Books

Topics: Basic Neurocardiology, Electrocardiology and Telemedicine Syncope, Orthostatic intolerance Geneticall aspests in Neurocardiology, Biosignal processing and Artificial Intelligence, Myocardial dysfunction: cardiac-neural interactions, Cardiac sudden death: risk stratification, Cardiac arrhythmias and autonomic nervous system, Methabolic autonomic neuropathies, Oncocardiology, Autoimmune diseases: neuro-cardiological manifestations, Central mechanisms and heart, Blood pressure and neural mechanisms, Cardiac autonomic dysfunction and neurological diseases, Psychology and autonomic nervous system, Personalized medicine, Nano technology: new approach in medicine, Placebo effect, Transcranial magnet stimulation, Sleep apnea, Nutrition, physical activity and brain-heart connection

The Conference will feature four plenary lectures, 25 invited talks and more than 80 oral and poster presentations as well as exhibitions of some new ceramic materials and devices. 3CSCS-2015 includes Ceramic Powders, Characterization and Processing, High temperature Phenomena, Sintering, Microstructure Design and Mechanical Properties, Electro and Magnetic Ceramics, Ceramic Composites, Membranes and Multimaterials, Traditional Ceramics and Computing in Materials Science. Exhibitions from company sponsors will be held at the Conference as well.

The 5th Conference of the Serbian Society for Ceramic Materials: 5CSCS-2019 aims
to review the knowledge, experience and share new ideas among the professionals,
industrialists and students from research areas of ceramic materials and by taking an
active part in discussions and technical sessions at the conference. The conference
provides exhibitor booths for the companies and the institutions to showcase their
services, products, innovations, innovative ideas and research work & results.

Research topics: Metallic materials, Energy, Enviromental protection, Advanced ceramics, Functional ceramics, Biomaterials, Carbon materials, Ceramic composites, Raw materials and heritage and Doctoral dissertations

Journal of Innovative Materials in Extreme Conditions publishes the results of original research and reviews related to experimental and computational investigations of materials obtained or operated under extreme conditions. The emphasis is on the innovative materials processed and/or exploited at high pressures, under high magnetic and electric fields, over a wide range of temperatures, radiation conditions, corrosive environments, under extreme mechanical loads, and non-equilibrium thermodynamic conditions. Due to the limitations of experimental methods under extreme conditions, a theoretical approach is also encouraged, independently, or as a complement to experimental research. Contributions include, but are not limited to, a variety of topics such as: Physics and chemistry of hydrogen and other light elements under extreme conditions, Materials in high magnetic and electric fields, Materials response under radiation, Intense laser irradiation, Plasma processing, Materials for hostile chemical and corrosive environments, Structural components exposed to extreme loadings, Materials under shock waves, Biomedical engineering materials, Materials for vacuum technique.
The scope of the journal includes:
– obtainment of new or enhanced insights into the material behavior, properties, and phenomena,
– prediction of structure-property relationships for new-age materials.
Contributions are accepted in the form of critical reviews, original research articles, and scientific communications.

Research topics: Metallic materials, Energy, Biomaterials, Carbon materials, Enviromental protection, Advanced ceramics, Raw materials and heritage, Functional ceramics, Ceramic composites and Doctoral dissertations

Journal of Innovative Materials in Extreme Conditions publishes the results of original research and reviews related to experimental and computational investigations of materials obtained or operated under extreme conditions. The emphasis is on the innovative materials processed and/or exploited at high pressures, under high magnetic and electric fields, over a wide range of temperatures, radiation conditions, corrosive environments, under extreme mechanical loads and non-equilibrium thermodynamic conditions. Due to the limitations of experimental methods under extreme conditions, a theoretical approach is also encouraged, independently, or as a complement to experimental research. Contributions include, but are not limited to, a variety of topics such as: Physics and chemistry of hydrogen and other light elements under extreme conditions, Materials in high magnetic and electric fields, Materials response under radiation, Intense laser irradiation, Plasma processing, Materials for hostile chemical and corrosive environments, Structural components exposed to extreme loadings, Materials under shock waves, Biomedical engineering materials, Materials for vacuum technique.
The scope of the journal includes:
– obtainment of new or enhanced insights into the material behavior, properties, and phenomena,
– prediction of structure-property relationships for new-age materials.
Contributions are accepted in the form of critical reviews, original research articles, and scientific communications.

Research topics: Biomaterials, Metallic materials, Enviromental protection, Energy, Carbon materials, Ceramic composites, Functional ceramics, Raw materials and heritage, Advanced ceramics,
Theory and simulation of ceramics and Doctoral dissertations

Journal of Innovative Materials in Extreme Conditions publishes the results of original research and reviews related to experimental and computational investigations of materials obtained or operated under extreme conditions. The emphasis is on the innovative materials processed and/or exploited at high pressures, under high magnetic and electric fields, over a wide range of temperatures, radiation conditions, corrosive environments, under extreme mechanical loads, and non-equilibrium thermodynamic conditions. Due to the limitations of experimental methods under extreme conditions, a theoretical approach is also encouraged, independently, or as a complement to experimental research. Contributions include, but are not limited to, a variety of topics such as: Physics and chemistry of hydrogen and other light elements under extreme conditions, Materials in high magnetic and electric fields, Materials response under radiation, Intense laser irradiation, Plasma processing, Materials for hostile chemical and corrosive environments, Structural components exposed to extreme loadings, Materials under shock waves, Biomedical engineering materials, Materials for vacuum technique.
The scope of the journal includes:
– obtainment of new or enhanced insights into the material behavior, properties, and phenomena,
– prediction of structure-property relationships for new-age materials.
Contributions are accepted in the form of critical reviews, original research articles, and scientific communications.

Research topics: Advanced ceramics, Biomaterials, Carbon materials, Ceramic composites, Energy, Enviromental protection, Functional ceramics, Metallic materials, Raw materials and heritage, Theory and simulation of ceramisc, Doctoral dissertations