Application of Xenon Gas in Flat Panel TV Manufacturing

The increased demand for neon and xenon in the flat panel display market, especially plasma televisions, has played a large role. Plasma display panels (PDPS) are used to produce large-size television displays (typically 32in and up). Plasma displays are arranged between two glass screens with thousands of small, low-pressure gas chambers that are sealed. Indoor filled atmosphere, xenon and other mixed inert gas as the working medium.

Xenon Applications In the Space and Satellite Industries

The ion engines and ion-plasma propellers used for satellite launches use xenon gas, which is about 4.5 times heavier than air due to its heavy weight and density, and is mainly used for orbital position maintenance and maneuver control of satellites. At the tail of the magnetic cavity of the ion engine, there are a pair of metal nets with positive and negative charges respectively. The strong electromagnetic thrust generated by the positive charge and ammonia ions jet out the cylinder ions at a high speed (about 100 OOOkm/h), and thus generate a recoil force to push the aircraft forward. Its thrust is much less than that of a chemical engine. At full speed, an ion engine can produce only l/ L lokgf of thrust per 2,500W of electricity consumed, but it can run for months or even years, resulting in a vehicle that can eventually achieve speeds up to 10 times that of a chemical engine. The non-condensing nature of xenon gas allows ion rocket engines to start or shut down almost instantly, simplifying distribution system and insulator design. Xenon has the following advantages as a propellant: it is pollution-free and does not react chemically with spacecraft surface materials. Non-toxic, will not pollute space environment and the earth's biosphere. Ensure the health of ground test personnel and the purification of the environment inside and outside the laboratory. The applications of xenon-ion rocket motors have expanded from the early north/south position maintenance of satellites in geostationary orbit to attitude control, orbital maneuverability, non-propulsion applications as plasma switches and interplanetary navigation. Using xenon particle engines, usually; A satellite's xenon particle engine is composed of four value gas tanks (2:2 backup) and two power processors to maintain the satellite's orbital position. Each xenon particle engine consumes only 2.5 kg of fuel per year, so only 5 kg of fuel per year is needed to maintain the orbit of the satellite. Xenon particles produce more thrust, and because of their inert nature, they are both resistant to corrosion and safe. Since the mid-1990s, the technology has been used on a variety of satellites, typically using 60, 000 liters of xenon gas.

Xenon Applications in The Medical Industry

The medical field offers new long-term promising growth for xenon applications. Xenon is used to enhance the imaging of X-rays, CAT scans, and MRI. An MRI device alone cannot examine many fine structures in the human lung. However, inhaling a mixture of human xenon/oxygen, an MRI scan can detect the necessary soft tissue fine structures to help doctors make a more accurate diagnosis of many lung diseases. Scientists at Royal College London have found that xenon can help protect damaged nerve cells.

Xenon has been found to have an anesthetic effect for almost 60 years. As an anesthetic, xenon does not react with various surgical materials, does not produce metabolites in the body, is known to have the least impact on cardiovascular and cerebrovascular, and does not produce toxic side effects on the human body like other anesthetics. Xenon anesthesia has the advantages of quick induction, quick recovery, cardiac and nervous system protection, analgesia, and small toxic and side effects. It has become an ideal anesthetic for high-risk patients such as pregnant women, heart patients and elderly patients. But at present, xenon production is far from meeting this potentially high demand. The main disadvantage of xenon anesthetics is the high cost, which can be reduced by using xenon recovery devices.

The application of xenon in anesthesia is expanding in the world. In Europe, xenon anesthesia is attracting people's attention. France Liquid Air has a number of patents in this field, and the demand for use in this field in Europe has reached 1 million.

Xenon Applications in Electronic Chip Manufacturing

The most recent use of xenon is in the manufacturing of electronic chips, and is currently the most important reason for the increasing demand for and speculative trading in xenon. Several large chip manufacturers are using xenon plasma etching, mainly for the fabrication of microelectro-mechanical systems (MEMS). MEMS devices can integrate microelectronics and micromechanics into a whole, enabling more complex and powerful circuits to be fabricated on a single chip. The technology essentially combines a computer chip (which processes data) and a sensor (which collects it) into a single component that can be mass-produced. The potential uses of such chips are endless. The process of xenon etching is used by some semiconductor manufacturers to produce such superchips.

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Founded in 2013, Zibo Dijia Special Gas Co., Ltd ,based on more than thirty years of research and production of hydrogen chloride gas, Dijia as the window to actively explore new markets and integration of special gas resources for domestic and foreign customers. Zibo Dijia has full range of gases, including Industrial gases,specialty gases,electronic gases, high purity gases, mixed gases, electric lighting gases, ultra-pure gases, laser gases, medical gases, calibration gases, a total of ten series of more than 100 varieties, with strong market competitiveness.