Jacques Nonhebel

Title: Jacques Nonhebel: Innovator in Particle-Optical Technology

Introduction

Jacques Nonhebel is a notable inventor based in Delft, Netherlands. He has made significant contributions to the field of particle optics, particularly with his innovative designs that enhance the functionality of particle-optical apparatuses. His work is characterized by a focus on precision and efficiency in the manipulation of charged particle beams.

Latest Patents

Jacques Nonhebel holds a patent for a "Beam blanker for interrupting a beam of charged particles." This invention relates to an electrostatic beam blanker that generates a train of pulses with a fixed repetition rate. Such pulse trains, with sub-picosecond pulse lengths, are essential for studying chemistry at the femtosecond scale. The beam blanker utilizes a resonant structure, amplifying the voltage through the quality factor Q of the resonant structure. The design allows for the beam to be transmitted during each zero-crossing of the signal, effectively blanking the beam during the remainder of the time. A preferred embodiment of this invention includes a transmission line, with impedance matching achieved through tuning stubs. Jacques Nonhebel has 1 patent to his name.

Career Highlights

Throughout his career, Jacques has been associated with Fei Company, where he has applied his expertise in particle optics to develop cutting-edge technologies. His work has been instrumental in advancing the capabilities of particle-optical systems, making significant impacts in various scientific fields.

Collaborations

Jacques Nonhebel has collaborated with esteemed colleagues such as Guido Martinus Henricus Knippels and Fredericus Bernardus Kiewiet. These collaborations have fostered innovation and have contributed to the successful development of advanced technologies in particle optics.

Conclusion

Jacques Nonhebel's contributions to the field of particle optics through his innovative patent and collaborations highlight his role as a key figure in advancing scientific research. His work continues to influence the study of chemistry at the femtosecond scale, showcasing the importance of innovation in technology.