Luscus can use external computational programs (called by a corresponding plug-in) to modify coordinates, for example, to perform the geometry optimisation.
These files can either be produced directly by the MOLCAS code, or converted from the MOLCAS output files using corresponding plug-ins in luscus.
This technology increases the flexibility, since implementing a new format for a file with chemistry related data can be done without changing of GUI, but by adding or modifying of the corresponding plug-in.
Based on the experimental data of hydrate morphology and flow parameters, hydrate formation and distribution characteristics in the flow loop were analyzed and two hydrate plugging processes together with the corresponding hydrate plugging mechanisms were proposed.
The corresponding wall-plug efficiency of Ag-ALED was remarkably increased by 95%andd 193% as compared to ALED and conventional planar LED, respectively.
Although luscus is designed as a graphical interface for the MOLCAS program package, computational codes with other chemical formats can be interpreted by luscus after they are converted by the corresponding external plug-in.
In addition, the corresponding wall-plug efficiencies (WPE) of conventional LED, LED with PQC on p-GaN surface, LED with PQC on n-side roughing, and LED with PQC structure on p-GaN surface and n-side roughing were 19%, 22%, 24%, and 26%, respectively, which addresses a substantial improvement by the PQC structures on top surface and n-side roughing as well at a driving current of 20 mA.
Especially for faint spots, two or more gel plugs corresponding to the same protein spot were pooled from different gels.
Proteins in gel plugs, corresponding to spots 1 8 in Figure 1B, cut from the two-dimensional gel stained by CBB were subjected to LC-MS.
The fungus was grown on 2% Malt extract agar (MEA) for 5 days at 28°C and an agar plug corresponding to the size of the wound was placed on the opening.
