Rhythmanalysis introduces a groundbreaking methodology for exploring cultural historical research. It emphasizes the importance of rhythm in understanding social phenomena, offering new insights into the interplay between culture and history. By focusing on the temporal aspects of human experiences, the book encourages researchers to analyze patterns and rhythms that shape societies, ultimately providing a fresh perspective on cultural dynamics.
Yi Chen Libros





Surface Plasmon Resonance Imaging
Basic Theory and Practical Methodology
- 396 páginas
- 14 horas de lectura
Focusing on surface plasmon resonance imaging (SPRi), this book explores its fundamentals, instruments, and methodologies, providing a clear interpretation of its theoretical principles. It introduces novel design ideas for SPRi devices and summarizes essential techniques, such as chip surface functionalization and sensitivity enhancement. The text emphasizes SPRi's applications in studying molecular interactions, highlighting its advantages like high throughput and label-free analysis. It serves as a valuable resource for professionals in bioanalytical chemistry, molecular biology, and interdisciplinary fields.
This work introduces a novel approach to visual cultural analysis by emphasizing 'formal' analyses of cultural experience over the traditional discursive model. It aims to deepen the understanding of imagery by exploring its structural elements, thereby providing a fresh perspective on how culture is experienced and interpreted through visual means.
Dynamical Modelling of Space Tether
Flexible Motorised Momentum Exchange Tether and Hybrid Fuzzy Sliding Mode Control for Spin-up
- 388 páginas
- 14 horas de lectura
Focusing on the innovative motorised momentum exchange tether (MMET), this book explores its design and performance, emphasizing the importance of axial, torsional, and pendular elasticity in control studies. It introduces space tethers and their control mechanisms, offering insights into hybrid fuzzy sliding mode control for MMET spin-up. The research presented is particularly beneficial for professionals in aerospace, mechanical, and control engineering, as well as anyone interested in intelligent control applications for space tether dynamics.