This work extended the previous scanning micro electrochemical flow cell (SMEFC) with one electrode in the past work to the multi-electrode mode, aiming at enhancement of the machining efficiency.
Today, the app is gaining a new feature, "sleep mode," aimed at giving parents the ability to turn the app off at designated times.
The second mode, the narrow field mode, aims at the high-resolution spectroscopy of nearby extended objects, for example, galaxies and globular clusters.
The first mode is the wide field mode, mainly aiming at the study of high redshift galaxies.
This paper reports a QSAR study based on the Topological Substructural Molecular Design (TOPS-MODE) approach, aiming at predicting the rodent carcinogenicity of a set of nitroso-compounds selected from the Carcinogenic Potency Data Base (CPDB).
Herein we report a QSAR study based on a TOPological Sub-structural Molecular Design (TOPS-MODE) approach, aiming at predicting the anticancer leukemia activity of a diverse data set of indolocarbazoles derivatives.
The schemes include: plasma equilibrium control and resistive wall mode stabilization, aiming at controlling actively the discharge when the passive action of the shell vanishes; the rotation of the localised helical deformation to minimize the enhanced plasma wall interaction; the MHD mode control and the 'intelligent shell', aiming at achieving a better comprehension of the underlying physics.
Frequent use of three of the six instructional modes that aim at developing computational skills were found to be positively associated with the mean mathematics score of schools in all three groups of countries, although in varying strength.
Assisted modes generally aim at synchronizing the ventilator insufflation to the patient's effort, both to optimize comfort and to minimize the work of breathing.
In a second, more model based, approach, a mode estimator/controller is designed aiming at a full state feedback by including modes, which are not directly measurable due to the limited number of available real-time signals.
