Evaluating the Viability of Alternative Fusion Reactants

<p>Nuclear fusion has been in research for now, more than 60 years. Then, and now, the most popular reactants used have been&nbsp;<strong>D-T&nbsp;<em>(Dueterium-Tritium)</em></strong>. But in the past 20&ndash;30 years, the field of fusion has realized that the&nbsp;<strong>shortage of tritium</strong>&nbsp;will be a significant challenge facing D-T reactors. Since then, we&#39;ve seen different innovative approaches, some of which used&nbsp;<strong>D-D&nbsp;<em>(Deuterium-Deuterium)</em></strong>&nbsp;and even&nbsp;<strong>D-He3&nbsp;<em>(Deuterium-Helium3)</em></strong><em>.&nbsp;</em>This article will discuss the viability of alternative fusion reactants, energy output, and&nbsp;<strong>how we plan to solve the tritium shortage</strong>.</p> <p><a href="https://medium.com/@rayanaly1105/evaluating-the-viability-of-alternative-fusion-reactants-89a9e3260c44"><strong>Read More</strong></a></p>