Practical application shows that the feedback control system based on PI controller plays a limited role in improving coiling temperature control precision.
These results can improve coil design and optimize clinical protocols (Salvador et al., 2011).
The results showed that the new design can improve coil performance in terms of a lower inductance, lower resistance and a higher figure of merit.
In this paper, flow-induced vibration tests were performed for standard and improved coil type hold-down springs to investigate the effects of these two hold-down spring designs on flow-induced vibration wear.
Based on these assessments, new quality estimations can be given to drive MR sequence development, improve coil designs, and optimize post-processing strategies.
Feedback control is one of the most important ways to improve coiling temperature control precision during laminar cooling process.
In addition, while sharing the idea of spanning tree based compression with Coil, our algorithm improves over Coil in various ways: - ReCoil makes use of highly repetitive k-mers.
In contrast to the traditional triple-tuned volume coil, the volume coil with the proposed design possesses less number of resonances, which helps improve the coil efficiency and alleviate the design and operation difficulties.
To investigate how electrostatic interactions restrict the associations of coiled coils, we improved a heterodimeric coiled coil (WinZip-A1B1) by in vivo selection and, alternatively, by rational design.
Computer simulations and measurements on human volunteers were used to test the extent to which the quality of carotid imaging might be improved by coil arrays that are not limited by a constraint on the number of RF coil receiver ports.
This half-connected coil structure not only improves the coils' electromagnetic performance, but also slightly attenuates acoustic radiation at most frequencies when compared to a non-connected gradient coil.
