"fluent" 的音標為 [?flu??nt]。
"fluent" 的基本意思是“流暢的,流利的”,常用于形容人的語言表達能力或技術能力。
速記技巧:
音節劃分:將一個單詞的發音按照音節進行劃分,可以幫助我們更準確地記住單詞的發音。
聯想記憶:通過聯想,將單詞與相關的事物或場景聯系起來,有助于記憶。
重復記憶:重復是記憶的關鍵,通過多次重復,可以加深記憶。
結合語境:將單詞放在不同的語境中,可以幫助我們更好地理解單詞的含義和用法。
以下是Fluent中一些英文詞源、變化形式及相關單詞的示例:
1. Fluent - 詞源:拉丁語fluere,意為流動。變化形式:fluency(流利),fluoxetine(氟西汀,抗抑郁藥)。
相關單詞:flow(流動),fluid(流體),flood(洪水)。
2. Efficient - 詞源:拉丁語efficiens,意為產生效果。變化形式:efficiency(效率)。
相關單詞:effect(效果),effective(有效的),inefficient(無效率的)。
3. Solid - 詞源:拉丁語solidus,意為堅固的。變化形式:solidarity(團結)。
相關單詞:solute(被溶解的),solidify(使固化),solvent(溶劑)。
4. Mechanical - 詞源:希臘語mechane,意為機器。變化形式:mechanism(機制)。
相關單詞:machinery(機器),mechanic(機械師),machinist(機械師)。
5. Substantial - 詞源:拉丁語substantia,意為實質。變化形式:substantiality(實質性)。
相關單詞:substance(物質),substantiality(實質性),insubstantial(非實質的)。
6. Complex - 詞源:拉丁語complexus,意為復雜的。變化形式:complexity(復雜性)。
相關單詞:complicate(使復雜化),decompose(分解),complement(補足)。
7. Accurate - 詞源:拉丁語accuratus,意為精確的。變化形式:accuracy(準確性)。
相關單詞:accurate(精確的),inaccurate(不精確的),precise(精確的)。
8. Concrete - 詞源:拉丁語concretus,意為凝結。變化形式:concreteness(凝結性)。
相關單詞:concretize(使凝結),concrete(具體的),abstract(抽象的)。
9. Dynamic - 詞源:希臘語dynamein,意為力量。變化形式:dynamics(動力學)。
相關單詞:dynamic(動態的),statics(靜力學),kinetics(動力學)。
10. Harmonious - 詞源:希臘語harmonia,意為和諧。變化形式:harmony(和諧)。
相關單詞:unharmonious(不和諧的),inharmonious(不和諧的),symphony(交響樂)。
常用短語:
1. flow through
2. fluid dynamics
3. computational fluid dynamics
4. turbulence
5. heat transfer
6. particle dispersion
7. computational modeling
8. simulation
雙語例句:
1. The fluid dynamics of a fluid flowing through a pipe is complex. (流體在管道中流動時的流體動力學是復雜的。)
2. Computational fluid dynamics is a powerful tool for studying fluid flows. (計算流體動力學是研究流體流動的有力工具。)
3. Turbulence plays a significant role in heat transfer and particle dispersion. (湍流在熱傳遞和顆粒分散中起著重要作用。)
4. The computational modeling of fluid flows has greatly improved our understanding of these phenomena. (流體流動的計算模型大大提高了我們對這些現象的理解。)
5. Simulations can be used to predict the behavior of complex systems before they are built. (在系統建成之前,可以用模擬來預測復雜系統的行為。)
6. Fluid flows are often simulated using computational fluid dynamics software. (流體流動通常使用計算流體動力學軟件進行模擬。)
7. Understanding the behavior of fluids in complex environments is crucial for many applications. (在許多應用中,理解流體在復雜環境中的行為是至關重要的。)
英文小作文:
Computational Fluid Dynamics: A Tool for Understanding Complex Flows
Computational fluid dynamics has revolutionized our understanding of fluid flows, allowing us to model complex systems and predict their behavior before they are built. From airplanes to power plants, from ocean currents to climate models, computational fluid dynamics has become an essential tool for understanding and predicting the behavior of complex flows.
By simulating fluid flows, we can gain insights into the mechanisms that govern these systems and how they interact with their environment. This knowledge can then be used to design more efficient systems, improve our understanding of natural phenomena, and develop new technologies that benefit society. From energy conservation measures to new materials and innovative designs, computational fluid dynamics is poised to make a significant impact on our world in the coming years.
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