Sentence examples for synthesis of elements from inspiring English sources
Is there something brittle and tinged with hysteria about Currin's synthesis of elements that consort like cats in a sack?
The Long Telegram provided, in the clipped style of a cable, a persuasive synthesis of elements in the psychology of the Soviet leaders.
A qualitative research stance was used, consisting of a pragmatic synthesis of elements of action research, ethnography and grounded theory.
For the synthesis of elements heavier than mendelevium, so-called heavy ions (with atomic number greater than 2 and mass number greater than 5) have been used for the projectile nuclei.
Thus, it constituted a synthesis of elements very different in origin and nature, which tempted students to read their own presuppositions into it.
His work with William Alfred Fowler on the synthesis of elements in stars was seminal, although he did not share the 1983 Nobel Prize with Fowler.
Attempts to create elements 119 and 120 in this manner are underway: the synthesis of element 120 was attempted through the reactions 244Pu + 58Fe at JINR8 and 238U + 64Ni, 248Cm + 54Cr and 249Cf + 50Ti at GSI4,9,10, while the synthesis of element 119 has been attempted through 249Bk + 50Ti at GSI10 and 248Cm + 51V at RIKEN11 — but those have remained unsuccessful.
Plans to synthesize element 117 were shelved temporarily in favor of the synthesis of element 118, which was produced by bombarding a californium target with calcium.
The Berkeley team, consisting of Albert Ghiorso, Glenn T. Seaborg, John R. Walton and Torbjørn Sikkeland, then claimed the synthesis of element 102 in 1958.
In 1992, the IUPAC/IUPAP Transfermium Working Group TWGG) assessed the claims of discovery and concluded that both teams provided contemporaneous evidence to the synthesis of element 104 and that credit should be shared between the two groups.
The synthesis of element 108 was first attempted in 1978 by a Russian research team led by Yuri Oganessian and Vladimir Utyonkov at the Joint Institute for Nuclear Research JINRR) in Dubna, using reactions that would generate the isotopes hassium-270 and hassium-264.
