Mass spectroscopy and Raman spectroscopy Essay Example | Topics and Well Written Essays - 2250 words

Mass spectroscopy and Raman spectroscopy - Essay Example(Ahuja and Alsante, 2003 p.16)Organic chemists define this science as the study of the quantised interaction of electro magnetized radiations with matter (Yadav, 2005 p.1). According to Yadav (2005), these electromagnetic emissions are created by the fluctuations of electric charges and the magnetic field existing in the atom. He further said that the various forms of electromagnetic radiation complicate ultraviolet radiation, infrared, x-rays, microwaves, radio waves, and so on (Yadav, 2005 p.1).There are four methods or bar techniques used in spectroscopy. These are mass spectroscopy, or MS ultraviolet spectroscopy, or UV infrared spectroscopy, or IR and nuclear magnetic resonance spectroscopy, or NMR. The common types of spectroscopy include astronomical spectroscopy, atomic submersion spectroscopy, attenuated total reflectance spectroscopy, electron spectroscopy, Fourier-transform spectroscopy, gamma-ray spectroscopy, an d laser spectroscopy. (Flowers and Silver, 2004 p.953) A new technique, Raman spectroscopy, is now considered the fifth spectroscopical measurement technique (Smith and Dent, 2005 p.1)The three main types of spectroscopy/spectrometry include absorption spectroscopy, emission spectroscopy, and scatter ... termines the samples physical properties through the amount of light that the warmheartedness scatters at specific wavelengths, incident and polarization angles. The inequality between scattering spectroscopy and emission spectroscopy lies in the fact that the scattering process is quicker than the absorption or emission process (Flowers and Silver, 2004 p.953 Ahuja and Alsante, 2003 p.16).Mass spectroscopy as a technique offers superior structural information of different substances. It can also be a useful tool in separating molecules with little differences in their molecular weight. However, if mass spectroscopy is used as a quantitative measurement technique, its uses can b e limited (Ahuja and Alsante, 2003 p.16).In ultraviolet spectroscopy, a sample substance is continuously irradiated with ultraviolet radiation of differing wavelengths. The business leader or energy which is related with the section of the electromagnetic spectrum matches the difference in power levels among various molecular orbitals. Ultraviolet radiation is created when a sample substance is exposed to a wavelength that equals the translation in energy between an occupied molecular orbital and an unoccupied molecular orbital. (Flowers and Silver, 2004 p.953) Ultraviolet spectroscopy, at a single wavelength, provides little selectivity of analysis (Ahuja and Alsante, 2003 p.16).Infrared spectroscopy, according to Stuart (2004), is definitely one of the most prodigious analytical measurement techniques that are available to scientists nowadays. (Stuart, 2004 p.1) This method offers precise information for some functional substance groups that present selectivity and allow quanti fication. (Ahuja and Alsante, 2003 p.16) This technique is based on the atoms vibrations within a molecule where an