In　this　study,　tungsten-rhenium　(Re-W)　dispenser　cathodes　are　fabricated　by　cold-pressing　and　sintering　of　Re-W　powder　which　was　prepared　by　spray　drying　method　followed　by　two-step　hydrogen　reduction.　Emission　performance　of　the　cathodes　was　tested　on　a　planar　diode　configuration.　The　elements　distribution　of　rhenium　and　tungsten　on　the　surface　of　75at%　Re-W　cathode　were　also　investigated　by　EPMA.　Among　the　cathodes　fabricated　in　different　compositions,　the　75at%　Re-W　cathode　demonstrates　the　highest　zero　field　emission　current　density　of　14.03　A.cm(-2)　at　1000　degrees　C.