Post-Versailles Europe saw the emergence of new, quasi-state territorial corporations (enjoying a great deal of autonomy, but not sovereignty). These included the Free State of Fiume/Rijeka (1919- 1924), Free City of Danzig/Gdańsk (1920-1939), Free State of Memel/ Klaipeda (which emerged between 1920 and 1923, before being incorporated into Lithuania with partial autonomy still remaining), as well as, slightly later, the autonomous Åland Islands (1922), and the Republic of Hatay (1938-1939). In theory, those international law constructs were supposed to resolve tensions (including those erupting on the grounds of nationality) between neighbours vying for control over strategic territories (and cities). However, they proved to primarily spark new conflicts of varying length. The article constitutes an attempt at comparing the geneses and development of the first three of the abovementioned “free cities”, as well as identifying their role in the newly-formed League of Nations. In addition, the article attempts to determine the degree to which the principle of national self-determination played a role in the establishment of these entities, as well as the methods used to ensure that the national minorities which found themselves within the borders of these “free cities” were protected.
In this study, we have developed Sn-Ag alloy by a simple high energy ball milling technique. We have ball-milled the eutectic mixture of Sn and Ag powders for a period of 45 h. The milled powder for 45 h was characterized for particle size and morphology. Microstructural investigations were carried out by scanning electron microscopy and X-ray diffraction studies. The melting behavior of 45 h milled powder was studied by differential scanning calorimetry. The resultant crystallite size of the Sn(Ag) solid solution was found to be 85 nm. The melting point of the powder was 213.6oC after 45 h of milling showing depression of ≈6oC in melting point as compared to the existing Sn-3.5Ag alloys. It was also reported that the wettability of the Sn-3.5Ag powder was significantly improved with an increase in milling time up to 45 h due to the nanocrystalline structure of the milled powder.
The last decade has witnessed the development of a growing phenomenon, the expulsion of European Union (EU) citizens from a host Member State. While the EU encourages its citizens to use their fun-damental right of freedom of movement, citizens moving to other Member States continue to encounter legal obstacles, in some cases leading to expulsion. Recently, there has even been strong political pressure in some Member States to reconsider the benefits of the principle of free movement, which has been built progressively since the foundation of the European Community. This restrictive ap-proach has arisen against the background of the global economic crisis, which occurred just after the enlargement of the EU to economically poorer countries of Central and Eastern Europe, leading to more nationalistic and protectionist measures, which have legal consequences for EU citizens on the move. This article analyses the legal grounds for expulsion under EU law and the safeguards that pro-tect EU citizens residing in host Member States. Examples of expulsions from Member States in recent years are noted, and possible ways of overcoming current issues are proposed.
Two highly sensitive optical sensor topologies are proposed and simulated in this paper. The proposed structures are optimized to provide better performance characteristics such as sensitivity, detection limit, and quality factor. They are based on two-dimensional photonic crystals consisting of rectangular arrays of GaAs rods in SiO2 substrates. Such lattices have bandgaps for transverse magnetic modes. Two-dimensional finite difference time domain and plane wave expansion methods are used for the simulation and analysis of the refractive index sensors and particle swarm optimization method is used to optimize the structural parameters. The designed structures show a high sensitivity to refractive index variations. They are able to detect refractive indices from 1.33 to 1.5. An excellent figure of merit equal to 737 RIU−1 is observed for the proposed structure and a significant improvement is observed compared to the structures reported in the literature.
The article presents Peter F. Strawson’s remarks on the free will debate, which he has presented in the essay ‘Freedom and Resentment’. Strawson avoids taking a stance on the question whether the thesis of determinism is correct. Instead he shows the essential difficulties and far reaching consequences of acknowledging this thesis. He recognizes the inseparable connection between freedom and responsibility in the philosophy after Kant. He consequently questions whether we really understand what it would mean to claim that determinism is true. He focuses on what he calls ‘reactiv attitudes’ triggered by the way in which other people behave toward us. Their behavior evokes emotional reaction in us – gratitude, respect, curiosity, but also distrust, resentment, disappointment. Those emotional responses are not purely subjective and they underlie moral judgments and complicated interpersonal relations. We suspend our reactive attitudes towards animals, very small children or people that we think are mentally ill. Instead we adopt objective (psychiatric, scientific) attitudes towards them. But to acknowledge the thesis of determinism implicates that we should treat all people this way. The paper is not so much concerned with an analysis of advantages and weak points of Strawson’s version of compatibilism, but focuses instead on the originality of his contribution to the debate on free will and on his brilliant treatment of reactive attitudes.
The paper presents the results of investigations concerning the influence of gray cast iron modification on free vibration frequency of the disc casting. Three different chemical composition melts of gray cast iron were prepared in induction furnace. During gravity casting 0.05% and 0.3% mass of the Inolate modifier was added on stream of metal for changing graphite flakes in castings. Sound signal vibration of cast iron sample was registered by means on microphone for free vibration frequency measurements. Decreasing of free vibration frequency of modified cast iron in comparison with non modified castings was observed. Higher contents of modifier causes more decreasing of free vibration frequency. Cast iron with smaller contents of carbon and silicon have higher free vibration frequency in comparison with eutectic composition cast iron. Hardness of examined cast iron is lower when the more modifier is added during modification process. Free frequency is smaller with smaller Brinell hardness of disc casting. It was concluded that control of free vibration frequency of disc castings by means of chemical composition and modification process can improved comfort and safety of working parts.
In this paper, study the preparation of Y-Fe alloy by reduction-diffusion process, which is novel technique for producing an alloy from its ores directly at different temperatures. From this work, investigates the particles size and morphology structure of alloy by X-Ray Diffraction (XRD), Energy dispersive-X-ray analyzer (EDAX) and Scanning Electron Microscope (SEM) respectively. Here study the thermodynamics of property of system such as Gibbs free energy and reaction kinetics of system respectively. The Vibrating Sample magnetometer (VSM) is used to study the magnetic properties of alloy such as cocerviety, saturation magnetization and retentivity.