Author: km
Copper isotope copper 63 copper 65
Copper isotope copper 63 copper 65 Copper isotopes Cu-63 and Cu-65 have been used to study copper metabolism and gastrointestinal diseases. Copper-63 is used to produce the medical radioisotope zinc-62 and can also be used to produce copper-64 for cancer diagnosis and treatment. The CU-65 is also proposed as a precursor to the PRODUCTION of…
Nickel isotope Nickel 64
Nickel isotope Nickel 64 Nickel isotopes are used in the production of several radioisotopes. Ni-64 is used to produce CU-64 for radioimmunotherapy. Ni-61 can be used to produce PET radioactive isotope Cu-61. Ni-62 is used to produce the radioactive isotope Ni-63 and can be used as an XRF source, an electron capture source in gas…
Neon isotope
Neon isotope neon isotopes There are three types of neon isotopes – neon 22, neon 20, neon 21, neon isotopes are used in a variety of applications . Ne-22 is used in the production of the medical radioisotope Na-22 . The Ne-20 can be used to produce the F-18 , although the route through the O-18 is by far the most common. Ne-21 has been used in Masers to study quantum physics. isotope…
Xenon isotopes
Xenon stable isotope Xenon stable isotopes are mainly used in industry, medicine and research. Xenon isotopes are available in various chemical forms. Naturally occurring xenon has nine stable isotopes. isotope Z(p) N(n) natural content Abundance chemical form Xe-124 54 70 0.10% 99.90% gas Xe-126 54 72 0.09% 99.90% gas Xe-128 54 74 1.91% 99.90% gas Xe-129 54 75 26.40% 99.90%…
About krypton isotopes Krypton 78 krypton 80 krypton 82 krypton 83 krypton 84 Krypton 86
Krypton Isotopes – Krypton was discovered in 1898 by Sir William Ramsay and Morris W. Travers. Its name is derived from the Greek kryptos, which means “hidden”. Krypton is a colorless, odorless, and tasteless gas. It liquefies at -153.22 º C and solidifies at 157.36 º C into a white crystalline substance with a face-centered cubic structure. it Slightly soluble in water. Krypton is a noble…
Analysis of Uncertainty of Standard Gas Component Value
Gas standard samples and gas standard substances (hereinafter referred to as standard gases), as a physical standard and measurement benchmark, are widely used in scientific research, environmental testing, medical and health, petrochemical, chemical fertilizer, electric power, coal, metallurgy, machinery and other national economies. of various fields. Standard gas has played an extremely important role in calibrating…
Performance Evaluation of Mixed Gas Standards
1. Inspection of the uniformity of the mixed gas standard sample The degree of uniform mixing of the standard gas will directly affect the accuracy of its component content. For this reason, the prepared standard gas must be homogenized. The prepared steel cylinder was placed on the rolling device and rolled for 2 hours to make it…
Several basic methods of standard gas waste gas treatment
1. Standard gas waste gas treatment has the following four methods: 1. Adsorption method Adsorption method is also called dry method, which uses solid absorbent to adsorb harmful components in gas. There are many kinds of adsorbents due to the different components of the absorbed gas, such as porous activated carbon, alumina gel, silica gel, diatomaceous earth, etc. …
Weighing method is the classic method of standard gas preparation
Weighing method is a classic method for international and domestic standard gas preparation. In the past, a precision mechanical balance was usually used as a preparation tool for standard gas, and a set of relatively mature methods for the evaluation and calculation of uncertainty in the weighing process of the balance has also been established. In recent…
Standard gas distribution method
There are three methods of standard gas distribution: 1. Syringe gas distribution method When only a small amount of standard gas is required, a 100ML syringe can be used to prepare the standard gas; the required low-concentration standard gas can be obtained after multiple dilutions. The concentration of the standard gas can be calculated according to the…