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    • 1. 发明授权
    • Device for recovering sodium hydride
    • 氢化钠回收装置
    • US06624380B2
    • 2003-09-23
    • US09903321
    • 2001-07-10
    • Stephen F. AgnewSergei Putvinski
    • Stephen F. AgnewSergei Putvinski
    • B23K1000
    • B01J19/08B01J19/088B01J2219/0894C01B6/04
    • A device and method for producing sodium (Na) from a feed material such as a mixture of methane (CH4) and sodium hydroxide (NaOH) includes a plasma torch configured to heat the feed material to a temperature sufficient to reduce and ionize sodium (Na). As such, a plasma jet is created by the plasma torch that contains ionized sodium (Na) and non-ionized neutrals such as hydrogen (H) and carbon monoxide (CO). From the plasma torch, the plasma jet is introduced into a chamber where a magnetic field has been established. Once inside the chamber the heated mixture of ions and neutrals interacts with the magnetic field in the chamber to cause the sodium ions to travel substantially along the magnetic field lines while the neutrals travel on paths that are essentially unaffected by the magnetic field. A collector is positioned to receive and accumulate sodium (Na).
    • 从诸如甲烷(CH 4)和氢氧化钠(NaOH)的混合物的进料中生产钠(Na)的装置和方法包括等离子体焰炬,其被配置为将进料材料加热到足以减少和离子化钠(Na )。 因此,通过等离子体焰炬产生等离子体射流,该等离子体焰炬含有电离钠(Na)和非电离中性体如氢(H)和一氧化碳(CO)。 从等离子体焰炬中,将等离子体射流引入已建立磁场的腔室中。 一旦在室内,加热的离子和中性的混合物与腔室中的磁场相互作用,导致钠离子基本上沿着磁场线行进,而中性粒子在基本上不受磁场影响的路径上行进。 收集器被定位成接收和积聚钠(Na)。
    • 2. 发明授权
    • Induction plasma torch liquid waste injector
    • 感应等离子炬液体废液注射器
    • US06410880B1
    • 2002-06-25
    • US09480097
    • 2000-01-10
    • Sergei PutvinskiStephen F. AgnewTihiro OhkawaLeigh Sevier
    • Sergei PutvinskiStephen F. AgnewTihiro OhkawaLeigh Sevier
    • B23K1000
    • H05H1/30H05H1/42
    • A plasma torch for vaporizing a molten salt containing a volatile component and a refractory component injects the molten salt into a device that includes a cylindrical shaped outer member and a cylindrical shaped inner member coaxially positioned inside the outer member to surround a chamber. An induction coil positioned between the inner and outer members generates r.f. power which is initially used to vaporize the volatile component of the molten salt to create a carrier gas having an elevated temperature. The carrier gas then heats the refractory component, under an increased vapor pressure from the carrier gas. This action, in turn, breaks down the refractory component of the molten salt into fine droplets. These fine droplets are maintained in the chamber until they also vaporize. In one embodiment, the plasma torch includes a nozzle for spraying droplets of the molten salt into said chamber. In another embodiment, a jet is positioned at the entrance of the chamber to direct the molten salt tangentially onto the inner wall. This creates a film of the molten salt which partially evaporates in the chamber. For this embodiment a diverter is positioned at the exit of the chamber to redirect unevaporated molten salt back to the jet for recycling.
    • 用于蒸发含有挥发性组分和耐火成分的熔融盐的等离子体焰炬将熔融盐注入包括圆筒形外部构件和同轴位于外部构件内部以围绕室的圆柱形内部构件的装置中。 定位在内部和外部构件之间的感应线圈产生r.f. 其最初用于蒸发熔融盐的挥发性组分以产生具有升高的温度的载气。 然后,载体气体在来自载气的增加的蒸气压下加热耐火构件。 这一动作又将熔融盐的难熔组分分解成细小的液滴。 这些细小的液滴保持在室中,直到它们也蒸发。 在一个实施例中,等离子体焰炬包括用于将熔融盐的液滴喷射到所述室中的喷嘴。 在另一个实施例中,射流位于腔室的入口处,以将熔融盐切向地引导到内壁上。 这产生了在室中部分蒸发的熔盐的膜。 对于该实施例,转向器位于腔室的出口处,以将未蒸发的熔融盐重新定向到喷射器以进行再循环。
    • 4. 发明授权
    • Molten salt collector for plasma separations
    • 用于等离子体分离的熔盐收集器
    • US06632369B2
    • 2003-10-14
    • US09903304
    • 2001-07-11
    • Brian P. CluggishStephen F. AgnewSergei Putvinski
    • Brian P. CluggishStephen F. AgnewSergei Putvinski
    • B01D3506
    • H01J49/28
    • A collector for use in removing metal ions from a plasma in a vacuum chamber includes a collector plate that is mounted inside the chamber and formed with an internal cooling channel. An injector introduces a dissociated salt into the chamber with a first throughput value, and it introduces a plasma including metal ions into the chamber with a lower second throughput value. A pump is used to pump a liquid coolant through the cooling channel to maintain the collector plate at a temperature that forms a portion of the salt as a protective layer on the collector plate, and causes the salt to thereafter deposit on the layer in a molten condition at a faster rate than evaporation therefrom to trap metal ions therein. The trapped metal ions are then removed with the molten salt from the chamber.
    • 用于从真空室中的等离子体中除去金属离子的集电器包括安装在室内并形成有内部冷却通道的集电板。 注射器将解离的盐引入具有第一吞吐量值的室中,并且以较低的第二吞吐量值将包含金属离子的等离子体引入室中。 泵用于通过冷却通道泵送液体冷却剂,以将集电板保持在形成作为集电板上的保护层的盐的一部分的温度,并且使盐然后在熔融层中沉积在层上 条件比其蒸发速度更快以捕获其中的金属离子。 然后用熔融盐从室中除去捕获的金属离子