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Whose Memory? Which Future? : Remembering Ethnic Cleansing and Lost Cultural Diversity in Eastern, Central and Southeastern Europe

The book takes a new approach to the subject of ethnic cleansing. It is not about its history and not about the memories of the victims. It focuses instead on the present and investigates how the present-day population in a number of Eastern European cities (Wroclaw in Poland, Lviv and Chernivtsi in Ukraine, Pohořelice, Teplice nad Metují, Ústí nad Labem and Postoloprty in the Czech Republic, Zada

Kinetics and Mechanism for Oxidation of Tetracyanoplatinate(II) by Chlorine and Hypochlorous Acid and for Hydrolysis of Chlorine in Aqueous Solution

Oxidation of Pt(CN)42- in aqueous solutions of chlorine has been followed by stopped-flow spectrophotometry. For pH less than ca. 7, the reaction takes place by two parallel paths with Cl2 and HOCl as oxidants. Rate law determined. In unbuffered solutions of chlorine in aqueous NaClO4, the slow HOCl path is predominant, whereas in weakly acidic solutions buffered with HCl, oxidation takes place vi

Cause I'll Feel Good! An Investigation into the Effects of Anticipated Emotions and Personal Moral Norms on Consumer Pro-Environmental Behavior

Anticipated emotions and moral norms have previously been found to influence consumer adoption of pro-environmental products in different ways. However norms and emotions have seldom been combined in order to understand their relations in motivating consumers to adopt sustainable products. Despite the environmental benefits of sustainable products, consumer adoption is slow to take off. Utilizing

Variable Pressure Oxygen-17 FTNMR and Stopped-Flow Kinetic Study of Water Exchange and DMSO Substitution on Square-Planar Tetraaqua-Palladium(II) and -Platinum(II)

The very slow water exchange on Pt(H2O)42+ was studied in the temperature range 273 to 334 K and pressure range 0.1 to 228 MPa by 17O FTNMR, following the increase in height of the signal from bound water observed when platinum(II) solutions are mixed with 17O enriched water. The much faster water exchange on Pd(H2O)42+ was studied in the temperature range 240 to 345 K and pressure range 0.1 to 26

Transition Metal Complexes with Bidentate Ligands Spanning trans-Positions. Part XII. Steric Effects in the Kinetics and Mechanism of Substitutions at Hydride and Methyl Bisphosphine Platinum(II)) Complexes.

Ligand substitution reactions on square-planar platinum (II) complexes of the types trans-[PtRXL2], trans-[PtR(4-PADA)L2][BF4], trans-[PtRX(LL)] and trans-[PtR(4-PADA)(LL)][BF4], R=H, Me; X=Cl−, I−; L=PEt3, bis(3-trifluoromethyl-phenyl)benzylphosphine (4). LL=the trans-spanning 2,11-bis[bis(3-trifluoro-methylphenyl)phosphinomethyl]benzo [c]phenanthrene (3); 4-PADA (=pyridine-4-azo-4′-(N, N-dimethyLigand substitution reactions on square-planar platinum (II) complexes of the types trans-[PtRXL2], trans-[PtR(4-PADA)L2][BF4], trans-[PtRX(LL)] and trans-[PtR(4-PADA)(LL)][BF4] R=H, Me; X=Cl−, I−; L=PEt3, bis(3-trifluoromethyl-phenyl)benzylphosphine (4), LL=the trans-spanning 2,11-bis[bis(3-trifluoro-methylphenyl)phosphinomethyl]benzo [c]phenanthrene (3); 4-PADA (=pyridine-4-azo-4′-(N, N-dimethyl