Add to ORKGCurrently, twenty-eight gallium, thirty-one germanium, thirty-five lutetium, and thirty-six hafnium isotopes have been observed and the discovery of these isotopes is discussed here. For each isotope a brief synopsis of the first refereed publication, including the production and identification method, is presented. ∗Corresponding author
Thirty-seven cadmium isotopes have so far been observed; the discovery of these isotopes is discusse...
Each naturally occurring isotope has a tale to tell about the history of matter, and each has its ow...
Heavy-ion fusion-evaporation has been the most productive method to form and identify new isotopes. ...
Currently, thirty-four samarium, thirty-four europium, thirty-one gadolinium, and thirty-one terbium...
Currently, forty-one cesium, thirty-five lanthanum, thirty-two praseodymium, and thirty-one promethi...
Currently, twenty-three scandium, twenty-five titanium, forty mercury and seventeen einsteinium isot...
Currently, thirty-eight palladium, thirty-eight antimony, thirty-nine tellurium, thirty-eight iodine...
Currently, thirty-one rubidium, thirty-five strontium, thirty-five molybdenum and thirty-eight rhodi...
Currently, forty-two thallium, forty-two lead, forty-one bismuth, and forty-two polonium isotopes ha...
Currently, thirty-eight tantalum, thirty-eight rhenium, thirty-nine osmium, and thirty-eight iridium...
Currently, thirty-nine astatine, thirty-nine radon, thirty-five francium, and thirty-four radium iso...
Currently, 163 isotopes of elements with Z ≥ 100 have been observed and the discovery of these isoto...
This book describes the exciting discovery of every isotope observed on earth to date, which current...
Seventeen einsteinium isotopes have so far been observed; the discovery of these isotopes is discuss...
A total of 194 isotopes with 11 ≤ Z ≤ 19 have been identified to date. The discovery of these isotop...
Thirty-seven cadmium isotopes have so far been observed; the discovery of these isotopes is discusse...
Each naturally occurring isotope has a tale to tell about the history of matter, and each has its ow...
Heavy-ion fusion-evaporation has been the most productive method to form and identify new isotopes. ...
Currently, thirty-four samarium, thirty-four europium, thirty-one gadolinium, and thirty-one terbium...
Currently, forty-one cesium, thirty-five lanthanum, thirty-two praseodymium, and thirty-one promethi...
Currently, twenty-three scandium, twenty-five titanium, forty mercury and seventeen einsteinium isot...
Currently, thirty-eight palladium, thirty-eight antimony, thirty-nine tellurium, thirty-eight iodine...
Currently, thirty-one rubidium, thirty-five strontium, thirty-five molybdenum and thirty-eight rhodi...
Currently, forty-two thallium, forty-two lead, forty-one bismuth, and forty-two polonium isotopes ha...
Currently, thirty-eight tantalum, thirty-eight rhenium, thirty-nine osmium, and thirty-eight iridium...
Currently, thirty-nine astatine, thirty-nine radon, thirty-five francium, and thirty-four radium iso...
Currently, 163 isotopes of elements with Z ≥ 100 have been observed and the discovery of these isoto...
This book describes the exciting discovery of every isotope observed on earth to date, which current...
Seventeen einsteinium isotopes have so far been observed; the discovery of these isotopes is discuss...
A total of 194 isotopes with 11 ≤ Z ≤ 19 have been identified to date. The discovery of these isotop...
Thirty-seven cadmium isotopes have so far been observed; the discovery of these isotopes is discusse...
Each naturally occurring isotope has a tale to tell about the history of matter, and each has its ow...
Heavy-ion fusion-evaporation has been the most productive method to form and identify new isotopes. ...