Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

（包）的是结合2更癸分子成，短长链合。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA与苯乙烯阴离子反应的过程中，GMA在性种的终端发生了合，所得产中环氧端基与合产的摩尔比可根据需要进行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

（包）的是结合2更癸分子成，短长链合。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA与苯乙烯阴离子反应的过程中，GMA在性种的终端发生了合，所得产中环氧端基与合产的摩尔比可根据需要进行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

聚（包）是由结合2更癸分聚物，短长链聚合物。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA与聚苯乙烯阴离反应过程中，GMA在性种终端发生了聚合，所得产物中环氧端基与聚合产物比可根据需要进行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

聚（包）的是由结合2更癸分子成低聚物，短长链聚合物。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA与聚苯乙烯阴离子反应的过程中，GMA在性种的终端发生了聚合，所得产物中环氧端基与聚合产物的摩尔比可根据需要进行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

聚（包）的合2更癸分子成低聚物，短长链聚合物。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA与聚苯乙烯阴离子反应的过程中，GMA在性种的终端发生了聚合，所得产物中环氧端基与聚合产物的摩尔比可根据行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

聚（包）的是由结合2更癸分子成低聚物，短长链聚合物。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA与聚苯乙烯阴离子反应的过程中，GMA在性种的终端发生了聚合，所得产物中环氧端基与聚合产物的摩尔比可根据需要进行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

聚（包）的是由结2更癸分子成低聚物，短长链聚物。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA与聚苯离子反应的过程中，GMA在性种的终端发生了聚，所产物中环氧端基与聚产物的摩尔比可根据需要进行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

聚（包）的是由结合2更癸分子成低聚，短长链聚合。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

GMA聚苯乙烯阴离子反应的过程，GMA性种的终端发生了聚合，所得产端基聚合产的摩尔比可根据需要进行调节。

Group IV: Polyalphaolefins (PAO's) are made by combining 2 to more decene molecules into an oligomer, a short-chain-length polymer.

（包）的是由结合2更癸分子成低，短长链合。

Results indicate interestingly that the double bond of GMA polymerized with polystyryl carbanion and the molar ratio of epoxy end group and polystyrene oligomer can be adjusted.

在GMA乙烯阴离子反应的过程，GMA在性种的终端发生了合，所得环氧端基合的摩尔比可根据需要进行调节。