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    • 4. 发明授权
    • Fluid-tight coupling device for microwaves
    • 用于微波的流体密封耦合装置
    • US4782314A
    • 1988-11-01
    • US54850
    • 1987-05-27
    • Gunther MullerRolf Wilhelm
    • Gunther MullerRolf Wilhelm
    • H01P1/08H01P1/30H01P3/20H01P5/02
    • H01P1/08
    • A fluid-tight coupling device for microwave radiation of high energy incls a tubular dielectric window which is sealingly connected to one end of a waveguide supplying the microwave radiation and forms a continuation of the waveguide. The other end of the tube forming the window is tightly sealed by an essentially conical reflector. The tube forming the window is surrounded on the outside by a cup-shaped waveguide portion. The reflecting surface of the reflector and the reflecting inner surface of the cup-shaped waveguide portion are formed such that the microwave radiation emerging from the waveguide is reflected through the tubular window into the cup-shaped waveguide portion and from the latter to the open end of the waveguide portion in such a manner that an input mode of type TE.sub.mn is transformed into itself or a well-defined adjacent mode TE.sub.m'n', further secondary modes are minimized and at the same time return waves are also minimized. Due to the cylidrical form a window area of one or two orders of magnitude larger than in the known plane windows is obtained and thus a correspondingly smaller area stress so that even very high microwave powers can be transmitted.
    • 用于高能量微波辐射的流体密封耦合装置包括管状电介质窗口,其密封地连接到提供微波辐射的波导的一端并形成波导的延续。 形成窗户的管的另一端由基本上圆锥形的反射器紧密地密封。 形成窗的管在外侧由杯形波导部分包围。 反射器的反射面和杯形波导部分的反射内表面形成为使得从波导管出射的微波辐射通过管状窗口反射到杯状波导部分中,并从后面到达开口端 以使得TEmn类型的输入模式被变换成自身或者明确定义的相邻模式TEm'n'的方式,进一步的二次模式被最小化,并且同时返回波也被最小化。 由于圆弧形式,获得比已知平面窗口大一个或两个数量级的窗口区域,因此获得相应较小的面积应力,使得甚至可以传输非常高的微波功率。
    • 5. 发明授权
    • Method and apparatus for PCVD internal coating a metallic pipe by means
of a microwave plasma
    • 用于PCVD的方法和装置通过微波等离子体内部涂覆金属管
    • US4897285A
    • 1990-01-30
    • US365424
    • 1989-06-13
    • Rolf Wilhelm
    • Rolf Wilhelm
    • C23C16/50C23C16/511H01J37/32
    • H01J37/32192C23C16/045C23C16/511H01J37/32678
    • A microwave plasma method/of depositing a coating of a prescribed material on the internal surface of a pipe by means of a reaction of a vapor phase providing a prescribed material in which:(a) an atmosphere at a pressure less than atmospheric pressure containing the vapor phase is introduced into the pipe,(b) microwave energy is beamed into the pipe which is propagated along the length of the inside of the pipe,(c) a magnetic field is generated in a localized area of the pipe in which electron cyclotron resonance occurs for the the frequency of the microwaves, and in which, pressure, field strength of the magnetic field and the power of the high-frequency field are selected that a low-pressure gas discharge results in the area of the magnetic field to trigger the reaction furnishing the prescribed material, and(d) in which the magnetic field and thus the plasma are transposed along the length of the pipe.
    • 一种微波等离子体方法/通过提供规定材料的气相的反应将规定材料的涂层沉积在管内表面上,其中:(a)低于大气压的气氛,其中含有 蒸气相被引入到管道中,(b)微波能量沿着管子内部的长度被传播到管道中,(c)在管子的局部区域中产生磁场,其中电子回旋加速器 对于微波的频率发生共振,其中选择压力,磁场的场强和高频场的功率,使得低压气体放电导致磁场的面积触发 提供规定材料的反应,以及(d)其中磁场和因此等离子体沿着管的长度转置。