Abstract: A method of fabricating a refractory metal ceramic matrix interpenetrating phase harsh environment capable composite is provided. The method includes forming a reinforcing phase by additive manufacturing and introducing a matrix material to the reinforcing phase. The step of introducing the matrix material may be performed by additive manufacturing or a densification process. The reinforcing phase may be a lattice formed of metal or a ceramic, and the matrix material may be a ceramic or a metal. Alternatively, the reinforcing phase formed by additive manufacturing is a laminate layer, and the matrix material introduced to the reinforcing phase is a laminate layer deposited on the reinforcing phase by additive manufacturing in a plurality of alternating layers. A refractory metal ceramic matrix composite is also disclosed. The refractory metal ceramic matrix composite includes a lattice formed by additive manufacturing, and a matrix material deposited in the lattice.

Abstract: A casino table game played by a dealer and one or more players seated at player stations at a table. After a player places an ante wager, the dealer depresses a dealer spin button on a control panel to cause one of a plurality of indicium on respective arc segments of each of two dealer reels of a slot machine to randomly appear on a payline of the machine. Thereafter, the player may place a combination bet on a prospective appearance of any of a plurality of combinations of indicia on the payline. Additionally, the player may make a proposition bet on a prospective appearance of a predetermined combination of indicia on the payline. After the dealer operates a player enable button on the control panel, the player operates a player spin button at the player's player station to cause one of a plurality of indicium on respective arc segments of the player reel to randomly appear on the payline.