| To solve the problem that the heat flow probe can't detect the heat flow in bedrock or other hard seafloor, based on the first law of Fourier thermodynamics, the method of non-insertion thermal blanket in situ detection is put forward, and the design of thermal blanket in situ detection system is introduced. The suitable material of thermal blanket was selected through experiments, the design and optimization of the shape and design size of thermal blanket were carried out, the working mode of thermal blanket was analyzed, and the technology of laying was evaluated. Thermal blanket seafloor heat flow detection system provides an effective method for the detection of submarine heat flow in the mid-ocean ridge region and provides a broad application prospect for the study of plate thermal state and plate tectonic activities. |
