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    • 1. 发明授权
    • Apparatus and method for forming a high pressure plasma discharge column
    • 用于形成高压等离子体放电柱的装置和方法
    • US06956329B2
    • 2005-10-18
    • US10357553
    • 2003-02-04
    • Neil H. BrooksTorkil H. JensenCharles P. Moeller
    • Neil H. BrooksTorkil H. JensenCharles P. Moeller
    • H01J37/32H05H1/24H01J7/24
    • H01J61/82H01J37/32009
    • An apparatus for producing a stable, high pressure plasma column with long length, and high axial uniformity. Rotating a gas-filled tube about an horizontal axis creates a vortex with minimal, or no shear flow. Such a vortex provides a stable equilibrium for a central column of high temperature gas and plasma when, for a given rotation speed, the centrifugal force dominates over the gravitational force inside the smallest radial dimension of the containment envelope. For gas pressures sufficiently high that the particle mean free path is short compared with the thickness of the gas layer between the central plasma column and the wall, thermal transport across this sheath layer is small and its temperature is low. High pressure discharges inside a rotating envelope may be sustained by a variety of means, including electrical, electromagnetic and chemical; they may find application in plasma torches, light sources, etc. One preferred embodiment used direct current between co-rotating electrodes to sustain a one-meter-long plasma column less than 5 mm in diameter. Another preferred embodiment employed microwave heating to produce a perfectly centered plasma flame 0.5 meters long into which tens of kilowatts of power can be coupled.
    • 一种用于生产具有长长度和高轴向均匀性的稳定的高压等离子体柱的设备。 围绕水平轴旋转气体填充管产生具有最小或无剪切流动的涡流。 当对于给定的转速,离心力主导超过容纳外壳的最小径向尺寸内的重力时,这种涡流为高温气体和等离子体的中心柱提供了稳定的平衡。 对于足够高的气体压力,颗粒平均自由程与中心等离子体柱和壁之间的气体层的厚度相比较短,穿过该鞘层的热传输较小并且其温度较低。 旋转外壳内的高压放电可以通过各种手段来维持,包括电气,电磁和化学; 它们可以应用于等离子体炬,光源等。一个优选实施例在共旋转电极之间使用直流电流,以维持直径小于5mm的1米长的等离子体柱。 另一个优选实施例使用微波加热来产生0.5米长的完美中心的等离子体火焰,其中可连接数十千瓦的功率。
    • 2. 发明授权
    • Simplified flangeless unisex waveguide coupler assembly
    • 简化的无法兰的中性波导耦合器组件
    • US5208569A
    • 1993-05-04
    • US893154
    • 1992-06-03
    • Dimartino MichelangeloCharles P. Moeller
    • Dimartino MichelangeloCharles P. Moeller
    • H01P1/06
    • H01P1/065Y10T403/32983Y10T403/5713
    • A unisex coupler assembly is disclosed capable of providing a leak tight coupling for waveguides with axial alignment of the waveguides and rotational capability. The sealing means of the coupler assembly are not exposed to RF energy, and the coupler assembly does not require the provision of external flanges on the waveguides. In a preferred embodiment, O ring seals are not used and the coupler assembly is, therefore, bakeable at a temperature up to about 150.degree. C. The coupler assembly comprises a split collar which clamps around the waveguides and a second collar which fastens to the split collar. The split collar contains an inner annular groove. Each of the waveguides is provided with an external annular groove which receives a retaining ring. The split collar is clamped around one of the waveguides with the inner annular groove of the split collar engaging the retaining ring carried in the external annular groove in the waveguide. The second collar is then slipped over the second waveguide behind the annular groove and retaining ring therein and the second collar is coaxially secured by fastening means to the split collar to draw the respective waveguides together by coaxial force exerted by the second collar against the retaining ring on the second waveguide. A sealing ring is placed against an external sealing surface at a reduced external diameter end formed on one waveguide to sealingly engage a corresponding sealing surface on the other waveguide as the waveguides are urged toward each other.
    • 公开了一种男女皆宜的联接器组件,其能够为波导的轴向对准和旋转能力的波导提供泄漏​​紧密耦合。 耦合器组件的密封装置不暴露于RF能量,耦合器组件不需要在波导上设置外部凸缘。 在优选实施例中,不使用O型密封圈,因此,联接器组件在高达约150℃的温度下可烘烤。联接器组件包括夹在波导周围的分离套环和紧固到 分裂领 开口环包含内环形槽。 每个波导设置有接收保持环的外部环形槽。 开口环被夹在其中一个波导上,其中分离套管的内环形槽与承载在波导中的外部环形槽中的保持环接合。 然后将第二轴环滑过第二波导在环形凹槽后面并将其保持在其中,并且第二轴环通过紧固装置同轴地固定到分开的轴环上,以通过由第二轴环施加的保持环的同轴力将相应的波导拉在一起 在第二波导上。 密封环在形成在一个波导上的减小的外径端处抵靠外部密封表面放置,以密封地接合另一个波导上的相应的密封表面,因为波导被彼此推动。
    • 3. 发明授权
    • Method and apparatus for preventing cyclotron breakdown in partially
evacuated waveguide
    • 用于防止部分抽真空波导中的回旋加速器击穿的方法和装置
    • US4687616A
    • 1987-08-18
    • US818946
    • 1986-01-15
    • Charles P. Moeller
    • Charles P. Moeller
    • H05H1/18B23K9/00
    • H05H1/18
    • Cyclotron breakdown is prevented in a partially evacuated waveguide by providing a section of waveguide having an axial cut therein in order to apply a potential across the two halves of the waveguide. This section is positioned in the waveguide crossing the area of electron cyclotron resonance. The potential applied across the waveguide halves is used to deflect seed electrons into the wall of the waveguide in order to prevent ionization of gas molecules and creation of more electron ion pairs which would result in cyclotron breakdown. Support means is also disclosed for electrically isolating the waveguide halves and transition means is provided between the section of the waveguide with the axial cut and the solid waveguide at either end thereof.
    • 通过在其中具有轴向切口的一部分波导来在部分抽真空的波导中防止回旋加速器击穿,以便在波导的两个半部上施加电位。 该部分位于横穿电子回旋共振区域的波导中。 用于跨越波导半部的电位用于将种子电子偏转到波导的壁中,以便防止气体分子的电离和产生更多的电子离子对,这将导致回旋加速器击穿。 还公开了用于电隔离波导半部的支撑装置,并且在波导的部分与轴向切口之间提供过渡装置,并且在其任一端设置固体波导。
    • 5. 发明授权
    • Compact waveguide power divider with multiple isolated outputs
    • 紧凑型波导功率分配器,具有多个隔离输出
    • US4704589A
    • 1987-11-03
    • US867128
    • 1986-05-27
    • Charles P. Moeller
    • Charles P. Moeller
    • H01P5/16H01P5/18
    • H01P5/16H01P5/182
    • A waveguide power divider (10) for splitting electromagnetic microwave power and directionally coupling the divided power includes an input waveguide (21) and reduced height output waveguides (23) interconnected by axial slots (22) and matched loads (25) and (26) positioned at the unused ends of input and output guides (21) and (23) respectively. The axial slots are of a length such that the wave in the input waveguide (21) is directionally coupled to the output waveguides (23). The widths of input guide (21) and output guides (23) are equal and the width of axial slots (22) is one half of the width of the input guide (21).
    • 用于分离电磁微波功率并定向耦合分压功率的波导功率分配器(10)包括通过轴向槽(22)和匹配负载(25)和(26)互连的输入波导(21)和减小的高度输出波导(23) 分别位于输入和输出引导件(21)和(23)的未使用端。 轴向槽的长度使得输入波导(21)中的波定向耦合到输出波导(23)。 输入引导件(21)和输出引导件(23)的宽度相等,轴向槽(22)的宽度是输入引导件(21)的宽度的一半。
    • 6. 发明授权
    • Cyclotron resonance maser amplifier and waveguide window
    • 回旋共振激光放大器和波导窗口
    • US4523127A
    • 1985-06-11
    • US517570
    • 1983-07-27
    • Charles P. Moeller
    • Charles P. Moeller
    • H01S1/00H01J25/00
    • H01S1/005
    • A cyclotron resonance maser microwave amplifier includes coaxial input and output waveguides. Coupling apparatus for cyclotron resonance maser microwave amplifiers and other microwave power systems is provided for transferring microwave power between first and second waveguides. Geometry permits unwanted modes to be effectively attenuated. The coupling apparatus includes first and second coaxial hollow metallic circularly cylindrical members. The first member forms a first waveguide section. A second waveguide section coaxial therewith is bounded internally by the first member, and externally by the second member. The first member has a plurality of apertures for transferring microwave power between the first and second waveguide sections. The apertures are small relative to the radius of the first member and are spaced around the circumference of the first member in a generally symmetrical array. The apertures may be located in a plurality of axially extending grooves arranged in a generally symmetrical array with a helical twist, and are substantially filled with dielectric inserts which have a relatively short length and small cross-sectional area. The inserts provide a hermetic seal so that the waveguides may contain different media, as desired. Coolant channels are provided adjacent the apertures to dissipate heat generated in the dielectric inserts.
    • 回旋共振微波放大器包括同轴输入和输出波导。 用于回旋加速器共振激光微波放大器和其他微波功率系统的耦合装置用于在第一和第二波导之间传送微波功率。 几何形状允许有害的模式被有效衰减。 联接装置包括第一和第二同轴中空金属圆柱形构件。 第一构件形成第一波导段。 与此同轴的第二波导段由第一构件在内部限定,并且在外部由第二构件限定。 第一构件具有用于在第一和第二波导段之间传送微波功率的多个孔。 孔相对于第一构件的半径小,并且以大致对称的阵列围绕第一构件的圆周间隔开。 孔可以位于以大致对称的阵列中以螺旋形扭转排列的多个轴向延伸的凹槽中,并且基本上填充有具有相对短的长度和小的横截面积的电介质插入件。 插入件提供气密密封,使得波导可以根据需要容纳不同的介质。 在孔附近提供冷却剂通道以消散在电介质插入件中产生的热量。
    • 7. 发明授权
    • Distributed window for large diameter waveguides
    • 大直径波导分布窗
    • US5400004A
    • 1995-03-21
    • US149457
    • 1993-11-09
    • Charles P. Moeller
    • Charles P. Moeller
    • H01P1/08
    • H01P1/08
    • A distributed microwave window couples microwave power in the HE.sub.11 mode between a first large diameter waveguide and a second large diameter waveguide, while providing a physical barrier between the two waveguides, without the need for any transitions to other shapes or diameters. The window comprises a stack of alternating dielectric and hollow metallic strips, brazed together to form a vacuum barrier. The vacuum barrier is either transverse to or tilted with respect to the waveguide axis. The strips are oriented to be perpendicular to the transverse electric field of the incident microwave power. A suitable coolant flows through the metallic strips. The metallic strips are tapered on both sides of the vacuum barrier, which taper serves to funnel the incident microwave power through the dielectric strips. The surfaces of the dielectric strips fronting the microwave power may be corrugated in a specified manner to reduce losses.
    • 分布式微波窗口在第一大直径波导和第二大直径波导之间的HE11模式中耦合微波功率,同时在两个波导之间提供物理屏障,而不需要对其它形状或直径的任何转变。 窗口包括交替的电介质和中空金属条的堆叠,钎焊在一起以形成真空屏障。 真空阻挡层相对于波导轴线横向或倾斜。 条被定向成垂直于入射的微波功率的横向电场。 合适的冷却剂流过金属条。 金属带在真空阻挡层的两侧是锥形的,该锥形用于将入射的微波功率漏出介质条。 面向微波功率的介质条的表面可以以指定的方式波纹化以减少损耗。
    • 8. 发明授权
    • Distributed window for large diameter waveguides
    • 大直径波导分布窗
    • US5313179A
    • 1994-05-17
    • US958029
    • 1992-10-07
    • Charles P. Moeller
    • Charles P. Moeller
    • H01P1/08
    • H01P1/08
    • A distributed microwave window couples microwave power in the HE.sub.11 mode between a first large diameter waveguide and a second large diameter waveguide, while providing a physical barrier between the two waveguides, without the need for any transitions to other shapes or diameters. The window comprises a stack of alternating dielectric and hollow metallic strips, brazed together to form a vacuum barrier. The vacuum barrier is either transverse to or tilted with respect to the waveguide axis. The strips are oriented to be perpendicular to the transverse electric field of the incident microwave power. A suitable coolant flows through the metallic strips. The metallic strips are tapered on both sides of the vacuum barrier, which taper serves to funnel the incident microwave power through the dielectric strips.
    • 分布式微波窗口在第一大直径波导和第二大直径波导之间的HE11模式中耦合微波功率,同时在两个波导之间提供物理屏障,而不需要对其它形状或直径的任何转变。 窗口包括交替的电介质和中空金属条的堆叠,钎焊在一起以形成真空屏障。 真空阻挡层相对于波导轴线横向或倾斜。 条被定向成垂直于入射的微波功率的横向电场。 合适的冷却剂流过金属条。 金属带在真空阻挡层的两侧是锥形的,该锥形用于将入射的微波功率漏出介质条。
    • 9. 发明授权
    • Waveguide coupler having opposed smooth and opposed corrugated walls for
coupling HE.sub.1,1 mode
    • 波导耦合器具有相对的平滑和相对的波纹壁,用于耦合HE1,1模式
    • US5061912A
    • 1991-10-29
    • US557480
    • 1990-07-25
    • Charles P. Moeller
    • Charles P. Moeller
    • G21B1/11H01P1/08H01P1/16H01P1/30H01P5/18H05H7/02
    • H01P5/182
    • Apparatus for generating high power microwaves and for radiating the microwave power in the HE.sub.1,1 mode into a confined plasma is disclosed. The apparatus includes a microwave generator and mode converters to convert the generated microwave power into the rectangular HE.sub.1,1 mode. A hermetically sealed rectangular HE.sub.1,1 mode power coupler is used between the plasma and a main waveguide run to seal the main waveguide run and the generator from the plasma. The power coupler comprises an input rectangular HE.sub.1,1 mode waveguide, an output rectangular HE.sub.1,1 mode waveguide and a plurality of dielectric sealed apertures through a common wall between the input and output waveguides. Power absorbed by the power coupler is removed by cooling fluid which is circulated through the common wall between the apertures.
    • 公开了用于产生高功率微波并将HE1,1模式中的微波功率辐射到有限等离子体的装置。 该装置包括微波发生器和模式转换器,用于将产生的微波功率转换成矩形HE1,1模式。 在等离子体和主波导运行之间使用气密密封的矩形HE1,1模式功率耦合器,以将等离子体密封主波导管和发电机。 功率耦合器包括输入矩形HE1,1模式波导,输出矩形HE1,1模式波导和通过输入和输出波导之间的公共壁的多个电介质密封孔。 由功率耦合器吸收的功率由通过孔之间的公共壁循环的冷却流体除去。
    • 10. 发明授权
    • Waveguide mode converter and method using same
    • 波导模式转换器及其使用方法
    • US4956620A
    • 1990-09-11
    • US381756
    • 1989-07-17
    • Charles P. Moeller
    • Charles P. Moeller
    • H01P1/16H01P3/123
    • H01P3/123H01P1/16
    • A waveguide mode converter converts electromagnetic power being transmitted in a TE.sub.0n or a TM.sub.0n mode, where n is an integer, to an HE.sub.11 mode. The conversion process occurs in a single stage without requiring the power to pass through any intermediate modes. The converter comprises a length of circular corrugated waveguide formed in a multiperiod periodic curve. The period of the curve is selected to couple the desired modes and decouple undesired modes. The corrugation depth is selected to control the phase propagation constant, or wavenumbers, of the input and output modes, thereby preventing coherent coupling to competing modes. In one embodiment, both the period and amplitude of the curve may be selectively adjusted, thereby allowing the converter to be tuned to maximize the conversion efficiency.
    • 波导模式转换器将在TE0n或TM0n模式中传输的电磁功率(其中n为整数)转换为HE11模式。 转换过程发生在单个阶段,而不需要通过任何中间模式的功率。 转换器包括形成在多周期周期曲线中的一定长度的圆形波形波导。 选择曲线的周期以耦合期望的模式并去耦不期望的模式。 选择波纹深度以控制输入和输出模式的相位传播常数或波数,从而防止相互耦合到竞争模式。 在一个实施例中,可以选择性地调整曲线的周期和幅度,从而允许转换器被调谐以使转换效率最大化。