New Corrosion Resistant Materials Make “Cutting Edge Energy Processes” Possible

机译：新的耐腐蚀材料使“切削刃能量过程”成为可能的

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The sulfur-iodine closed loop thermochemical process, developed by General Atomics, is a now a proven process that allows for the production of hydrogen gas without the use of fossil fuels by splitting water. The sulfur-iodine thermochemical process is a process that has extreme operating environments and therefore a variety of significant material challenges. As conventional materials are pushed to the limits in order to achieve the next generation of chemical processes, new materials are required to meet those challenges and are still economically viable and readily available.

机译：由一般原子开发的硫 - 碘闭环热化学过程是现已成为经过验证的过程，允许通过分裂水的不使用化石燃料来生产氢气。硫 - 碘热化学过程是具有极端操作环境的过程，因此具有各种显着的材料挑战。随着常规材料被推到限值以实现下一代化学过程，需要新材料来满足这些挑战，并且仍然在经济上可行和容易获得。

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《Stainless Steel World America Conference》|2010年||共9页
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Evan B. Hinshaw;
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中图分类 TF8-532;
关键词
Tantalum; Sulfur; Hydrogen Iodide; Sulfuric acid; Hydroiodic acid; Phosphoric Acid; Halide; Hydrogen; Oxygen; Corrosion; Water; Tantaline; Chemical Vapor Deposition; Surface Alloy;

机译：钽;硫;硫酸;硫酸;氢碘酸;磷酸;卤化物;氢;氧气;水;钽;表面合金;表面合金;表面合金;表面合金;表面合金;表面合金;表面合金;表面合金;

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专利

1. New Corrosion Resistant Materials for Next Generation Energy Processes [J] . Dean Gambale Advanced Materials & Processes . 2011,第1期

机译：用于下一代能源工艺的新型耐腐蚀材料
2. Sustainability analyses of cutting edge radius on specific cutting energy and surface finish in side milling processes [J] . Edem Isuamfon F., Balogun Vincent A. The International Journal of Advanced Manufacturing Technology . 2018,第9a12期

机译：侧铣削工艺特定切削能量和表面光洁度的尖端半径的可持续性分析
3. Cutting-edge frame materials are ushering in entirely new production processes, as well as a new dimension of comfort and adjustability for the perfect fit [J] . Eyecare Business . 2015,第12期

机译：尖端的框架材料迎来了全新的生产工艺，以及舒适性和可调节性的新维度，以实现完美的贴合性
4. New Corrosion Resistant Materials Make “Cutting Edge Energy Processes” Possible [C] . Evan B. Hinshaw Stainless Steel World America Conference . 2010

机译：新的耐腐蚀材料使“切削刃能量过程”成为可能的
5. Corrosion initiation and propagation behavior of corrosion resistant concrete reinforcing materials. [D] . Hurley, Michael F. 2007

机译：耐腐蚀混凝土增强材料的腐蚀引发和传播行为。
6. Construction of a Novel Lignin-Based Quaternary Ammonium Material with Excellent Corrosion Resistant Behavior and Its Application for Corrosion Protection [O] . Chao Gao, Shoujuan Wang, Xinyu Dong, 2019

机译：新型具有优良耐腐蚀性能的木质素基季铵盐材料的构建及其在腐蚀防护中的应用
7. In-Situ X-ray Spectroscopic Studies of the Fundamental Chemistry of Pb and Pb-Bi Corrosion Processes at High Temperatures: Development and Assessment of Composite Corrosion Resistant Materials. [O] . Segre, Carlo 2009

机译：原位X射线光谱研究高温下pb和pb-Bi腐蚀过程的基础化学：复合耐腐蚀材料的开发和评估。
8. In-Situ X-ray Spectroscopic Studies of the Fundamental Chemistry of Pb and Pb-Bi Corrosion Processes at High Temperatures: Development and Assessment of Composite Corrosion Resistant Materials, (Final Report) [R] . Segre, C. 2009

机译：原位X射线光谱研究高温下pb和pb-Bi腐蚀过程的基础化学：复合耐腐蚀材料的开发和评估，（最终报告）

New Corrosion Resistant Materials Make “Cutting Edge Energy Processes” Possible

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