Tellurium-128 isotope (Te-128 isotope, 128Te isotope)
128Te isotope is available to order from BuyIsotope.com in 128Te metal powder (Te) chemical form and in 128Te oxide (TeO2) chemical form. Please contact us via request a 128Te quote BuyIsotope.com to order 128Te isotope, to get 128Te price and to buy 128Te isotope.
128Te Safety Data Sheet (SDS) in metal powder form - Download pdf file
Download 128Te SDS in metal powder form
128Te Safety Data Sheet (SDS) in oxide form - Download pdf file
Download 128Te SDS in oxide form
|Properties of 128Te Isotope:||128Te|
|Natural Abundance (%)||31.74|
|Atomic Mass (Da)||127.9044631|
|Relative Isotopic Mass||127.9044631|
|Neutron Number (N)||76|
|Atomic Number (Z)||52|
|Mass Number (A)||128|
|Nucleon Number (A)||128|
|Proton Number (Z)||52|
|g-factor (g value)||0|
|Electron Configuration Block||p|
|Melting Point (K)||722.66|
|Boiling Point (K)||1261|
|Heat of Formation||196.6|
|Electron Affinity (kJ/mole)||1.970875|
|Electronegativity (Pauling scale)||2.1|
|Atomic Radius (pm)||0|
|Covalent Radius (pm)||140|
|VDW Radius (pm)||206|
Tellurium is a silvery metalloid element of group 16. 39 isotopes of tellurium are known. 8 of them are natural ones, 6 of which are stable. Tellurium is used in semiconductors and to a degree in some steels. This element is similar to sulphur chemically. Tellurium was discovered by Franz Miller in 1782.
Tellurium is used to improve the machining quality of copper and stainless steel products and to color glass and ceramics. Also it is used in thermoelectric devices. Some compounds of tellurium are used in the rubber industry. Tellurium is a basic ingredient in manufacturing blasting caps.
What is 128Te isotope natural abundance?
Answer: 31.740 %
What is atomic mass for 128Te isotope?
Answer: 127.90446 Da
What is isotopic mass for 128Te isotope?
How many neutrons does 128Te isotope have?
How many protons does 128Te isotope have?
How many electrons does 128Te isotope have?
What is atomic number for 128Te isotope?
Is 128Te isotope stable?
Is 128Te isotope radioactive?