filamentary的音标为[ˌfɪləˈmæntɪri] ,基本翻译为“丝状的”,速记技巧为:谐音“飞来难提”。
Filamentary这个词的英文词源可以追溯到拉丁语的“filum”和“filamentum”,意为细丝或线。这个词在英语中通常用来描述像细丝一样的物质,如纤维、丝状物等。
变化形式:在词形上,filamentary没有明显的变化形式,它始终保持其原始的形式。
相关单词:
1. Fiber(纤维):这个词是由“fiber”和“filament”组成的合成词,用来描述由许多细丝组成的物质,如植物纤维、人造纤维等。
2. Filament(细丝):这个词直接来源于filamentary,用来描述像细丝一样的物质,如电灯泡中的灯丝。
3. Filamentous(细丝状的):这个词是由形容词“filament”加上后缀“ous”构成的形容词,用来描述像细丝一样的物质或物体。
4. Filament-like(似细丝的):这个词是由形容词“filament-like”构成的名词,用来描述看起来像细丝的物质或物体。
5. Fiber-optic(光纤的):这个词是由“fiber”和“optical”组成的合成词,用来描述通过光纤传输信息的系统。
6. Fiber-reinforced(纤维增强的):这个词是由“fiber”和“reinforced”组成的合成词,用来描述使用纤维增强材料的复合材料。
7. Filament-based(基于细丝的):这个词是由“based”和“filament”组成的合成词,用来描述基于细丝的技术或系统。
8. Filament-spinning(细丝纺纱):这个词是由动词“spin”和“filament”组成的合成词,用来描述使用细丝进行纺纱的过程。
9. Filament-wound(细丝缠绕):这个词是由动词“wound”和“filament”组成的合成词,用来描述使用细丝缠绕物体或材料的过程。
10. Filament-forming(形成细丝的):这个词是由动词“form”和“filament”组成的合成词,用来描述能够形成细丝的过程或技术。
常用短语:
1. filamentary flow
2. filamentary structure
3. filamentary current
4. filamentary material
5. filamentary current density
6. filamentary flow rate
7. filamentary flow field
例句:
1. The filamentary flow of molten metal could be observed through a microscope.
2. The filamentary structure of the material determines its mechanical properties.
3. The filamentary current density in the circuit varies with the load.
4. The filamentary material is used to produce high-quality products.
5. The filamentary flow field in the nozzle needs to be carefully designed.
6. The filamentary flow rate determines the production rate of the printer.
7. The filamentary behavior of polymers is crucial for their processing and properties.
英文小作文:
Filamentary behavior of polymers is essential for their processing and properties, as it determines how they behave when heated or stretched. When polymers are heated, they tend to flow together into a continuous strand, forming a filament that can be used for various purposes, such as in 3D printers or for producing fibers and films. The process of forming filaments is complex and requires precise control over the temperature, speed, and other parameters of the process. Understanding the behavior of polymers as filaments is crucial for developing new materials and processes that can have a significant impact on various industries, such as manufacturing, healthcare, and more.
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