It is unlikely that the bees were just flying slower from the release on the southern lake shore, since homing speed is no measure of flight speed, but includes searching, resting and refueling time.
A position sensitive detector allows retrieving the energy and the emission angle on the basis of the measured time-of-flight and detection point position.
Conversely, ray-tracing can be used as part of an inversion procedure to infer the anisotropic properties from measured time-of-flight data.
An (e, e+ion) spectrometer has been constructed that has the capability to measure time-of-flight (TOF) mass spectra of gases in coincidence with energy selected inelastically scattered electrons, as a function of impact energy, electron energy loss and electron scattering angle.
Technological directions that will likely gain in importance in the future are discussed, such as the ability to measure time of flight and depth of interaction.
Additionally, specialized hardware is necessary to measure time of flight, including nanosecond-precision synchronized clocks and accelerated processors to factor out relatively significant processing delays at the sender and receiver.
The effects on the particle characteristics (velocity and surface temperature) were measured by time-of-flight measurement and two-color pyrometry, respectively DPV-20000 diagnosystemystem) while the arc current intensity, the plasma gas flow, and its composition were systematically varied.
The speed of sound is measured indirectly measuring the time of flight of an ultrasound pulse between two ultrasound transducers.
The PPACs have segmented delay-line cathode boards, measuring the polar scattering angle θ to 1°, and segmented anodes, measuring the azimuthal angle φ with 9° resolution, while measuring the time-of-flight difference with 500 ps resolution.
They only measured the time-of-flight of metastable helium atoms, which varied due to the momentum transfer in the flight direction of the helium.
