Novel open type gas turbine device based on thermal transpiration effect

The invention discloses a novel open-type gas turbine device based on a thermal transpiration effect. The novel open-type gas turbine device comprises a boosting oxygen enrichment device gas inlet pipe; the boosting oxygen enrichment device comprises a plurality of boosting oxygen enrichment units which are arranged in series, each boosting oxygen enrichment unit comprises a shell, a cold cavity, a hot cavity and a micro-channel interlayer, the cold cavity of the first boosting oxygen enrichment unit is communicated with an air inlet pipe of the boosting oxygen enrichment device, and the cold cavity of the next boosting oxygen enrichment unit is communicated with the hot cavity of the previous boosting oxygen enrichment unit; the hot cavity of the last boosting oxygen enrichment unit is communicated with an inlet of the combustion air inlet pipe; an air inlet of the combustion chamber is communicated with an outlet of the combustion air inlet pipe; a gas inlet of the gas turbine is communicated with an exhaus