Tthe invention aim is to provide a method for the fabrication of silicon micromechanical resonators that are temperature stable and therefore integrable with consumer electronic devices.
The present invention is a field-effect transistor with a two-dimensional channel consisting of a thin sheet of one or more atomic layers of lateral heterostructures based on hybridized graphene.
The present patent application is based on a reactive mixing process of ethylene polymers and polyamides developed by us, through which it is possible to obtain in a single step (one-step) master batch with polyolefinic or inverse matrix.
The invention relates to a process for controlled functionalization of a polyolefin in the presence of radical reaction initiators.
The present invention relates to the preparation and use of novel copolymers comprising polylactic acid (PLA), organic plasticizers with epoxy functionality and biodegradable polyester elastomers.
The new patented materials feature a copolymer structure containing biodegradable polyester segments and aromatic polycarbonate segments (20%), prepared by a reactive mixing process.
The invention refers to the sector of non-invasive investigations by means of ultrasound, both in the medical field and in the structural field of materials or objects.
The invention consists of an optical sensor based on the random laser phenomenon, for the characterization of materials capable of diffusing light, such as powders, biological tissues, liquid dispersions and diffusive surfaces.
The patented invention covers nano- and micro-fabrication techniques of 3D structures using CAD/CAM technology specially designed to process two or more different materials with nanometric and/or millimeter resolution at the same time.
The present invention relates to a building material testing device for measuring certain mechanical properties of a building material by performing, for example, compression or flexural failure tests on mortar, concrete and/or brick samples, or bending tests on reinforcing steel bars.
