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be processed on the legal basis of Article 6, Section 1, Paragraph f of the GDPR. Access to personal data within the Administrator's organizational structure shall be granted only to the employees
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Jerzy Haber Institute of Catalysis and Surface Chemistry, Polish Academy of Sciences | Poland | about 2 months ago
molecular architecture and the resulting structures - as the structural parameters and interfacial behavior of the multicharge surfactants - are essential for understanding their adsorption and aggregation
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design and fabrication of mechanically robust 2D vdW structures? What drives the discrepancy between the frequently reported, exceptionally high mechanical properties of vdW materials and today’s limited
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alternatives to noble-metal catalysts for (electro)(catalytic) transformations. Owing to their structural tunability, carbons can mediate a wide range of reactions, and when precisely engineered they exhibit
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: * Design, construction, and optimization of a high-throughput, multiplexed setup for single-particle spectroscopy based on SPAD arrays. * Quantitative characterization and mitigation of error sources
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in organic chemistry Proven experience in synthetic organic chemistry (hands-on laboratory work) Proficiency in English Experience with structural characterization of organic compounds using NMR, MS
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Scope of duties / job description: 1. structural analysis of secondary and primary cell wall polysaccharides in European ash; 2. gene expression and/or transcriptomic studies in European ash; 3
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of hydrogen absorbing alloys with metal nanoparticles experience in half-cell construction experience in conducting electrochemical studies in ionic liquids familiarized with NMR, IR, Raman, SEM/EDS techniques
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the Materials Research Laboratory, with particular responsibility for structural characterization of materials using spectroscopic methods (ICP-MS, elemental analyzers, FTIR spectroscopy, Raman spectroscopy, and
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of semiconductor materials and structures of semiconductor lasers (microphoto- and microelectroluminescence, power reflectiance, etc.) Designing the precise implantation parameters by using Stopping and Range