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Compared with many previously published designs, this straightforward design simplifies the construction of the apparatus and simultaneously generates a B0 field parallel to the apparatus surface, allowing the use of a simple loop-type radiofrequency (RF) coil.
Compared with many previously published designs, the proposed design bears a simple structure and generates a B0 magnetic field parallel to the apparatus surface, simplifying apparatus construction and simultaneously rendering the selection of the radiofrequency coil relatively flexible.
The apparatus generates a B0 field strength of about 0.279 T at the center of apparatus surface and can acquire a clear Hahn echo signal of a pencil eraser block lying on the RF coil in one shot.
Moreover, a strong static magnetic field gradient exists in the direction perpendicular to the apparatus surface.
The strength of the static magnetic field gradient near the center of the apparatus surface is about 10.2 T/m; one-dimensional imaging of thin objects and liquid self-diffusion coefficient measurements can be performed therein.
In our analyses, time-loss from non-player-to-player contact mechanisms (such as contact with apparatus, surface etc).
Gas-phase reaction was observed between Hg and Cl2 on apparatus surfaces.
It will also be interesting to compare A. pleuropneumoniae gene expression in a mature biofilm formed on a biotic surface with the genes expression determined with mature biofilms on plastic (polystyrene microtiter plate) or glass (drip-flow apparatus) surfaces [ 10].
The paper presents an apparatus to measure surface temperature distribution of liquid metals during fusion processes.
This discovery was made on the surface of an apparatus called the visual cliff.
The chapter presents the surface temperature classification and the ignition temperature, that is, the temperature at which an ignition could occur, for example due to the hot surface of an apparatus, is dependent on the type of existing gases or vapors.
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CEO of Professional Science Editing for Scientists @ prosciediting.com