197,200 research outputs found
Lettre de M. Aug. Mariette sur les fouilles de Tanis
No full textRougé Emmanuel de. Lettre de M. Aug. Mariette sur les fouilles de Tanis. In: Comptes rendus des séances de l'Académie des Inscriptions et Belles-Lettres, 5ᵉ année, 1861. pp. 18-23
Lettre de M. Pierre Montet sur la découverte à Tanis (Égypte) d'un caveau funéraire d'Osorkon
No full textPicard Charles. Lettre de M. Pierre Montet sur la découverte à Tanis (Égypte) d'un caveau funéraire d'Osorkon. In: Comptes rendus des séances de l'Académie des Inscriptions et Belles-Lettres, 83ᵉ année, N. 2, 1939. pp. 157-159
Deuxième lettre à M. le vicomte de Rougé sur les fouilles de Tanis
No full textMariette Auguste-Édouard. Deuxième lettre à M. le vicomte de Rougé sur les fouilles de Tanis. In: Comptes rendus des séances de l'Académie des Inscriptions et Belles-Lettres, 6ᵉ année, 1862. pp. 44-49
Lettre de M. J. Leclant sur la découverte de dépôts de fondation au temple de Ptolémée IV à Tanis
No full textPicard Charles. Lettre de M. J. Leclant sur la découverte de dépôts de fondation au temple de Ptolémée IV à Tanis. In: Comptes rendus des séances de l'Académie des Inscriptions et Belles-Lettres, 94ᵉ année, N. 2, 1950. pp. 146-147
Theology in Queer Perspective
No full textA panel discussion held on Zoom on April 13, 2023. Panelists include Dr. Pamela R. Lightsey, the Rev. Dr. Justin Sabia-Tanis, and Dr. Karri L. Whipple Alldredge. Introduction by the Rev. Dr. Heather Hartung Vacek, moderated by Dr. Julia M. O'Brien, the Rev. Dr. Beth Toler, and Rachel Compton-Monell, closing by the Rev. Dr. Vanessa Lovelace. Digital video recording (mp4). Duration: 1 hour, 48 minutes, 9 seconds
Landfill leachate treatment by oleaginous plants
No full textPlant utilization for landfill leachate treatment is considered a possible alternative to less sustainable systems. In order to evaluate phytotreatment efficiency, three oleaginous plant species, Helianthus annus, Glycine max and Brassica napus, were grown in pots filled with sand. Half pots were treated for three months with diluted leachate at increasing nitrogen concentration. The remaining pots were treated with nutrient solution. Promising results were obtained by the leachate phytotreatment process. The plants growth was positively affected by leachate irrigation, although a lower shoot biomass of soybean and rapeseed plants compared to controls was observed. High nitrogen removal efficiencies were obtained for the three plant species during the first 8 weeks of treatment. In the last 4 weeks, plants underwent to the senescence phase and the capacity of nitrogen absorption was consequently reduced
Estimation Snow Parameters Using Digital Imagery
No full textIn this paper, we present newly established webcam monitoring system in Finland for monitoring and phenology and snow cover. Main motivation of this work is to facilitate Earth Observation (EO) systems by providing time-series of field observation for calibration and validation, as well as to improve the assessment of ecosystem services. Images have been used in phenological analyses of birches along a latitudinal gradient across Finland, snow cover and compared to greenhouse gas fluxes on Scots pine and wetland ecosystems. Finnish Meteorological Institute image PROcessing Toolbox (FMIPROT) is developed to analyse the images for the extraction of environmental data. The Images from the camera network, producing a continuous image series in Finland, are used in the analysis of Fractional Snow Cover (FSC). Another camera network, producing continuous image series in the SPICE site, Sodankyla, Finland, is used for the analysis of Snow Depth (SD). SPICE (Solid Precipitation Intercomparison Experiment) is a WMO/CIMO multi-sites intercomparison of instruments and systems of observation for the measurement of solid precipitation. Analyses are done using the FMIPROT. We discuss on estimation of FSC and SD using digital imagery and utilizing the digital imagery to complement FSC and SD retrieval algorithms from remote sensing data and/or to validate Earth-observed FSC and SD introducing MONIMET camera network and FMIPROT. We also tested this method in mountain region, the Careser Dam (at an altitude of 2600 m a.s.l.), in Trentino's Region (Italy) in the south-eastern part of the Ortles-Cevedale massif the largest glacierised mountain group of the Italian Alps
NANOCOMPOSITES FOR THE PROTECTION OF GRANITIC OBELISKS AT TANIS, EGYPT
No full textGranite has widely been used in the fields of architecture and sculpture in Egypt, especially in the carving of obelisks, which were one of the most important features of ancient Egyptian civilization. Many granitic obelisks of Ramses II, were found in the ancient city Tanis (San el-Hagar), Nile Delta, Egypt, that has been considered one of the most important ancient Egyptian cities. Unfortunately, the granitic obelisks at Tanis have been subjected to many deterioration factors, which resulted in numerous deterioration aspects, such as granular disintegration, scaling or spalling, cracking, efflorescence, soiling, microbiological colonization. From this standpoint, the materials which are used in the protection of those granitic obelisks must have the property of hydrophobicity in order to protect them from the harmful effects of water. In the last decade, polymer- nanoparticle composites have attracted great interest in the field of culture heritage conservation due to their unique multifunctional properties, resulting from the high surface area and chemical activity of the nanoparticles dispersed in the polymers. In this paper, three types of nanocomposites (PF 4, Fluotanium, Fluozinc) were used for the protection of granitic samples collected from Tanis. The petrographical, mineralogical, and chemical study of the granitic samples were determined by means of polarizing microscope, X-ray diffraction, and X-ray fluorescence, respectively. The properties of the treated samples were estimated by visual examination, colormetric measurements, static water contact angle, total immersion water absorption, abrasion resistance, scanning electron microscope, and self-cleaning test. The durability of the nanocomposites used in this study was evaluated by repeating the measurement of static water contact angle for the treated granitic samples after exposure to ultraviolet irradiation
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