Out-of-class communication: are students and faculty interested and engaged? (A study at a Russian university)     

Kuryan  Maria  Voronina  Elena 《Educational Research for Policy and Practice》2021,20(2):223-246

The study looks into the problem of student–faculty communication. It addresses the issue of claimed scarcity of such interaction that exists despite the recognized benefits it can bring to students and instructors. It is suggested that examination and comparison of the participants’ interest and actual engagement in out-of-class communication (OCC) may shed light on this. Two populations from a university in Russia: 148 students and 35 instructors, were analyzed to measure their overall interest and engagement in OCC. The paper also addressed the question whether the studied populations are interested and engage in the same types of OCC. The results demonstrate that the reported overall interest in OCC was higher than the actual engagement in it among both groups of the respondents. Besides, students and faculty chose different types of OCC as most interest evincing and most frequently practiced. The research outcomes may help the parties concerned (scholars, teaching staff, educational managers and students) enhance understanding of the nature of OCC and its specifics and consider ways of harmonizing it in the best interests of all stakeholders.

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Physical principles and efficiency of salt extraction by poulticing     

Leo Pel  Alison Sawdy  Victoria Voronina 《Journal of Cultural Heritage》2010,11(1):59-67

The crystallization of soluble salts plays a significant role in the deterioration of porous cultural property. A common response to salt damage problems is to undertake treatments aimed at reducing the salt content of the affected object, most typically through the application of poultices. The process of poulticing is in theory relatively simple: the wet poultice material is applied to the surface of the object to be treated, and is kept in place for some period of time before being removed. However, in practice, the efficiency of the salt extraction, or even the location of salt accumulation post treatment is more difficult to predict. This paper examines the physical principles of salt ion and moisture transport by which poultices function, and shows how depending on the application methodology, these treatments can be divided into diffusion and advection-based methods. The maximum salt extraction efficiency, the depth to which this can be achieved, and the time scale required is estimated for each type of poulticing system, to gain a better understanding of their working properties and performance. Finally, the pros, cons and limitations of desalination treatments are discussed.  相似文献