fluidize的音標為[?flu?da?sa?z]、英式發(fā)音為[?flu?d?sa?z]、美式發(fā)音為[?flu?d?sa?z]。基本翻譯為“使流體化”，速記技巧為“fluid-流體，ize-動詞詞尾”。

"fluidize"這個詞的詞源可以追溯到拉丁語"fluidus"，意為流動的。它的變化形式包括"fluid"（流體）和"fluidly"（流暢地）。

相關單詞：

1. "flow"：這個詞和"fluidize"有相似的含義，都表示液體或氣體等物質(zhì)的流動。

2. "liquid"：這個詞也是由拉丁語"liquus"演變而來，意為液態(tài)的。

3. "evaporate"：這個詞表示液體或氣體變成氣態(tài)，和"fluidize"有相似的過程。

4. "fluidity"：這個詞表示流體的性質(zhì)，即流動性。

5. "fluidization"：這個詞是"fluidize"的名詞形式，表示流體的狀態(tài)或過程。

6. "fluidic"：這個詞是"fluid"和"ic"的合成詞，表示流體的或類似流體的。

7. "fluidization process"：這個詞組表示流體化過程，是一種工業(yè)過程，用于改善物料的流動性。

8. "fluidization bed"：這個詞組表示流體化床，是一種設備，用于進行流體化過程。

9. "fluidization layer"：這個詞表示流體化層的厚度，是流體化過程中重要的參數(shù)之一。

10. "fluidization tank"：這個詞表示流體化罐或容器，用于進行流體化過程。

以上這些單詞都與"fluidize"有密切的聯(lián)系，并且描述了液體、氣體等流體的性質(zhì)和過程。

常用短語：

1. fluidize the bed

2. fluidization process

3. fluidizing agent

4. fluidizing bed reactor

5. fluidizing bed burner

6. fluidizing bed technology

7. fluidized bed filter

例句：

1. The addition of a small amount of air effectively fluidizes the bed, greatly improving the mixing efficiency.

2. The fluidizing process is widely used in the production of cement and other materials.

3. The use of a fluidizing agent can significantly improve the fluidity of certain materials.

4. The fluidizing bed reactor is commonly used in the chemical industry for the production of various substances.

5. Fluidizing bed burners are commonly used for incineration and other purposes.

6. Fluidized bed technology has been widely adopted in environmental protection and energy conservation fields.

7. The fluidized bed filter effectively removes impurities from the air or other fluids.

英文小作文：

Fluidization Process: Benefits and Applications

Fluidization process is a common technique used in various industries for mixing, transporting, and processing materials. It involves the use of a fluidizing agent to create a state of turbulence in the material, which enhances the mixing and transportation efficiency. This process has numerous benefits and applications, which are discussed below.

Firstly, the fluidization process greatly improves the mixing efficiency of materials. By using a small amount of fluidizing agent, it is possible to achieve a thorough mixing of substances that would otherwise be difficult to mix due to their different physical properties or particle size distribution. This is particularly useful in chemical reactions where precise control over the reaction conditions is crucial for achieving desired product quality and yield.

Secondly, the fluidization process is widely used in the production of cement and other materials. By using a fluidizing bed reactor, it is possible to efficiently mix and transport cement particles while maintaining their uniformity and quality. This process significantly reduces production costs and improves product quality, making it a popular choice for cement production facilities around the world.

Moreover, the fluidizing bed technology has been widely adopted in environmental protection and energy conservation fields for various applications such as waste incineration and coal gasification. By using fluidizing bed burners, it is possible to efficiently incinerate waste materials while minimizing environmental pollution and energy consumption. Additionally, fluidized bed filters are commonly used in air pollution control systems to effectively remove impurities from the air or other fluids, thereby ensuring clean air quality and protecting public health.

In conclusion, the fluidization process has numerous benefits and applications in various industries, ranging from chemical reactions to environmental protection and energy conservation. By using a small amount of fluidizing agent, it is possible to achieve a thorough mixing of materials while enhancing their transportation and processing efficiency. This process has become an essential technique in various industries for achieving desired product quality and yield while reducing production costs and environmental pollution.