* Condensed Matter Nuclear Reactions: Identification for the first time of a nuclear reaction occurring in aqueous solutions ( 1989 ).

Reactions with chalcogens are highly exothermic ( release energy ); the reaction with oxygen or air occurs at room temperature, and therefore barium is stored under oil or inert gas atmosphere.

Reactions take place at both electrode surfaces, absorbing each ion.

Reactions that take place at Down's cell are the following:

This reaction was reportedly first studied in 1978 by the team at the Flerov Laboratory of Nuclear Reactions ( FLNR ) under the leadership of Yuri Oganessian.

It was first correctly identified in 1966 by scientists at the Flerov Laboratory of Nuclear Reactions in Dubna, Soviet Union.

Following initial work between 1958 – 1964, in 1966, a team at the Flerov Laboratory of Nuclear Reactions ( FLNR ) reported that they had been able to detect < sup > 250 </ sup > Fm from the decay of a parent nucleus (< sup > 254 </ sup > No ) with a half-life of ~ 50s, in contradiction to the Berkeley claim.

Reactions are slow at room temperature, but are vigorous above 200 ° C:

He also stated that although the element was discovered as an American collaboration, who provided the californium target, the element should rightly be named in honor of Russia since the Flerov Laboratory of Nuclear Reactions at JINR was the only facility in the world which could achieve this result.

In March – April 2007, the synthesis of unbinilium was attempted at the Flerov Laboratory of Nuclear Reactions in Dubna by bombarding a plutonium-244 target with iron-58 ions.

Several experiments have been performed between 2000 – 2008 at the Flerov laboratory of Nuclear Reactions in Dubna studying the fission characteristics of the compound nucleus < sup > 302 </ sup > Ubn.

The experiment began in June 2009 and, in January 2010, scientists at the Flerov Laboratory of Nuclear Reactions announced internally that they had succeeded in detecting the decay of a new element with Z = 117 via two decay chains of an odd-odd isotope ( undergoing 6 alpha decays before undergoing a spontaneous fission ) and of an odd-even one ( 3 alpha decays before fission ).

Reactions to the child were mixed: the baby's grandfather, Duke Philip the Good, was unimpressed, and " chose not to attend the as it was only for a girl "; the grandmother, Isabella of Portugal, was simply delighted at the birth of a granddaughter.

Reactions to his first performances were cool at best.

* Reactions at the injection site

Reactions of phenanthrene typically occur at the 9 and 10 positions, including:

In March – April 2007, the synthesis of unbinilium was attempted at the Flerov Laboratory of Nuclear Reactions in Dubna by bombarding a plutonium-244 target with iron-58 ions.

Several experiments have been performed between 2000 – 2004 at the Flerov laboratory of Nuclear Reactions studying the fission characteristics of the compound nucleus < sup > 306 </ sup > Ubb.

), Reactions of Molecules at Electrodes, Interscience Pub., London, 1971, pp. 135-227

Reactions involving a proton and an antiproton at high energies give rise to many-particle final states.

Several experiments have been performed between 2000 and 2004 at the Flerov laboratory of Nuclear Reactions studying the fission characteristics of the compound nucleus < sup > 306 </ sup > Ubb.

Several experiments have been performed between 2000-2004 at the Flerov laboratory of Nuclear Reactions studying the fission characteristics of the compound nucleus < sup > 306 </ sup > Ubb.

Reactions of metal-pincer complexes are localized at three site perpendicular to the plane of the pincer ligand, although in some cases one arm is hemi-labile and an additional coordination site is generated transiently.

Reactions from mothers during test screenings of her scenes made Sullivan Bluth, at the insistence of their investor Goldcrest Films, cover her chest with feathers as cel overlays, or simply paint her cleavage out.

* Marwan, J. and Krivit, S., “ Low-Energy Nuclear Reactions Sourcebook ” is an edited collection of scientific papers that were presented at an American Chemical Society Meeting held in 2007.

Reactions of acids are often generalized in the form HA H < sup >+</ sup > + A < sup >−</ sup >, where HA represents the acid and A < sup >−</ sup > is the conjugate base.

Reactions such as + → + ( the two-photon annihilation of an electron-positron pair ) are an example.

Reactions with other nonmetals, such as carbon, nitrogen, phosphorus, silicon, and hydrogen, are generally exothermic and proceed upon heating.

Reactions with water and alcohols are also very exothermic and release hydrogen gas:

Reactions can proceed by themselves if they are exergonic, that is if they release energy.

Reactions of these isotopes of hydrogen are of interest because the energy per unit mass of fuel released by their fusion is much larger than that from fission of heavy nuclei.

Reactions in which such electron exchange occurs ( which are the basis for batteries ) are called reduction-oxidation reactions or redox reactions.

SomeOrganic Reactions chapters are made into dedicated books, such as this chapter on the Stille reaction by Farina et al.

The books are published by John Wiley and Sons, Inc. who also manage and maintain the Organic Reactions website.

Experimental approaches for characterizing polymers are also common, using Polymer characterization methods, such as size exclusion chromatography, Viscometry, Dynamic light scattering, and Automatic Continuous Online Monitoring of Polymerization Reactions ( ACOMP ) for determining the chemical, physical, and material properties of polymers.

Reactions involved in the collodion processes are the same as those that apply other photographic processes.

Reactions 1 and 3 are very rapid compared to the second, so it is the slowest reaction that is reflected in the rate equation.

Reactions are catalyzed by a type III PKS enzyme.

They are divided into Noon actions ( playable on their own ), Shootout actions ( played during a shootout ), and Reactions ( played in response to another action ).

Reactions are known where the deuterated species reacts faster than the undeuterated analogue, and these cases are said to exhibit inverse kinetic isotope effects ( IKIE ).

Reactions are driven to completion by the use of excess ( two-to four-fold ) activated amino acid.

Reactions to chemical components of the diet are more common than true food allergies.

Reactions secondary to food ingestion are defined generally as ' adverse reactions to food '.