Temperature-controllable laminar flame combustion device applied to electromagnetic field environment

The invention relates to a temperature-controllable laminar flame combustion device, in particular to a temperature-controllable laminar flame combustion device applied to an electromagnetic field environment. The invention aims to solve the problem that when the gas temperature is controlled by adopting electric heating, as an electromagnetic field is involved in an experiment, heating equipment and discharge equipment of the electromagnetic field are very easy to interfere with each other, so that the experiment fails and even dangers occur. A ceramic chip is horizontally arranged at the top in a quartz cavity, a central alundum tube penetrates through the ceramic chip and the bottom surface of the quartz cavity from top to bottom, a plurality of glass beads are filled in the quartz cavity, the glass beads are located between the ceramic chip and the inner bottom surface of the quartz cavity, and a foam filling layer is inserted in the central alundum tube. The thermocouple and the upper heating electrode a