The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以和单乙醇胺反应,生成单乙醇酰胺,再与丁苷进行转苷化反应,得到文献未曾报到过单乙醇酰胺葡萄苷非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、是齿果模主要脂肪，也是其发挥药效成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生物降解原油代谢产物主要是乙和以为主脂肪与鼠李形成类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它是由精炼石蜡、、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以棕榈和单乙醇胺反应,生成棕榈单乙醇酰胺,再与丁进行反应,得到文献未曾报到过的棕榈单乙醇酰胺葡萄糖非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、棕榈是齿果模的主要脂肪，也是其发挥药效的成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生物降解原油物主要是乙和以棕榈为主的脂肪与鼠李糖形成的糖酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它是由精炼石蜡、棕榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味的彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以和单乙醇胺反应,生成单乙醇酰胺,再与丁苷进行转苷化反应,得到文献未曾报到过的单乙醇酰胺葡萄糖苷非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

麻、、是齿果模的主要脂肪，也是其发挥药效的成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生物降解原代谢产物主要是乙和以为主的脂肪与鼠李糖形成的糖酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它是由精炼石蜡、、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味的彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以棕榈和单乙醇胺反应,生成棕榈单乙醇酰胺,再与丁苷进行转苷化反应,得到文献未曾报到过的棕榈单乙醇酰胺葡萄糖苷非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

、油、棕榈果模的主要脂肪，也其发挥药效的成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生物降解原油代谢产物主要乙和以棕榈为主的脂肪与鼠李糖形成的糖酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它由精炼石蜡、棕榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味的彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以棕榈和单乙醇胺反应,生成棕榈单乙醇酰胺,再与丁苷进行转苷化反应,得到文献未曾报到过的棕榈单乙醇酰胺苷非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、棕榈齿果模的主要脂肪，发挥药效的成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生物降解原油代谢产物主要乙和以棕榈为主的脂肪与鼠李形成的酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它由精炼石蜡、棕榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味的彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以棕榈和单乙醇胺反应,生成棕榈单乙醇酰胺,再与丁苷苷化反应,得到文献未曾报到过的棕榈单乙醇酰胺葡萄糖苷非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、棕榈是齿果模的要脂肪，也是其发挥药效的成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生降解原油代谢要是乙和以棕榈为的脂肪与鼠李糖形成的糖酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它是由精炼石蜡、棕榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味的彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以棕榈和单乙醇胺反应,生成棕榈单乙醇酰胺,再与丁转化反应,得到文献未曾报到过的棕榈单乙醇酰胺葡萄糖非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、棕榈是齿果模的脂肪，也是其发挥药效的成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生降解原油代谢产是乙和以棕榈为的脂肪与鼠李糖形成的糖酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它是由精炼石蜡、棕榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味的彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以棕榈和单乙醇胺反应,生成棕榈单乙醇酰胺,再与丁苷进行转苷化反应,得到文献未曾报到过的棕榈单乙醇酰胺葡萄糖苷非离子表面活性。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、棕榈齿果模的主要脂肪，也其发挥药效的成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生物降解原油代谢产物主要乙和以棕榈为主的脂肪与鼠李糖形成的糖酯类表面活性。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

由精炼石蜡、棕榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味的彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以榈和单乙醇胺反应,榈单乙醇酰胺,再与丁苷进行转苷化反应,得到文献未曾报到过榈单乙醇酰胺葡萄糖苷非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、榈是齿果模主要，也是其发挥药效分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微物降解原油代谢产物主要是乙和以榈为主与鼠李糖形糖酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它是由精炼石蜡、榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固为带香味彩色蜡烛粘土。

The nonionic surfactant palmitic acid monoethanolamide polyglycoside(PMEAPG),which has not been reported in the literature,was obtained by transglycosidation of PMEA with n-butyl glycoside.

以棕榈和胺反应,生成棕榈酰胺,再与丁苷进行转苷化反应,得到文献未曾报到过棕榈酰胺葡萄糖苷非离子表面活性剂。

Conclusion: linolenic acid, linoleic acid and palmic acid are main components of R. dentatua L.'s fatty acids, they are also the efficacy components.

亚麻、亚油、棕榈是齿果模主要脂肪，也是其发挥成分之一。

The result indicates that the main metabolic product of petroleum hydrocarbon degradation is acetic acid and surface active agent of glycolipid composed of fatty acid and rhamnose.

实验表明,微生物降解原油代谢产物主要是和以棕榈为主脂肪与鼠李糖形成糖酯类表面活性剂。

The process is carried out by taking refinery paraffin, palmic acid, mineral butter, ceresine wax and candle essence as raw materials, heating, dissolving, and mixed freezing to obtain final product.

它是由精炼石蜡、棕榈、凡士林、微晶蜡、蜡烛香精等原料经加热溶解、混合凝固成为带香味彩色蜡烛粘土。