Examples of using Superheavy elements in English and their translations into Russian
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Official
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Colloquial
Dmitriev: Status of the Superheavy Elements Factory;
Gulbekian will make a report on the progress in building the Factory of Superheavy Elements.
Six New Isotopes of the Superheavy Elements Discovered.
The guests visited the Flerov Laboratory of Nuclear Reactions where they were acquainted with the accelerator complex and activities on superheavy elements synthesis.
Synthesis of superheavy elements by JINR is a world-leading programme.
People also translate
Record of the seminar"Discovery of superheavy elements.
Synthesis of superheavy elements and study of their nuclear properties.
Synthesis and study of properties of superheavy elements SHE.
For example, to synthesize superheavy elements, it is necessary to continuously make nuclei collide for several days, accelerating them in the machine, the mass of which exceeds 2000 tons, at the same time the costs of electricity being 10,000 rubles per hour.
Karpov gave the students a lecture on the synthesis of superheavy elements.
The programme of studies of superheavy elements deserves special mentioning.
The PAC heard with great interest the report on the status and quality assurance of the DC-280 cyclotron-- the central part of the Factory of Superheavy Elements(SHE), presented by I.
The JINR flagship projects NICA and the Superheavy Elements Factory grow in popularity.
A new cyclotron complex of heavy ions DRIBs-III is developed in Dubna that will allow one to approach closely the borders of nuclei nucleon stability,including the region of superheavy elements.
The programme of studies of superheavy elements deserves special mentioning.
For most of the participants of the Conference that day started with an excursion to the Flerov Laboratory of Nuclear Reactions and the Veksler andBaldin Laboratory of High Energy Physics where the Superheavy Elements Factory and the NICA experimental complex are being developed.
We offer to your attention the cycle of 5 lectures"Superheavy elements" which will be delivered by RAS Academician Yu.Ts. Oganessian.
Due to this, the laboratory community made outstanding discoveries: new types of nucleus decays and new classes of nuclear reactions were discovered, eleven new chemical elements in total were synthesized, including new superheavy elements with atomic numbers 113-118 that were synthesized in recent years.
This review is devoted to the studies of heavy and superheavy elements and the methods of their synthesis and identification.
At the Flerov Laboratory of Nuclear Reactions the Ambassador was also acquainted with the cyclotron complex for tasks of fundamental and applied physics, in particular,the synthesis of superheavy elements, which is being held in close cooperation with colleagues from Darmstadt.
With his participation, for the first time the superheavy elements from 113 to 118 were synthesized in the fusion reactions of Ca-48 with actinide nuclei including elements 114 and 116, the discovery of which was officially recognized by the International Union of Pure and Applied Chemistry in 2011.
The experiments aimed at studying the chemical properties of superheavy elements Cn, 113, and Fl continued.
Dubna scientists have synthesized new,long-lived superheavy elements with the atomic numbers 113, 114, 115, 116, 117 and 118.
The results of this research made the basis of the project of a new complex-"Superheavy Elements Factory" based on the cyclotron DC-280.
In his later years,Ghiorso continued research toward finding superheavy elements, fusion energy, and innovative electron beam sources.
Assembling the new experimental set-ups at the cyclotron U400M will ensure non-stop experiments to study superheavy elements during the modernization of U400 expected at the end of 2009.
Major achievements are the synthesis and study of nuclear,chemical and physical properties of transfermium(Z>100) and superheavy elements(SHE), the formation and study of the properties of light exotic nuclei, study of reaction mechanisms with accelerated ions of stable and radioactive isotopes.
The Slovak delegation was acquainted with work on establishment of the NICA complex in the Laboratory of High Energy Physics,research in the fields of heavy-ion physics and the Factory of Superheavy Elements construction project in the Laboratory of Nuclear Reactions, met with representatives of the Slovak national group of JINR staff members.
The IBR-2, neutrino programmes at Baikal andthe Kalinin Nuclear Power Station, the Superheavy elements Factory, modernization of old accelerators, radiobiology programmes, i.e.
It was also found that the yield for the fusion-fission pathway was similar between 48Ca and 58Fe projectiles,suggesting a possible future use of 58Fe projectiles in superheavy element formation.
