28. What key parameters and design considerations are crucial for optimizing the
performance of a magnetic sensor in a linear machine, and how do these factors
contribute to achieving accuracy and reliability in sensing linear motion?
In the context of linear machines, how can the choice of materials for the magnetic
sensor impact its sensitivity and overall performance, and what are the trade-offs
involved in selecting materials for optimal design?
37. How does the application of dynamic programming contribute to the
optimization of online critic control in three-shaft web machine systems, and what
specific advantages does it offer in comparison to other control methodologies?
What are the key challenges and considerations in implementing optimal control
strategies based on dynamic programming for three-shaft web machine systems in
an online critic environment, and how can these challenges be addressed to
enhance system performance and efficiency?
63. How does the novel structure of the double excitation synchronous machine
enhance air-gap flux control, and what specific design features contribute to
improved performance compared to traditional synchronous machines?
What are the key advantages and potential applications of the proposed double
excitation synchronous machine structure in terms of air-gap flux control, and how
does it address existing challenges in the field of electrical machines and power
systems?
119. How does the generation of pseudo-signals for scintillator modules contribute
to the verification process of digital multi-channel analyzers in radiation detectors,
and what specific parameters or characteristics are crucial to simulate accurately
in these pseudo-signals?
What challenges and considerations arise in the process of generating pseudosignals for scintillator modules, and how can the fidelity of these signals be ensured
to effectively validate and verify the designs of digital multi-channel analyzers in
the context of radiation detectors?