The availability of N Chitosan-DMNPs as MRI contrast agents was evaluated by measuring spin-spin relaxation times (T 2) of water protons in the aqueous solutions using 1.5-T MR images.
In the past, space activities relied heavily on measuring "spin-offs" when counting the gains from space exploration, but this is bound to change.
The 2 kHz SLR station Graz measures spin parameters of this satellite, providing information about the rotational dynamics of the body.
Satellite Laser Ranging (SLR) is a powerful technique able to measure spin rate and spin axis orientation of the fully passive, geodetic satellites.
Satellite Laser Ranging (SLR) is a powerful and efficient technique to measure spin parameters of satellites equipped with corner cube reflectors.
The results presented here definitely prove that the SLR is a very efficient technique able to measure spin period of the geodetic satellites.
Furthermore, thinking of all the different ways one can measure spin properties and the variety of ways in which apparatus settings can be chosen, the postulation of such common cause explanation for settings and pairs' states would seem highly ad hoc and its existence conspiratorial.
Circular photogalvanic effect (CPGE) is an effective experimental tool to measure spin splitting in low-dimensional semiconductor system at room temperature [10], which is induced by unbalanced occupation of carriers in momentum space excited by circularly polarized light as a result of SOC and optical selection rules [4, 23].
To understand the differences between protein structure and dynamics in cellular mimics as compared to buffer, we measured spin relaxation parameters (R1, R2, nOe) which quantify the motion and interactions of the residues on timescales of μs to ms (R1, R2,) and ps to ns (nOe).
