allophane

allophane的音标是["æləfəniː]；基本翻译是“轻水磷钙石”；速记技巧是：all（全部）＋lo（乐）＋phane（幻）。

Allophane是一个化学名词，意为铝间层石，其英文词源为希腊语“allo-”（意为“其他的”）和“phane”（意为“被揭示的”）组合而成。

变化形式：复数形式为allophanes。

相关单词：

1. Alloys（合金） - 由两种或更多种金属熔合至一起以形成一种合金。

2. Allotropes（同素异形体） - 指由相同元素组成但具有不同结构的物质。

3. Alloys and Castings（合金与铸件） - 一种广泛使用的金属加工方法。

4. Alloys of Iron（铁合金） - 一种广泛使用的金属材料，具有不同的性能和用途。

5. Alloys of Copper（铜合金） - 一种具有不同特性和性能的金属材料，广泛应用于各种领域。

6. Alloys of Magnesium（镁合金） - 一种轻质、高强度的金属材料，广泛应用于汽车、航空航天等领域。

7. Allophane Deposits（铝间层石矿床） - 一种重要的铝土矿资源。

8. Allophane Formation（铝间层石形成） - 一种地质学上的过程，与铝土矿的形成有关。

9. Allophane Processing（铝间层石加工） - 一种提取铝的过程，用于生产铝制品和铝合金等。

10. Allophane Synthesis（铝间层石合成） - 一种制备新型材料的方法，涉及到化学反应和合成技术。

以上这些单词都与allophane有直接或间接的联系，反映了其广泛的应用和重要性。

Allophane的常用短语：

1. allophane formation 副晶形成

2. allophane structure 副晶结构

3. allophane-type structure 副晶型结构

4. allotrope of allophane 副晶变体

5. allophane-like structure 类似副晶结构

6. allophane-type mineral 副晶矿物

7. allophane-like mineral 类似副晶矿物

双语例句：

1. The formation of allophane is closely related to the weathering of minerals.

副晶的形成与矿物的风化密切相关。

2. The structure of allophane is unique, which makes it an excellent model for studying inorganic materials.

副晶的结构独特，使其成为研究无机材料的绝佳模型。

3. Allophane is an important intermediate product in the weathering of minerals, which plays a crucial role in the formation of soil and sedimentary rocks.

副晶是矿物风化过程中的重要中间产物，在土壤和沉积岩的形成中起着至关重要的作用。

英文小作文：

Allophane is a unique mineral with a unique structure, which makes it an excellent model for studying inorganic materials. It is an important intermediate product in the weathering of minerals, which plays a crucial role in the formation of soil and sedimentary rocks. However, allophane is not only a mineral, but also a component of many important environmental systems, such as soil and water systems. It is essential to understand the role of allophane in these systems and how it interacts with other components to maintain the stability and function of these systems.

Allophane can be found in many different environments, such as in soil and water systems, where it plays an important role in the cycling of elements and nutrients in these systems. Understanding the role of allophane in these systems can help us better understand the interactions between different components and how they work together to maintain the stability and function of these systems. This knowledge can also help us develop more effective methods for managing these systems and reducing environmental pollution.