elastic buffer

"elastic buffer" 的音标为 [ɪˈlæstɪk bɪfər] 。

基本翻译为"可伸缩缓冲区"，即一种能够适应数据流变化并保持稳定性能的数据结构。

速记技巧：利用发音规律快速记忆单词。在这个例子中，可以记住单词的发音并联想到其含义。

Elastic Buffer这个词的英文词源可以追溯到拉丁语中的“elasticus”，意为“可伸缩的”。这个词在英语中通常被用来描述一种缓冲区，它可以根据需要扩展或收缩，就像橡皮筋一样。

变化形式：名词形式为“elastic buffer”，形容词形式为“elastic”。

相关单词：

1. “elastography” - 弹性学，研究弹性物质的性质。

2. “elastometer” - 弹性计，用于测量物体的弹性。

3. “elastoplasty” - 弹性整形手术，用于修复或增强物体的弹性。

4. “elasticity” - 弹性，物体在受到压力或拉伸时的可塑性。

5. “elastoplast” - 弹性修复剂，用于修复或增强物体的弹性。

6. “elastoplasty” - 弹性修复术，用于修复物体表面的弹性损伤。

7. “elastoplastian” - 从事弹性修复工作的人。

8. “elastomer” - 弹性体，一种具有高弹性的物质。

9. “elastomerics” - 弹性体的科学，研究弹性体的性质和应用。

10. “elastoplastics” - 弹性塑料，一种具有高弹性的塑料材料。

以上这些单词都与弹性有关，描述了弹性物质、弹性测量、弹性修复、弹性整形手术等概念。这些单词在描述和解释弹性现象时非常有用。

常用短语：

1. elastic buffer

2. buffer pool

3. buffering

4. buffer overflow

5. buffer underflow

6. read buffer

7. write buffer

8. memory buffer

例句：

1. The server uses an elastic buffer to store incoming data for processing.

2. The client sends data to the server through a buffer pool to improve efficiency.

3. Buffering is essential to ensure smooth data transmission between systems.

4. Buffer overflows can cause data loss and system crashes.

5. Read buffers are used to store data for subsequent processing.

6. Write buffers are used to temporarily store data before it is permanently stored.

7. Memory buffers are used to protect against data corruption in memory operations.

英文小作文：

The importance of buffers cannot be overstated in the world of computing, whether it is for data storage, transmission, or processing. Elastic buffers, buffer pools, buffering, buffer overflows, buffer underflows, read buffers, write buffers, and memory buffers are all essential tools in the arsenal of programmers and system designers. Without these buffers, data integrity and system performance would be severely compromised. For example, buffer overflows can lead to data loss and system crashes, while underflows can result in missed opportunities for processing and efficiency losses. Conversely, properly utilized buffers can significantly improve the efficiency of data storage, transmission, and processing, ensuring smooth and reliable system operations.