Introduction:
Molecular technology brings together a sequence of unique primary capabilities such as lithography, nanomechanics, fluid characteristics and surface chemistry. This strategy has produced a wide academic report which includes over 700 international certain patient filings and over 100 released patients.
Main Idea:
A huge number of molecular techniques have been adapted for application to epidemiological issues, and different techniques are required for different aspects of research. The progress of molecular technology has had a major impact on many areas of research, such as epidemiology.
1) Hard Disk Drive:
Magnetic technology used for recording was essentially used to the manufacturing of hard disk drives in 1956, and improves data storage density. As a result of these remarkable developments, the positioning of hard drives is ubiquitous: day-to-day applications include web servers, desktop computers, laptops, digital video recorders etc.
2) Semiconductor:
For the last two decades, lithographers have expected the downfall of visual lithography because of its presumed lack of ability to print features smaller than the wavelength of light, resulting in development of so-called next generation lithography (NGL) technologies such as extreme ultraviolet (EUV), hard X-ray, E-beam direct write (EBDW) or maskless, E-beam projection lithography (EPL), ion beam projection lithography (IPL).
3) Template Replication:
Template replication is critical for the release of design media in to production because it is the cheapest of possession strategy to template supply for the production line.
4) Light Emitting Diodes (LEDs):
LEDs have significant benefits over traditional illumination resources such as improved energy efficiency, prolonged life, operation at lower temperature. LEDs are widely being used in TVs and display backlighting, automobile illumination, and numerous other applications. The effectiveness of an LED is most commonly determined by these two factors: 1) Internal Quantum Efficiency and 2) Extraction Efficiency.
5) Displays:
The cathode ray tube (CRT), a machine device employing an electron gun and a neon screen was first developed in 1897, and became the basis of the televisions that were first presented in 1934. The CRT was finally removed with the release of lcd displays. Today there are several lcd technology, such as Liquid Amazingly Shows (LCD), Lcd Shows and Organic Light Emitting Diode Shows (OLED). The most popular show is the LCD, and its programs consist of TVs, notebooks, mobile phones, hand calculators and equipment etc.
The post Molecular Technology Applications appeared first on OMICS Group - Peer Reviewed Journals And Scientific Conferences.
