:74521>Mordunium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_it":"A soft crystal-like mineral with a very distinguishing orange glow as if on fire. Used as conduit and in the bio-chemical industry. Commonly found in many asteroid-ore types.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:<a href=showinfo:1228>scordite</a>, and <a href=showinfo:1224>pyroxeres</a>.\r\n\r\nLow security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, <a href=showinfo:81900>kylixium</a>, and <a href=showinfo:82016>nocxite</a>.\r\n\r\nWormhole systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:1227>omber</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.\r\n\r\nThe rare ore <a href=showinfo:74521>mordunium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_ko":"주황색 불꽃처럼 생긴 결정 형태의 광물로 소행성 광석에서 주로 추출됩니다. 도관 제작 및 생화학 산업에 사용됩니다.<br><br>다음 광석을 정제하여 획득할 수 있습니다:<br><br>하이 시큐리티 항성계:<br><a href=showinfo:1228>스코다이트</a>, <a href=showinfo:1224>파이로제레스</a><br><br>로우 시큐리티 항성계:<br><a href=showinfo:1224>파이로제레스</a>, <a href=showinfo:1227>옴버</a>, <a href=showinfo:21>헤버자이트</a>, <a href=showinfo:1229>니스</a>, <a href=showinfo:1225>크로카이트</a><br><br>널 시큐리티 항성계:<br><a href=showinfo:1224>파이로제레스</a>, <a href=showinfo:1223>비스토트</a>, <a href=showinfo:22>아르카노르</a>, <a href=showinfo:81900>카일릭슘</a>, <a href=showinfo:82016>녹사이트</a><br><br>웜홀:<br><a href=showinfo:1224>파이로제레스</a>, <a href=showinfo:1227>옴버</a>, <a href=showinfo:1229>니스</a>, <a href=showinfo:1223>비스토트</a>, <a href=showinfo:22>아르카노르</a><br><br>희귀 광석 <a href=showinfo:74521>모르두늄</a>에도 다량 함유되어 있습니다. 모르두늄은 널 시큐리티와 웜홀 우주에 있는 A0 청색 왜성 항성계에서 주로 찾을 수 있으며, 4대 국가 영역의 외부 경계에서도 발견됩니다.",
"description_ru":"Мягкий минерал кристаллической формы. Светится оранжевым, словно внутри пылает огонь. Используется в качестве проводника, а также в биохимической промышленности. Встречается во многих видах астероидных руд. Добывается путём переработки следующих руд и их разновидностей. Системы с высоким уровнем безопасности: <a href=showinfo:1228>скордит</a> и <a href=showinfo:1224>пироксер</a>. Системы с низким уровнем безопасности: <a href=showinfo:1224>пироксер</a>, <a href=showinfo:1227>омбер</a>, <a href=showinfo:21>хедбергит</a>, <a href=showinfo:1229>гнейсс</a> и <a href=showinfo:1225>крокит</a>. Системы с нулевым уровнем безопасности: <a href=showinfo:1224>пироксер</a>, <a href=showinfo:1223>бистот</a>, <a href=showinfo:22>арконор</a>, <a href=showinfo:81900>килиций</a> и <a href=showinfo:82016>нокцит</a>. Системы червоточин: <a href=showinfo:1224>пироксер</a>, <a href=showinfo:1227>омбер</a>, <a href=showinfo:1229>гнейсс</a>, <a href=showinfo:1223>бистот</a> и <a href=showinfo:22>арконор</a>. Редкая руда <a href=showinfo:74521>мордуний</a> тоже содержит много этого минерала. Найти её можно, как правило, в системах с нулевым уровнем безопасности иw-пространстве, где присутствуют звёзды подкласса А0 (голубые карлики), а также в изученных областях на границах держав и «нулей».",
@@ -886,10 +886,10 @@
"basePrice":32.0,
"capacity":0.0,
"description_de":"Ein sehr vielseitiges, metallisches Mineral, matt bis hell silbrig-grün. Es kann mit <a href=showinfo:34>Tritanium</a> zu extrem harten Legierungen vermischt oder für verschiedene Zwecke allein verwendet werden. Kommt in den meisten Regionen vor. Kann durch die Aufbereitung der folgenden Erze und ihrer Varianten gewonnen werden: Sonnensysteme des Hochsicherheitsraums: <a href=showinfo:1224>Pyroxeres</a> und <a href=showinfo:18>Plagioclase</a>. Sonnensysteme des Niedersicherheitsraums: <a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>Kernit</a>, <a href=showinfo:1226>Jaspet</a>, <a href=showinfo:1229>Gneiss</a>, <a href=showinfo:1232>Dunkles Ochre</a> und <a href=showinfo:1225>Crokite</a>. Sonnensysteme des Nullsicherheitsraums: <a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>Kernit</a>, <a href=showinfo:1223>Bistot</a>, <a href=showinfo:22>Arkonor</a> und <a href=showinfo:81900>Kylixium</a>. Wurmlochsysteme: <a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>Kernit</a>, <a href=showinfo:1229>Gneiss</a>, <a href=showinfo:1223>Bistot</a> und <a href=showinfo:22>Arkonor</a>.",
"description_en-us":"Very flexible metallic mineral, dull to bright silvery green in color. Can be mixed with <a href=showinfo:34>Tritanium</a> to make extremely hard alloys or it can be used by itself for various purposes. Fairly common in most regions.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nLow security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1226>jaspet</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, and <a href=showinfo:81900>kylixium</a>.\r\n\r\nWormhole systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.",
"description_en-us":"Very flexible metallic mineral, dull to bright silvery green in color. Can be mixed with <a href=showinfo:34>Tritanium</a> to make extremely hard alloys or it can be used by itself for various purposes. Fairly common in most regions.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:<a href=showinfo:1224>pyroxeres</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nLow security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1226>jaspet</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, and <a href=showinfo:81900>kylixium</a>.\r\n\r\nWormhole systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.",
"description_es":"Mineral metálico muy flexible y con un color de verde plateado opaco a brillante. Puede mezclarse con <a href=showinfo:34>tritanio</a> para hacer aleaciones extremadamente duras o usarse por sí solo para diversos fines. Bastante común en la mayoría de las regiones.\r\n\r\nPuede obtenerse mediante el reprocesamiento de las siguientes menas y sus variaciones:\r\n\r\nSistemas estelares con estado de seguridad alto:\r\n<a href=showinfo:1224>Piroxeno</a> y <a href=showinfo:18>plagioclasa</a>.\r\n\r\nSistemas estelares con estado de seguridad bajo:\r\n<a href=showinfo:1224>Piroxeno</a>, <a href=showinfo:20>kernita</a>, <a href=showinfo:1226>jaspetita</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1232>ocre oscuro</a> y <a href=showinfo:1225>crokitio</a>.\r\n\r\nSistemas estelares con estado de seguridad nulo:\r\n<a href=showinfo:1224>Piroxeno</a>, <a href=showinfo:20>kernita</a>, <a href=showinfo:1223>bistotina</a>, <a href=showinfo:22>arkonor</a> y <a href=showinfo:81900>kylixium</a>.\r\n\r\nSistemas de agujeros de gusano:\r\n<a href=showinfo:1224>Piroxeno</a>, <a href=showinfo:20>kernita</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistotina</a> y <a href=showinfo:22>arkonor</a>.",
"description_fr":"Il s'agit d'un minerai métallique très souple dont la couleur va du vert argenté mat au vert argenté brillant. Il peut être mélangé avec du <a href=showinfo:34>tritanium</a> pour composer des alliages extrêmement résistants, ou utilisé seul pour différentes applications. Ce minerai est relativement courant dans la plupart des régions. Peut être obtenu par retraitement des minerais suivants et leurs variantes: Systèmes stellaires de haute sécurité: <a href=showinfo:1224>pyroxeres</a> et <a href=showinfo:18>plagioclase</a>. Systèmes stellaires de basse sécurité: <a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1226>jaspet</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1232>ochre foncé</a> et <a href=showinfo:1225>crokite</a>. Systèmes stellaires de sécurité nulle: <a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a> et <a href=showinfo:81900>kylixium</a>. Systèmes de trous de ver: <a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a> et <a href=showinfo:22>arkonor</a>.",
"description_it":"Very flexible metallic mineral, dull to bright silvery green in color. Can be mixed with <a href=showinfo:34>Tritanium</a> to make extremely hard alloys or it can be used by itself for various purposes. Fairly common in most regions.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nLow security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1226>jaspet</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, and <a href=showinfo:81900>kylixium</a>.\r\n\r\nWormhole systems:\r\n<a href=showinfo:1224>Pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.",
"description_it":"Very flexible metallic mineral, dull to bright silvery green in color. Can be mixed with <a href=showinfo:34>Tritanium</a> to make extremely hard alloys or it can be used by itself for various purposes. Fairly common in most regions.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nHigh security status star systems:<a href=showinfo:1224>pyroxeres</a>, and <a href=showinfo:18>plagioclase</a>.\r\n\r\nLow security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1226>jaspet</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nNull security status star systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1223>bistot</a>, <a href=showinfo:22>arkonor</a>, and <a href=showinfo:81900>kylixium</a>.\r\n\r\nWormhole systems:<a href=showinfo:1224>pyroxeres</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1229>gneiss</a>, <a href=showinfo:1223>bistot</a>, and <a href=showinfo:22>arkonor</a>.",
"description_ko":"유연한 금속성 광물로 은빛이 도는 녹색을 띄고 있습니다. 주로 단독으로 사용되지만 간혹 경질합금 제작을 위해 <a href=showinfo:34>트리타늄</a>과 혼합하여 사용하기도 합니다. 우주 전역에서 발견됩니다.<br><br>아래의 광석을 정제하여 획득할 수 있습니다:<br><br>하이 시큐리티 항성계:<br><a href=showinfo:1224>파이로제레스</a>, <a href=showinfo:18>플레지오클레이스</a><br><br>로우 시큐리티 항성계:<br><a href=showinfo:1224>파이로제레스</a>, <a href=showinfo:20>커나이트</a>, <a href=showinfo:1226>자스페트</a>, <a href=showinfo:1229>니스</a>, <a href=showinfo:1232>다크 오커</a>, <a href=showinfo:1225>크로카이트</a><br><br>널 시큐리티 항성계:<br><a href=showinfo:1224>파이로제레스</a>, <a href=showinfo:20>커나이트</a>, <a href=showinfo:1223>비스토트</a>, <a href=showinfo:22>아르카노르</a>, <a href=showinfo:81900>카일릭슘</a><br><br>웜홀:<br><a href=showinfo:1224>파이로제레스</a>, <a href=showinfo:20>커나이트</a>, <a href=showinfo:1229>니스</a>, <a href=showinfo:1223>비스토트</a>, <a href=showinfo:22>아르카노르</a>",
"description_ru":"Эластичный металлический минерал серебристо-зелёного цвета. Яркость варьируется. Применяется в самых разных целях. Нередко сочетается с <a href=showinfo:34>тританием</a> для получения особо прочных сплавов. Достаточно распространён в большинстве секторов. Добывается путём переработки следующих руд и их разновидностей. Системы с высоким уровнем безопасности: <a href=showinfo:1224>пироксер</a> и <a href=showinfo:18>плагиоклаз</a>. Системы с низким уровнем безопасности: <a href=showinfo:1224>пироксер</a>, <a href=showinfo:20>кернит</a>, <a href=showinfo:1226>джаспет</a>, <a href=showinfo:1229>гнейсс</a>, <a href=showinfo:1232>тёмная охра</a> и <a href=showinfo:1225>крокит</a>. Системы с нулевым уровнем безопасности: <a href=showinfo:1224>пироксер</a>, <a href=showinfo:20>кернит</a>, <a href=showinfo:1223>бистот</a>, <a href=showinfo:22>арконор</a> и <a href=showinfo:81900>килиций</a>. Системы червоточин: <a href=showinfo:1224>пироксер</a>, <a href=showinfo:20>кернит</a>, <a href=showinfo:1229>гнейсс</a>, <a href=showinfo:1223>бистот</a> и <a href=showinfo:22>арконор</a>.",
@@ -920,10 +920,10 @@
"basePrice":128.0,
"capacity":0.0,
"description_de":"Hellbläulicher Kristall, geformt durch intensiven Druck im tiefen Inneren von großen Asteroiden und Monden. Wird bei der Produktion von Elektronik und Waffen verwendet. Große Mengen lassen sich nur in wenigen Gebieten finden.Kann durch die Aufbereitung der folgenden Erze und ihrer Varianten gewonnen werden: Sternensysteme des Niedersicherheitsraums: <a href=showinfo:1227>Omber</a>, <a href=showinfo:20>Kernit</a>, <a href=showinfo:1231>Hemorphite</a>, <a href=showinfo:1229>Gneis</a> und <a href=showinfo:1232>Dunkler Ocker</a>. Sternensysteme des Niedersicherheitsraums: <a href=showinfo:20>Kernit</a>, <a href=showinfo:81975>Griemeer</a> und <a href=showinfo:82163>Hezorime</a>. Wurmlochsysteme: <a href=showinfo:1227>Omber</a>, <a href=showinfo:20>Kernit</a> und <a href=showinfo:1229>Gneis</a>. Es ist auch in großen Mengen in seltenen Erzen wie <a href=showinfo:19>Spodumain</a>, <a href=showinfo:52316>Bezdnazin</a> und <a href=showinfo:52315>Rakovene</a> vorhanden. Das seltene Erz <a href=showinfo:74525>Ytirium</a> enthält ebenfalls größere Mengen und ist vor allem Systemen im Niedersicherheitsraum und in W-Raum-Systemen mit A0-Sternen (blauen kleinen Sternen) zu finden. Außerdem kommt es noch in untersuchten Orten an den Grenzen zwischen Imperiums- und Nullsicherheitsraum vor.",
"description_en-us":"Light-bluish crystal, formed by intense pressure deep within large asteroids and moons. Used in electronic and weapon manufacturing. Only found in abundance in a few areas.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nLow security status star systems:\r\n<a href=showinfo:1227>Omber</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1232>dark ochre</a>.\r\n\r\nNull security status star systems:\r\n<a href=showinfo:20>Kernite</a>, <a href=showinfo:81975>griemeer</a>, and <a href=showinfo:82163>hezorime</a>.\r\n\r\nWormhole systems:\r\n<a href=showinfo:1227>Omber</a>, <a href=showinfo:20>kernite</a>, and <a href=showinfo:1229>gneiss</a>.\r\n\r\nIt is also present in huge amounts in rare ores like <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a> and <a href=showinfo:52315>rakovene</a>.\r\n\r\nThe rare ore <a href=showinfo:74525>ytirium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_en-us":"Light-bluish crystal, formed by intense pressure deep within large asteroids and moons. Used in electronic and weapon manufacturing. Only found in abundance in a few areas.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nLow security status star systems:<a href=showinfo:1227>omber</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1232>dark ochre</a>.\r\n\r\nNull security status star systems:<a href=showinfo:20>kernite</a>, <a href=showinfo:81975>griemeer</a>, and <a href=showinfo:82163>hezorime</a>.\r\n\r\nWormhole systems:<a href=showinfo:1227>omber</a>, <a href=showinfo:20>kernite</a>, and <a href=showinfo:1229>gneiss</a>.\r\n\r\nIt is also present in huge amounts in rare ores like <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a> and <a href=showinfo:52315>rakovene</a>.\r\n\r\nThe rare ore <a href=showinfo:74525>ytirium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_es":"Cristal azulado claro formado por una intensa presión en las profundidades de grandes asteroides y lunas. Se usa en la fabricación de electrónica y de armas. Solo se encuentra en abundancia en algunas zonas.\r\n\r\nPuede obtenerse mediante el reprocesamiento de las siguientes menas y sus variaciones:\r\n\r\nSistemas estelares con estado de seguridad bajo:\r\n<a href=showinfo:1227>Ómber</a>, <a href=showinfo:20>kernita</a>, <a href=showinfo:1231>hemorfita</a>, <a href=showinfo:1229>gneiss</a> y <a href=showinfo:1232>ocre oscuro</a>.\r\n\r\nSistemas estelares con estado de seguridad nulo:\r\n<a href=showinfo:20>Kernita</a>, <a href=showinfo:81975>griemeer</a> y <a href=showinfo:82163>hezorima</a>.\r\n\r\nSistemas de agujeros de gusano:\r\n<a href=showinfo:1227>Ómber</a>, <a href=showinfo:20>kernita</a> y <a href=showinfo:1229>gneiss</a>.\r\n\r\nTambién está presente en enormes cantidades en menas poco comunes como <a href=showinfo:19>espodumain</a>, <a href=showinfo:52316>bezdnacina</a> y <a href=showinfo:52315>rakovena</a>.\r\n\r\nLa mena poco común de <a href=showinfo:74525>ytirium</a> también contiene cantidades significativas y se encuentra principalmente en sistemas de espacio de agujeros de gusano y seguridad nula que contienen estrellas A0 (azules pequeñas), así como en ubicaciones inspeccionadas en las fronteras del imperio y el espacio de seguridad nula.",
"description_fr":"Cristal bleu clair formé par l'extraordinaire pression exercée par les lunes et les grands astéroïdes. Les secteurs de l'électronique et de la fabrication d'armes en font bon usage. Gisements abondants exclusivement localisés dans quelques zones de l'espace. Peut être obtenu par retraitement des minerais suivants et leurs variantes: Systèmes stellaires de basse sécurité: <a href=showinfo:1227>omber</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:1229>gneiss</a> et <a href=showinfo:1232>ochre foncé</a>. Systèmes stellaires de sécurité nulle: <a href=showinfo:20>kernite</a>, <a href=showinfo:81975>griemeer</a> et <a href=showinfo:82163>hezorime</a>. Systèmes de trou de ver: <a href=showinfo:1227>omber</a>, <a href=showinfo:20>kernite</a> et <a href=showinfo:1229>gneiss</a>. Il est aussi présent en grandes quantités dans des minerais rares tels que le <a href=showinfo:19>spodumain</a>, le <a href=showinfo:52316>bezdnacine</a> et le <a href=showinfo:52315>rakovene</a>. Le minerai rare <a href=showinfo:74525>ytirium</a> en contient également des quantités significatives et se trouve principalement dans les systèmes de sécurité nulle et les systèmes de trous de ver contenant des étoiles A0 (petites bleues), ainsi que dans des sites sondés aux frontières de l'espace impérial et de sécurité nulle.",
"description_it":"Light-bluish crystal, formed by intense pressure deep within large asteroids and moons. Used in electronic and weapon manufacturing. Only found in abundance in a few areas.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nLow security status star systems:\r\n<a href=showinfo:1227>Omber</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1232>dark ochre</a>.\r\n\r\nNull security status star systems:\r\n<a href=showinfo:20>Kernite</a>, <a href=showinfo:81975>griemeer</a>, and <a href=showinfo:82163>hezorime</a>.\r\n\r\nWormhole systems:\r\n<a href=showinfo:1227>Omber</a>, <a href=showinfo:20>kernite</a>, and <a href=showinfo:1229>gneiss</a>.\r\n\r\nIt is also present in huge amounts in rare ores like <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a> and <a href=showinfo:52315>rakovene</a>.\r\n\r\nThe rare ore <a href=showinfo:74525>ytirium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_it":"Light-bluish crystal, formed by intense pressure deep within large asteroids and moons. Used in electronic and weapon manufacturing. Only found in abundance in a few areas.\r\n\r\nMay be obtained by reprocessing the following ores and their variations:\r\n\r\nLow security status star systems:<a href=showinfo:1227>omber</a>, <a href=showinfo:20>kernite</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:1229>gneiss</a>, and <a href=showinfo:1232>dark ochre</a>.\r\n\r\nNull security status star systems:<a href=showinfo:20>kernite</a>, <a href=showinfo:81975>griemeer</a>, and <a href=showinfo:82163>hezorime</a>.\r\n\r\nWormhole systems:<a href=showinfo:1227>omber</a>, <a href=showinfo:20>kernite</a>, and <a href=showinfo:1229>gneiss</a>.\r\n\r\nIt is also present in huge amounts in rare ores like <a href=showinfo:19>spodumain</a>, <a href=showinfo:52316>bezdnacine</a> and <a href=showinfo:52315>rakovene</a>.\r\n\r\nThe rare ore <a href=showinfo:74525>ytirium</a> also contains significant quantities and is found primarily in nullsec and W-space systems containing A0 (Blue Small) stars, as well as surveyed locations on the borders of empire and nullsec space.",
"description_ko":"강한 압력을 통해 변성된 연푸른 광석으로 대형 소행성 및 위성에서 주로 채굴됩니다. 전자 장치 및 무기 생산에 주로 사용되며 몇몇 지역에서 대량으로 매장된 지역은 드뭅니다.<br><br>다음 광석을 정제하여 획득할 수 있습니다:<br><br>로우 시큐리티 항성계:<br><a href=showinfo:1227>옴버</a>, <a href=showinfo:20>커나이트</a>, <a href=showinfo:1231>헤모르파이트</a>, <a href=showinfo:1229>니스</a>, <a href=showinfo:1232>다크 오커</a><br><br>널 시큐리티 항성계:<br><a href=showinfo:20>커나이트</a>, <a href=showinfo:81975>그리미어</a>, <a href=showinfo:82163>헤조라임</a><br><br>웜홀:<br><a href=showinfo:1227>옴버</a>, <a href=showinfo:20>커나이트</a>, <a href=showinfo:1229>니스</a><br><br>추가로 <a href=showinfo:19>스포듀마인</a>, <a href=showinfo:52316>베즈드나신</a>, <a href=showinfo:52315>라코벤</a>과 같은 희귀 광석에서도 추출됩니다.<br><br>희귀 광석 <a href=showinfo:74525>이티륨</a>에도 다량 함유되어 있습니다. 이티륨은 널 시큐리티와 웜홀 우주에 있는 A0 청색 왜성 항성계에서 주로 찾을 수 있으며, 4대 국가 영역의 외부 경계에서도 발견됩니다.",
"description_ru":"Голубой кристалл, образующийся в результате сильного давления в недрах спутников и крупных астероидов. Используется в производстве электроники и орудий. В изобилии встречается лишь в некоторых районах. Добывается путём переработки следующих руд и их разновидностей. Системы с низким уровнем безопасности: <a href=showinfo:1227>омбер</a>, <a href=showinfo:20>кернит</a>, <a href=showinfo:1231>хеморфит</a>, <a href=showinfo:1229>гнейсс</a> и <a href=showinfo:1232>тёмная охра</a>. Системы с нулевым уровнем безопасности: <a href=showinfo:20>кернит</a>, <a href=showinfo:81975>гримир</a> и <a href=showinfo:82163>гезорим</a>. Системы червоточин: <a href=showinfo:1227>омбер</a>, <a href=showinfo:20>кернит</a> и <a href=showinfo:1229>гнейсс</a>. Кроме того, в огромных количествах присутствует в редких рудах, таких как <a href=showinfo:19>сподумейн</a>, <a href=showinfo:52316>безднацин</a> и <a href=showinfo:52315>раковин</a>. Редкая руда <a href=showinfo:74525>ютирий</a> тоже содержит много этого минерала. Найти её можно, как правило, в системах с нулевым уровнем безопасности иw-пространстве, где присутствуют звёзды подкласса А0 (голубые карлики), а также в изученных областях на границах держав и «нулей».",
@@ -954,10 +954,10 @@
"basePrice":512.0,
"capacity":0.0,
"description_de":"Ein hoch flüchtiges Mineral, das nur während einer Supernova gebildet wird und folglich das Ausmaß seiner Verbreitung stark einschränkt. Ein unverzichtbarer Bestandteil in der Kapselherstellung, was es sehr begehrt macht. Es kann durch die Aufbereitung der folgenden Erze und ihrer Varianten in Sternensystemen des Niedersicherheitsraums gewonnen werden: <a href=showinfo:1226>Jaspet</a>, <a href=showinfo:1231>Hemorphite</a>, <a href=showinfo:21>Hedbergite</a>, <a href=showinfo:1232>Dunkles Ochre</a> und <a href=showinfo:1225>Crokite</a>. Es ist auch in erheblichen Mengen in seltenen Erzen wie <a href=showinfo:19>Spodumain</a> und <a href=showinfo:52306>Talassonit</a> vorhanden. Nocxium kann auch in Sternensystemendes Nullsicherheitsraums in <a href=showinfo:81900>Kylixium</a>, <a href=showinfo:82016>Nocxite</a>, <a href=showinfo:82205>Ueganite</a>, <a href=showinfo:82163>Hezorime</a> und <a href=showinfo:81975>Griemeer</a> gefunden werden.",
"description_en-us":"A highly volatile mineral only formed during supernovas, thus severely limiting the extent of its distribution. Vital ingredient in capsule production, making it very coveted.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in low security status star systems:\r\n<a href=showinfo:1226>Jaspet</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nIt is also present in significant amounts in rare ores like <a href=showinfo:19>spodumain</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nNocxium can also be founf in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>.",
"description_en-us":"A highly volatile mineral only formed during supernovas, thus severely limiting the extent of its distribution. Vital ingredient in capsule production, making it very coveted.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in low security status star systems:<a href=showinfo:1226>jaspet</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nIt is also present in significant amounts in rare ores like <a href=showinfo:19>spodumain</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nNocxium can also be founf in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>.",
"description_es":"Un mineral muy volátil que solo se forma durante las supernovas, lo que limita mucho su distribución. Es un elemento vital en la producción de cápsulas, por lo que es muy codiciado.\r\n\r\nPuede obtenerse mediante el reprocesamiento de las siguientes menas y sus variaciones disponibles en sistemas estelares con estado de seguridad bajo:\r\n<a href=showinfo:1226>Jaspetita</a>, <a href=showinfo:1231>hemorfita</a>, <a href=showinfo:21>hedbergita</a>, <a href=showinfo:1232>ocre oscuro</a> y <a href=showinfo:1225>crokitio</a>.\r\n\r\nTambién está presente en enormes cantidades en menas poco comunes como <a href=showinfo:19>espodumain</a> y <a href=showinfo:52306>talasonita</a>.\r\n\r\nEl nocxium también se puede encontrar en sistemas estelares con estado de seguridad nulo en <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxita</a>, <a href=showinfo:82205>ueganita</a>, <a href=showinfo:82163>hezorima</a> y <a href=showinfo:81975>griemeer</a>.",
"description_fr":"Ce minerai très volatile ne se forme que lors de la transformation d'une étoile en supernova. Il est donc très rare d'en trouver. Ce produit indispensable à la fabrication des capsules est extrêmement convoité. Il peut être obtenu par retraitement des minerais suivants et de leurs variantes disponibles dans les systèmes stellaires de basse sécurité: <a href=showinfo:1226>jaspet</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1232>ochre foncé</a> et <a href=showinfo:1225>crokite</a>. Il est aussi présent en quantités significatives dans des minerais rares tels que le <a href=showinfo:19>spodumain</a> et la <a href=showinfo:52306>talassonite</a>. Le nocxium peut également être trouvé dans les systèmes stellaires de sécurité nulle dans le <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a> et <a href=showinfo:81975>griemeer</a>.",
"description_it":"A highly volatile mineral only formed during supernovas, thus severely limiting the extent of its distribution. Vital ingredient in capsule production, making it very coveted.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in low security status star systems:\r\n<a href=showinfo:1226>Jaspet</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nIt is also present in significant amounts in rare ores like <a href=showinfo:19>spodumain</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nNocxium can also be founf in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>.",
"description_it":"A highly volatile mineral only formed during supernovas, thus severely limiting the extent of its distribution. Vital ingredient in capsule production, making it very coveted.\r\n\r\nMay be obtained by reprocessing the following ores and their variations available in low security status star systems:<a href=showinfo:1226>jaspet</a>, <a href=showinfo:1231>hemorphite</a>, <a href=showinfo:21>hedbergite</a>, <a href=showinfo:1232>dark ochre</a>, and <a href=showinfo:1225>crokite</a>.\r\n\r\nIt is also present in significant amounts in rare ores like <a href=showinfo:19>spodumain</a> and <a href=showinfo:52306>talassonite</a>.\r\n\r\nNocxium can also be founf in null security status star systems in <a href=showinfo:81900>kylixium</a>, <a href=showinfo:82016>nocxite</a>, <a href=showinfo:82205>ueganite</a>, <a href=showinfo:82163>hezorime</a>, and <a href=showinfo:81975>griemeer</a>.",
"description_ko":"불안정한 구조를 지닌 광물로 초신성 폭발을 통해 생성됩니다. 상당히 희귀한 재료이며 캡슐 제작, 그 중에서도 은폐장의 제작에 주로 투입됩니다.<br><br>아래의 광석을 정제하여 획득할 수 있습니다:<br><a href=showinfo:1226>자스페트</a>, <a href=showinfo:1231>헤모르파이트</a>, <a href=showinfo:21>헤버자이트</a>, <a href=showinfo:1232>다크 오커</a>, <a href=showinfo:1225>크로카이트</a><br><br><a href=showinfo:19>스포듀마인</a>과 <a href=showinfo:52306>탈라소나이트</a>와 같은 희귀 광물에도 다량 함유되어 있습니다.<br><br>추가로 널 시큐리티 항성계에서 발견되는 광석인 <a href=showinfo:81900>카일릭슘</a>, <a href=showinfo:82016>녹사이트</a>, <a href=showinfo:82205>유가나이트</a>, <a href=showinfo:82163>헤조라임</a>, <a href=showinfo:81975>그리미어</a>에도 녹시움이 함유되어 있습니다.",
"description_ru":"Крайне нестабильный минерал. Он образуется исключительно при вспышке сверхновой, так что отыскать его весьма непросто. Очень высоко ценится на рынке, поскольку является ключевым элементом в производстве капсул. Добывается путём переработки следующих руд и их разновидностей в системах с низким уровнем безопасности: <a href=showinfo:1226>джаспет</a>, <a href=showinfo:1231>хеморфит</a>, <a href=showinfo:21>хедбергит</a>, <a href=showinfo:1232>тёмная охра</a> и <a href=showinfo:1225>крокит</a>. Кроме того, в огромных количествах присутствует в редких рудах, таких как <a href=showinfo:19>сподумейн</a> и <a href=showinfo:52306>талассонит</a>. Наконец, ноксий встречается в системах с нулевым уровнем безопасности в составе <a href=showinfo:81900>килиция</a>, <a href=showinfo:82016>нокцита</a>, <a href=showinfo:82205>уэганита</a>, <a href=showinfo:82163>гезорима</a> и <a href=showinfo:81975>гримира</a>.",
@@ -139283,10 +139283,10 @@
"basePrice":32768.0,
"capacity":0.0,
"description_de":"Morphite ist ein überaus seltenes Mineral und nur im ebenfalls raren <a href=showinfo:11396>Mercoxit</a>-Erz enthalten. Als grundlegendes Baumaterial taugt es kaum, aber bereits bestehenden Strukturen verhilft Morphite zu höherer Leistung und Lebensdauer. Durch diese erstaunlichen Eigenschaften hat es eine neue Ära technologischen Fortschritts eingeläutet. Kann durch die Aufbereitung von <a href=showinfo:11396>Mercoxit</a>-Erz und seiner Varianten erhalten werden, die in Sonnensystemen des Nullsicherheitsraums gefunden werden können.",
"description_en-us":"Morphite is a highly unorthodox mineral that can only be found in the hard-to-get <a href=showinfo:11396>Mercoxit</a> ore. It is hard to use Morphite as a basic building material, but when it is joined with existing structures it can enhance the performance and durability manifold. This astounding quality makes this the material responsible for ushering in a new age in technology breakthroughs.\r\n\r\nMay be obtained by reprocessing <a href=showinfo:11396>Mercoxit</a> ore and its variations which are available in null security status star systems.",
"description_en-us":"Morphite is a highly unorthodox mineral that can only be found in the hard-to-get <a href=showinfo:11396>mercoxit</a> ore. It is hard to use morphite as a basic building material, but when it is joined with existing structures it can enhance the performance and durability manifold. This astounding quality makes this the material responsible for ushering in a new age in technology breakthroughs.\r\n\r\nMay be obtained by reprocessing <a href=showinfo:11396>mercoxit</a> ore and its variations which are available in null security status star systems.",
"description_es":"La morfita es un mineral muy poco ortodoxo y difícil de conseguir que solo se puede encontrar en la mena de <a href=showinfo:11396>mercoxita</a>. Es complicado usar morfita como material básico de construcción, pero cuando se une con estructuras ya existentes, puede mejorar el rendimiento y la durabilidad. Gracias a esta excelente propiedad, este material ha abierto las puertas a una nueva era de avances tecnológicos.\n\nSe puede obtener mediante el reprocesamiento de la mena de <a href=showinfo:11396>mercoxita</a> y sus variaciones, que están disponibles en los sistemas estelares con estado de seguridad nulo.",
"description_fr":"La morphite est un minéral peu orthodoxe que l'on ne trouve que dans le minerai rare appelé <a href=showinfo:11396>mercoxit</a>. Utiliser la morphite en tant que matériau de construction de base est difficile, mais lorsqu'elle est associée à des structures existantes, elle peut considérablement améliorer leurs performances et leur résistance. En raison de ses qualités impressionnantes, elle a ouvert une nouvelle ère dans les techniques de construction. La morphite peut être obtenue en retraitant du minerai de <a href=showinfo:11396>mercoxit</a> et ses variations, disponibles dans les systèmes stellaires de sécurité nulle.",
"description_it":"Morphite is a highly unorthodox mineral that can only be found in the hard-to-get <a href=showinfo:11396>Mercoxit</a> ore. It is hard to use Morphite as a basic building material, but when it is joined with existing structures it can enhance the performance and durability manifold. This astounding quality makes this the material responsible for ushering in a new age in technology breakthroughs.\r\n\r\nMay be obtained by reprocessing <a href=showinfo:11396>Mercoxit</a> ore and its variations which are available in null security status star systems.",
"description_it":"Morphite is a highly unorthodox mineral that can only be found in the hard-to-get <a href=showinfo:11396>mercoxit</a> ore. It is hard to use morphite as a basic building material, but when it is joined with existing structures it can enhance the performance and durability manifold. This astounding quality makes this the material responsible for ushering in a new age in technology breakthroughs.\r\n\r\nMay be obtained by reprocessing <a href=showinfo:11396>mercoxit</a> ore and its variations which are available in null security status star systems.",
"description_ko":"모르파이트는 희귀 광석인 <a href=showinfo:11396>메르코시트</a>에서 추출되는 미네랄로 독특한 형질을 보유하고 있습니다. 단독으로 사용할 경우 아무런 효과도 없지만 다른 물질과 혼합하면 재료의 전반적인 성능과 내구도가 상승합니다. 이러한 성질 덕분에 모르파이트는 신소재 개발에 적극적으로 활용되고 있습니다.<br><br><a href=showinfo:11396>메르코시트</a>를 정제하여 획득할 수 있습니다. 메르코시트는 널 시큐리티 항성계에서 채굴됩니다.",
"description_ru":"Морфит — весьма необычный минерал, встречающийся только в редких <a href=showinfo:11396>меркоцитовых</a> рудах. Как основной материал для строительства морфит использовать трудно, однако он может увеличить производительность и надёжность уже существующих сооружений. Благодаря этому поразительному свойству морфит в буквальном смысле открывает новую эпоху в развитии технологий. Добывается путём переработки <a href=showinfo:11396>меркоцита</a> и его разновидностей, которые можно найти в системах с нулевым уровнем безопасности.",
"description_de":"Ein chemischer Fluss in seltsam verzerrter mineralischer Form, der durch die subtilen, aber tiefgreifenden Effekte der Zwischenbereiche der Raumverwerfung erzeugt wird. Chromodynamische Tricarboxyle werden hauptsächlich durch Bergbau und Aufbereitung bestimmter seltener Erze in der Raumverwerfung gewonnen, wie sie auf den seltsam leuchtenden Cthonic-Attar- oder Amethyst-Kristallit-Asteroiden vorkommen. Mit zunehmendem Interesse an der nützlichen Verbindung wurden andere Quellen erschlossen. Diese befinden sich typischerweise in extremen oder isolierten Weltraumumgebungen, in denen die Auswirkungen der Schwerkraft unvorhersehbar variieren können. Chromodynamische Tricarboxyle sind zwar instabil, dafür aber vielseitig einsetzbar, unter anderem als katalysierendes Material in synaptischen Beschleunigungsimplantaten und Boostern. Besorgniserregender ist die Aufbereitung des seltsamen Materials zu „Deathglow“, einem zutiefst bewusstseinsverändernden illegalen Booster, der kürzlich seinen Weg auf den Schwarzmarkt von New Eden gefunden hat.",
"description_en-us":"A chemical flux in strangely distorted mineral form produced by the subtle, yet profound effects of the intermediate deadspace environment, Chromodynamic Tricarboxyls are principally obtained by mining and reprocessing certain rare ores to be found in deadspace, such as the weirdly glowing Cthonic Attar and Amethystic Crystallite asteroids. \r\n\r\nWith increasing interest in the useful properties of these compounds, other sources have been discovered, typically in extreme or isolated space environments where gravitational effects may vary unpredictably.\r\n\r\nChromodynamic Tricarboxyls may be unstable but they have many uses, including use as a catalyzing material in synaptic acceleration implants and boosters. A darker use is the refinement of the strange material into \"Deathglow\", a deeply mind-altering illegal booster that has recently found its way into the underground markets of New Eden.",
"description_en-us":"A chemical flux in strangely distorted mineral form produced by the subtle, yet profound effects of the intermediate deadspace environment, chromodynamic tricarboxyls are principally obtained by mining and reprocessing certain rare ores to be found in deadspace, such as the weirdly glowing cthonic attar and amethystic crystallite asteroids. \r\n\r\nWith increasing interest in the useful properties of these compounds, other sources have been discovered, typically in extreme or isolated space environments where gravitational effects may vary unpredictably.\r\n\r\nChromodynamic tricarboxyls may be unstable but they have many uses, including use as a catalyzing material in synaptic acceleration implants and boosters. A darker use is the refinement of the strange material into \"Deathglow\", a deeply mind-altering illegal booster that has recently found its way into the underground markets of New Eden.",
"description_es":"El tricarboxílico cromodinámico es un flujo químico en forma de mineral distorsionado producto de los sutiles, pero penetrantes, efectos del entorno del espacio muerto intermedio. Se obtienen principalmente mediante la minería y el reprocesamiento de ciertas menas poco comunes que se encuentran en el espacio muerto, como los extrañamente resplandecientes asteroides de mena de Cthonic Attar y cristalito de amatista.\n\nA raíz del creciente interés por las propiedades útiles de estos compuestos, se han descubierto otras fuentes, normalmente en entornos espaciales extremos o aislados donde los efectos gravitacionales pueden variar de forma impredecible.\n\nEl tricarboxílico cromodinámico puede ser inestable, pero tiene muchos usos; por ejemplo, como material catalizador en implantes y potenciadores de aceleración sináptica. Un uso más oscuro es el refinamiento del extraño material para producir el «Deathglow», un potenciador ilegal que altera profundamente la mente y que hace poco ha llegado a los mercados clandestinos de NuevoEdén.",
"description_fr":"Agents chimiques altérés par les effets aussi subtils que profonds de l'environnement Deadspace intermédiaire, les tricarboxyles chromodynamiques s'obtiennent principalement par extraction et retraitement de certains minerais rares découverts dans le Deadspace, tels ceux des astéroïdes de Cthonic Attar et de cristallin améthystique aux étranges lueurs. Avec l'intérêt croissant pour les propriétés utiles de ces composés, d'autres sources ont été découvertes, notamment dans des environnements spatiaux extrêmes ou reculés, où les effets gravitationnels peuvent varier de façon imprévisible. Les tricarboxyles chromodynamiques sont certes instables, mais ont de nombreuses applications, servant notamment de catalyseurs pour les implants et les boosters d'accélération synaptique. Une autre utilisation, plus malveillante, consiste à raffiner l'étrange matériau en «lueur mortelle», un booster psychotrope illégal qui s'est récemment imposé sur les marchés parallèles de New Eden.",
"description_it":"A chemical flux in strangely distorted mineral form produced by the subtle, yet profound effects of the intermediate deadspace environment, Chromodynamic Tricarboxyls are principally obtained by mining and reprocessing certain rare ores to be found in deadspace, such as the weirdly glowing Cthonic Attar and Amethystic Crystallite asteroids. \r\n\r\nWith increasing interest in the useful properties of these compounds, other sources have been discovered, typically in extreme or isolated space environments where gravitational effects may vary unpredictably.\r\n\r\nChromodynamic Tricarboxyls may be unstable but they have many uses, including use as a catalyzing material in synaptic acceleration implants and boosters. A darker use is the refinement of the strange material into \"Deathglow\", a deeply mind-altering illegal booster that has recently found its way into the underground markets of New Eden.",
"description_it":"A chemical flux in strangely distorted mineral form produced by the subtle, yet profound effects of the intermediate deadspace environment, chromodynamic tricarboxyls are principally obtained by mining and reprocessing certain rare ores to be found in deadspace, such as the weirdly glowing cthonic attar and amethystic crystallite asteroids. \r\n\r\nWith increasing interest in the useful properties of these compounds, other sources have been discovered, typically in extreme or isolated space environments where gravitational effects may vary unpredictably.\r\n\r\nChromodynamic tricarboxyls may be unstable but they have many uses, including use as a catalyzing material in synaptic acceleration implants and boosters. A darker use is the refinement of the strange material into \"Deathglow\", a deeply mind-altering illegal booster that has recently found its way into the underground markets of New Eden.",
"description_ko":"왜곡된 형태의 화학적 플럭스로 데드스페이스에서 채굴되는 서닉 아타르나 자수정 결정과 같은 희귀 광물을 정제하여 획득할 수 있습니다. <br><br>양자색역 트리카르복실에 관한 관심이 점차 고조되면서 데드스페이스뿐만 아니라 변칙적인 중력 변경이 이루어지는 고립된 공간에서도 해당 물질이 생성된다는 사실이 밝혀졌습니다. <br><br>양자색역 트리카르복실은 대뇌가속기 및 부스터의 촉매제로 활용되는 물질입니다. 그 외에도 정식착란제로 알려진 불법 부스터인 \"데스글로우\"의 제작에도 사용됩니다.",
"description_ru":"Под едва заметным, но необратимым воздействием промежуточных участков Мёртвой бездны образуется поток химических веществ в искажённой минеральной форме — хромодинамические трикарбоксилы. В основном их получают путём добычи и переработки хтонического эфира и аметистового кристаллита — загадочной светящейся руды, которая зарождается на астероидах Мёртвой бездны. Спрос на уникальные свойства новых веществ продолжал расти, и со временем, естественно, были обнаружены и другие источники его добычи — как правило, в изолированных районах космоса с экстремальными и часто непредсказуемыми гравитационными эффектами. Хотя хромодинамические трикарбоксилы весьма неустойчивы, они обладают массой полезных свойств. В частности, их можно использовать в качестве катализатора при производстве имплантов и стимуляторов для ускорения синаптической передачи. Однако это необычное вещество также используется для создания «Мёртвого жара» — незаконного стимулятора наркотического действия, который уже успел заполонить чёрный рынок Нового Эдема.",
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DarkPhoenix