The article considers historical industrial, sacred and residential buildings and structures made of natural stone, located on the left bank of the Dniester within the Eastern Podillya. The paper fixates the technical condition, characterizes the features of the architectural appearance and design solutions of the masonry of the preserved objects.
The article demonstrates the peculiarities of the artistic sculpture of the Virgin Mary in the sculpture of the late XIX-first half of the XX century. The main positions of the restoration program and the course of its implementation are revealed.
The article analyzes the history of creation, stylistics and plastic solution and development of the technology of restoration of the white stone sculpture of The Immaculate Conception of the Mother of God in the village of Tetevchytsi of Chervonohrad district, Lviv region.
The sculptural composition originates from the village of Chabarivka, Vasylkiv district, Ternopil region (since 2015). On the map of 1779-1783 by Friedrich von Mieg, the sculpture of St. John of Nepomuk is marked with a red cross, located in the eastern part of the village stretched along the road, opposite the manor. The road from Kopychyntsi to Husiatyn passed to the north of the settlement.
This study is aimed to use fly ash and limestone as raw materials for preparing alkali methoxide heterogeneous catalysts for transesterification of palm oil into biodiesel. The heterogeneous catalyst was synthesized from fly ash and limestone through wet and dry methods and calcined within 1073–1273 K. X-ray diffraction and scanning electron microscopy analyses indicated the well-dispersed presence of the Ca(OCH3)2 crystal over the fly ash and limestone framework, which was mixed using wet method and calcined at 1073 K (W-800).
The memorial plastics of the two oldest cemeteries of Boryslav is investigated. Tthe damage and losses of ensembles of cemeteries in general and separate monuments were carried out. The identification of the stone material of tombstones is performed, the state of preservation of their physical substance is analyzed.
The effect of carbonate additives on physical and mechanical properties of type II Portland cement was investigated. It was shown that calcium carbonate which is added as fine ground mineral additive, participates in the phase composition and microstructure formation of Portland composite cement paste.