Coconut grow on palm trees.

椰子长在像棕榈的树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波辐射条件下研究了棕榈酸异辛酯的合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕榈林是城区的轴线，一条引导人们进入媒内院的小径。

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.

以棕榈酸和单乙醇反应,生成棕榈酸单乙醇酰,再进行转化反应,得到文献未曾报到过的棕榈酸单乙醇酰葡萄糖非离子表面活性剂。

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酸和以棕榈酸为主的脂肪酸鼠李糖形成的糖酯类表面活性剂。

Coconut grow on palm trees.

椰子长在像棕榈树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波辐射条件下研究了棕榈酸异辛酯合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕榈林是城线，一条引导人们进入媒体广场内院小径。

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.

以棕榈酸和单乙醇反应,生成棕榈酸单乙醇酰,再与丁苷进行转苷化反应,得到文报到过棕榈酸单乙醇酰葡萄糖苷非离子表面活性剂。

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酸和以棕榈酸为主脂肪酸与鼠李糖形成糖酯类表面活性剂。

Coconut grow on palm trees.

椰子长在像树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波辐射条件下研究了酸异辛酯合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这林是城区轴线，一条引导人们进入媒体广场内院小径。

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.

以酸和单乙醇反应,生成酸单乙醇酰,再与丁苷进行转苷化反应,得到文献未曾报到过酸单乙醇酰葡萄糖苷非离子表面活性剂。

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酸和以酸为主脂肪酸与鼠李糖形成糖酯类表面活性剂。

Coconut grow on palm trees.

椰子长在像的树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波辐射条件下研究了异辛酯的合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片林是城区的轴线，一条引导人们进入媒体广场内院的小径。

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.

以和单乙醇反应,生成单乙醇酰,再与丁进行转化反应,得到文献未曾报到过的单乙醇酰葡非离子表面活性剂。

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的脂肪与鼠李形成的酯类表面活性剂。

Coconut grow on palm trees.

椰子长在像棕榈的树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波辐射条件下研究了棕榈酸异辛酯的合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕榈林是城区的，条引导人们进入媒体广场内院的小径。

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.

以棕榈酸和单乙醇反应,生成棕榈酸单乙醇酰,再与丁苷进行转苷化反应,得未曾报过的棕榈酸单乙醇酰葡萄糖苷非离子表面活性剂。

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酸和以棕榈酸为主的脂肪酸与鼠李糖形成的糖酯类表面活性剂。

Coconut grow on palm trees.

椰子长在像棕榈的树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波辐射条件下研究了棕榈酯的合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕榈林是城区的轴线，一条引导人们进入媒体广场内院的小径。

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.

以棕榈和单乙醇反应,生成棕榈单乙醇酰,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糖苷非离子表面活性剂。

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棕榈为主的脂肪与鼠李糖形成的糖酯类表面活性剂。

Coconut grow on palm trees.

椰子长在像棕榈的树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波件下研究了棕榈酸异辛酯的合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕榈林是城区的轴线，一引导人们进入媒体广场内院的小径。

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.

以棕榈酸和单乙醇反应,生成棕榈酸单乙醇酰,再与丁苷进行转苷化反应,得到文献未曾报到过的棕榈酸单乙醇酰葡萄糖苷非离子表面。

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酸和以棕榈酸为主的脂肪酸与鼠李糖形成的糖酯类表面。

Coconut grow on palm trees.

椰子长在像棕榈的树上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在微波辐射条件下研究了棕榈异辛酯的合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕榈林城区的轴线，一条引导人们进入媒体广场内院的小径。

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.

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

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和以棕榈为主的脂肪与鼠李糖形成的糖酯类表面活性剂。

Coconut grow on palm trees.

椰子长像棕榈的。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

波辐射条件下研究了棕榈酸异辛酯的合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕榈林是城区的轴线，一条引导人们进入媒体广场内院的小径。

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.

以棕榈酸和单乙醇反应,生成棕榈酸单乙醇酰,再与丁苷进行转苷化反应,得到文献未曾报到过的棕榈酸单乙醇酰葡萄糖苷非离子面活性剂。

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,生物降解原油代谢产物主要是乙酸和以棕榈酸为主的脂肪酸与鼠李糖形成的糖酯类面活性剂。

Coconut grow on palm trees.

椰子长在像棕上。

Ethylhexyl palmitate was synthesized by microwave irradiation with palmitic acid,isooctanol as raw material and p-toluenesulfonic acid as catalyst.

在波辐射条件下研究了棕酸异辛酯合成。

This bar of palm trees creates the primary axis of the site, an allee into the inner courtyard of the media square.

这片棕林是城区轴线，一条引导人们进入媒体广场内院小径。

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.

以棕酸和单乙醇反应,成棕酸单乙醇酰,再与丁苷进行转苷化反应,得到文献未曾报到过棕酸单乙醇酰葡萄糖苷非离子表面活性剂。

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,降解原油代谢产主要是乙酸和以棕酸为主脂肪酸与鼠李糖形成糖酯类表面活性剂。