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    • 1. 发明专利
    • Light scanning device
    • 光扫描装置
    • JP2005140796A
    • 2005-06-02
    • JP2005015926
    • 2005-01-24
    • Bodenseewerk Perkin Elmer & Co Gmbhボーデンゼーヴェルク パーキン−エルマー ゲゼルシャフト ミット ベシュレンクテル ハフツング
    • WULF JUERGEN DRSTEINWAND MICHAELKLEMM HENRY
    • G01N21/01G01N21/64G01N21/78
    • G01N21/6452
    • PROBLEM TO BE SOLVED: To make an improvement so that more enhanced local resolution can be attained under a simple structure. SOLUTION: A light scanning device for exciting and detecting secondary light on a sample (22) is provided with a light emission device (10) for emitting exciting light (11) with a wavelength suitable for exciting the secondary light on or in the sample (22); focusing optics (34, 44) for focusing the exciting light on a subarea of the sample (22); sample holding devices (20, 21) for releasably holding the sample (22); and a detection unit comprising detection optics (32, 42) for the secondary light emitted by the sample in response to excitation and detector devices (31, 41) for converting the detected and imaged secondary light into electric signals. The sample holding device is adapted to be rotated for rotating the sample relative to the exciting light in such a way that different subareas of the sample can be excited by the exciting light so as to emit the secondary light. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:进行改进,使得在简单的结构下可以获得更多的增强的局部分辨率。 解决方案:用于激发和检测样品(22)上的二次光的光扫描装置设置有发光装置(10),用于发射具有适于激发次级光的波长的激发光(11) 样品(22); 用于将激发光聚焦在样品(22)的子区域上的聚焦光学器件(34,44); 用于可释放地保持样品(22)的样品保持装置(20,21); 以及检测单元,其包括用于响应于激发而由样本发射的次级光的检测光学器件(32,42)和用于将检测到的和被成像的次级光转换成电信号的检测器装置(31,41)。 样品保持装置适于旋转以使样品相对于激发光旋转,使得样品的不同子区域可被激发光激发以发射次级光。 版权所有(C)2005,JPO&NCIPI
    • 2. 发明授权
    • Electrical contacts for supplying heating current to an electrothermal
atomizer
    • 用于向电热雾化器提供加热电流的电触点
    • US4834536A
    • 1989-05-30
    • US230405
    • 1988-08-09
    • Rolf TammGerhard Christian
    • Rolf TammGerhard Christian
    • G01N21/31G01N21/74H05B3/00H05B3/06
    • G01N21/74H05B3/0014H05B3/06
    • Electrical contact members 20, 22 for supplying transverse electrical current to a tubular furnace member (22) for electrothermal atomization of samples for analysis by atomic absorption spectrophotometry, the tubular furnace member having diametrically opposite, longitudinally-extending contact ribs (84, 86). The contact members (20, 22) form, in operative assembly, a cavity 88 in which tubular furnace member (24) is accommodated and is held between V-shaped channels (44, 76) in contact members (20, 22). Cavity 88 is formed by a recess (36) in one contact member (20) and covered, except for a separating gap, by the other contact member (22). Respective inert protective gas passages (62, 82) terminate at one end in channels 44, 76.
    • 电接触构件20,22用于向管状炉构件(22)供应横向电流,用于电热雾化样品以通过原子吸收分光光度法进行分析,所述管式炉构件具有径向相对的纵向延伸的接触肋(84,86)。 接触构件(20,22)在操作组合中形成空腔88,管状炉构件(24)被容纳在腔室88中并且被保持在接触构件(20,22)中的V形通道(44,76)之间。 腔88由一个接触构件(20)中的凹部(36)形成,并且被另一个接触构件(22)覆盖,除了分离间隙之外。 各个惰性保护气体通道(62,82)在通道44,76的一端终止。
    • 8. 发明授权
    • Graphite tube atomizer for flameless atomic absorption spectroscopy
    • 石墨管雾化器,用于无焰原子吸收光谱
    • US4175863A
    • 1979-11-27
    • US787036
    • 1977-04-13
    • Rolf G. TammGunter GrosserToma Tomoff
    • Rolf G. TammGunter GrosserToma Tomoff
    • G01N21/74H05B3/00G01J3/30H01R13/54H01R13/62
    • G01N21/74H05B3/0014
    • A graphite tube atomizer for flameless atomic absorption spectroscopy includes a graphite tube disposed to permit passage of a measuring beam therethrough. The graphite tube is engaged at opposite ends by annular contact pieces which are coupled to a source of electrical current. The contact pieces are supported in housing portions which serve to surround the graphite tube and provide a chamber into which cooling gasses can be admitted. The cooling gasses also serve to reduce deterioration of the graphite tube. The housing portions are selectively movable either toward or away from each under the power of a drive mechanism. The housings may be urged by the drive mechanism toward each other so the contacts mounted thereon are in selectable pressure engaging contact opposite ends of the graphite tube.
    • 用于无焰原子吸收光谱的石墨管雾化器包括设置成允许测量光束通过的石墨管。 石墨管通过耦合到电流源的环形接触件在相对端处接合。 接触片被支撑在用于围绕石墨管的壳体部分中并且提供可以容纳冷却气体的腔室。 冷却气还用于减少石墨管的劣化。 壳体部分可以选择性地在驱动机构的动力下朝向或远离每个移动。 壳体可以被驱动机构朝向彼此推动,使得安装在其上的触点在石墨管的相对端的可选择的压力接合接触中。