coarse-grained

coarse-grained的音标是["kɔːəs-griːn] ，基本翻译是“粗粒的，粗大的；粗糙的；粗略的”，速记技巧是：coarse是形容词粗糙的意思，中间的e不发音，grain是不可数名词谷物，粒的意思。

Coarse-grained这个词的英文词源可以追溯到拉丁语“granum”和“granosus”，意为“颗粒状的”或“粗糙的”。它的变化形式包括其复数形式“coarse-grains”和过去式、过去分词形式“coarsed-grained”。

相关单词：

1. Coarseness：意为“粗糙；粗鲁；粗俗”。这个词可以用来形容物体的表面质地，也可以用来形容人的行为举止。

2. Coarsen：意为“使粗糙；变粗糙”。这个词可以用来描述使某物变得更加粗糙的过程。

3. Grainy：意为“颗粒状的；有纹理的”。这个词常用来形容图像或视频的质感，也可以用来形容某种质地或特征。

4. Coarsely：意为“粗糙地；粗鲁地”。这个词可以用来修饰动词或形容词，表示以一种粗糙或不礼貌的方式进行某事。

5. Coarse-grained modeling：意为“细化建模”。这是一种计算机图形学中的技术，用于创建具有丰富细节的模型，同时保持整体模型的规模。

6. Coarse-grained view：意为“粗略的视图”。这是一种从整体上观察事物的方法，通常用于快速了解整体情况，而不需要深入了解细节。

7. Coarse-grained simulation：意为“粗粒度模拟”。这是一种模拟方法，用于处理大规模的系统或过程，通过简化细节来加快计算速度。

8. Coarse-grained design：意为“粗粒度设计”。这是一种设计方法，将复杂系统分解为更小的子系统或模块，以简化设计和实现。

9. Coarse-grained language：意为“粗粒度语言”。这是一种编程语言，旨在简化高级别的系统设计，通常用于分布式系统或云计算环境。

10. Coarse-grained architecture：意为“粗粒度架构”。这是一种计算机系统或网络架构的设计方法，通过简化细节来提高性能和可扩展性。

常用短语：

1. coarse-grained model

2. coarse-grained view

3. coarse-grained simulation

4. coarse-grained classification

5. coarse-grained texture

6. coarse-grained behavior

7. coarse-grained analysis

例句：

1. The coarse-grained model of the system is easy to understand and analyze.

2. We need to develop a coarse-grained view of the problem to find a solution.

3. The coarse-grained simulation of the market showed a clear trend of growth.

4. The coarse-grained classification of the data is helpful for efficient processing.

5. The coarse-grained texture of the painting gives a sense of depth and richness.

6. The coarse-grained behavior of the system is determined by its architecture.

7. The coarse-grained analysis of the problem led to a better solution.

英文小作文：

Coarse-graining is a process of reducing a complex system into simpler components, which can be more easily understood and analyzed. In many fields, such as physics, biology, and computer science, coarse-graining plays an important role in simplifying complex systems and gaining insights into their behavior.

Coarse-graining can be applied to different levels of description, from macroscopic systems to microscopic details. For example, in physics, coarse-graining is often used to describe the behavior of complex fluids or turbulence in fluids. In biology, coarse-graining can be applied to analyze the structure and dynamics of tissues or organs at different scales.

Coarse-graining can also be used to develop new models and simulations that are more efficient and accurate than traditional approaches. For instance, coarse-grained models can be used to study the behavior of complex materials or biological systems that are too large or complex to be fully simulated using traditional methods.

Coarse-graining is a powerful tool that can help us gain a deeper understanding of complex systems and find new ways to address their challenges. It is an ongoing process that requires continuous efforts and creativity to develop new methods and approaches that are tailored to specific problems and contexts.