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Rethinking Civil Society and the Public Spheres: Pathways of Indian Modernities in Global Conversations

100%
Giri A. K.
Polish Sociological Review
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2012
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vol. 178
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issue 2
227-244
EN
Civil society today is a globally valorized discourse but its fundamental terms come from the European discourses which need to be brought to cross-cultural conversations and dialogues. The essay makes such an effort by rethinking civil society and the conjoint concept of public sphere. It argues that civil society consist of overlapping and interpenetrative circles of society, religion, state, market, social movements / voluntary organizations and self. It explores pathways of Indian modernities and its implication for rethinking civil society and public sphere globally.
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Formowanie materiałów chitynowych przy zastosowaniu elektroprzędzenia

72%
Biniaś D., Biernat A.
Polish Journal of Materials and Environmental Engineering
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2021
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vol. 2(22)
15-23
EN
As part of the research, chitin materials were obtained using the electrospinning method. For this purpose, chitin solutions were prepared in phosphoric acid and lithium chloride in an amide solvent. The coagulation of chitin materials was performed in alkaline water baths and in distilled water. As a result of the method, microspheres and microfibers of chitin were obtained. The morphological structure of the obtained materials was analyzed using a scanning electron microscope (SEM) and an optical microscope. The obtained microspheres were characterized by a similar diameter value, amounting to 195 μm. In contrast, chitin microfibers from 90 to 150 μm. The obtained materials were subjected to mid-infrared and Raman spectrophotometric tests in order to determine the influence of the solvents used on the chemical structure of native and regenerated chitin. Infrared spectroscopy studies confirmed no changes in the chemical structure of regenerated chitin. Raman spectroscopy studies confirmed no degradation of regenerated chitin. In the spectra obtained, differences were observed in the form of changes in the shape of the bands for oscillators be associated in intermolecular interactions, which is caused by changes in the supermolecular structure.
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