The University of Reno Nevada National Terawatt Facility and commercial company, US Nuclear and MIFTEC, were able to generate the most powerful neutron flux from fusion power ever achieved by a private company. They will scale up to a 10 MegaAmp version of their machine. This will have ten times the amperate and should generate 100 times the neutron flux. They expect to generate a neutron flux of trillioin which is clearly greater than the 10 billion required to produce commercial quantities of critical, low-cost radioisotopes that are in short supply. MIFTEC has contracted with a leading design engineer from a National Lab and has already completed the plans for its first commercial machine called the Staged Z Pinch (SZP) LTD-X (linear transformer driver-X) 10 MegaAmp generator.
Recent experiments on the 1 MA, 100 ns Zebra driver at the Nevada Terawatt Facility at the University of Nevada, Reno, investigated the compression of a deuterium target by a high-atomic-number (Ar or Kr) gas-puff liner. Pinch stability improved with axial premagnetization of 1–2 kG observed as a decrease in magneto-Rayleigh-Taylor instability growth. Implosion dynamics and stagnation conditions were studied computationally with the radiation-MHD code MACH2 using initial conditions that approximate those in the experiment. Typical average and peak implosion velocities exceeded 300 and 400 km/s, respectively, which raised the target adiabat by shock heating as the front converges on axis, at which time the target is adiabatically compressed to stagnation. Experimental fusion yields of up to 2 billion for Ar liner on D target implosions were measured, while with a Kr liner yields up to 10 trillion were measured. Higher yields in Kr compared to Ar were also calculated in 2-D MACH2 simulations. These observations will be further tested with other radiation-MHD codes, and experiments on the 1 MA LTD-III machine at UC San Diego.
Physics of Plasma – Ar and Kr on deuterium gas-puff staged Z-pinch implosions on a 1-MA driver: Experiment and simulation.
Staged Z-Pinch LTD 10MA Fusion Energy Generator
In April 2019, US Nuclear Corp. (OTC-UCLE) and Magneto-Inertial Fusion Technologies, Inc. (MIFTI) signed an agreement which grants US Nuclear 500,000 shares of Magneto-Inertial Fusion Technologies, Inc. (MIFTI) stock, the option to acquire up to 10% (ten percent) of MIFTI, and non-exclusive worldwide rights to manufacture and sell MIFTI’s patented thermonuclear fusion power generator. MIFTI’s fusion power generator can produce clean, base load electric power for the US and other power grids and wherever small modular electric power sources are needed. The worldwide energy market is estimated to reach $6 trillion by 2030.
Last year, US Nuclear signed a similar agreement with MIFTEC Labs for a revolutionary new way to produce medical radioisotopes from nuclear fusion power that has several cost and safety advantages over the current nuclear fission-based methods.
MIFTI and MIFTEC are sister companies under the same management and are developing and using the same “staged Z-PINCH fusion technology” for different applications and markets. MIFTI is developing thermonuclear fusion energy to power cities, transportation, space vehicles, military vehicles, and ships from fusion; and MIFTEC is developing a fusion-based generator for the abundant production of low-cost medical isotopes, which are currently in very short supply.
US Nuclear plans a series of future announcements relative to both MIFTEC and MIFTI developments.
US Nuclear Corporation is a world leading manufacturer of advanced radiation and chemical detection and UAV instrumentation.
MIFTI is a Department of Energy Advanced Research Projects Agency – Energy (DOE/ARPA-E) awardee and benefits from support by the National Nuclear Security Administration (NNSA). MIFTI also holds a fully executed work package agreement with Oak Ridge National Laboratory (ORNL), and is in negotiations for a work package agreement with Savannah River National Laboratory (SRNL). The National Aeronautics and Space Administration (NASA) has shown interest in using MIFTI thermonuclear fusion power devices for use in space craft propulsion systems. The U.S. Navy has also shown an interest in MIFTI’s fusion power device for use in nuclear submarines and aircraft carriers.