crystallographer

crystallographer的音标为[ˌkrɪstəˈlɒɡrəfɪə] ，基本翻译为“晶体学者”，速记技巧为“crystallo-晶体，-graphy-记录，-ist-研究者”。

Crystallographer的英文词源是crystal（晶体）+ -ographer（写作者）。这个词的意思是研究晶体的学者或研究者。

变化形式：名词crystallographer，动词crystallograph。

相关单词：Crystal（晶体）、crystallize（结晶）、crystallizer（结晶剂）、crystallize（v.结晶化）、crystallizer（n.结晶器）、crystallize（v.使结晶）、crystallize（n.结晶）、crystal-clear（清澈的）、crystal-clear（adj.清澈透明的）。

在英语中，晶体这个词可以用来描述任何由离子键结构组成的物质，如盐、金属氧化物和硅酸盐等。而crystallographer这个词则用来指代研究晶体的学者或研究者，他们研究晶体的结构、形态和性质等。同时，我们还可以看到许多与晶体和晶体研究相关的词汇，如crystallize（v.结晶化）、crystallizer（n.结晶器）等，这些词汇在英语中非常常见。

常用短语：

1. crystal structure analysis

2. X-ray crystallography

3. crystal growth

4. single-crystal X-ray diffraction

5. powder X-ray diffraction

6. electron diffraction

7. electron microprobe analysis

8. atomic arrangement

双语例句：

1. The scientist is a skilled crystallographer who can analyze the crystal structure of various substances.

2. The researchers used X-ray crystallography to study the protein structure.

3. The crystal growth process is complex and requires precise control of temperature and pressure.

4. The single-crystal X-ray diffraction data provided valuable information about the structure of the material.

5. The electron diffraction pattern helped to determine the composition and structure of the material.

6. The electron microprobe analysis allowed for precise determination of elemental composition.

7. The atomic arrangement in this material is unique and has not been observed in any other material.

英文小作文：

Crystallography: The Key to Understanding Materials

Crystallography, the study of the structure and arrangement of atoms in a crystal, plays a crucial role in understanding materials and their properties. From pharmaceuticals to alloys, from semiconductors to ceramics, crystallography is essential in revealing the secrets behind these materials" functions and characteristics. Through X-ray crystallography, scientists can observe the precise atomic structure of a material, providing valuable information about its mechanical, electrical, and chemical properties. Additionally, electron diffraction and electron microprobe analysis allow for the determination of elemental composition and atomic arrangement at a microscopic level, further deepening our understanding of materials. Crystallography is a fundamental tool in materials science and engineering, helping us to unlock the secrets of materials and paving the way for new and innovative applications.