This book provides a comprehensive overview of the acoustic radiation force on spherical particles. It explores the force exerted by Gaussian traveling waves and spherically focused ultrasound using the ray acoustics method. The book also discusses the force generated by plane waves and Gaussian traveling waves, using the acoustic scattering method. Additionally, it examines the effects of Gaussian standing waves and multi-layered spherical particles. Beyond these core topics, the book covers the acoustic radiation force from other sound sources. These include beams produced by hollow focused transducers and annular piston transducers, as well as zero-order quasi-Bessel Gaussian beams and Airy-Gauss beams. It also explains how boundaries impact the acoustic radiation force and the interactions between multiple particles. Finally, the book highlights the medical applications of acoustic radiation force. By covering these diverse aspects, the book inspires more in-depth and comprehensive research into using acoustic radiation force to manipulate particles. The book is suitable for upper undergraduate students and graduate students in acoustics, as well as researchers and professionals engaged in the study of ultrasound and medical imaging.

Autorentext

Professor Xiaozhou Liu is a professor at the Acoustics Institute of Nanjing University, China. He also serves as the director of the Jiangsu Acoustical Society and holds the Pan Zhonglai Distinguished Professorship at Nanjing University.

Professor Liu obtained his Ph.D. in Physics from Nanjing University in 1999. He then pursued postdoctoral research at Shanghai Jiao Tong University, China from 1999 to 2000. In 2009, he was a visiting scholar at the Materials Research Institute of Pennsylvania State University, the USA.

His research interests include nonlinear acoustics, medical ultrasound, and ultrasonic non-destructive testing. Professor Liu has led several key research projects, including a national key research and development plan and six Chinese National Natural Science Foundation projects. He has also participated in four major national scientific research projects and one key project of the National Natural Science Foundation. His work has resulted in the development of a new type of piezoelectric ultrasonic sensor, which has been appraised as reaching an internationally advanced level. Additionally, he has been granted 14 national invention patents. He received the second prize of the Higher Education Science and Technology Progress Awards in 2022, the second prize of the Higher Education Natural Science Awards in 2007, and the third prize of the National Education Commission Science and Technology Progress Awards in 1997.

Professor Hairong Zheng is Academician of Chinese Academy of Sciences, professor and Vice President of Nanjing University, China. His research focuses on medical imaging information technology and instrumentation, and acoustic/magnetic biophysics. He is a recipient of the National Outstanding Young Scientist Award of China, the National Technological Invention Award, and the First Prize of National Science and Technology Progress Award. He is the principal investigator of the China 973 plan, a special fund for Scientific Instrument Development from the National Natural Science Foundation of China. He received his Ph.D. in Mechanical Engineering from the University of Colorado, Boulder in 2006. Then he served as a project scientist in the Biomedical Engineering Department, the University of California, Davis, and as professor, and Deputy Dean at the Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences. Currently, he is also Director of the National Innovation Center for Advanced Medical Devices, and Director of Key Laboratory of Medical Imaging Science and Technology System, Chinese Academy of Sciences.

Inhalt

Chapter 1: Acoustic Radiation Force on Spherical Particles by Gaussian Traveling Waves Based on Ray Acoustics.- Chapter 2: Acoustic Radiation Force on Spherical Particles by Spherically Focused Ultrasound Based on Ray Acoustics.- Chapter 3: Acoustic Radiation Force on Spherical Particles by Plane Waves and Gaussian Traveling Waves Based on Scattering Acoustics.- Chapter 4: Acoustic Radiation Force on Spherical Particles by Gaussian Standing Waves Based on Scattering Acoustics.- Chapter 5: Acoustic Radiation Force on Multilayer Spherical Particles by Gaussian Traveling Waves Based on Scattering Acoustics.- Chapter 6: Acoustic Radiation Force of Other Sound Sources.- Chapter 7: The Influence of Boundaries on Acoustic Radiation Force.- Chapter 8: Acoustic Radiation Force Between Multiple Particles.- Chapter 9: Medical Applications of Acoustic Radiation Force.