Experimental study of an injection locked gyro-BWO

机译：注射锁定陀螺-BWO的实验研究

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Summary form only given. High power handling capability andbroad-band frequency tunability of the gyrotron backward wave oscillator(gyro-BWO) have been demonstrated in a number of experiments. In Kou etal.'s work (1993), the injection locking technique was employed toachieve phase control and spectral purity. Here, we present furtherstudies of a Ka-band injection-locked gyro-BWO, operating in theTE₁₁ mode at the fundamental cyclotron frequency. Theinteraction length is 3 cm. The beam voltage and current are,respectively, 100 kV and 4 A with an estimated velocity ratio of 1.Contrary to our expectation, it is found that the output power increaseswith the locking power. This effect becomes more apparent as the freerunning frequency approaches the cutoff frequency (33.1 GHz)

机译：仅提供摘要表格。高功率处理能力和回旋振荡器的宽带频率可调性（陀螺-BWO）已在许多实验中得到证明。在寇等等人（1993年）的工作，采用注入锁定技术实现相位控制和光谱纯度。在这里，我们进一步介绍 Ka波段注入锁定陀螺BWO的研究 TE _{11 模式处于基本回旋频率。这
互动长度为3厘米。光束电压和电流为
分别为100 kV和4 A，估计速度比为1。
与我们的预期相反，发现输出功率增加了
具有锁定力。随着免费，这种效果变得更加明显。
工作频率接近截止频率（33.1 GHz）}

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《International symposium on System synthesis》||p.173|共1页
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Chen S.H.; Chang T.H.; Cheng F.H.; Kou C.S.; Chu K.R.;
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Experimental study of an injection locked gyro-BWO

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