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    • 1. 发明授权
    • Method for forming a protective coating with enhanced adhesion between layers
    • 用于形成具有增强的层之间的粘合力的保护涂层的方法
    • US08697195B2
    • 2014-04-15
    • US11307266
    • 2006-01-30
    • David BucciDaniel A. NowakPaul S. Dimascio
    • David BucciDaniel A. NowakPaul S. Dimascio
    • B05D3/04C23C14/02H05H1/00H05H1/32
    • C23C10/60C23C10/06C23C10/48C23C26/00Y10T428/12472
    • A method for forming a protective coating on a substrate comprising, applying a bond coating to the substrate, the bond coating having a first surface roughness, ionizing an inert gas which flows into the surface of the bond coating so as to impart a second surface roughness to the bond coating greater than the first surface roughness, wherein the inert gas is ionized and caused to flow into the surface of the bond coating by a reverse polarity current supplied to an electrode which removes at least one electron from the inert gas, and applying a top coating to the bond coating. Additionally, a method for preparing a surface to receive and adhere to a coating comprising roughening the surface to create a micro-roughening network on the surface. In addition, a method of improving strain tolerance and cyclic spallation life of a protective coating.
    • 一种在基材上形成保护涂层的方法,包括:向所述基材施加粘合涂层,所述粘合涂层具有第一表面粗糙度,电离惰性气体,所述惰性气体流入所述粘结涂层的表面,以赋予第二表面粗糙度 到大于第一表面粗糙度的粘结涂层,其中惰性气体被电离并通过提供给从惰性气体中除去至少一个电子的电极的反极性电流流入粘合涂层的表面,并施加 粘合涂层的顶部涂层。 另外,一种制备表面以接收和粘附到涂层上的方法,包括使表面变粗糙以在表面上产生微粗糙化网络。 另外,提高保护涂层的耐应变性和循环剥落寿命的方法。
    • 4. 发明申请
    • Method and apparatus for testing and evaluating machine components under simulated in-situ thermal operating conditions
    • 在模拟原位热操作条件下测试和评估机器部件的方法和装置
    • US20090116533A1
    • 2009-05-07
    • US11979431
    • 2007-11-02
    • Matthew J. O'ConnellChristopher E. ThompsonPaul S. Dimascio
    • Matthew J. O'ConnellChristopher E. ThompsonPaul S. Dimascio
    • G01N25/72G01N29/14G01N19/08
    • G01N25/72G01N29/14
    • A method and apparatus is described for enabling the testing and evaluation of industrial machine components and, in particular, gas turbine engine components, under simulated in-situ thermal operating conditions for effectively evaluating new component designs and repair techniques. A specimen machine component/part is placed in a test chamber and cyclically heated and cooled while being monitored to obtain information regarding the initiation and propagation of a crack within the structure of the component. Information regarding the number of heating and cooling cycles sustained by the component until crack initiation and information indicating the rate of crack propagation are acquired and compared over multiple heating-cooling cycles to evaluate components and repair techniques. In one example implementation, the component is monitored during cyclic heating-cooling for spontaneous acoustic emissions and acoustic emission waveform data is recorded and analyzed to determine crack initiation and/or propagation.
    • 描述了一种方法和装置,用于在模拟的原位热操作条件下实现工业机器部件,特别是燃气涡轮发动机部件的测试和评估,以有效地评估新的部件设计和修理技术。 将样品机组件/部件放置在测试室中并在被监视的同时循环地加热和冷却以获得关于部件结构内的裂纹的引发和传播的信息。 获得关于部件直到裂纹开始持续的加热和冷却循环的数量以及指示裂纹扩展速率的信息的信息,并在多个加热 - 冷却循环中进行比较以评估部件和修复技术。 在一个示例实施方案中,在循环加热 - 冷却期间监测组件以进行自发声发射,并且记录和分析声发射波形数据以确定裂纹发生和/或传播。