s*****y 发帖数: 4595 | 1 他们这个号称multi mode ionization,是怎么回事?ESI, APCI同时运作?谁能具体讲
讲?谢谢! | w********g 发帖数: 447 | 2 angilent的那个是ESI和APCI一起,angilent主页里面有个video介绍这个
他们这个号称multi mode ionization,是怎么回事?ESI, APCI同时运作?谁能具体讲
讲?谢谢!
【在 s*****y 的大作中提到】 : 他们这个号称multi mode ionization,是怎么回事?ESI, APCI同时运作?谁能具体讲 : 讲?谢谢!
| E***n 发帖数: 308 | 3 ESi and APCI switch, not same time. I guess that is why the flow rate has to
be slow, or else data will be lost.
【在 w********g 的大作中提到】 : angilent的那个是ESI和APCI一起,angilent主页里面有个video介绍这个 : : 他们这个号称multi mode ionization,是怎么回事?ESI, APCI同时运作?谁能具体讲 : 讲?谢谢!
| w********g 发帖数: 447 | 4 Agilent那个ms是same time的
http://www.biocompare.com/multimedia/94/Watch-Video-Agilent-Multimode-Source-from-Agilent-Technologies.html
to
【在 E***n 的大作中提到】 : ESi and APCI switch, not same time. I guess that is why the flow rate has to : be slow, or else data will be lost.
| E***n 发帖数: 308 | 5 ESI and APCI under two modes negative/postive are not same time.
to
【在 E***n 的大作中提到】 : ESi and APCI switch, not same time. I guess that is why the flow rate has to : be slow, or else data will be lost.
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