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    • 81. 发明授权
    • Surface analyzer
    • 表面分析仪
    • US4829179A
    • 1989-05-09
    • US70252
    • 1987-07-06
    • Masahiko AokiMasashi KonishiYasuhiro MatsudaNaoto Okazaki
    • Masahiko AokiMasashi KonishiYasuhiro MatsudaNaoto Okazaki
    • G01N23/20G01Q30/04G21K1/093H01J49/02H01J49/14H01J49/30
    • H01J49/30G01N23/20G21K1/093H01J49/025H01J49/142
    • A surface analyzer for analyzing physical properties of the surface of a sample by means of PELS (Proton energy loss spectroscopy) in which accelerated ion beams such as proton beams impinge on the sample in the vertical direction to the surface of the sample and ion beams scattered from the sample are decelerated and then detected by an analyzer to analyze the energy loss of the ion beams. The surface analyzer comprises an ion beam source for generating ion beams, deflecting means for deflecting the ion beams from the ion beam source, irradiating the surface of the sample with the ion beams from the ion beam source in the vertical direction to the surface of the sample, and deflecting scattered ion beams from the sample, accelerating and decelerating means for accelerating the ion beams before the ion beams impinge on the sample and decelerating the scattered ion beams, and analyzing means for detecting the scattered beams and analyzing energy loss of the ion beams.
    • 用于通过PELS(质子能量损失光谱法)分析样品表面的物理性质的表面分析仪,其中质子束等加速离子束在垂直方向上撞击在样品的表面上并且离子束散射 从样品减速,然后由分析仪检测,以分析离子束的能量损失。 表面分析仪包括用于产生离子束的离子束源,用于偏转来自离子束源的离子束的偏转装置,用垂直方向的离子束源的离子束照射样品的表面 采样和偏转来自样品的散射离子束,加速和减速装置,用于在离子束照射在样品上并加速散射的离子束之前加速离子束,以及分析装置,用于检测散射光束并分析离子的能量损失 梁。
    • 87. 发明授权
    • Direct measurement of the electron beam of a scanning electron microscope
    • 直接测量扫描电子显微镜的电子束
    • US4086491A
    • 1978-04-25
    • US771715
    • 1977-02-04
    • William H. Vaughan
    • William H. Vaughan
    • G01Q20/04G01Q30/04G01T1/29H01J37/244H01J37/28G01N27/00
    • H01J37/244G01T1/29H01J37/28H01J2237/24475H01J2237/24578
    • Apparatus for measuring the electron beam diameter of a scanning electron croscope includes: a transducer which supports a heated wire acting as a knife edge; an electron collector; and a display. The electron beam is scanned across the knife edge to obtain a change in current density which is received by the electron collector and shown as a trace on the display. This trace is a relative measurement of electron beam diameter. The electron beam is scanned a second time with the transducer moving the heated wire abruptly during the second scan to cause a shift in the current density trace on the display. The amount of shift between the traces of the initial and second scans is a reference distance against which the relative measurement of electron beam diameter may be measured.
    • 用于测量扫描电子显微镜的电子束直径的装置包括:支撑作为刀刃的加热线的换能器; 电子收集器 和显示器。 电子束被扫描穿过刀刃,以获得由电子收集器接收的电流密度的变化,并在显示器上显示为痕迹。 该迹线是电子束直径的相对测量。 第二次扫描电子束,换能器在第二次扫描期间突然移动加热的线,导致显示屏上的电流密度迹线发生偏移。 初始扫描和第二扫描的迹线之间的偏移量是可以测量电子束直径的相对测量的参考距离。
    • 88. 发明授权
    • Nondestructive detection and measurement of hydrogen embrittlement
    • 氢脆的非破坏性检测和测量
    • US4064438A
    • 1977-12-20
    • US653335
    • 1976-01-29
    • Franklin AlexJoseph Gerald Byrne
    • Franklin AlexJoseph Gerald Byrne
    • G01N23/221G01Q30/02G01Q30/04G01Q40/00G01N23/00
    • G01N23/221
    • A nondestructive system and method for the determination of the presence and extent of hydrogen embrittlement in metals, alloys, and other crystalline structures subject thereto. Positron annihilation characteristics of the positron-electron annihilation within the tested material provide unique energy distribution curves for each type of material tested at each respective stage of hydrogen embrittlement. Gamma radiation resulting from such annihilation events is detected and statistically summarized by appropriate instrumentation to reveal the variations of electron activity within the tested material caused by hydrogen embrittlement therein. Such data from controlled tests provides a direct indication of the relative stages of hydrogen embrittlement in the form of unique energy distribution curves which may be utilized as calibration curves for future comparison with field tests to give on-site indication of progressive stages of hydrogen embrittlement.
    • 用于确定金属,合金以及受其影响的其他晶体结构中氢脆的存在和程度的非破坏性系统和方法。 测试材料中正电子 - 电子湮灭的正电子湮灭特征为在每个相应的氢脆化阶段测试的每种类型的材料提供独特的能量分布曲线。 通过适当的仪器检测和统计总结了由这种湮灭事件产生的伽马辐射,以揭示由其中的氢脆化引起的测试材料内电子活性的变化。 来自受控测试的这些数据提供了以独特的能量分布曲线形式的氢脆化的相对阶段的直接指示,其可以用作将来与现场测试进行比较的校准曲线,以给出氢脆性进行阶段的现场指示。