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    • 1. 发明授权
    • 나노 와이어를 이용한 프로브, 및 프로브 제조방법
    • 使用NANOWIRE及其方法的探索
    • KR101195202B1
    • 2012-10-29
    • KR1020110037226
    • 2011-04-21
    • 한국과학기술연구원
    • 안재평서종현윤상원
    • G01Q70/12G01Q70/16G01Q70/14
    • G01Q70/12G01Q70/14G01Q70/18Y10S977/85
    • PURPOSE: A probe using a nano wire and a manufacturing method therefor are provided to manufacture a probe using a single-crystal metal nano probe, thereby measuring electrical properties of the probe without damage on a surface of the probe. CONSTITUTION: Single-crystal metal nano wires(110) are formed on a substrate(100). A mother body(200) contacts the single-crystal metal nano wires. An electronic beam or an ion beam are irradiated onto a portion where the motor body contacts the single-crystal metal nano wires so that bonded mother body are bonded with the single-crystal metal nano wires. The mother body bonded with the single-crystal metal nano wires is separated from the substrate. [Reference numerals] (AA) Detaching from substrate
    • 目的:提供使用纳米线的探针及其制造方法,以制造使用单晶金属纳米探针的探针,由此测量探针的电性能而不会在探针表面受损。 构成:在基板(100)上形成单晶金属纳米线(110)。 母体(200)接触单晶金属纳米线。 将电子束或离子束照射到电动机体与单晶金属纳米线接触的部分上,使得结合母体与单晶金属纳米线接合。 与单晶金属纳米线接合的母体与基板分离。 (附图标记)(AA)从基板脱离
    • 3. 发明公开
    • 미세 프로브 제작 방법 및 그 미세 프로브
    • NANOPROBE制造方法及其纳米材料
    • KR1020090117177A
    • 2009-11-12
    • KR1020080043093
    • 2008-05-08
    • 포항공과대학교 산학협력단
    • 안태창최우석임근배
    • G01Q70/12B82Y35/00
    • G01Q60/40B82Y15/00G01Q70/12G01Q70/18
    • PURPOSE: A method for manufacturing a micro probe and a micro probe thereof are provided to easily control shape, thickness, and length of a micro probe by controlling a concentrating region of an electric field. CONSTITUTION: A body of a micro probe is formed by aligning at least two electrodes(ST10). A solution for forming a micro probe formed by mixing a nano wire and one of nano particle to monomer is prepared(ST20). The solution for forming the micro probe is supplied between the electrodes(ST30). An electric field is concentrated between corresponding tips by applying a voltage between the electrodes(ST40). A micro probe is formed in an end of the electrode(ST50). The solution for forming the micro probe includes catalyst.
    • 目的:提供一种用于制造微型探针及其微型探针的方法,以通过控制电场的集中区域来容易地控制微型探针的形状,厚度和长度。 构成:通过对准至少两个电极(ST10)形成微探针体。 制备通过将纳米线和纳米粒子之一混合到单体形成的微探针的溶液(ST20)。 用于形成微探针的解决方案被提供在电极(ST30)之间。 通过在电极之间施加电压(ST40),电场集中在相应的尖端之间。 微电极形成在电极的末端(ST50)。 用于形成微探针的溶液包括催化剂。
    • 10. 发明公开
    • 절연막이 코팅된 전도성 탐침을 이용한 액상 정전기력 현미경
    • 使用绝缘体涂覆导电器的液体中的电力显微镜
    • KR1020130027960A
    • 2013-03-18
    • KR1020110091507
    • 2011-09-08
    • 명지대학교 산학협력단
    • 강치중이남주송가람
    • G01Q60/00G01Q70/08G01N33/487
    • G01Q60/34G01N33/487G01Q60/40G01Q70/12
    • PURPOSE: A liquid electrostatic force microscope using a conductive probe coated with an insulating layer is provided to improve the reliability of the measurement, and to accurately measure the electrical characteristic of a local domain in a biological liquid sample. CONSTITUTION: A liquid electrostatic force microscope(100) includes a liquid sample stage(125) for loading a biological liquid sample of an object. A lower electrode(127) is located inside the liquid sample stage. A cantilever detector(110) is located on the upper side of the liquid sample stage. A conductive probe(130) is combined to the cantilever detector, and is partially coated with a soft film as an upper electrode. Scanners(120, 190) monitor electrostatic force between the sample and the conductive probe. [Reference numerals] (120) Flat scanner; (125) Liquid sample stage; (127) Electrode; (140) Lock-in amplifier; (150) Manipulator; (160) Computer; (170,171) Mirror; (180) Laser light source; (190) Stepped scanner; (AA) Light detector; (BB) Conductive probe
    • 目的:提供一种使用涂有绝缘层的导电探针的液体静电力显微镜,以提高测量的可靠性,并精确测量生物液体样品中局域的电特性。 构成:液体静电力显微镜(100)包括用于装载物体的生物液体样品的液体样品台(125)。 下部电极(127)位于液体样品台内部。 悬臂检测器(110)位于液体样品台的上侧。 将导电探针(130)组合到悬臂检测器,并且部分地涂覆有作为上电极的软膜。 扫描仪(120,190)监测样品和导电探针之间的静电力。 (附图标记)(120)平面扫描器; (125)液体样品台; (127)电极; (140)锁定放大器; (150)机械手; (160)电脑; (170,171)镜; (180)激光光源; (190)步进扫描仪; (AA)光检测器; (BB)导电探针