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Low energy electron beam irradiator using sprayed double walled carbon nanotubes

机译:使用喷涂的双壁碳纳米管的低能电子束辐照器

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摘要

We fabricated a prototype of an e-beam irradiator which is low energy and diode type by using sprayed double walled carbon nanotubes(DWCNTs).The diode type e-beam irradiator consisted of a grounded e-beam window which was made of thin Havar foil and a negatively charged cathode where carbon nanotubes were sprayed on titanium coated aluminum rod.Synthesized DWCNTs which were purified through the chemical processes and then mixed with ethanol were sprayed several hundred times on the surface area of 2 x 300 mm2.A phosphor screen located on the e-beam window and a CCD camera was used to observe the emitted electron beams directly from the cathode to the air with an increase of the voltage.The measured e-beam current was 1.5 mA at - 95 kV.
机译:我们使用喷涂的双壁碳纳米管(DWCNTs)制作了低能量和二极管型电子束辐照器的原型。二极管型电子束辐照器由接地的电子束窗口组成,该窗口由薄的哈弗箔制成碳纳米管喷在涂钛的铝棒上,然后将其化学喷雾纯化,然后与乙醇混合,然后在2 x 300 mm2的表面上喷涂数百次。使用电子束窗口和CCD摄像头观察随着电压的升高从阴极直接发射到空气的电子束。在-95 kV下测得的电子束电流为1.5 mA。

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