原文由 heguang(heguang) 发表:
这不是毛细管电泳,而是毛细管电泳-ICP的接口:
CETAC Technologies in collaboration with Dr. Andreas Prange and Dr. Dirk Schaumloffel from the GKSS Research Center (Germany) has developed a simple, efficient and robust Capillary Electrophoresis (CE) interface for ICP-MS. The CEI-100 interface maintains the high resolving power of CE while utilizing the high sensitivity and multi-element capability of ICP-MS. Through the calculation of optimal fluid mechanical flow properties the CEI-100 provides the following benefits:
Stable, high resolution electrophoretic separation
Independent optimization of electrophoretic and nebulizer flows
Low dead volume to preserve the high resolution of CE
Minimal dilution (make-up liquid flow rate of <10 µl/min)
Extremely low sample consumption (<1 µl/min)
Elimination of detrimental secondary laminar flows within the CE capillary
原文由 heguang(heguang) 发表:您好!最近刚买了CEI-100接口,但是通入1.2L/min 的载气后,液体没法自吸?请问您使用的过程中出现过这种情况吗?是怎么解决的吶?谢谢
这不是毛细管电泳,而是毛细管电泳-ICP的接口:
CETAC Technologies in collaboration with Dr. Andreas Prange and Dr. Dirk Schaumloffel from the GKSS Research Center (Germany) has developed a simple, efficient and robust Capillary Electrophoresis (CE) interface for ICP-MS. The CEI-100 interface maintains the high resolving power of CE while utilizing the high sensitivity and multi-element capability of ICP-MS. Through the calculation of optimal fluid mechanical flow properties the CEI-100 provides the following benefits:
Stable, high resolution electrophoretic separation
Independent optimization of electrophoretic and nebulizer flows
Low dead volume to preserve the high resolution of CE
Minimal dilution (make-up liquid flow rate of <10 µl/min)
Extremely low sample consumption (<1 µl/min)
Elimination of detrimental secondary laminar flows within the CE capillary