Abstract: A condenser includes a condenser core, input and output manifolds connected therewith. The condenser core has a blade-thru structure, which is formed by a plurality of layers of thin metal blades stacked on top of another by joint interfaces or joined by spacer rings between two adjacent blades. Each layer of the blades includes condensation chamber(s), wherein the floor of the chamber is monolithic with the rest of the blade. The blades are so aligned that the condensation chamber(s) of each blade are on top of the condensation chamber(s) of the blade immediate underneath, thereby forming phase exchange column(s). Each condensation chamber has one or more apertures on the floor thereof, permitting vapor and condensate to pass therethrough and causing vibration of the chamber floor. Further disclosed is a heat dissipation system utilizing the blade-thru condenser, as well as a computer system utilizing the heat dissipation system.

Abstract: A condenser includes a condenser core, input and output manifolds connected therewith. The condenser core has a blade-thru structure, which is formed by a plurality of layers of thin metal blades stacked on top of another by joint interfaces or joined by spacer rings between two adjacent blades. Each layer of the blades includes condensation chamber(s), wherein the floor of the chamber is monolithic with the rest of the blade. The blades are so aligned that the condensation chamber(s) of each blade are on top of the condensation chamber(s) of the blade immediate underneath, thereby forming phase exchange column(s). Each condensation chamber has one or more apertures on the floor thereof, permitting vapor and condensate to pass therethrough and causing vibration of the chamber floor. Further disclosed is a heat dissipation system utilizing the blade-thru condenser, as well as a computer system utilizing the heat dissipation system.