富含金秀矿的矿石。 晶体结构照片。 龙华特富镍钴矿矿石。 1 采集超四百公斤矿石从中找出微米级新矿物 18日，华西都市报、封面新闻记者专访了中国地质科学院深部矿产勘查理论与技术研究室主任严加永研 究员，揭秘这颗从显微镜下"捞出"的微小矿物背后，隐藏着怎样的科学价值。 科研人员开展地质调查和勘探。 12月17日，经国际矿物学会新矿物命名与分类专业委员会评审投票，由中国地质科学院科研团队在广西 发现的一种全新矿物——镍铋锑砷硫化物，被命名为"金秀矿"。 经过电子探针分析和X射线单晶衍射测定，科研团队确认金秀矿的化学式属于四方晶系。"这个组合在 全球已知矿物中前所未有。"严加永强调，"无论是镍、铋、锑、砷与硫的比例关系，还是原子在晶体中 的排列方式，都与现有矿物存在本质差异。" "发现新矿物，就像在宇宙中寻找一颗从未被记录过的星星。"严加永形象地比喻道，"它既需要宏观视 野的科学问题牵引，也离不开微观尺度上的'绣花功夫'。" 2021年，中国地质科学院团队承担国家科研和地质调查项目，在广西龙华矿区开展系统性野外地质调 查。围绕"为何此处镍钴超常富集？"这一核心科学问题，科研人员采集了超过400公斤矿石样品。 这些样 ...

（来源：工人日报） 本报北京12月22日电（记者杨召奎）记者今天从中国地质科学院获悉，近日，经国际矿物学会新矿物命 名与分类专业委员会（IMA-CNMNC）评审投票，由中国地质科学院吕庆田团队在广西壮族自治区金秀 瑶族自治县龙华镍钴矿床发现并申请的新矿物——镍铋锑砷硫化物获得正式批准。 龙华镍钴矿床为大瑶山金秀瑶族自治县新发现的高品位热液脉型镍钴矿床，矿体主要由镍钴砷硫化物组 成，伴生铋、锑、铜、铅、锌、金以及稀土元素。镍钴是我国关键矿产之一，具有耐高温、耐腐蚀和高 强度等特性，在航空航天、化工、机械制造和家电等领域具有重要的应用价值。其作为锂离子电池的重 要组成部分，近年来被广泛用于充电蓄电池的制造。我国镍钴矿产资源十分紧缺，尤其是钴，长期以来 严重依赖进口。该矿物的发现对热液镍钴矿床的成因研究和指导找矿突破具有重大意义。 中国地质科学院相关负责人表示，发现新矿物，远不只是为地球家族增添一个新名字，更是一项具有里 程碑意义的科学突破。 ...

金秀矿发现于我国广西壮族自治区金秀瑶族自治县龙华镍钴矿床中。专家告诉记者，龙华镍钴矿床是特 富的镍钴矿，镍元素和钴元素的占比分别在17.5%和1.5%左右，比常规镍0.2%钴0.02%的成矿标准高了 近80倍。 中国地质科学院深部矿产勘查理论与技术研究室主任 严加永：金秀矿的化学式是镍、铋、硫、锑、 砷，它本质上是对早期形成的含镍矿物进行置换，导致了晶体结构重新排列，从而结晶出了一种全新的 结构稳定的矿物。 专家告诉记者，金秀矿诞生的镍钴矿床是十分紧缺的矿产资源，尤其是钴，长期以来严重依赖进口。金 秀矿的发现，对热液镍钴矿床的成因研究和指导找矿突破具有重大意义。 中国地质科学院深部矿产勘查理论与技术研究室高级工程师 汤贺军：金秀矿本身含有镍、钴、铋等多 种有价金属，我们需要研究其中的有价金属是否容易提取，这关乎未来对该类矿床进行资源综合利用的 回收率和经济效益。我们将建立作为找矿标志矿物的理论模型，在未来地质勘查中，一旦在岩石或勘探 样品中发现金秀矿或者其他类似矿物就可以推断该处可能存在隐伏的具有经济价值的镍钴矿化体。 地球矿物家族增添新成员 记者昨天(17日)从自然资源部中国地质调查局获悉，经国际矿物学会新 ...

Core Viewpoint - The discovery of a new mineral named Jinxiuite in China represents a significant scientific breakthrough, enhancing the understanding of mineral resources and potentially leading to new material applications [1][8]. Group 1: Discovery and Characteristics - Jinxiuite, a nickel-bismuth-antimony-arsenic sulfide, was officially approved by the International Mineralogical Association and discovered in the Longhua nickel-cobalt deposit in Guangxi, China [1][3]. - The Longhua deposit is rich in nickel and cobalt, with concentrations of approximately 17.5% nickel and 1.5% cobalt, significantly higher than conventional standards [1]. - The mineral's formation involved the replacement of earlier nickel-containing minerals, resulting in a new stable crystal structure [3]. Group 2: Economic and Research Implications - The discovery of Jinxiuite is crucial as nickel-cobalt deposits are scarce, particularly cobalt, which has been heavily reliant on imports [5]. - The presence of valuable metals like nickel and cobalt in Jinxiuite necessitates further research on their extraction, impacting the economic viability of resource utilization [7]. - Establishing theoretical models for Jinxiuite as a marker mineral could aid in identifying economically valuable nickel-cobalt mineralization in future geological explorations [7]. Group 3: Scientific Significance - The discovery of new minerals like Jinxiuite expands human understanding of the material world and may lead to the synthesis of new materials with unique properties [8][10]. - Jinxiuite serves as a "time capsule" for geological history, revealing the evolution of elements under extreme geological conditions [12][14]. - The mineral acts as a natural sensor for deep Earth processes, providing valuable data for understanding the Earth's past, present, and future [14]. Group 4: Discovery Process - The process of discovering and approving a new mineral involves extensive sampling and data analysis from known deposits [15]. - Key methods for confirming a new mineral include electronic probe analysis and X-ray diffraction to determine elemental composition and atomic arrangement [19][20]. - The naming of new minerals can be based on their structure or geographical location, as seen with Jinxiuite, named after its discovery site in Guangxi [21].

Core Viewpoint - The discovery of two new minerals, Gui Xiang Nickel-Bismuth Ore and Jin Xiu Ore, by the Chinese Academy of Geological Sciences marks a significant advancement in mineralogy and reflects China's growing influence in this field [5][12][22]. Group 1: New Mineral Discoveries - The new minerals were officially recognized by the International Mineralogical Association (IMA) after a thorough review process [12][25]. - As of 2025, China has discovered over 200 new minerals, positioning the country as a global leader in this area [9][26]. - The discoveries of Gui Xiang Nickel-Bismuth Ore and Jin Xiu Ore are part of a broader strategic initiative to enhance mineral exploration in China [10][22]. Group 2: Importance of Nickel-Cobalt Resources - Nickel and cobalt are critical minerals for various industries, including aerospace, chemical, and mechanical manufacturing, and are essential components in lithium batteries [11][27]. - The Longhua Nickel-Cobalt deposit, where the new minerals were found, has an average nickel grade of 7.48% and cobalt grade of 0.64%, indicating a medium-sized resource [11][27]. - China's reliance on imported cobalt highlights the strategic importance of domestic nickel-cobalt resources [11][27]. Group 3: Research and Technological Advances - The discoveries were facilitated by advancements in research techniques and persistent efforts from the geological team [13][19]. - New technologies, such as electron probes and transmission electron microscopy, have enabled the identification of smaller and previously undetectable minerals [19][21]. - The research team emphasizes that the identification of new minerals contributes to a deeper understanding of mineral formation processes and geological events [21][22].

Core Viewpoint - The discovery of a new mineral named "Jinxiuite" (金秀矿) by researchers from the Chinese Academy of Geological Sciences represents a significant advancement in geological research and adds a new member to the mineral family, with implications for material science and resource extraction [1][8][10]. Group 1: Mineral Discovery - The new mineral Jinxiuite, composed of nickel, bismuth, antimony, arsenic, and sulfur, was discovered in the Longhua nickel-cobalt deposit in Jinxiu Yao Autonomous County, Guangxi, China [1][3]. - The Longhua nickel-cobalt deposit is rich in nickel and cobalt, with concentrations of approximately 17.5% nickel and 1.5% cobalt, significantly higher than conventional standards [1][5]. Group 2: Implications for Resource Utilization - The discovery of Jinxiuite is crucial for understanding the genesis of hydrothermal nickel-cobalt deposits and may guide future exploration efforts [5]. - The mineral contains valuable metals such as nickel, cobalt, and bismuth, prompting further research into the extraction feasibility and economic benefits of these resources [7]. Group 3: Scientific Significance - The identification of new minerals enhances the understanding of Earth's geological history and can reveal the evolution of elements under extreme geological conditions [10][12]. - Jinxiuite serves as a natural sensor for probing deep Earth processes, providing valuable data for understanding the planet's past, present, and future [12]. Group 4: Discovery Process - The process of discovering and obtaining approval for a new mineral involves extensive sampling, data analysis, and comparison with previously identified minerals, culminating in a proposal submitted to the International Mineralogical Association [18][20]. - The naming of the mineral, in this case, Jinxiuite, is based on its geographic origin, reflecting the location of its discovery [20].

编辑 ｜瑜见 金秀矿发现于我国广西壮族自治区金秀瑶族自治县龙华镍钴矿床中。专家告诉记者，龙华镍钴矿床是特 富的镍钴矿，镍元素和钴元素的占比分别在17.5%和1.5%左右，比常规镍0.2%钴0.02%的成矿标准 高了近80倍。 来源｜央视新闻 记者今天（17日）从自然资源部中国地质调查局获悉，经国际矿物学会新矿物命名与分类专业委员会 评审投票，由中国地质科学院科研人员发现并申请的新矿物——镍铋锑砷硫化物获得正式批准，中文名 定为 金秀 矿 。 ...

据央视新闻，记者今天（17日）从自然资源部中国地质调查局获悉，经国际矿物学会新矿物命名与分类专业委员会评审投票， 由中国地质 科学院科研人员发现并申请的新矿物——镍铋锑砷硫化物获得正式批准，中文名定为 金秀 矿 。 准确 快速 权威 专业 头条新闻 7x24h电报 实时盯盘 VIP资讯 金秀矿发现于我国广西壮族自治区金秀瑶族自治县龙华镍钴矿床中。专家告诉记者，龙华镍钴矿床是特富的镍钴矿，镍元素和钴元素的占比 分别在17.5%和1.5%左右，比常规镍0.2%钴0.02%的成矿标准高了近80倍。 (a) (b) 央视 新闻 Muc QZ! JX Goli Nc Qz 125 µm (c) (d) Qz Muc Qz 10 -Gdf M Jx Gdf MU 下载财联社APP获取更多资讯 ...

（文章来源：央视新闻） 今天，记者从自然资源部中国地质调查局获悉，由中国地质科学院科研人员发现并申请的新矿物——镍 铋锑砷硫化物获得正式批准，中文名定为金秀矿。金秀矿发现于我国广西壮族自治区金秀瑶族自治县龙 华镍钴矿床中，它的发现，对热液镍钴矿床的成因研究和指导找矿突破具有重大意义。 ...

Core Viewpoint - The newly recognized sulfide mineral, Guixiangite (贵祥镍铋矿), has been officially approved by the International Mineralogical Association, highlighting advancements in mineral discovery and potential implications for resource exploration and economic value [1][2]. Group 1: Mineral Discovery - Guixiangite belongs to the Cobaltite Group with the chemical formula NiBiS, discovered in the Guixi Nickel-Cobalt deposit in the Dayaoshan region, which is significant for understanding the enrichment mechanisms of nickel and cobalt elements [2]. - The mineral is named after researcher Meng Guixiang, honoring his contributions to nickel exploration and geophysical detection technology [2]. Group 2: Research and Development - The discovery was supported by the China Geological Survey and conducted by the Deep Mineral Resource Exploration and Evaluation Innovation Team of the China Geological Academy, focusing on innovative deep resource detection technologies and exploration of resource formation processes [2]. - The team's objectives include comprehensive geophysical exploration research at multiple scales, which aims to provide theoretical and technical support for sustainable national resource supply [2]. Group 3: Implications and Benefits - The discovery of Guixiangite is expected to facilitate the development of new materials and promote technological advancements, potentially leading to new resources and economic value [2]. - Additionally, it contributes to scientific popularization, environmental protection, and international cooperation, indicating its far-reaching significance [2].