REUTERS Ukrainian journalist Denys Kazansky has said the so-called 'council of commanders' of the 'Union of Donbas Volunteers,' an organization in which Russian-led fighters fought for the so-called 'Luhansk and Donetsk People's Republics' ('LPR'/'DPR') against Ukraine, took place in Moscow on February 15. Russian president's aide Vladislav Surkov, who is also the supervisor of the 'union,' attended the meeting. 'Surkov is quite an official person, i.e. The Russian authorities can no longer say that they have nothing to do with the militants, since Surkov himself comes to their congresses and speaks there. But the main thing is not even the fact of Surkov's presence, but what his supervisees say,' Kazansky wrote in a blog. 'During his speech, Alexander Boroday (who created the 'DPR' in the spring of 2014), sitting next to Surkov, openly declared the need to resume the hot phase of war in Donbas and told the terrorists' warlords that the next pretext for a new invasion of Ukraine could be elections.

Feb 01, 2019  Both spoke the day after Justice Desmond Fagan said lethal messages derived from “hostile passages” of the Koran were not effectively countered by suggestions from “various quarters” that the verses had been “cherry picked” or that Islam was an “interpretive religion” of peace.

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In case their result does not suit them, they will arrange a 'bloody mess.' Yes, he put it that way: 'it will be a bloody mess,' the journalist said.

• 118 Downloads • Abstract The adsorption and dissociation of hydrogen on Zn-exchanged zeolites has been studied theoretically by density functional theory (DFT). Diverse types of active sites have been employed for the Zn cation, such as: placed on different rings (4T and 5T), in the (ZnO) 4 (in a cubic configuration cluster) and in the [Zn–O–Zn] 2+ dimer complex. The Zn(II) cation is most exposed to probe molecules when situated on 4T ring of zeolites. In this position, the cation activates the infrared stretching band of the hydrogen molecule, which is not observed when Zn(II) sits on 5T rings. The assignment of the band shifts found in the experimental IR spectra of hydrogen adsorption, which were associated to the cation position in the zeolite framework, had to be revised following the results for the calculated shifts. Larger shifts are associated to the cationic position at small rings.

In the case for (ZnO) 4 the dissociative adsorption is more favorable. The calculated activation energy is the lowest among all sites studied.

The results have also confirmed the current proposal that ZnO microparticles are responsible for the large H–H stretching shift and the H 2 dissociation on Zn(II) sites in zeolites. Schlegel, G.E. Scuseria, M.A. Cheeseman, V.G. Zakrzewski, J.A. Montgomery Jr., R.E. Stratmann, J.C.