Gallium Nitride Loading the Power for Future Materials 

Gallium Nitride: Loading the Power for Future

Gallium Nitride (GaN) has a hexagonal crystal structure, making it an extremely hard and mechanically stable wide bandgap (WBG) semiconductor. The significant characteristics of gallium nitride materials that drive their market acceptance include dependability, small size, high efficiency, quick switching speed, low on-resistance, and high thermal conductivity. Gallium nitride is a new wide bandgap material that is expanding rapidly in the semiconductor sector. Gallium nitride is seizing power in the vast market, boosting the expansion of the GaN materials market among WBG materials. Silicon is widely utilized in the power…

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Silicon Carbide (SiC) Fibers Materials 

Silicon Carbide (SiC) Fibers: Applications and Advancements

Silicon carbide (SiC) fiber is a high-performance ceramic material made primarily of silicon carbide molecules. SiC fiber is in high demand because of its high-performance qualities. SiC fiber also contributes to environmental sustainability by improving fuel efficiency in the aerospace, energy, and power industries, lowering CO2 and NO2 emissions. SiC fibers are increasingly being used as a substitute for existing metals in aerospace applications such as turbine engines, nozzles, propulsion units, and combustor liners. Silicon carbide fibers, which have qualities such as thermal resistance, limited thermal expansion, poor electrical conductivity,…

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Hydrogen Fuel Transition to Hydrogen Economy Materials 

Hydrogen Fuel: Transition to Hydrogen Economy

The term “hydrogen economy” refers to the vision of using hydrogen as a means to provide an alternative source of non-carbon-based energy. Hydrogen as an energy source is attractive for many reasons. For instance, when hydrogen is burned to produce thermal energy or electricity in a fuel cell, the only byproduct is water. Hydrogen cannot be found in its purest form on Earth. Before hydrogen can be used in a fuel cell, it must first be extracted from other compounds such as natural gas, alcohol, or water. Therefore, hydrogen is…

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Hydrogen Fuel Green Hydrogen Vs. Blue Hydrogen Materials 

Hydrogen Fuel: Green Hydrogen Vs. Blue Hydrogen | Which one is better?

Hydrogen is a versatile energy carrier due to its use across different energy sectors for various purposes. In the previous blogs, the discussion was on colors of hydrogen and everything about green hydrogen. This blog talks about Green Hydrogen and Blue Hydrogen to help understand their differences and which one is better and feasible. The exacerbation of energy requirements has become quite relevant in the past few years. New and innovative plans for producing energy must now become a necessity. Hydrogen as an energy source is considered as “Fuel of…

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Biomaterials-in-Dentistry-and-Orthopedics Materials 

Utilization of Biomaterials in Dentistry and Orthopedics

A biomaterial is a substance that has been engineered to interact with biological systems for a medical purpose, either a therapeutic or a diagnostic one. Biomaterials frequently contain a whole or part of a living structure or a biomedical device that leads, increases, or replaces a natural function and are frequently employed and/or altered for medical use. Such functionalities may be somewhat passive, as in the case of a heart valve, or bioactive with interactive capabilities, as in the case of hydroxyapatite-coated hip implants. Biomaterials are also employed in dentistry,…

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Hydrogen-Fuel Materials 

Hydrogen Fuel: All about Green Hydrogen

Hydrogen is usually considered to be one of the most important alternative energy sources of the future. It is not only an environmentally friendly source of energy but also one of the most versatile. Approximately 70 million metric tons of hydrogen is already produced globally every year for ammonia production, oil refining, chemical and fertilizer production, steel manufacturing, metallurgy, food processing, and more. Hydrogen fuel is the best energy alternative for this planet. There are so many ways in which it can help save not only Earth but also some…

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Acoustic and Thermal Insulation in Electric Vehicles Materials 

Use of Acoustic and Thermal Insulation in Electric Vehicles to Eradicate Noise Issues

The term “thermal insulation” refers to a material that aids in the reduction of heat transmission between objects in thermal contact or within the range of radiative effect. These materials are used all around to prevent heat from exiting or entering rooms or objects, as well as to safeguard combustible goods from excessive heat. Buildings and vehicles such as trains and aircraft can save money by insulating against heat exchange. Thermal insulation also guards against changes in the physical and chemical properties of adjacent items, which can result in damage…

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What do we know about Hydrogen Gas Materials 

Hydrogen Fuel: Colors of Hydrogen

What do we know about hydrogen? Hydrogen is universe’s most common element. It is the simplest and lightest element. Hydrogen is a gas at standard temperature and pressure. When hydrogen is liquefied, it is called hydrogen fuel. Hydrogen is a potential energy source. It is a fuel that can be used to generate electricity. Hydrogen is expected to be a big player in the energy landscape as it can be used to power cars, heat homes, and much more. In an attempt to explain more about Green Hydrogen, we are…

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High-End Synthetic Suede Materials 

High-End Synthetic Suede Fabric – Four Major Areas Where It Is Used

High-end synthetic suede is mainly used in industries involving luxury products. For instance, high-end synthetic suede is being used for various parts of luxury cars. High-end synthetic suede has been able to mark its presence in the fashion industry as well. Global fashion designers, with an aim to inculcate sustainability, have started to incorporate synthetic materials in their production process to not only achieve sustainability but also to send a strong message to their customers regarding the proliferated use of vegan materials. In addition, the high demand for lightweight material…

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Green hydrogen Technology Materials 

Application Areas and Advantages of Using Green Hydrogen Technology

The non-renewable resources are depleting fast and are being replaced by renewable energy, and one such clean source among them is hydrogen. Being a by-product of water, hydrogen is extracted through the process of electrolysis. This clean form of energy can be used for powering several operations, including manufacturing and transportation, among others. Green hydrogen technology is expected to become a mega-billion worth of technology with its applications across industries. Also, taking into consideration the increasing demand for fuel for various activities, several countries have already started formulating initiatives and…

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