The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产(主要是二异丁烯)可以加氢饱和作为汽油的优良调合组分,也可以分离出二异丁烯作为重要的精细化工原。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

醇的两种取向对应着加成应的两种产，应达到平衡后，3-羟甲基二氢异恶唑为主要产。

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.

表明,微生降解原油代谢产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。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产中的主成分即为目标十三肽，另外几个主要副产为十三肽的残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产物(主要是二异丁烯)加氢饱作为汽油的优良调合组,也离出二异丁烯作为重要的精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇的两种取向对应着加成应的两种产物，应达到平衡后，3-羟甲基二氢异恶唑为主要产物。

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棕榈为主的脂肪与鼠李糖形成的糖酯类表面活性剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中的主成即为目标十三肽，另外几个主要副产物为十三肽的残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产物(要是二异丁烯)可以加氢饱和作为汽油调合组分,也可以分离出二异丁烯作为重要精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇两种取向对应着加成应两种产物，应达到平衡后，3-羟甲基二氢异恶唑为要产物。

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要是乙酸和以棕榈酸为肪酸与鼠李糖形成糖酯类表面活性剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中成分即为目标十三肽，另外几个要副产物为十三肽残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产物(主要是二异丁烯)可以加氢饱和作汽油的优良调合组分,也可以分离出二异丁烯作重要的精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇的两种取向对应着加成应的两种产物，应达到平衡后，3-羟甲基二氢异恶唑主要产物。

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主的脂肪酸与鼠李糖形成的糖酯类表面活性剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中的主成分标十三肽，另外几个主要副产物十三肽的残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产物(主异丁烯)可以加氢饱和作为汽油的优良调合组分,也可以分离出异丁烯作为重的精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇的两种取向对应着加成应的两种产物，应达到平衡后，3-羟甲基氢异恶唑为主产物。

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乙酸和以棕榈酸为主的脂肪酸与鼠李糖形成的糖酯类表剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中的主成分即为目标十三肽，另外几个主副产物为十三肽的残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产物(主要是二)可以加氢饱和作为汽油的优良调合组分,也可以分离出二作为重要的精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇的两种取向对应着加成应的两种产物，应达到平衡后，3-羟甲基二氢恶唑为主要产物。

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面活性剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中的主成分即为目标十三肽，另外几个主要副产物为十三肽的残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠产物(主要是二异丁烯)可以加氢饱和作汽油的优良分,也可以分离出二异丁烯作重要的精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇的两种取向对应着加成应的两种产物，应达到平衡后，3-羟甲基二氢异恶唑主要产物。

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主的脂肪与鼠李糖形成的糖酯类表面活性剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中的主成分即目标十三肽，另外几个主要副产物十三肽的残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产物(要是二异丁烯)可以加氢饱和作汽油合组分,也可以分离出二异丁烯作重要精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇两种取向对应着加成应两种产物，应达到平衡后，3-羟甲基二氢异恶唑要产物。

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要是乙酸和以棕榈酸脂肪酸与鼠李糖形成糖酯类表面活性剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中成分即目标十三肽，另外几个要副产物十三肽残缺肤或氧化肽。

The polymerised product (mainly diisobutylene ) can be hydrogenated to be used as gasoline blending agent replacing MTBE, or separated as fine chemical feedstock.

叠合产物(要是二异丁烯)可以加氢饱和作汽油合组分,也可以分离出二异丁烯作重要精细化工原料。

Two kinds of products can be obtained in the addition reaction of benzaldoxime with propinol, in which 3-hydroxymethyl-dihydroisoxazol is the main product when reaction equilibrium is reached.

炔丙醇两种取向对应着加成应两种产物，应达到平衡后，3-羟甲基二氢异恶唑要产物。

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要是乙酸和以棕榈酸脂肪酸与鼠李糖形成糖酯类表面活性剂。

The results showed that the major component of the crude product was the desired tridecapeptide and the main by-products were derived from the oxidation or deformity of the desired peptide.

结果证明，粗产物中成分即目标十三肽，另外几个要副产物十三肽残缺肤或氧化肽。