In this paper, we present three snowflake (SF) divertor configurations (SF+, exact SF, SF−), to demonstrate the possibility of attaining these SF configurations with two special additional poloidal-field (PF) coils set on the CFETR, where all PF coils are outside the TF coils.
The effectiveness of the proposed heat exchange coil set is evaluated by its NTU value which is computed by program simulation.
The proposed heat exchange coil set is able to provide similarly of heat exchange areas of a comparable size helical coil but reduces the friction loss of the thermosyphon fluid flow.
A multi-pole solenoid coil set as a model coil system for load fluctuation compensation SMES was successfully tested, for example, in 10 000-pulse iterative charge discharge operations.
We present the results of measurements taken with the newly constructed PASTIS coil set insert, which uses a wide-angle "banana" 3He neutron spin-filter cell to cover a large range of scattering angles.
We designed, using constrained current minimum inductance methods, and fabricated a complete, unshielded three-axis gradient coil set that utilizes interleaved, multilayer axes to achieve maximum gradient strengths of over 2000 mT m−1 in rise times of less than 50 μs with an inner coil diameter of 5 cm.
Users have only to attach the sensing coil set into the sample cavity of the pulse magnet.
The replacement solution ran through a warming coil set at 39°C.
The microscopy coil set (Intera, Philips, Netherlands) enabled small field of view imaging with high in-slice resolution.
The flow rate was 1 mL min-1with the following gradient: initial condition: 100% eluant A and isocratic elution until 15 min, gradient elution to 100% eluant B until 16 min, followed by isocratic elution with 100% eluant B until 35 min. Post-column derivatization was performed with 10 mM of periodic acid in 550 mM ammonium hydroxide at a flow rate of 0.4 mL min-1 in a reaction coil set at 50°C.
