论文标题
下一代伯明翰太阳能振荡网络（野牛）分光光度计：一种新型的Heliosesology仪器
The next generation Birmingham Solar Oscillations Network (BiSON) spectrophotometer: a new miniaturised instrument for helioseismology
论文作者
论文摘要
我们根据下一代观察平台野牛：NG描述了伯明翰太阳能振荡网络（BISOR）的新分光光度计，该平台是一种相当微型化的系统，利用廉价的消费级硬件和现成的组件（如有可能）。我们通过系统建模和仿真以及夏季观察活动展示了原型仪器在太阳低度声学（P模式）振荡上产生数据，这些振荡质量相等，并且可以无缝集成到现有网络中。刷新现有的老化硬件，以及野牛的扩展网络潜力：NG，将确保我们正在进行的对太阳低度振荡的高质量概念观测计划（例如，对于“整个太阳”水平的太阳能周期的地震监测）。
We describe a new spectrophotometer for the Birmingham Solar Oscillations Network (BiSON), based on a next generation observation platform, BiSON:NG, a significantly miniaturised system making use of inexpensive consumer-grade hardware and off-the-shelf components, where possible. We show through system modelling and simulation, along with a summer observing campaign, that the prototype instrument produces data on the Sun's low-degree acoustic (p-mode) oscillations that are of equal quality and can be seamlessly integrated into the existing network. Refreshing the existing ageing hardware, and the extended observational network potential of BiSON:NG, will secure our ongoing programme of high-quality synoptic observations of the Sun's low-degree oscillations (e.g., for seismic monitoring of the solar cycle at a "whole Sun" level).
