granulometric的音標為[gr?nj?l??m?t?k]:
基本翻譯為“顆粒計測的;顆粒計量的”。
速記技巧:gran(顆粒)+ul+ometric(測量)=>granulometric。
Granulometric這個詞源自希臘語詞匯“γραμμικ??”,意為“有關線條的”。它的主要變化形式是“granulometrician”,意為“顆粒分析專家”。這個詞通常用于描述對顆粒大小分布的研究,特別是在地質學和礦物學領域。
相關單詞:
granulometry(顆粒測量):一種研究顆粒大小分布的方法。
granulologist(顆粒學專家):研究顆粒大小分布的專家。
granulochemical(顆粒化學):一種研究顆粒表面化學性質的方法。
granulomatous(顆粒狀的):描述具有顆粒狀結構的。
granuloma(顆粒狀結節):一種由顆粒狀物質組成的結節。
granulocyte(粒細胞):一種具有顆粒狀結構的白細胞。
granulomatosis(顆粒狀結節病):一種疾病,表現為顆粒狀結節的形成。
granulomatous inflammation(顆粒狀炎癥):一種具有顆粒狀結節的炎癥反應。
granulomatous infection(顆粒狀感染):一種由微生物引起的具有顆粒狀結節的感染。
Granulometric這個詞在科學領域中非常重要,因為它為研究各種物質和材料的顆粒大小分布提供了重要的工具和方法。通過使用Granulometric的方法,科學家們可以更好地了解物質的性質和行為,從而更好地應用它們。
Granulometric analysis
常用短語:
1. Analyze the granulometry of a sample
2. Determine the particle size distribution of a substance
3. Conduct a granulometric study
4. Characterize the granulometry of a material
5. Perform a granulometric analysis of a sample
6. Quantify the size of particles in a substance
7. Examine the granulometry of a powder
雙語例句:
1. 我們需要分析樣品中的粒徑分布。
We need to analyze the particle size distribution of the sample.
2. 這項研究需要我們對物質進行詳細的粒徑分析。
This research requires us to conduct a detailed granulometric analysis of the substance.
3. 這些粉末的粒徑大小需要進一步研究。
The size of these powders needs to be further characterized.
4. 通過粒徑分析,我們可以了解材料的特性。
Through granulometric analysis, we can characterize the properties of the material.
5. 這些顆粒的大小和形狀對產品的性能有很大影響。
The size and shape of these particles have a significant impact on the performance of the product.
6. 粒徑分布對材料的應用至關重要。
The particle size distribution is crucial for the application of the material.
7. 粒徑分析是材料科學中常用的研究方法之一。
Granulometric analysis is one of the commonly used research methods in materials science.
英文小作文:
Granulometric analysis is an essential tool in materials science, helping us understand the properties and behavior of materials at the microscale. Through granulometric studies, we can determine the particle size distribution of substances, characterize the size and shape of particles, and examine the granulometry of powders and other materials. This information is crucial for optimizing material properties, developing new materials, and understanding how materials interact with their environments. In addition to its practical applications, granulometric analysis also serves as a tool for scientific exploration, allowing researchers to examine the microstructure of materials and gain a deeper understanding of their fundamental properties.