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JUSUNG Engineering Releases MOCVD IGZO Technology for Flat Panel Displays

JUSUNG Engineering, a provider of solar cell, display and semiconductor manufacturing technologies, has released an innovative deposition technology that allows flat panel display manufacturers to improve high definition resolution in the future OLED displays.

A metal organic chemical vapor deposition (MOCVD) technology is used in the novel product to use the significant transparent semiconductor oxide material for utilization on flat panels. IGZO – Indium, Gallium, Zinc, Oxygen is the new material that substitutes the conventional amorphous silicon-based active layer. The electron mobility of IGZO is 40 times higher than that of conventional materials and the reaction speed of the display can be controlled quickly. This will help panel makers to provide screen resolutions more than the currently available Full High Definition.

JUSUNG Engineering claims to be the world’s first company to provide MOCVD IGZO efficiency for the panels of the 8th Generation. This new product is compatible with future OLED TVs, LCD TVs and mobile displays.

The MOCVD technology has advantages over traditional deposition methods. It enables panel makers to adjust the IGZO material composition to modify it for their application. Since the previous traditional deposition methods restrict the composition to fixed ratios, the process of fine tuning the composition is significant in the new material. The company hopes to get market acceptance for the new MOCVD technology.

A representative from JUSUNG clarified that the display companies around the world have started to shift to high-speed display technology through the use of IGZO materials. He also said that by being the first one to market this product, JUSUNG will use its growing market influence to come up as a leading capital equipment manufacturer in the world.

By: Cameron Chai
Source: http://www.jusung.com

Research Report Analyzes Molybdenum Use in Energy and Electronics Markets

Molybdenum is a Group 6 chemical element with the symbol Mo and atomic number 42.

Rare Industrial Metal - Molybdenum

Research and Markets now offers a comprehensive research report titled ‘Molybdenum Markets in the Electronics and Solar Industries – 2011’ from NanoMarkets.

NanoMarkets has been offering research reports on various markets such as lighting, display and photovolatics materials for the past several years. In the new report, NanoMarkets discusses the way of operations of these markets and their major players. The report provides an in-depth analysis of the electronics and energy related markets wherein molybdenum is used. It also includes revenue forecast for eight years.

In recent years, molybdenum has found new opportunities in the growth-oriented electronics and energy markets. Especially, the material has a significant share as an electrode material in the market for CIGS solar panels. This is one-of-its-kind report that discusses the market for molybdenum exclusively in the growth-oriented energy and electronics markets.

According to NanoMarkets, since molybdenum demonstrates strong adhesion to active layers and substrates, its usage in the solar panel market will increase continuously. The report predicts that molybdenum finds a huge prospect in the fast growing CdTe segment. Besides being used in the solar market, molybdenum finds interesting applications in OLED electrodes. The material has a bright future in other sectors such as related to display and lighting.

In the electronics industry, molybdenum has been used in conventional applications such as in magnetrons and in x-ray system components. Due to its high price, the material is used in combination with low cost materials such as aluminum in most of its applications.

By: Cameron Chai
Source: www.researchandmarkets.com