crystallographic

crystallographic的音标为["krɪstəlo:grəfɪk]：crystallographic的基本意思是“晶体学的”，crystallographic的读音是以辅音音素开头，由一至三个音节组成，在英语中使用频率较高。

速记技巧：crystallographic的发音可以与“crystalline”进行联想记忆，两者都与晶体有关，可以形成口诀“晶体记晶体学”。

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Crystallographic这个词的词源可以追溯到拉丁语和希腊语，其中“crystallos”意为“晶体”，“graphein”意为“写”。crystallographic这个词汇结合了这两个词，表示与晶体相关的科学。

变化形式：

名词：crystallography

形容词：crystallographic

相关单词：

crystallize：使结晶

polymorphous：多晶的

polymorph：多晶体

monoclinic：单斜晶系的

orthorhombic：正交晶系的

hexagonal：六角晶系的

trigonal：三方晶系的

cleavage：解理

cleavage plane：解理面

cleavage texture：解理纹理

Crystallographic是一门与晶体结构、性质以及晶体学研究相关的学科，它涉及到许多与晶体结构相关的专业词汇和概念。以上单词都是crystallographic相关的常用词汇，可以帮助我们更好地理解和运用这个学科。

常用短语：

1. crystal structure

2. crystallize

3. crystal growth

4. single crystal

5. polycrystalline

6. grain boundary

7. lattice parameter

例句：

1. The crystal structure of the mineral is unique.

2. The process of crystallization is complex and requires precise control of temperature and time.

3. The growth of single crystals is a highly specialized field of research.

4. Polycrystalline materials are commonly used in industrial applications.

5. Grain boundaries can have a significant impact on the mechanical properties of a material.

6. The lattice parameter of a material determines its physical properties.

英文小作文：

Crystallography: The Language of Materials

Crystallography is the study of the structure and properties of materials at the atomic scale. From minerals to polymers, from metals to alloys, crystallography plays an essential role in understanding the fundamental properties of materials and their applications in various fields.

From the crystal structure of a diamond to the growth of a single crystal silicon wafer, crystallography is at the heart of many technological advances. Understanding the atomic arrangement and bonding in materials allows us to predict and design their properties, which in turn drives innovation in fields such as electronics, optics, and materials science.

From the laboratory to industrial applications, crystallography is a crucial tool for understanding and manipulating materials on a fundamental level. It is an interdisciplinary field that crosses boundaries between chemistry, physics, materials science, and engineering, and it continues to drive progress in many areas of modern technology.