What are the different uses of the ionizing mass spectrometer?
The ionization mass spectrometer can come in many different forms for many different uses; However, they all work on the same basic principles. The sample is placed in the ionization mass spectrometer and its particles are electrically charged and turns them into ions. These ions are then sorted according to their mass and measured and create a spectrum that identifies all chemical components of the sample. The ability to accurately identify chemicals and their composition is useful in many scientific disciplines, including geology, archeology and understanding the chemical composition of planets and stars. One of the most important uses of the ionization mass spectrometer is medical research and treatment, where the device can identify traces of chemicals in the human body to diagnose disease and study chemical effects of drugs.
Scientists studying Earth use for different purposes. In geology, accurate measurements of the components of ancient rocks CPOSSETS INTERESTING TO THEY AGE AND CONDITIONS THAT WAS ALREADY WHEN YOU WEREformed. In weathering studies, weight spectrometry can identify the exact levels of different gases in samples of arctic ice and to tell scientists the level of greenhouse gases that existed in the Earth's atmosphere over tens of thousands. Scientists have even been able to use weight spectrometry to identify the remains of a massive meteor strike, which is assumed that it has caused the extinction of dinosaurs.
When studying our solar system, scientists not only used the ionization mass spectrometer to study meteorite samples that fell on the ground, but also integrated the facility into a spacecraft. She sent two Vikings spacecraft to Mars in 1975, each of which had an ionization mass spectrometer on board to seek chemical symptoms of life. The Huygens probe, which landed on Titan, Jupiter's Larges Moon, in 2005, used an ionizing weight spectrometer to study atmospheresy and composition of the surface of the moon.
Medical science extensive use of ionization mass spectrometers. Research is used to identify chemicals in nature, which may have healing use and help understand how these substances interact with other chemicals in the human body. If the disease is diagnosed, they are used to identify chemicals such as toxins that may adversely affect the patient. They are also used to identify proteins, enzymes and other biological compounds present in the body that can provide insight into what causes human disease.
ionization mass spectrometers also have use outside medicine and research. They can be used to measure air quality in buildings or factories, to monitor the cleanliness of the product in industry or even to identify alternative resources of raw materials. The ionization mass spectrometer continues to seek new use and applicationally anywhere that knowledge of the accurate chemical composition of the substance is informative or beneficialE.