腐蚀/涂层

Application Notes on Corrosion & Coatings

Electrochemical Testing

Electrochemical testing is a mainstay of many corrosion and coatings laboratories throughout the world.

 

 

 

完整名单腐蚀/涂层应用报告 »

加速循环电化学测试技术

Posted by Susan Shultz on July 8, 2020

Impedance measurements on barrier coatings are some of the most difficult to make because of the high impedances that are measured which require a potentiostat with the capability to measure very small currents.

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动电位和循环动电位扫描

Posted by gamry on March 18, 2020

动电位扫和循环动电位扫描是利用Gamry电化学工作站进行的常用的测试方法。这些研究通常用于研究表面腐蚀。

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高温高温高压釜内的电化学

Posted by gamry on October 23, 2017

当我开始编写关于在高温高压釜电化学操作过程中的实验技巧和学到的教训时,我首先想到了先于我参与这场冒险的前贤们。这只是部分个人的清单:他们是研究者,设备工程师,指导者和在贝蒂斯和诺尔斯工作的技术人员们,是他们为我铺平了道路。涌现在我脑海的一些名字是Rick Garstka, Ted Druga, Bert Setterberg, Rudy Majcher, Jack Carr, Bob Rubino, Doug Thompson, Ken Granger, Rosemary Janik, Bill Archer, Garry Lynch, Irene Rosati, Mike Ochap, Dave Kedzierski, Keith Eklund, George Halbfinger, Mike Danielson, Yinfang Wang。在分享过他们故事的企业中重要的是Digby Macdonald,他为我们奠定了基础,而且总是渴望与大家分享他的经验。

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Comparison of Corrosion Rate Calculated by EFM, LPR, and EIS

Posted by gamry on November 25, 2014

Measuring corrosion rate of mild steel by three different techniques; Polarization Resistance, EIS, and our newest technique, Electrochemical Frequency Modulation, or EFM for short.

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涂层的快速电化学评估

Posted by gamry on August 26, 2014

The Rapid Electrochemical Assessment of Paint (REAP) is a procedure designed to estimate the long-term corrosion resistance of coated metals using short term electrochemical tests.

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Corrosion Techniques- Polarization Resistance

Posted by gamry on July 28, 2014

Linear polarization resistance (LPR) is a quick, nondestructive testing technique commonly used in material corrosion studies to gain corrosion rate data.

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基本的电化学腐蚀测量

Posted by gamry on August 2, 2013

Most metallic corrosion occurs via electrochemical reactions at the interface between the metal and an electrolyte solution.

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THE Method for Crevice Corrosion Repassivation Potentials

Posted by gamry on August 2, 2013

Localized corrosion, including crevice corrosion, is a leading cause of corrosion-induced failures. THE Method (Tsujikawa-Hisamatsu-Electrochemical Method) has been proposed to measure crevice corrosion repassivation potentials.

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