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1. № 01 · The Anchor

   Gold Sheen Obsidian 金曜石

   Composition / 成分

   Silica-rich natural volcanic glass; exact chemistry varies by source. 富硅天然火山玻璃；精确化学组成随来源而变。

   Mohs / 硬度

   5–5.5

   Formation / 形成

   Silica-rich melt solidified as glass before extensive crystallisation. Dense obsidian may cool slowly enough for residual bubbles to resorb while remaining fast relative to crystal nucleation. 富硅熔体在大规模结晶前固结成玻璃；致密黑曜石的冷却可慢到让残余气泡回溶，同时又快于晶体大量成核。

   Age / 年代

   No single age applies at stone-type level; age belongs to a specific lava flow. 石种层面不指定单一年代；年代取决于具体熔岩流。

   Image / 图片

   BE. Studio geological reference visual. BE. Studio 地质参考图。

   01 · Confirmed geology / 可确认的地质事实. Gold sheen is an angle-dependent reflection from oriented internal structures, not an applied surface colour. Published studies report more than one possible microstructure; this record does not assign one inclusion mineral without specimen analysis. 金色光泽来自玻璃内部定向结构产生的角度依赖反射，不是表面附着色。公开研究记录了不止一种可能的微结构；在没有样品分析前，本记录不指定单一包体矿物。

   02 · BE. selection / BE. 选择标准. BE. looks for a continuous black field, restrained internal sheen that moves with angle, polish continuity and no surface-gold illusion. Product-specific records belong on the corresponding product page. BE. 选择连续的黑色基底、随角度移动且克制的内部金色回光、连贯抛光，并淘汰表面金粉般的错觉。具体产品记录以对应产品页为准。

   03 · Geological Reading / 地质阅读. Not every form comes from continued growth. The obsidian glass body forms within a cooling window: slow enough for remnant bubbles to resorb, yet still fast relative to extensive crystal nucleation. It becomes natural glass without continuing into a crystal-rich structure. BE. reads this history as a boundary reached without further accumulation: decisiveness is not haste, but crossing a material threshold before another structure takes hold. Gold appears only when light and angle align; depth comes from the black body, not constant shine. 不是所有成形，都靠继续生长。黑曜石的玻璃主体形成于一个冷却窗口：慢到残余气泡可以回溶，同时仍快于大规模晶体成核。熔体成为天然玻璃，而没有继续进入富晶体结构。BE. 把这段历史读作一种不靠继续累积而抵达的边界：决定性不等于仓促，而是在另一种结构接管之前，材料已经跨过界线。金色只在光与角度合适时出现；深度来自黑色主体，而不是持续发亮。

   Sources / 来源. Nature Communications 2026 · GIA 2025 review

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2. № 02 · The Void

   Amethyst 紫水晶

   Composition / 成分

   SiO₂

   Mohs / 硬度

   7

   Formation or deposit / 形成或矿床

   Purple macrocrystalline quartz whose colour is held by iron-related centres activated through irradiation. 紫色宏晶质石英；颜色由经辐照激活的铁相关色心承载。 No single age applies at stone-type level; age belongs to a specific deposit. / 石种层面不指定单一年代；年代取决于具体矿床。

   Image / 图片

   Stone-type reference / 石种参考

   01 · Geological facts / 地质事实. The structure remains quartz while trace chemistry and irradiation change which wavelengths are absorbed. 石英结构保持不变，微量化学与辐照改变被吸收的光波。

   02 · BE. selection / 选择标准. Dimensional violet, readable zoning and translucency, strand continuity and surface integrity. 紫色有纵深、色带与通透可读、整串连续、表面完整。

   03 · Geological Reading / 地质阅读. Experience does not become wisdom automatically. 经历并不自动成为智慧。

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3. № 03 · The Prism

   Citrine 黄水晶

   Composition / 成分

   SiO₂

   Mohs / 硬度

   7

   Formation or deposit / 形成或矿床

   Yellow-to-brownish-orange macrocrystalline quartz with iron-related colour and more than one possible colour history. 黄色至棕橙色的宏晶质石英；颜色与铁有关，并可能对应不止一种颜色历史。 No single age applies at stone-type level; age belongs to a specific deposit. / 石种层面不指定单一年代；年代取决于具体矿床。

   Image / 图片

   Stone-type reference / 石种参考

   01 · Geological facts / 地质事实. Natural-colour and heat-produced yellow appearances both exist; appearance alone does not distinguish the route. 天然致色与加热形成的黄色外观都存在；仅凭外观不能区分其路径。

   02 · BE. selection / 选择标准. Luminous yellow, readable transparency, strand continuity and surface integrity. 黄色保有亮度、通透可读、整串连续、表面完整。

   03 · Geological Reading / 地质阅读. Visibility often comes after formation. 被看见，常常晚于形成。

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4. № 04 · The Flow

   Prehnite 葡萄石

   Composition / 成分

   Ca₂Al₂Si₃O₁₀(OH)₂

   Mohs / 硬度

   6–6.5

   Formation or deposit / 形成或矿床

   Low-temperature alteration and low-grade metamorphic mineral that can occupy veins, fractures, vesicles and cavities. 见于低温蚀变与低级变质环境，可占据脉体、裂隙、气孔与空腔。 No single age applies at stone-type level; age belongs to a specific host and alteration or metamorphic event. / 石种层面不指定单一年代；年代取决于具体宿主岩及其蚀变或变质事件。

   Image status / 图片状态

   Stone-type reference; full credit appears in the Stone Record

   01 · Geological facts / 地质事实. Prehnite may precipitate in open spaces or replace earlier minerals; no single setting defines every specimen. 葡萄石可以在开放空间沉淀，也可以替代早期矿物；没有单一环境能够定义所有个体。

   02 · BE. selection / 选择标准. Translucent body, visible internal structure and no waxy visual closure. 保留半透明和内部结构，避免蜡状、封闭的观感。

   03 · Geological Reading / 地质阅读. Change can make room without deciding the final form. 改变可以腾出空间，却不替新的形态作决定。

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5. № 05 · The Anchor

   Smoky Quartz 烟晶

   Composition / 成分

   SiO₂

   Mohs / 硬度

   7

   Formation or deposit / 形成或矿床

   Brown-to-grey quartz whose smoky appearance comes from irradiation-related colour centres in the crystal. 棕至灰色石英；烟色来自晶体内部与辐照有关的色心。 No single age applies at stone-type level; age belongs to a specific deposit. / 石种层面不指定单一年代；年代取决于具体矿床。

   Image status / 图片状态

   Stone-type reference; full credit appears in the Stone Record

   01 · Geological facts / 地质事实. Natural and laboratory irradiation can produce similar smoky colour; appearance alone does not establish treatment history. 天然与实验室辐照都可能形成相似烟色；仅凭外观不能确认处理史。

   02 · BE. selection / 选择标准. Smoky depth with remaining translucency and tonal continuity. 烟色有深度，同时仍保留通透与色调连续性。

   03 · Geological Reading / 地质阅读. Depth does not have to cancel clarity. 深度不必取消清晰。

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6. № 06 · The Flow

   Rose Quartz 粉水晶

   Composition / 成分

   SiO₂

   Mohs / 硬度

   7

   Formation or deposit / 形成或矿床

   Common massive rose quartz contains microscopic aligned silicate-mineral fibres associated with its pink colour and cloudy translucence. 常见块状粉水晶含有定向排列的微细硅酸盐矿物纤维，与粉色及云雾状半透明感有关。 No single age applies at stone-type level; age belongs to a specific deposit. / 石种层面不指定单一年代；年代取决于具体矿床。

   Image status / 图片状态

   Stone-type reference; full credit appears in the Stone Record

   01 · Geological facts / 地质事实. The common massive material is inclusion-coloured; rare transparent pink crystalline quartz follows a different mechanism. 常见块状材料由包体致色；稀有透明粉色晶体石英采用另一种机制。

   02 · BE. selection / 选择标准. Pink remains distributed through a translucent body with readable internal depth and no flat surface-colour effect. 粉色分布于半透明主体内部，纵深可读，不呈扁平的表面着色感。

   03 · Geological Reading / 地质阅读. Softness can be structural. 柔和可以是一种结构。

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7. № 07 · The Flow

   Clear Quartz 白水晶

   Composition / 成分

   SiO₂

   Mohs / 硬度

   7

   Formation or deposit / 形成或矿床

   Colourless macrocrystalline quartz whose ordered structure can transmit visible light without a dominant colour-producing absorption. 无色宏晶质石英；有序结构在可见光范围内没有占主导的致色吸收，使光可以通过。 No single age applies at stone-type level; age belongs to a specific deposit. / 石种层面不指定单一年代；年代取决于具体矿床。

   Image status / 图片状态

   Stone-type reference; full credit appears in the Stone Record

   01 · Geological facts / 地质事实. Colourless rock crystal can still contain trace impurities, growth features, fluid inclusions or mineral inclusions. 无色白水晶仍可含有微量杂质、生长特征、流体包体或矿物包体。

   02 · BE. selection / 选择标准. Transparency and internal structure remain legible together; clarity is not treated as chemical emptiness. 通透与内部结构同时可读；不把清晰写成化学上的空无。

   03 · Geological Reading / 地质阅读. Clarity is not emptiness. 清晰不是空无。

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8. № 08 · The Prism

   Hematoid Quartz 赤铁矿包裹体水晶

   Composition / 成分

   SiO₂ quartz host + iron-rich inclusion phase(s); exact identity specimen-dependent

   Mohs / 硬度

   7

   Formation or deposit / 形成或矿床

   Quartz holding iron-rich colour and inclusions inside a clear host; exact phases vary by specimen. 透明石英内部承载富铁颜色与包体；确切矿相随样品而变。 No single age applies at stone-type level; age depends on the documented quartz occurrence and inclusion event.

   Image status / 图片状态

   Stone-type reference; full credit appears in the Stone Record

   01 · Geological facts / 地质事实. The quartz host is confirmed; the exact iron-rich inclusion phase or mixture requires specimen-level analysis. 石英主体可以确认；确切的富铁包体矿相或混合物需要样品级分析。

   02 · BE. selection / 选择标准. Readable iron distribution, retained quartz depth and disclosed variation. 铁质分布可读，石英仍有深度，并如实呈现差异。

   03 · Geological Reading / 地质阅读. Intensity is not direction. 强度不是方向。

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9. № 09 · The Flow

   Emerald Phantom Quartz 翠幽灵

   Composition / 成分

   SiO₂ quartz host + CaF₂ fluorite inclusions

   Mohs / 硬度

   7 for quartz host; 4 for fluorite

   Formation or deposit / 形成或矿床

   Quartz containing apple-green fluorite crystals distributed along a phantom plane; Emerald Phantom Quartz is the retained commercial name. 石英内部的苹果绿色萤石晶体沿幻影面定向分布；Emerald Phantom Quartz 为保留的商业名称。 No single stone-type age; age depends on the documented occurrence and growth events.

   Image status / 图片状态

   Stone-type reference; full credit appears in the Stone Record

   01 · Geological facts / 地质事实. Fluorite-included quartz is the confirmed material category; product origin, analytical status and treatment remain lot-specific. 含萤石包体石英是已确认的材料类别；产品产地、分析状态与处理仍取决于具体批次。

   02 · BE. selection / 选择标准. A clear host, visible fluorite, coherent phantom-plane geometry and enough matched usable material. 清透宿主、可见萤石、连贯幻影面几何与足量可匹配材料。

   03 · Geological Reading / 地质阅读. Continuation does not require erasure. 继续，并不要求抹掉曾经的停顿。

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10. № 10 · The Prism

    Green Phantom Quartz 绿幽灵

    Composition / 成分

    SiO₂ + inclusions

    Mohs / 硬度

    7

    Formation or deposit / 形成或矿床

    An internal green growth boundary held inside later quartz. 较早的绿色生长边界，被后期石英保存在内部。 No single age applies at stone-type level; age depends on the host occurrence and growth events.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Included quartz; exact inclusion identity remains specimen dependent. 含包裹体石英；具体包体身份取决于个体。

    02 · BE. selection / 选择标准. Internal structure must read in depth and remain distinct from surface staining. 内部结构应在纵深中可读，并与表面染色明确区分。

    03 · Geological Reading / 地质阅读. Formation leaves readable evidence. 形成，会留下可读的证据。

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11. № 11 · The Flow

    Aquamarine 海蓝宝

    Composition / 成分

    Be₃Al₂Si₆O₁₈

    Mohs / 硬度

    7.5–8

    Formation or deposit / 形成或矿床

    Iron-related blue to green-blue beryl that can remain transparent. 与铁相关致色、仍可保持通透的蓝至蓝绿色绿柱石。 No single stone-type age; varies by deposit.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Beryl identity and iron-related colour are known; hue, treatment and origin vary by specimen. 绿柱石身份与铁相关致色可确认；色相、处理与产地因个体而异。

    02 · BE. selection / 选择标准. A readable colour field, transmitted light, coherent matching and evidence kept separate from appearance. 色域可读、光能通过、整体匹配连贯，并把证据与外观分开。

    03 · Geological Reading / 地质阅读. Colour can remain clear. 有色，也可以保持清晰。

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12. № 12 · The Flow

    Moonstone 月光石

    Composition / 成分

    Feldspar · exact species/intergrowth specimen-dependent

    Mohs / 硬度

    6–6.5

    Formation or deposit / 形成或矿床

    In classic moonstone, cooling separates intergrown feldspars into fine alternating layers that scatter light. 在经典月光石中，交生长石在冷却时分离为细薄交替层，并使光发生散射。 No single stone-type age; varies by host and deposit.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Layered scattering explains classic adularescence; the trade name alone does not prove one exact feldspar species. 层间散射解释经典月光效应；仅凭商业名称不能确认单一长石种属。

    02 · BE. selection / 选择标准. A mobile inner light, readable depth, coherent body and surface/build integrity. 内部光可移动、纵深可读、主体连贯，并检查表面与制作完整性。

    03 · Geological Reading / 地质阅读. Light can come from depth. 光可以从深处出现。

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13. № 13 · The Prism

    Golden Rutilated Quartz 金发晶

    Composition / 成分

    SiO₂ host + TiO₂ rutile when confirmed

    Mohs / 硬度

    7 for quartz host

    Formation or deposit / 形成或矿床

    Quartz encloses or intergrows with golden rutile while both minerals remain distinct. 石英包裹金色金红石或与其交生，两种矿物仍保持各自身份。 No single subtype-wide age; varies by deposit.

    Image status / 图片状态

    BE. Studio geological reference visual; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Rutilated quartz contains rutile; golden is an appearance-led subtype, and the relative growth sequence varies by specimen. 发晶含金红石；金色属于外观子类，具体生长先后因个体而异。

    02 · BE. selection / 选择标准. Keep the quartz body open around spatially legible lines; confirm inclusion identity separately. 让石英主体在线条周围保持开放、线条空间可读，并单独确认包体身份。

    03 · Geological Reading / 地质阅读. Coexistence does not require sameness. 共存不需要相同。

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14. № 14 · The Prism

    Green Rutilated Quartz 绿发晶

    Composition / 成分

    SiO₂ quartz host + actinolite-family needle inclusions

    Mohs / 硬度

    7 for quartz host

    Formation or deposit / 形成或矿床

    Green Rutilated Quartz is the retained commercial name for quartz with actinolite-family needle inclusions. 绿发晶为保留的商业名称；材料为含阳起石族针状包体的石英。 No single subtype-wide age; depends on inclusion, host and deposit.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Source records identify actinolite-family amphibole inclusions; exact species and chemistry remain lot-specific. 来源记录识别为阳起石族角闪石包体；确切矿物种与化学组成仍取决于批次。

    02 · BE. selection / 选择标准. Publish visible structure and tested mineral identity as separate facts. 把可见结构与经检测的矿物身份作为两条事实分别发布。

    03 · Geological Reading / 地质阅读. A name should follow the material. 名称应跟随物质。

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15. № 15 · The Void

    Blue Smoky Quartz 蓝烟水晶

    Composition / 成分

    SiO₂ quartz-family material; blue mechanism unassigned

    Mohs / 硬度

    7 for the quartz framework

    Formation or deposit / 形成或矿床

    Quartz carrying a smoky field and a blue appearance, recorded with its two optical questions kept separate. 同时呈现烟色场与蓝色观感的石英；两条光学问题分别记录，不互相代证。 No single stone-type age; product locality and source required.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Quartz has the type-level composition and physical framework recorded above. Smoky colour centres and several distinct blue-quartz mechanisms are documented in authoritative studies; the mechanism of the current BE. lot remains unassigned. 石英具有上述石种层成分与物理框架。权威研究已分别记录烟色色心与多种不同的蓝石英机制；当前 BE. 批次的机制仍未指定。

    02 · BE. selection / 选择标准. The blue appearance and smoky field remain visually distinguishable across the strand; this is an editorial observation, not a mechanism diagnosis. Color and internal features form a readable sequence rather than being concealed by severe clouding, surface residue or mismatched beads. Inspect fractures, cavities, drill edges, chips and any evidence of filling or stabilization; uncertain features are escalated rather than renamed. No bead is accepted as proof of a named inclusion, locality, age or treatment without the corresponding product-level record or analysis. 蓝色观感与烟色场在整条序列中仍能分别辨认；这是编辑观察，不是机制诊断。 颜色与内部特征形成可读次序，不被严重混浊、表面残留或明显错配的珠体掩盖。 检查裂隙、空腔、孔道边缘、崩口，以及可能的充填或稳定处理；不确定特征上提复核，不擅自命名。 任何珠体都不能在缺少产品级记录或分析时，被当作特定包体、产地、年代或处理的证据。

    03 · Geological Reading / 地质阅读. What gathers can become visible before each part can be seen. 聚在一起的，可以先于每一部分被看见。

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16. № 16 · The Void

    Super Seven Quartz 超七水晶

    Composition / 成分

    SiO₂ quartz host + specimen-dependent zones and inclusions

    Mohs / 硬度

    7 for the quartz framework

    Formation or deposit / 形成或矿床

    Included, color-zoned quartz recorded as a sequence of growth events rather than a fixed seven-part recipe. 把含包体、具色带的石英记录为一连串生长事件，而不是固定的七项配方。 No single stone-type age; product locality and source required.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Quartz can preserve colour zoning, solid inclusions and fluid inclusions; specific inclusions require analytical identification. A fixed seven-mineral composition is not assigned at stone-type level. 石英可以保存颜色分带、固体包体与流体包体；具体包体需要分析识别。石种层面不指定固定七矿物组成。

    02 · BE. selection / 选择标准. Colorless, smoky or amethystine areas are read as a coherent spatial record where present; none is required merely to satisfy the commercial name. Included features should remain visually legible without being assigned a mineral identity from color or habit alone. Inspect fractures, cavities, drill edges, chips and possible filling or stabilization; dense inclusions do not excuse compromised construction. No specimen is described as containing seven components unless a product-specific analytical record identifies the claimed phases and explains the counting method. 若存在无色、烟色或紫水晶区域，应能作为连贯的空间记录被阅读；不能为了满足商业名而强行要求三者齐全。 内部特征应保持视觉可读，但不能仅凭颜色或形态指定矿物身份。 检查裂隙、空腔、孔道边缘、崩口，以及可能的充填或稳定处理；包体丰富不能替代成品结构质量。 除非产品级分析记录识别了所称矿相并解释计数方法，否则不把任何样品描述为含固定七项组成。

    03 · Geological Reading / 地质阅读. A record, not a recipe. 这是记录，不是配方。

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17. № 17 · The Void

    Kyanite 蓝晶石

    Composition / 成分

    Al₂SiO₅

    Mohs / 硬度

    5.5 parallel to [001]; 7 parallel to [100]

    Formation or deposit / 形成或矿床

    A triclinic Al₂SiO₅ polymorph whose hardness changes with crystallographic direction and whose bladed structure carries pronounced cleavage. 三斜晶系 Al₂SiO₅ 同质多象体；硬度随晶体学方向改变，刀片状结构伴随明显解理。 No single stone-type age; product locality and source required.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Al₂SiO₅ identity, triclinic crystal system, polymorphism with andalusite and sillimanite, direction-dependent hardness, pronounced cleavage, and recurring occurrence in regionally metamorphosed aluminium-rich rocks. Al₂SiO₅ 身份、三斜晶系、与红柱石及矽线石的同质多象关系、方向性硬度、明显解理，以及反复见于区域变质的富铝岩石。

    02 · BE. selection / 选择标准. Blade, grain, colour distribution or internal structure should remain visually legible without treating every line as damage. Edges, drill paths, surface-reaching separations and mounting pressure require close inspection because hardness alone does not describe resistance to splitting. Hue and light transmission should form an intentional sequence; blue is common but is not by itself proof of species, locality or treatment. Size, origin, treatment, construction and durability guidance belong to the verified product record, not to inference from the stone-type profile. 刀片状轮廓、纹理、颜色分布或内部结构应保持可读，同时不把每一道天然线条都视作损伤。 边缘、孔道、抵达表面的分离面与镶嵌受力需重点检查，因为硬度本身不能描述抗劈裂能力。 色相与透光应形成有意识的序列；蓝色虽常见，却不能单独证明矿物种、产地或处理状态。 尺寸、来源、处理、制作与耐用建议必须来自已核实产品记录，不由石种档案推断。

    03 · Geological Reading / 地质阅读. Wholeness does not require equal resistance in every direction. 完整，不要求每个方向都以同样的方式抵抗。

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18. № 18 · The Anchor

    Almandine Garnet 铁铝榴石

    Composition / 成分

    Fe²⁺₃Al₂(SiO₄)₃ ideal end member; natural solid solution varies

    Mohs / 硬度

    7–7.5

    Formation or deposit / 形成或矿床

    An isometric iron(II)-aluminium garnet with ideal formula Fe²⁺₃Al₂(SiO₄)₃, widespread in metamorphic rocks and also present in some igneous and sedimentary settings. 等轴晶系的二价铁—铝石榴石，理想化学式 Fe²⁺₃Al₂(SiO₄)₃；广见于变质岩，也可出现于部分火成与沉积环境。 No single stone-type age; product locality and source required.

    Image status / 图片状态

    Stone-type reference; full credit appears in the Stone Record

    01 · Geological facts / 地质事实. Garnet-group identity, ideal Fe²⁺₃Al₂(SiO₄)₃ formula, isometric system, Mohs 7–7.5, solid-solution relations with pyrope and spessartine, and occurrence in metamorphic rocks with additional igneous and detrital records. 石榴石族身份、理想式 Fe²⁺₃Al₂(SiO₄)₃、等轴晶系、莫氏硬度 7–7.5、与镁铝榴石及锰铝榴石的固溶关系，以及以变质岩为主并包含火成与碎屑产状的记录。

    02 · BE. selection / 选择标准. Deep red or brown-red appearance alone is insufficient for an almandine claim; product-level identity requires adequate supplier, analytical or gemological evidence. Where translucency is part of the design, light should reveal internal depth rather than reducing the object to an opaque dark field. Hue, transparency, size and visual weight should form an intentional progression; natural variation is disclosed rather than digitally standardised. Polish, pits, fractures, drill edges and inclusions are reviewed at object level without treating every natural feature as a defect or proof of origin. 深红或棕红外观不足以确认铁铝榴石；产品层面的矿物种身份需要充分的供应方、分析或宝石学证据。 当设计需要通透时，光应显出内部纵深，而不是把成品压成封闭的暗色平面。 色相、透明度、尺寸与视觉重量应形成有意识的递进；天然差异应被披露，而不是用数字处理抹平。 在成品层面检查抛光、坑点、裂隙、孔道边缘与包体，同时不把每个天然特征都当作缺陷或产地证据。

    03 · Geological Reading / 地质阅读. Conditions can be carried as structure, not displayed as a story. 经历过的条件，可以被收进结构，而不必被展示成故事。

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