Transfer of enabling high power Ka-band design capability to Industry

这项建议将把根据PPA/F/S/2001/00656，“用于高场梯度加速器和工业应用的陀螺放大器”所获得的知识、专业知识和经验转移到工业中。这项活动将建立在工业现有技能的基础上，这些技能目前由于缺乏必要的专门知识和经验而未得到充分利用。需要投入相对较少的时间和协助，才能让行业人员充分发挥其能力。斯特拉斯克莱德大学作为该领域领先的研究团队，在研究和教学方面都有良好的记录，因此能够提供这方面的援助是独一无二的。我们在教授来自行业和学术背景的研究生方面的经验将极大地促进知识转移活动，而我们的研究背景为我们提供了供行业使用的预先存在的代码套件阅读。我们还拥有完善的使用视频会议的远程教学经验。这使我们能够有效地更新行业专业知识和建模能力，以充分利用模拟代码开发方面的最新进展。我们将通过共同设计在Ka频段运行的陀螺-行波互动区来验证设计能力向业界的转移。该设计将通过Ka波段陀螺-行波螺旋波纹相互作用区的构建和测试来验证。其目的是在一个新的大气窗口展示英国世界领先的能力。这种能力对几种国防应用以及用于高分辨率雷达和空间雷达是有意义的。这一新能力还可以应用于未来的高梯度粒子加速器结构和等离子体诊断领域。我们将建立更强的信息转移能力，并开发研究提供者和工业伙伴之间的计算机模拟模型转移路径，为未来的合作项目提供便利，并减少与未来知识转移活动相关的时间和成本。

This proposal will transfer knowledge, expertise and experience gained under PPA/F/S/2001/00656, 'Gyro-Amplifiers for high-field-gradient accelerators and industrial applications' to industry. This activity will build upon existing skills in industry which are currently underutilised due to a lack of the necessary expertise and experience. A relatively small investment of time and assistance is required to allow industry personnel to full exploit their capabilities. Strathclyde University is uniquely placed to provide this assistance as a leading research team in the field with an excellent track record both in research and teaching. Our experience in teaching postgraduate candidates from industry as well as academic backgrounds will greatly facilitate the knowledge transfer activities, while our research background provides us with a pre-existing code suite read for industry use. We also have well developed remote teaching experience using video conferencing. This allows us to efficiently update industry expertise and modelling capability to full exploit the most recent advances in simulation code development. We will verify the transfer of design capability to industry with the co-design of a Gyro-TWA interaction region for operation in the Ka-band frequency range. This design will then be validated by the construction and test of a Ka-band Gyro-TWA helically corrugated interaction region. The aim is to demonstrate world leading UK capability in a new atmospheric window. This capability is of interest for several defence applications as well as for use in high resolution RaDAR and space RaDAR. The new capability can also be applied in the areas of future high gradient particle accelerator structures and plasma diagnostics. We will build increased information transfer capability and develop computer simulation model transfer paths between research providers and industrial partners facilitating future co-operative ventures and reducing the time and costs associated with future knowledge transfer activities.