Comprehensive Study on CW Radar for Industrial Vibration Monitoring

I'm seeking a comprehensive project on the uses and applications of Continuous-wave (CW) radar specifically for measuring object vibrations in an industrial context. The project should be academic unique (passes plagiarism test), detailed and highly informative, covering the following key areas:

- Overview of CW Radar: A detailed introduction and explanation of Continuous-wave radar technology, including the underlying principles, functionality, and typical uses.
- Industrial Monitoring Applications: I'm particularly interested in understanding how CW radar can be effectively deployed for industrial vibration monitoring. This should include real-world case studies if possible.
- Frequency Range: The radar system's operation in the low frequency range of 1-10 GHz is a critical aspect of this project. I'd like a thorough discussion on why this frequency range is ideal for industrial applications, how it affects the radar's performance, and any limitations associated with it.

Ideal applicants for this project should possess a strong background in radar technology, with specific experience in Continuous-wave radar. A comprehensive understanding of vibration monitoring and its applications in the industrial sector is also highly desirable. The ability to conduct in-depth research and present findings in a structured, engaging manner is crucial. It is important to include reliable academic references and intext citation.