International Conference on Sensing Technology

  Hydrogen Embrittlement Resistance – Related Description Hydrogen embrittlement resistance refers to a material’s ability to withstand the detrimental effects of hydrogen absorption or exposure without suffering a loss in mechanical strength, ductility, or structural integrity. Hydrogen atoms can diffuse into metals—especially high-strength steels, nickel alloys, titanium alloys, and certain aluminum alloys—leading to cracking, delayed fracture, or sudden brittle failure under stress. A material with high hydrogen embrittlement resistance effectively prevents or minimizes these hydrogen-induced failures through: Reduced hydrogen uptake: Dense microstructures, protective coatings, and surface treatments limit hydrogen diffusion. Stable microstructure: Alloying elements (e.g., Cr, Mo, Ni, V) improve phase stability and trap hydrogen in less harmful sites. High fracture toughness: Materials engineered for toughness can resist crack initiation and propagation. Optimiz...

  Agriculture Sector  The agriculture sector is one of the most vital components of the global economy, responsible for producing food, raw materials, and other essential goods that sustain human life and industrial development. It involves the cultivation of crops , raising of livestock , forestry , fisheries , and agro-based industries . This sector plays a crucial role in ensuring food security , employment generation , and rural development , especially in developing nations where a large portion of the population depends on farming for livelihood. Modern agriculture increasingly integrates technology , biotechnology , precision farming , smart irrigation , sustainable practices , and climate-resilient techniques to improve productivity and environmental conservation. Key areas within the agriculture sector include: Crop Production: Cultivation of grains, fruits, vegetables, and cash crops. Animal Husbandry: Breeding and management of livestock such as cattle,...

The tech behind predictive maintenance: Sensors, AI, and IoT In part 1, we explored how predictive maintenance helps reduce downtime and extend equipment life. But turning early insights into action requires the right mix of connectivity, analytics, and scalability. Whether you’re maintaining medical equipment, smart infrastructure, or industrial systems, the ability to anticipate issues depends on a tech foundation that can ingest, analyze, and act on high volumes of real-time data. Every organization has different data maturity, systems, and priorities. That’s why flexibility matters just as much as functionality. A strong predictive maintenance approach calls for a partner who can meet you where you are—with tools that scale and adapt as your needs evolve. This blog breaks down the essential capabilities behind predictive maintenance—and how OpenText’s analytics and IoT technologies deliver on them. The technology behind predictive maintenance: sensors, AI, and IoT Predictive m...

Reactive Blending Reactive blending is a polymer processing technique in which two or more polymers are melt-mixed together under conditions that promote chemical reactions between their functional groups. Unlike simple physical blending, reactive blending involves in-situ formation of copolymers or cross-linked structures during mixing, leading to enhanced interfacial adhesion and compatibility between otherwise immiscible polymers. Web Site :  sensors.sciencefather.com Visit Web Site :  sciencefather.com Nomination Link :  https://sensors-conferences.sciencefather.com/award-nomination/?ecategory=Awards&rcategory=Awardee Contact as :  sensor@sciencefather.com Social Media Twitter : https://x.com/sciencefather2 Pinterest :  https://in.pinterest.com/business/hub/ Linkedin :  https://www.linkedin.com/feed/ you tube: https://www.youtube.com/@sensorconferenceawards/community #ScienceFather, #AirPollution,#ScienceFather, #MachineLearning, #DeepLearn...