The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流进样口讨论了进样口温度、进样速度和进样针停留。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

注针尖插入汽化室后，在压下注柱塞杆之前，会引起高沸点组分的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流进样口讨论了进样口温度、进样速度和进样针停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

当注射针尖插入汽化室后，在压下注射柱塞杆之前，会引起组分的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

流进样口讨论了进样口温度、进样速度和进样针停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

当注射针尖入汽化室后，在压下注射柱塞杆之前，会引起高沸点组的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流进样口讨论了进样口温度、进样速度和进样针停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

当针尖插入汽化室后，在压下柱塞，会引起高沸点组分的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流进样口讨论了进样口温度、进样速度和进样针停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

当注射针尖插入汽化室后，在压下注射柱塞杆之前，会引起组分的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流口讨论了口温、速和针停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

当注射针尖插入汽化室后，在压下注射柱塞杆之前，会引起高沸点组分的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流进样口讨论了进样口温度、进样速度和进样针停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

当针尖插入汽化室后，在压下柱塞杆之前，会引起高沸点组分的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流进样口讨论了进样口温度、进样速度和进样针停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

针尖插入汽化室后，在压下柱塞杆之前，会引起高沸点组分的损失。

The effects of injector temperature, injection speed and post injection needle residence time were investigated for splitless injection.

对不分流进样口讨论了进样口温度、进样速度和进样停留时间。

Vaporisation from the needle on initial entryof the syringe into the injector, before the syringe plunger is depressed, can result in partial loss of high boiling components.

当射插入汽化室后，在压下射柱塞杆之前，会引起高沸点组分的损失。