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    • 5. 发明申请
    • Microminiature gas chromatograph column
    • 微型气相色谱柱
    • US20060144237A1
    • 2006-07-06
    • US10537533
    • 2002-12-31
    • Dong LiangWanli XingJing Cheng
    • Dong LiangWanli XingJing Cheng
    • B01D53/02B01D53/14
    • G01N30/6095G01N30/6039G01N2030/025
    • This invention relates to the field of miniaturing gas chromatograph instruments using microfabrication technologies. In particular, the invention provides a gas chromatograph column, which column comprises at least two lid layers and a channel layer, wherein each of said layers comprises a compact material suitable for gas chromatograph, said channel layer comprises microfabricated channels on both sides, said microfabricated channels and a side of said lid layers form at least two capillaries, said at least two capillaries are connected to each other through a hole in said channel layer to form an integrated capillary, said integrated capillary is connected to outside atmosphere on both ends via holes on two outmost lid layers to serve as an inlet and an outlet.
    • 本发明涉及使用微细加工技术的微型气相色谱仪的领域。 特别地,本发明提供了一种气相色谱柱,该色谱柱包括至少两个盖层和沟道层,其中每个所述层包括适合于气相色谱的致密材料,所述通道层包括两侧的微细加工通道,所述微制造 通道和所述盖层的一侧形成至少两个毛细管,所述至少两个毛细管通过所述通道层中的孔彼此连接以形成集成毛细管,所述集成毛细管连接到两端的外部大气通孔 在两个最外层的盖层上用作入口和出口。
    • 10. 发明申请
    • Method and apparatus for washing solid substrate with ultrasonic wave after hybridization reaction
    • 杂交反应后用超声波洗涤固体底物的方法和装置
    • US20060124152A1
    • 2006-06-15
    • US10524903
    • 2002-12-10
    • Gang LiWanli XingRuige WuMin GuoJing Cheng
    • Gang LiWanli XingRuige WuMin GuoJing Cheng
    • B08B3/10
    • B08B3/12C12Q1/6813C12Q2523/301
    • A method and apparatus for washing solid substrate with ultrasonic wave after hybridization reaction are provided. The method includes (1) putting the solid substrate into a container having a washing solution, on which the hybridization reaction has been completed, (2) using an ultrasonic generator to produce a certain strength of ultrasonic wave and transmit it into the washing solution, (3) washing the substrate by means of the cavitation effect being produced in the washing solution by the ultrasonic wave. Since the cavitation bubbles in the washing solution can produce intensive efflux and local microslipstream against the solid surface, evidently reducing the liquid surface tension and friction and enhance the liquid flow, non-specific adsorbate and deposit bound weakly on the solid substrate can be washed down rapidly.
    • 提供了一种用于在杂交反应之后用超声波洗涤固体底物的方法和装置。 该方法包括:(1)将固体基质置于具有杂交反应完成的洗涤液的容器中,(2)使用超声波发生器产生一定强度的超声波并将其输送到洗涤液中, (3)通过超声波在洗涤液中产生的空化作用洗涤基板。 由于洗涤液中的气穴气泡能够对固体表面产生强烈的流出和局部微滑流,明显降低了液面张力和摩擦力,增强了液体流动,固体基质上弱结合的非特异性吸附物和沉积物可以被冲洗掉 迅速