181. |
182. |
183. |
184. O smeri naslanjanja slovenskih naslonk : predavanje v okviru Lingvističnega krožka Filozofske fakultete v Ljubljani, 18. 3. 2024, LjubljanaGuy Tabachnick, Franc Marušič, Rok Žaucer, 2024, other performed works Abstract: Stavčne naslonke naj bi se v slovenščini privzeto naslanjale na predhodno besedo kot enklitike, obstaja pa glede tega v jezikoslovni literaturi tudi nasprotno mnenje. To razpravo smo želeli osvetliti z eksperimentalnimi podatki. V poskusu smo v stavek, prebran z nevtralno intonacijo in brez očitnih premorov, dodali kratek pisk na različna mesta, sodelujoči pa so morali povedati, kje dodani pisk slišijo. Piska večinoma niso slišali, kjer je bil predvajan, temveč so ga zaznavali na prozodičnih mejah, še posebej na večjih prozodičnih mejah. V običajnih stavkih brez večjih prozodičnih mej so pisk pogosteje zaznali pred naslonskim nizom kot za njim, kar pomeni, da govorci občutijo obstoj večje prozodične meje pred naslonkami kot za naslonkami in da se naslonke očitno privzeto navezujejo kot proklitike na naslednjo besedo in ne kot enklitike na predhodno besedo. Keywords: naslonke, poskus, prozodične meje, skladnja, slovenščina Published in RUNG: 29.03.2024; Views: 554; Downloads: 2 Link to file This document has many files! More... |
185. Novel bispecific nanobody mitigates experimental intestinal inflammation in mice by targeting TNF-▫$\alpha$▫ and IL-23p19 bioactivitiesJiewen Wang, Guangbo Kang, Huiying Lu, Ario De Marco, Haibin Yuan, Zelin Feng, Mengxue Gao, Xiaoli Wang, Huahong Wang, Xiaolan Zhang, 2024, original scientific article Keywords: bispecific constructs, nanobodies, intestinal inflammation Published in RUNG: 27.03.2024; Views: 641; Downloads: 3 Full text (12,21 MB) This document has many files! More... |
186. Chemical composition of apple cider : a comparative study of Norwegian and French cidersIngunn Ovsthus, Mitja Martelanc, Tatjana Radovanović, Marko Lesica, Lorena Butinar, Branka Mozetič Vodopivec, Guillaume Antalick, 2024, published scientific conference contribution Abstract: Norwegian apple ciders have recently gained attention at the levels of international competitiveness. Accordingly, a comparative study on the chemical composition of selected Norwegian and French apple ciders was conducted to gain knowledge on what ubiquitous chemical parameters make the Norwegian ciders different from ciders from well-established producing regions. A total of 43 ciders, 24 Norwegian and 19 French, in the category of acidic dominant ciders, were included in the study. Ethanol, individual sugars and organic acids, pH, total phenols, aroma compounds including esters, C6-alcohols, volatile phenols and terpenoids, were analysed. Norwegian ciders showed higher contents in ethanol, malic and citric acids, whereas total phenols, pH, glucose, and fructose were higher in French counterparts. Regarding the aromatic profile, no significant differences were observed for C6-alcohols. In contrast, differences were more expressed in the case of esters and volatile phenols. Norwegian ciders were characterised by higher average concentration for all the groups of esters, with the most important differences measured for higher alcohol acetates. Norwegian ciders also displayed higher contents of 4-vinylphenol and 4-vinylguaiacol while French ciders contained substantially higher levels of 4-ethylphenol and 4-ethylguaiacol. These results are in mutual correlation with the empirical observation reporting Norwegian apple ciders as more acidic, alcoholic and with lighter body but fruitier profile. Whereas French ciders are often perceived with more structure and animalistic profile. Keywords: alcohol, acidity, total phenols, aroma-compounds, apple cider Published in RUNG: 25.03.2024; Views: 690; Downloads: 3 Link to file This document has many files! More... |
187. High charge carrier mobility in thin films of quasi-two-dimensional polyacetylenes with sulphuric inter-chain linkersNadiia Pastukhova, Gvido Bratina, Egon Pavlica, 2023, published scientific conference contribution abstract Abstract: Quasi-two-dimensional conjugated polymers (q2DCP) have been described and recognised as crystalline, one- or two-layer polymer nanosheets prepared by arranging linear conjugated polymer chains in a 2D plane via non-covalent interchain interactions.[1,2] The extension of polymer dimensionality to two dimensions improves the alignment of individual polymer layers and overcomes the limitations associated with charge carrier hopping between polymer chains in one-dimensional and crosslinked polymers [3] Compared to other two-dimensional materials such as graphene or transition metal dichalcogenides, q2DCPs offer a high degree of flexibility in chemical design and are compatible with liquid-based processing methods. Various q2DCPs have been synthesized by surface active monolayer-assisted interfacial synthesis (SMAIS) [5]
The photoreaction of these materials is of particular interest due to their tunable properties such as band gap and associated wavelength-dependent photoexcitation, which enables a wide range of applications in optoelectronic devices. Using time-of-flight photoconductivity measurements (TOF-PC) [4], we investigate the charge transport properties of 2D polyacetylene prepared by the SMAIS method. A typical TOFP measurement of q2D polyacetylene is shown in Figure 1, using a focused nanosecond pulse laser at 325 nm and an electrode spacing of 250 µm. From the polarity of the bias voltage and the duration of the photocurrent, we can determine the polarity, velocity, and mobility of the photo-excited carriers as a function of the applied bias voltage and excitation wavelength. and observed electron mobility of 250 cm2/Vs, which is in the range of the most advanced organic single-crystal small-molecule semiconductors and almost an order of magnitude higher than linear polymeric semiconductors. We investigated the optical absorption and transmission on a lateral scale using scanning near-field optical microscopy (SNOM). Keywords: 2D polymers, organic semiconductors, q2DPA, SNOM, time-of-flight photoconductivity Published in RUNG: 25.03.2024; Views: 560; Downloads: 1 Link to file This document has many files! More... |
188. |
189. |
190. |