详细信息
Cascade high-pressure electroosmosis pump, comprises coupler, high-voltage power supply, work medium container, platinum electrode and cation and anion-type capillary channel connected to form three-level or multi-level cascade pump
文献类型:专利
英文题名:Cascade high-pressure electroosmosis pump, comprises coupler, high-voltage power supply, work medium container, platinum electrode and cation and anion-type capillary channel connected to form three-level or multi-level cascade pump
作者:YANG B C;WANG R;LIANG X;ZHANG F;YANG B
机构:[1]UNIV EAST CHINA SCI&TECHNOLOGY
申请号:CN102101018-A
申请日:2011-02-16
公开日:2011-06-22
语种:英文
收录:DERWENT
摘要:NOVELTY - Cascade high-pressure electroosmosis pump comprises a cation-type capillary channel, an anion-type capillary channel, a coupler, a high-voltage power supply, a work medium container and a platinum electrode. The cation-type capillary channel and the anion-type capillary channel are alternately connected to form a three-level or multi-level cascade high-pressure electroosmosis pump. The positive voltage is exerted at two ends of the cation-type capillary channel and the negative voltage of the high-voltage power supply is exerted at two ends of the anion-type capillary channel. USE - Used as a cascade high-pressure electroosmosis pump. ADVANTAGE - The cascade high-pressure electroosmosis pump: is simple in structure; alternately connects cation-type capillary channel with the anion-type capillary channel; changes the direction of the electric field; improves the pressure output; and highly reduces the use number of the electric field coupler. DETAILED DESCRIPTION - Cascade high-pressure electroosmosis pump comprises a cation-type capillary channel, an anion-type capillary channel, a coupler, a high-voltage power supply, a work medium container and a platinum electrode. The cation-type capillary channel and the anion-type capillary channel are alternately connected to form a three-level or multi-level cascade high-pressure electroosmosis pump. The positive voltage of the high-voltage power supply is exerted at two ends of the cation-type capillary channel, and the negative voltage of the high-voltage power supply is exerted at two ends of the anion-type capillary channel, where the capillary channel is a tubular or groove-type channel made of rigid insulated material. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the cascade high-pressure electroosmosis pump.
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