Chromatography is an extremely
dated technique which was started a couple of centuries back. The techniques
for separation were not developed during the older days. Even mixtures of basic
nature were separated by filter papers and pebbles. Moreover, no data on
complex mixtures existed as they were believed to be inseparable. However, the
use of high-end machines have made many things possible in the present times.
Sample analyzing machines will separate chemicals of even the most detailed
nature and give layout within seconds.
An advanced form of infrared
spectroscopy is FTIR. Although the collection of
data is the same as infra-red spectroscopy in this method, the analysis is
executed differently. The sample is first exposed to light beams of varying
wavelengths as well as waveforms. Then, the light subjected sample is analyzed
for changes after a specified time period.
There are many forms of
analyzers which are used for research and improvements. While several others
like the mercury analyzer can help to save life forms. This
analyzer is capable of giving the mercury concentration in any type of water
body, whether it is an eco system or a human life. Actually, mercury is
extremely toxic, just like lead is. Moreover, if it is present more than normal
level, it means death. Industrial sewage outlets usually dump these toxic
chemicals in water bodies. Despite laws being passed to stop this menace, it is
still carried out in remote parts of the globe. Another beneficial helper here
is high performance liquid chromatograph which can provide a cure along with analysis. With assistance from HPCL,
vital combinations can be analyzed and tested on patients. Thus, chromatography
and spectral techniques have spread far and wide. Numerous applications