Abstract: An electrochemical microsensor comprising an array of working microelectrodes, the working microelectrodes include: one or more bare microelectrodes; one or more thick film-coated microelectrodes, optionally with conductive additive incorporated into the coating, selected from the group consisting of polysaccharide-coated microelectrodes and platinum black-coated microelectrodes; one or more thin film-coated microelectrodes selected from the group consisting of reduced graphene oxide-coated microelectrode and transition metal chalcogenide-coated microelectrodes; wherein the electrochemical microsensor further comprises a counter electrode and optionally one or more reference microelectrode(s).

Abstract: An electrochemical sensor comprising an array of working electrodes made of noble metals, wherein the array includes: one or more bare working electrode(s); and a first set of working electrodes coated with a first transition metal dichalcogenide, the first set comprises at least subset A and subset B, wherein working electrodes of subset B show the presence of hydroxide form(s) and/or high oxidation state oxide forms(s) of the noble metal, whereas working electrodes of subset A are free of such forms; and/or working electrodes of subset B show higher capacitive currents and lower charge transfer resistance compared to working electrodes of subset A, as determined by electrochemical impedance spectroscopy.

Abstract: An electrochemical sensor comprising an array of working electrodes made of noble metals, wherein the array includes: one or more bare working electrode(s); and a first set of working electrodes coated with a first transition metal dichalcogenide, the first set comprises at least subset A and subset B, wherein working electrodes of subset B show the presence of hydroxide form(s) and/or high oxidation state oxide forms(s) of the noble metal, whereas working electrodes of subset A are free of such forms; and/or working electrodes of subset B show higher capacitive currents and lower charge transfer resistance compared to working electrodes of subset A, as determined by electrochemical impedance spectroscopy.

Abstract: A system, method, and computer-readable medium for performing a data center management and monitoring operation. The data center management and monitoring operation includes: receiving data center asset customer information from a data center customer; identifying a plurality of data center asset features from the data center asset customer information; applying a configuration model to the plurality of data center asset features, the configuration model generating a data center asset part distribution; and, generating a data center asset part configuration using the configuration model.

Abstract: The invention provides a method of electrochemical detection of clozapine in a whole blood sample or plasma sample, e.g., capillary sample, using an electrochemical microsensor comprising an array of working microelectrodes, i.e., bare and coated; by application of voltammetry and measurement of current as the electrochemical signal, a data set consisting of plurality of electrochemical signals is obtained, to which chemometric methods are applied to quantify clozapine in the sample.

Abstract: An electrochemical microsensor comprising an array of working microelectrodes, the working microelectrodes include: one or more bare microelectrodes; one or more thick film-coated microelectrodes, optionally with conductive additive incorporated into the coating, selected from the group consisting of polysaccharide-coated microelectrodes and platinum black-coated microelectrodes; one or more thin film-coated microelectrodes selected from the group consisting of reduced graphene oxide-coated microelectrode and transition metal chalcogenide-coated microelectrodes; wherein the electrochemical microsensor further comprises a counter electrode and optionally one or more reference microelectrode(s).