A magnetron is a device used to generate microwave frequencies. A magnetron is also called a high-power microwave oscillator, where the potential energy of an electron cloud is converted into radio frequency energy. Within a magnetron, electrons interact with both electric and magnetic fields, which are applied perpendicular to each other. A typical cavity magnetron consists of a metal cylinder having thick walls with symmetrically positioned 8 to 40 cavities acting as an anode. The cathode is placed at the center and is used to release electrons. The space between the anode and cathode is called an interacting space, where a perpendicular electromagnetic field is applicable. A permanent magnet is also placed at the flipside of the cathode of the magnetron. When the magnetron is energized, the electrons emitted from the cathode move in a diverse path within the interacting space.

A gearbox is a mechanical box that transmits energy from one device to another to reduce speed and generate torque. A gearbox assembly includes various components such as gears, shafts, bearing covers, bearing keys, oil rings, and oil seals.

The demand for more energy-efficient dryers (for fruits, vegetables, nuts, and herbs) that can handle a variable load, are multi-purpose, automated, smart, and integrated with multi-functionality like peeling, grating, or cutting, is increasing. Additionally, for drying heat-sensitive raw materials, the focus is shifting from freeze-drying to more economical technologies. To achieve this, players operating in this space are coming up with hybrid or combination technologies that can help reduce cycle time and increase energy efficiency, while still maintaining a high quality of the dried products. However, the industry is highly fragmented with the top five players comprising less than 10% of the market share globally in terms of value, and they compete on the basis of technological innovation and advancements. Players leverage highly on their distribution network, contract relationships, and location advantage to supply heavy and large equipment. Players continue to look for more avenues and additional revenue streams to remain profitable in the market.

Military satellites are primarily used for reconnaissance and surveillance, communications, signals intelligence, navigation, and meteorology. However, as of December 2015, only the US and Russia operated satellites for all the five aforementioned areas. Most countries either use a small number of military satellites or rely completely on commercial satellites for their military requirements.

Cardiovascular diseases (CVDs) are associated with high mortality rate all over the world. Strokes and heart attacks are two major types of CVD contributing to the growing mortality rate globally. According to the Centers for Disease Control and Prevention (CDC), coronary heart disease (CHD) is the most common type of CVD resulting in heart attack in the US. In the US, about 370,000 people die due to CHD every year. The EP diagnostics and treatment devices such as ablation catheters, pacemakers, and implantable cardioverter defibrillators (ICDs) are used extensively for the CVD treatment.

Intelligent all-wheel drive (IAWD) systems are upgraded AWD systems, which uses sensors to detect loss of traction of the wheels and directs torque for enabling a smoother and safer ride, especially on slippery roads. A normal AWD system engages all the wheels irrespective of the type of terrain it travels. However, an IAWD system primarily engages a two-wheel drive (2WD) system where only the front two wheels will be engaged. Upon detection of near loss of traction from the wheels, torque will be distributed to compensate for traction loss transforming the vehicle to an AWD. This system results in higher fuel efficiency compared with the traditional AWD system as apart from few instances of poor road conditions, the vehicle primarily runs on 2WD, reducing engine stress.

Intelligent all-wheel drive (IAWD) systems are upgraded AWD systems, which uses sensors to detect loss of traction of the wheels and directs torque for enabling a smoother and safer ride, especially on slippery roads. A normal AWD system engages all the wheels irrespective of the type of terrain it travels. However, an IAWD system primarily engages a two-wheel drive (2WD) system where only the front two wheels will be engaged. Upon detection of near loss of traction from the wheels, torque will be distributed to compensate for traction loss transforming the vehicle to an AWD. This system results in higher fuel efficiency compared with the traditional AWD system as apart from few instances of poor road conditions, the vehicle primarily runs on 2WD, reducing engine stress.

The global motorcycle industry is expected to grow steadily at a CAGR of 7.46% during 2017-2021. The growth is attributable to the volatile petroleum prices and fuel efficiency of these vehicles when compared with other automobiles. Furthermore, motorcycles are the preferred mode of commute for individuals in developing markets such as China and India. APAC accounts for a share of more than 80% of the global motorcycle market; the region is expected to maintain its dominant share over the forecast period.

Endoscopy is a minimally invasive medical procedure used for diagnosis, prevention, and treatment of complications in the internal organs of the body. An endoscope is introduced into the individual's body through either the natural cavities or a small incision. The camera or the light source is attached to the tip of the endoscope, which allows the physician or medical professional to view the organs of interest. Most endoscopic procedures are performed in the clinics/hospitals or an outpatient setting. The benefits of endoscopy include low cost, speedy recovery, reduction in the need for open surgery procedures, and less time require for diagnosis. Because of these advantages, many countries provide reimbursement programs, and private health insurance companies are encouraging the use of endoscopic procedures.

The latest modification in the payment industry is mobile card readers. Earlier, enterprises were reluctant to accept card payments due to high processing fees and other hardware drawbacks. The development of these devices has encouraged a number of enterprises to accept card payments as they have reduced the hassles surrounding traditional mPOS terminals. Hardware components form the main differentiating factor between traditional point-of-sale (POS) payment terminals and mobile card readers in the market.