glyoxime的音標為[?ɡl??ksa?m],基本翻譯為“甘草酸鹽”或“甘草酰胺”。速記技巧可以考慮使用發音相似的單詞來輔助記憶,例如使用類似的發音“利可賽姆”來幫助記憶。
Glyoxime這個詞來源于希臘語詞根glykos(糖)和oxime(酸鹽),因此它表示一種含有糖的酸鹽。這個詞在英語中通常被用作化學術語,用于描述含有糖基的有機化合物。
變化形式:在英語中,glyoxime的變化形式通常包括復數形式(glyoximates)和過去分詞形式(glyoximated)。
相關單詞:
1. Glycolysis(糖酵解):這個英語單詞用來描述糖分解的過程,是生物體獲得能量的過程之一。
2. Glycogen(糖原):這個單詞用來描述儲存能量的糖分子,是動物體內主要的儲存能量的碳水化合物。
3. Glycobiology(糖生物學):這個學科研究糖在生物體中的作用,包括其在細胞識別、免疫反應和神經功能等方面的作用。
4. Glycoconjugate(糖復合物):這個英語單詞用來描述由糖分子和蛋白質或其他生物分子形成的復合物。
5. Glycohistochemistry(糖組學):這個學科研究生物體中的糖分子的化學性質和分布,是生物分子組學的一個重要分支。
6. Glycohabitat(糖生境):這個單詞用來描述含有豐富糖分的環境,例如植物和微生物在某些環境中的生存環境。
7. Glycobiopharmaceuticals(糖生物藥物):這個領域研究利用糖分子作為藥物載體的新藥開發和應用。
8. Glycocalyx(糖外衣):這個英語單詞用來描述細胞表面由糖分子形成的薄膜,對細胞的功能和相互作用有重要影響。
9. Glycohydration(糖水化):這個過程指的是蛋白質或脂質與糖分子結合,通常在生物體內的許多過程中發生,如運動時的肌肉修復和再生。
10. Glycohormones(糖激素):這個術語用來描述由糖分子構成的激素,如乳糖激素,它在哺乳動物的生理功能中起著重要作用。
常用短語:
1. glyoxime acid
2. glyoxime chloride
3. glyoxime ethanol
4. glyoxime methane
5. glyoxime nitrate
6. glyoxime sulfonic acid
7. glyoxime acetate
例句:
1. The glyoxime acetate is used as a catalyst for the preparation of polymers.
2. The glyoxime chloride is used as a reagent for the preparation of organic compounds.
3. The glyoxime methane is used as a stabilizer for rubber.
4. The glyoxime acid is used as a raw material for the preparation of organic compounds.
5. The glyoxime is used to improve the stability of rubber.
6. The glyoxime nitrate is used as a flame retardant for polymers.
7. The glyoxime ethanol is used as a solvent for organic compounds.
英文小作文:
Glyoxime Acetate as a Catalyst in Polymer Preparation
Glyoxime acetate is a versatile catalyst that plays a crucial role in the preparation of polymers. It can accelerate the polymerization reaction and improve the yield and quality of polymers significantly. In addition, it can also be used to modify the properties of polymers, such as improving their mechanical properties and thermal stability. Therefore, glyoxime acetate has become an essential ingredient in polymer science and industry.
In practice, glyoxime acetate is often used in combination with other catalysts or additives to achieve optimal results in polymer preparation. It is also important to carefully control the reaction conditions, such as temperature, pressure, and pH, to ensure that the catalyst remains effective throughout the process. With these precautions, glyoxime acetate can be a valuable tool for polymer scientists and engineers to develop new materials with improved performance and cost-effectiveness.
名師輔導
環球網校
建工網校
會計網校
新東方
醫學教育
中小學學歷