The Game supports HD and Retina displays and features smooth graphics and stunning visual effects! This is the game that perfectly suits if you need to quickly relieve stress or just have fun! THE DESTROYER: blow up cars and tanks bring down planes and helicopters and even the alien UFO’s! Fight enemies of over 40 types! OMNIVOROUS: Animals, birds, businessmen, punks, lizards, and even dangerous predators like tiger are now nothing more than snacks for your monster Worm! NEVER GET BORED: Death Worm features 3 bonus Mini-Games!ĮXPLOSIVE SURVIVAL: 3 different Survival Modes to keep feeding your hungry Monster as long as you can!ĮVOLUTION: The Worm looks differently in every location that you unlock! NOWHERE TO HIDE: The Monster feeds in 4 different locations!ĮNDLESS TERROR: Beat 60 challenging levels to complete the Campaign Mode! Nothing personal - it's just the predator's lunch time. What is he? An alien? An awakened prehistoric predator? Genetic monster? It is really not important for those unfortunate who have sunk into oblivion in his giant poisonous throat. Over 20,000,000 of downloads for Death Worm, 20 Million people addicted to Death Worm can't be wrong!Ĭontrol the mind-boggling underground monster with your finger!
Our findings provide a highly effective way to control Hc of 2D vdW FM metal Fe3GaTe2 for the realization of Fe3GaTe2 based room-temperature operating spintronic devices.Meet the highly anticipated iOS version of the *ORIGINAL* Death Worm game (a Top-50 indie game of all times according to ). The enhancement of Hc resulting from Ni doping can be attributed to domain pinning induced by substitutional Ni atoms, as evidenced by the decrease in magnetic anisotropy energy in the crystals upon Ni doping. FM characeteristic is almost suppressed at x = 0.68 and spin glass state appears. As the doping level increases, TC decreases, whereas Hc increases up to 7 kOe at x = 0.12, which is the highest Hc¬ reported so far. Introduction of Ni dopant with x = 0.03 can enhance the value of Hc up to ~200% while maintaining FM state at room temperature. Here, the coercive field (Hc) is substantially enhanced by substituting Ni for Fe in (Fe1-xNix)3GaTe2 crystals. As substitutional doping changes the magnetic properties of vdW magnets, it can be a powerful means of engineering properties of magnetic materials. Recently, an intrinsic FM material Fe3GaTe2 with high TC (350-380 K) has been reported. FexGeTe2 (x = 3, 4, 5) systems, two-dimensional (2D) van der Waals (vdW) ferromagnet (FM) metals with high Curie temperature (TC), have been intensively studied to realize all-2D spintronic devices.
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