Yamankaradeniz, Kemal

Provided in the present application is an application of Ganoderone A in manufacturing a CD38 inhibitor and related products, comprising applying Ganoderone A to manufacturing a CD38 inhibitor. The present application can solve the problem in the prior art that a CD38 inhibitor has limitations, and is applicable to the field of biochemistry.

The invention relates to a system and method for developing an efficient embedding methodology that can effectively capture behavior for prediction purposes and could be used in various use cases including, but not limited to, cybersecurity, banking and finance, e-commerce, healthcare, social networking, etc., including predicting future cybersecurity incidents by capturing behavior of loT devices, capturing intent, or predicting a customer's propensity to use or purchase a product.

The invention particularly relates to a system and method that is used artificial intelligence, distributed computing, energy efficiency, optimization, cybersecurity, privacy field and relates to a decentralized system that not only optimizes neural networks for devices with varying capacities but also provides a robust defense mechanism against cybersecurity and privacy threats.

The invention relates to a carbonation system comprising a carbonation cell made of monolithic, cylindrically shaped metallic material (preferably stainless-steel), capable of withstanding pressures up to 100 bar, for binding carbon dioxide to mineral-based materials in powder or sand form. The carbonation cell includes a cell lid (2) and a gas valve (3) that allows both gas inlet and outlet through a single fluid line, a pneumatic hose (4) for gas transfer between the carbonation cell and a CO₂ source (6), and a manometer (5) for measuring gas pressure. The CO₂ source (6) stores the CO₂ gas to be delivered into the carbonation cell body (1). In the carbonation process, to remove air from inside the cell, CO₂ gas is introduced and released through the same single line in preferably three successive purging cycles. Afterward, the system pressure is brought to the target pressure, and carbonation of the mineral material is achieved.The system is designed for carrying out accelerated carbonation reactions in mineral-based materials independently of applications performed with fresh cement or concrete mortar.

The disclosure relates to obtaining core material by mixing waste powders generated during the processing of thermoplastic foams with a binder and preferably fiber additive and compressing them in a mold, and to sandwich composite parts using this material. The core material of the disclosure has been developed especially for the production of sandwich composite structures with complex shapes, indented, angled, angular and circular surfaces.

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