PANalytical(Dutch company) - Coursework Example

PANalytical (DUTCH COMPANY) al Affiliation) The X-ray Florescence Spectroscopy This is the current x-ray technology that has been produced by the PANalytical Company. This technology has played major roles in regard to various laboratory procedures. One of the major uses of this technology entails undertaking chemical analyses of various components. This occurs through emission of x-ray beams towards the targeted component for example; the technology has been used in processes of mass exploration to study the surface of mass and identify its chemical composition.

A picture of a modern x-ray florescence spectroscopy Note: This is the current design of the x-ray florescence spectroscopy, which has been modified overtime and made more portable. Life-cycle of the Current Technology Life cycle of any technology involves the process that product undergoes from production to cradle. This may even involve recycling of such materials. The life cycle of the X-ray Floresence Spectroscopy produced by the PANalytical Company in Edinburg entails the following process: History of the Current X-ray Florescence Spectroscopy This is one of the most current and powerful technologies applied in the assessment and characterization of different materials.

It has been exposed through various changes over the last ten years. The current x-ray florescence spectroscopy used in the second edition; scientists working at the PANalytical Company has asserted that this modern x-ray technology has a performance improvement of 30%. This edition integrates most pertinent components applied in material analysis hence most effective. That is, past and most pertinent aspects of x-ray techniques hence facilitating effective material analysis (Sood & Tellis, 2005).

Possible future Developments The X-ray Florescence Spectroscopy has undergone major evolution for the past ten years; the current technology is equipped with a metal detector as well as other pertinent specs that are not available in the other versions of x-ray material analysis. This technology is expected to undergo major improvements in future. To begin with, there are higher chances that the current x-ray florescence technology may be expanded to incorporate other effective specs such as OES.

Another change that may be performed on the device is re-designing its structure so that it may become more portable. Historical evidence has shown that previous similar technologies were quite ambiguous and were not portable. Currently, research is underway to ensure that this technology can be designed so that it is easily hand-held. There is also a possibility that issues ascribed to safety in relation to the x-rays emitted by the x-ray florescence spectroscopy. More efforts are also currently directed towards creating platforms for people to undertake research and innovation to improve the performance of this technology.

Consequently, there is a probability that the application of this technology will be extended towards the health sector after undertaking appropriate research. Bibliography Sood, A., & Tellis, G. J. 2005. Technological Evolution and Radical Innovation. Journal of Marketing, 69(3), 152-168. X-ray Fluorescence. n.d.. X-ray Fluorescence. Retrieved April 3, 2014, from http://www.spectroscopyonline.com/spectroscopy/X-ray-Fluorescence/ArticleStandard/Article/detail/730409 X-ray Fluorescence Spectroscopy. n.d.. - Applied Rigaku Technologies, Inc.. Retrieved March 4, 2014, from http://www.

rigakuedxrf.com/edxrf/xrf.html Jenkins, Ron. X-ray fluorescence spectrometry. New York: J. Wiley, 1988. Print.