With the emergence and development of unmanned aerial vehicles (UAVs), different
sensors have become more miniaturized and intelligent. UAVs equipped with various …

Coalfield fires provide high-temperature heat storage at relatively shallow depths, their
overburden and upper strata contain immense amounts of thermal energy, which is identical …

Coal fires occur in underground natural coal seams, in exposed surface seams, and in coal
storage or waste piles. The fires ignite through spontaneous combustion or natural or …

The Wuda coal mining area in Inner Mongolia Autonomous Region, China, is one of the
largest coal fire areas world-wide. At the same time it is also one of the most extensively …

In this paper, our main aims are to present a numerical model for hill-side coal fires and to
analyze influences of air leakages from abandoned galleries on hill-side coal fires. A two …

Coal fires are a persistent threat to major coal producing countries in the world. Alongside
massive wastage of coal resources, coal fires pose enormous constraints to mining …

Many real-world applications require remotely sensed images at both high spatial and
temporal resolutions. This requirement, however, is generally not met by single satellite …

Abstract The Wuda coalfield in Inner Mongolia is a vital coal base in China, and it is the
hardest-hit area for coal fires (spontaneous combustion of coal seams and coal gangue) …

The present study deals with the coal fire mapping of East Basuria Colliery, Jharia coalfield,
India, using the magnetic method. It is based on the fact that rise in temperature would result …

Accurate detection of coal fires is crucial for effective fire control planning. To enhance our
comprehension of the global landscape of coal fire technology research and to propel …