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Here, we discuss the comparability of data acquisitioned with the Modulationof IntEnsity with Zero Effort data, a neutron spin-echo (NSE) technique toneutron Time-of-Flight (ToF) spectroscopy data. As a NSE technique MIEZErecords the intermediate scattering function $\mathcal{I}(Q, \tau)$ making itnecessary to perform a Fourier transform to directly compare it to $S(Q, E)$,measured by ToF spectroscopy. Transforming either data set into thecomplementary parameter space requires detailed knowledge of detectorefficiency, instrumental resolution, and background. We discuss these aspectsby comparing measurements on pure water performed on the spectrometers RESEDAand TOFTOF under the same experimental conditions. Additionally, we discuss thedata evaluation of spin-echo data beyond the SE approximation, which limitsthese techniques to small energy transfers.

Comparison of time-of-flight with MIEZE spectroscopy of H$_2$O: Necessity to go beyond the spin-echo approximation