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Heat transfer fluids have a varied range of applications in industries that function in the extreme temperature ranges such as the chemical, solar power, plastics and polymers, and oil and gas industries. Numerous kinds of heat transfer fluids are used in the industries depending upon their applications. Some of them are silicone and aromatics, glycol-based fluids, mineral oils, and molten salts. Heat transfer fluids generally function in a wide range of temperatures. The majority of heat transfer fluids are denser and have lower heat transfer efficiencies than water, resulting in the requirement for more surface area for the heat-exchange or high volumetric flow rates to withstand the identical system temperature. The ideal heat transfer fluids have low viscosity and, unlike water, do not freeze at low temperatures keeping the system efficient.

CFD is a tool that analyzes the flow, turbulence, pressure distribution, and interaction of liquids and gases with various structures. It is the science of predicting fluid flow, mass transfer, chemical reactions, and related phenomena. The CFD technology uses computers, computational methods, data of fluid viscosity, and fluid flow rates to simulate the flow of fluids. CFD is mostly used in the automotive, aerospace and defense, electrical and electronics, and energy industries for study related to thermal, acoustic, and air turbulence.

Various massage therapists, physiotherapists, and spa and salon experts offer diverse massage therapies. Massages are helpful in relieving stress and body pain. They improve blood circulation and increase blood flow, which facilitates the absorption of nutritional elements into the muscles and tissues. Electronic massagers are significantly gaining popularity in the market owing to the demand for technologically advanced massagers. An electronic massager uses a combination of geared motor mechanisms, which create vibrations in the body. Vibration motors are also used as stand-alone massaging devices in mattresses or chairs.

An intracranial injury, also referred to as traumatic brain injury (TBI), is a substantial head injury that can damage the brain. Every year, more than 12 million cases of TBI are reported worldwide, of which more than 1.5 million are reported in the US and 1.5-2 million in the UK. Sports-related injuries and road traffic and work accidents are some of the most common causes of TBI. Road accidents account for 50% of all TBIs, vehicle crashes, as well as pedestrians hit by vehicles.

Graphite is a crystalline form of carbon, which is a semimetal and a native element mineral. It is considered as one of the allotropes of carbon, and has distinct structure and properties. Graphite is the highest grade of coal, and has stable form of carbon under standard conditions. It has characteristics of metal and non-metal with high thermal and electrical conductivity. It is highly refractory and chemically inert with less absorption of neutrons and X-rays that enables it to be used as the main material in nuclear applications.

Digital impression standalone scanners are used to capture accurate digital impressions of the components of visible hard and soft tissues. They are used as a substitute for conventional elastomeric material (a polymer with viscoelasticity). These scanners use LEDs, lasers, or other optical sources to scan intraoral images to make 3D images of intraoral tissues and teeth with real clarity. This allows dentists to create restorations instantly, thereby speeding up the overall treatment.

The global maternity personal care products market is driven by several factors - growing awareness about the risks associated with the use of regular personal care products manufactured with chemical ingredients being one of the most important. Toxic ingredients found in many personal care products have been directly associated with the increased risk of miscarriages, which encourages the target consumers to opt for personal care products formulated specifically for the maternity period. Increased demand from developing countries and growing number of marketing initiatives will also help the market grow over the next five years.

A motion simulation-driven approach to product design and development reduces the probability of issues by enabling the engineering teams to assess the performance of their designs quickly under a range of operating parameters at the component, system, and process levels. With the help of simulation software, product designers can quickly analyze how multiple physics influence the product components and evaluate the performance of the overall product. This also speeds the product development process as system-level issues are solved at the initial stage.

A fiber laser is a different form of solid-state laser that uses a medium of fiber covering instead of a shaft. The fiber in fiber lasers uses more surface area to disperse the heat quite easily. The increasing need for compact components in a variety of industries is bringing lasers into applications. Lasers help in the miniaturization process by providing a highly focused beam that can process very small components.

Liquid detergent chemicals are ingredients that constitute a liquid detergent and play a key role in its physical and chemical properties and functionality. Although liquid detergents currently account for only a small share (20%-25%) of the overall laundry detergents market, the rapid growth of this segment differentiates it from other segments like traditional powder and other forms of detergents. This is primarily because liquid detergents offer more ease-of-use and convenience to consumers compared to powder detergents.