Science. 1990 Oct 19;250(4979):431-5. doi: 10.1126/science.250.4979.431.
Four geyser-like plumes were discovered near Triton's south pole in areas now in permanent sunlight. Because Triton's southern hemisphere is nearing a maximum summer solstice, insolation as a driver or a trigger for Triton's geyser-like plumes is an attractive hypothesis. Trapping of solar radiation in a translucent, low-conductivity surface layer (in a solid-state greenhouse), which is subsequently released in the form of latent heat of sublimation, could provide the required energy. Both the classical solid-state greenhouse consisting of exponentially absorbed insolation in a gray, translucent layer of solid nitrogen, and the "super" greenhouse consisting of a relatively transparent solid-nitrogen layer over an opaque, absorbing layer are plausible candidates. Geothermal heat may also play a part if assisted by the added energy input of seasonal cycles of insolation.
在特里顿的南极附近发现了四个像间歇泉一样的羽状物,这些区域现在处于永久阳光照射下。由于特里顿的南半球即将迎来夏至,太阳辐射作为驱动或触发特里顿间歇泉羽状物的因素是一个很有吸引力的假设。在不透明、低电导率的表面层(固态温室中)捕获太阳辐射,随后以升华潜热的形式释放,这可能提供所需的能量。经典的固态温室由在灰色不透明的固体氮层中指数吸收的太阳辐射组成,而“超级”温室则由不透明、吸收性的层上相对透明的固体氮层组成,这两种温室都是合理的候选者。如果有季节性太阳辐射周期的额外能量输入的辅助,地热也可能发挥作用。