Abstract: A self-dehumidifying hydrostatic gas bearing, bearing that includes: a bearing seat, a rotary shaft, a magnetic component, and a throttling vaporization structure. A cavity is provided inside the bearing seat and an inlet pipe is provided on an outer surface of the bearing seat. The rotary shaft passes through the bearing seat. The magnetic component is sleeved on the outside of the rotary shaft. The throttling vaporization structure is provided inside the cavity. A first gap is provided between the throttling vaporization structure and the magnetic component. The throttling vaporization structure is configured to throttle and cool the working medium entering the cavity, and to heat and vaporize the working medium by generating eddy current by using magnetic field induction after cooling the working medium.

Abstract: A self-dehumidifying hydrostatic gas bearing that includes: a bearing seat, a rotary shaft, a magnetic component, and a throttling vaporization structure. A cavity is provided inside the bearing seat and an inlet pipe is provided on an outer surface of the bearing seat. The rotary shaft passes through the bearing seat. The magnetic component is sleeved on the outside of the rotary shaft. The throttling vaporization structure is provided inside the cavity. A first gap is provided between the throttling vaporization structure and the magnetic component. The throttling vaporization structure is configured to throttle and cool the working medium entering the cavity, and to heat and vaporize the working medium by generating eddy current by using magnetic field induction after cooling the working medium.

Abstract: A steam-powered outboard conformal cooling system includes a steam turbine, a cooler and a conformal heat exchanger. The conformal heat exchanger includes a casing, a lower cap, an upper cap and multiple heat exchange tubes. The casing includes an outer shell plate provided outside a hull plate, the outer shell plate and the hull plate define a seawater heat exchange chamber. A first end of each of the heat exchange tubes is communicated with a cooling water intake chamber, a second end of the each of the heat exchange tubes is communicated with a cooling water discharge chamber, the cooling water intake chamber is communicated with the cooler through a water intake pipe, the cooling water discharge chamber is communicated with the cooler through a water discharge pipe.

Abstract: The present application relates to the field of marine outboard cooling technology, and more particularly to a steam-powered outboard conformal cooling system. The steam-powered outboard conformal cooling system includes a steam turbine, a cooler and a conformal heat exchanger. The conformal heat exchanger includes a casing, a lower cap, an upper cap and multiple heat exchange tubes. The casing includes an outer shell plate provided outside a hull plate, the outer shell plate and the hull plate define a seawater heat exchange chamber. A first end of each of the heat exchange tubes is communicated with a cooling water intake chamber, a second end of the each of the heat exchange tubes is communicated with a cooling water discharge chamber, the cooling water intake chamber is communicated with the cooler through a water intake pipe, the cooling water discharge chamber is communicated with the cooler through a water discharge pipe.