Abstract: A disbursement authorization data object processing system receives disbursement authorization data objects from a plurality of client devices. A real-time status reporting service is invoked to determine real-time status report data associated with the disbursement authorization data object. Using the real-time status report data, the disbursement authorization data object processing system invokes a disbursement authorization service to determine recipient instruction data which may include a recipient instructions status code. An disbursement instruction data object may then be transmitted to the client device that transmitted the disbursement authorization data object. The client device may facilitate the submission of additional documentation, selection of certain recipient instruction data, and/or the like to transmit to the disbursement authorization data object processing system in associated with a disbursement authorization data object.

Abstract: The present disclosure relates to systems, non-transitory computer-readable media, and methods for using a large language model and digital content items (e.g., digital files) stored in a content management system to generate workflow outputs for external computing platforms. For instance, in some embodiments, the disclosed systems receive a workflow request that includes a natural language description of an objective to be accomplished via a workflow. The disclosed systems determine an action plan for completing the workflow and executes the action plan by accessing digital content items (e.g., digital files) stored in a content management system and extracting or generating data from the contents of the digital content items. Further, the disclosed systems use a large language model to generate a workflow output that is provided to an external computing platform for use.

Abstract: A disbursement authorization data object processing system receives disbursement authorization data objects from a plurality of client devices. A real-time status reporting service is invoked to determine real-time status report data associated with the disbursement authorization data object. Using the real-time status report data, the disbursement authorization data object processing system invokes a disbursement authorization service to determine recipient instruction data which may include a recipient instructions status code. An disbursement instruction data object may then be transmitted to the client device that transmitted the disbursement authorization data object. The client device may facilitate the submission of additional documentation, selection of certain recipient instruction data, and/or the like to transmit to the disbursement authorization data object processing system in associated with a disbursement authorization data object.

Abstract: A process is provided for preparing a particulate material consisting of a plurality of porous particles comprising an electroactive material selected from silicon, tin, germanium, aluminium or a mixture thereof, wherein the particles are assembled from a plurality of particle fragments comprising the electroactive material wherein the fragments are obtained by the fragmentation of a porous precursor. The fragmentation step may be realized e.g. by wet ball milling and the later assembling step is preferably realized by spray-drying. Also provided are particulate materials obtainable according to the process of the invention, compositions comprising the particulate materials, and electrodes and electrochemical cells comprising the particulate materials. The materials and compositions are especially useful as anode materials in the context of a metal-ion battery such as a lithium-ion battery.

Abstract: A particulate material is provided consisting of a plurality of porous particles comprising an electroactive material selected from silicon, germanium or a mixture thereof (especially a silicon-aluminium alloy), wherein the porous particles have a D50 particle diameter in the range of 0.5 to 7 ?m, an intra-particle porosity between 50 and 90%, and a pore diameter distribution having at least one peak in the range of 30 to 400 nm as determined by mercury porosimetry. Also provided are electrodes (especially anodes) and electrode compositions comprising the particulate material, a rechargeable metal-ion battery (especially a Li-ion battery) comprising the particulate material, and a process for the preparation of the particulate material. It is suggested that the claimed particulate material can be repeatedly lithiated without fracturing, allows easy access to the electrolyte and can be easily dispersed in an electrode slurry.

Abstract: A particulate material is provided consisting of a plurality of porous particles comprising an electroactive material selected from silicon, germanium or a mixture thereof, wherein the porous particles have a D50 particle diameter in the range of greater than 5 to 25 ?m, an intra-particle porosity in the range of from 30 to 90%, and a pore diameter distribution having a peak in the range of from 50 to less than 400 nm as determined by mercury porosimetry. Also provided are electrodes and electrode compositions comprising the particulate material, a rechargeable metal-ion battery comprising the particulate material, and a process for the preparation of the particulate material.