Towards efficient time-of-flight imaging at continuous sources
Time-of-flight imaging is considered a remit of pulsed sources, due to their obvious efficiency for ToF methods. However, time-of-flight is also an efficient method at continuous sources, which in contrast to short pulse source instruments, can provide higher flexibility in tailoring the beam characteristics to the requirements of an individual measurement. Thus, the wavelength band and the resolution can be adapted to each measurement’s needs, which enables significant efficiency gains, which in many cases allows ToF imaging at a continuous source to be at least as efficient as at pulsed sources. Here we propose to showcase this flexibility and efficiency optimization in measurements that will be benchmarked against leading ToF imaging instruments. This work shall also support the design of an imaging instrument with ToF capabilities by CNEA, Argentina.
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Download DataThe recommended format for citing this dataset in a research publication is in the following format:
STROBL Markus; CAPEK Jan; DEWHURST Charles; F. Malamud and J R Santisteban. (2019). Towards efficient time-of-flight imaging at continuous sources. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.1-20-56
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