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New Corrosion Resistant Materials for Next Generation Energy Processes

机译：用于下一代能源工艺的新型耐腐蚀材料

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Material performance limitations have been an obstacle to the adoption of many new renewable power source technologies. Tantalum surface alloys open up new opportunities. The promise for renewable clean energy is not new. In fact, many of the technologies considered today for the energy of tomorrow such as hydrogen production, fuel cells, solar panels, bio-fuels and others have existed for decades. But these exciting technologies have not been readily adopted. For example, fuel cells were invented by German scientist Christian Friedrich Schobein in 1838, and were first used commercially in 1959 by NASA. In 1838, the first solar cell was built by Charles Fritts. During World War II, a variety of biofuels were used by the German and British forces to supplement fuel shortages. To a large extent, the limitations of materials needed to make these technologies technically, economically, and commercially feasible and competitive with existing fossil-fuel infrastructure prevent the adoption of renewable clean energy technologies.
机译：材料性能的限制一直是采用许多新的可再生能源技术的障碍。钽表面合金开辟了新的机会。可再生清洁能源的承诺并不是新的。实际上，当今考虑用于明天能源的许多技术，例如氢气生产，燃料电池，太阳能电池板，生物燃料等，已经存在了数十年。但是，这些令人兴奋的技术还没有被轻易采用。例如，燃料电池是德国科学家Christian Friedrich Schobein于1838年发明的，并于1959年由NASA首次商业化使用。 1838年，查尔斯·弗里茨（Charles Fritts）建造了第一个太阳能电池。第二次世界大战期间，德国和英国军队使用了多种生物燃料来弥补燃料短缺。在很大程度上，使这些技术在技术，经济和商业上可行并与现有化石燃料基础设施竞争的材料的局限性阻止了可再生清洁能源技术的采用。

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