论文标题
扩展来源的Hadronic超临界性发作
The Onset of Hadronic Supercriticality in Expanding Sources
论文作者
论文摘要
HADRONIC模型的一个被忽视的特性是，它们可以通过将相对论质子中存储的能量突然转化为辐射来变得超批评。当质子密度超过临界值时，超临界性就会表现出来。我们试图在该行为的完整参数空间中绘制在由相对论质子组成的来源扩大的情况下，因此绝热损失变得很重要。我们搜索将系统带到超临界状态并与伽马射线爆发密切相关的关键值。因此，我们采用相对论的爆炸波（RBW）模型，该模型被认为描述了初始爆炸后GRB的产生。
An overlooked property of hadronic models is that they can become supercritical by abruptly transforming the energy stored in the relativistic protons into radiation. Supercriticality manifests itself when the proton density exceeds a critical value. We seek to map the complete parameter space of this behaviour in cases where a source, consisting of relativistic protons, is expanding so adiabatic losses become important. We search those critical values that lead the system to the supercritical regime and are closely related to Gamma Ray Bursts. For this reason we adopt the Relativistic Blast Wave (RBW) model which is thought to describe the production of a GRB after the initial explosion.
