小型模組化清潔能源
Alpha Ring的專利微太陽核融合反應器使清潔能源的商業化成為可能,在所有細分市場中都有廣泛的應用,包括那些以前無法實現或服務不足的市場區隔。
Aneutronic 融合
我們專注於質子與硼無中子核反應,這意味著它不會產生危險的游離輻射。 大多數必須面對這個問題的常見核融合方法並非如此。 除了純清潔能源外,我們唯一的副產品是清潔氦氣。
我們的實驗室
合作夥伴實驗室
#1 in 桌上型專利
我們的知識產權組合(包括商業機密和超過70 +已頒發的專利和專利申請)繼續擴展至全球。
2010-2016
Application No. | Title | Jurisdiction |
---|---|---|
12/850,633 | Rotating High Density Fusion for Aneutronic And Neutronic Fusion | US |
13/952,826 | Rotating High Density Fusion Reactor for Aneutronic And Neutronic Fusion | US |
14/205,339 | The Rotating High-Density Fusion Reactor for Aneutronic And Neutronic Fusion | US |
PCT/US14/23809 | The Rotating High-Density Fusion Reactor for Aneutronic And Neutronic Fusion | PCT |
14/318,246 | Methods, Devices And System for Fusion Reactions | US |
3114715 | The Rotating High-Density Fusion Reactor for Aneutronic And Neutronic Fusion | Canada |
2017213679611 | A kind of fusion reaction device | China |
PCT/US14/44681 | Methods, Devices and Systems for Fusion Reactions | PCT |
2016-7002384 | Methods, Devices and Systems for Fusion Reactions | South Korea |
14/742,546 | Submicron Fusion Devices, Methods and Systems | US |
2905332 | The Rotating High-Density Fusion Reactor for Aneutronic and Neutronic Fusion | US |
2016-524258 | Methods, Devices And System for Fusion Reactions | Japan |
15/006,669 | The Rotating High-Density Fusion Reactor for Aneutronic and Neutronic Fusion | US |
2019-210698 | Nuclear Fusion Reaction Method, Device, And System | Japan |
14817517.7 | Methods, Devices And System for Fusion Reactions | Europe |
20160032670A | Reducing the Coulombic Barrier to Interacting Reactants | South Korea |
201480013424.X | The Rotating High-Density Fusion Reactor for Aneutronic And Neutronic Fusion | China |
2017
Application No. | Title | Jurisdiction |
---|---|---|
15/589,886 | Reactor Using Electrical and Magnetic Fields | US |
15/589,902 | Reactor Using Electrical And Magnetic Fields | US |
15/589,905 | Reactor Using Azimuthally Varying Electrical Fields | US |
15/589,913 | Reactor Using Electrical And Magnetic Fields | US |
15/590,962 | Water Heater | US |
15/594,491 | Table-Top Reactor | US |
15/679,091 | Reactor Using Azimuthally Varying Electrical Fields | US |
15/679,094 | Reactor Using Electrical and Magnetic Fields | US |
15/721,922 | Method of Achieving Controlled Nuclear Fusion In A Chamber | US |
15/721,927 | Methods, Devices And Systems For Nuclear Fusion Using Localized Electric Fields | US |
15/721,930 | Systems For Nuclear Fusion Having Fixed Mounting Assembly For A Second Reactant | US |
15/721,931 | Methods, Devices And Systems For Fusion Reactions Using Lasers | US |
15/721,933 | Direct Energy Conversion Assembly For Nuclear Fusion System | US |
201710994320 | Retrofit for Fission Reactor | China |
201710995686 | A device for fusion reaction | China |
15/796,573 | Methods, Devices And System For Fusion Reactions | US |
19166914 | Methods, Devices and Systems for Fusion Reactions | Europe |
2018-2019
Application No. | Title | Jurisdiction |
---|---|---|
201880045758 | Tabletop reactor | China |
16/571,293 | Submicron Fusion Devices, Methods and Systems | US |
201880045788 | Reactor Using Azimuthally Varying Electrical Fields | China |
3063182 | Tabletop reactor | Canada |
PCT/US18/31244 | Reducing the Coulombic Barrier to Interacting Reactants | PCT |
15/973,306 | Reducing the Coulombic Barrier to Interacting Reactants | US |
15/973,421 | Direct Energy Conversion-Applied Electric Field | US |
201880045758 .3 | Reactor Using Azimuthally Varying Electrical Fields | China |
EP3622532A4 | Reducing the Coulombic Barrier to Interacting Reactants | Europe |
3063114 | Reducing the coulombic barrier to interacting reactants | Canada |
16/611,828 | Reactor Using Azimuthally Varying Electrical Fields | US |
16/261,372 | Reactor using Electrical and Magnetic Fields | US |
16/379,005 | Method for Aneutronic and Neutronic Fusion Using Rotating High-Density Fusion Reactor | US |
16/557,491 | Submicron Fusion Devices, Methods and Systems | US |
16/611,833 | Tabletop Reactor | US |
16/682,875 | Reducing the Coulombic Barrier to Interacting Reactants | US |
16/757,941 | Retrofit for Fission Reactor | US |
15/973,439 | Helium Generator | US |
15/974,592 | Electron Emitter for Reactor | US |
15/974,617 | Hybrid Reactor Using Electrical and Magnetic Fields | US |
107115576 | Reactor Using Azimuthally Varying Electrical Fields | Taiwan |
107115830 | Electron Emitter for Reactor | Taiwan |
107115925 | Helium Generator | Taiwan |
107115633 | Direct Energy Conversion-Applied Electric Field | Taiwan |
107115634 | Tabletop Reactor | Taiwan |
107115635 | Reducing the Coulombic Barrier to Interacting Reactants | Taiwan |
2018232904 | Methods, Devices and Systems for Fusion Reactions | Australia |
PCT/US18/31666 | Hybrid Reactor Using Electrical and Magnetic Fields | PCT |
PCT/US18/31683 | Reactor Using Azimuthally Varying Electrical Fields | PCT |
PCT/US18/31699 | Table-top Reactor | PCT |
201710994321 | Retrofit for fission reaction | China |
PCT/US18/31703 | Electron Emitter for Reactor | PCT |
2020-2023
Application No. | Title | Jurisdiction |
---|---|---|
111108445 | Reactor Using Azimuthally Varying Electrical Fields | Taiwan |
20200032670 | Reducing the Coulombic Barrier to Interacting Reactants | South Korea |
2018232904 | Methods, Devices And System for Fusion Reactions | Australia |
17054139 | Electron and Ion Cyclotron Resonance Enabled Fusion Reactors | US |
2019-7036299 | Methods, Devices and Systems for Fusion Reactions | South Korea |
17355150 | Submicron Fusion Devices, Methods and Systems | US |
63/322,196 | Conducting Channel Apparatus of Nuclear Fusion | Taiwan |
17/829,504 | Method of Achieving Controlled Nuclear Fusion in a Chamber | US |
17/884,178 | Submicron Fusion Devices, Methods and Systems | US |
63/318,539 | Enhancement of Nuclear Fusion in Plasma Oscillation System | US |
17/961,636 | Method and Apparatus for Controlled Fusion Reactions | US |
PCT/US22/46619 | Method and Apparatus for Controlled Fusion Reactions | PCT |
111138850 | Method and Apparatus for Controlled Fusion Reactions | TW |
2019-562358 | Reducing the Coulombic Barrier to Interacting Reactants | Japan |
2021-167904 | Nuclear Fusion Reaction Methods, Devices And System | Japan |