&lt;title&gt;Radio frequency magnetron sputtering deposition of borate and phosphate glass films&lt;/title&gt;

Boroica, Lucica; Boroica, Isidor; Rotiu, E.; Sava, Bogdan Alexandru; Medianu, R.; Timus, Clementina A.; Hülsenberg, Dagmar

doi:10.1117/12.756819

Cited by 3 publications

(3 citation statements)

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“…The properties and mining rights at Baia Borșa were purchased in 1928 by Minopirit but without carrying out important mining activities within the area. [4] After nationalization, the new communist regime established in 1948 initiated an ambitious investment program within Borșa and Baia Borșa that led to an unprecedented development of mining in the area. In 1952, Baia Borșa Mining Enterprise was founded, which continued its activity under different names until 2007.…”

Section: Historical Data On Background Of Mining Within Băile Borșamentioning

confidence: 99%

“…The connection between the two types of cadastre is made through correspondence registers between cadastral and topographical numbers. [6] 2. Part of the lands located in the area of mining interest was subject to the reconstitution of property rights through the agrarian reform laws after 1991.…”

Section: The Current Cadastre In the Area Of Mining Interest Baia Borșamentioning

confidence: 99%

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Researches on Mining Cadastre: Past, Present and Future Perspectives. The Case of a Former Mining Town: Borșa, Maramureș County

Boroica

Cucăilă

Cucăilă³

et al. 2022

Mining Revue

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After the cessation of mining activities, concerns for mining cadastre research are only sporadic. The present study aims at bringing up to date the evolution of the mining cadastre in the Romanian provinces with a mining book regime, territories that were until 1918 within the structure of the former Habsburg Empire. (Austro-Hungary since 1867). Several stages can be distinguished in the evolution of the mining cadastre in the areas shown. From the 16th century until 1854 the principles and methods of the mining cadastre were set up. Between 1854 and 1924 the provisions of the Austrian General Mining Law of 1854 were followed. From 1924 to 1948, the mining cadastre provisions provided for in the mining law of 1924 and other specific regulations are applicable. After 1948, under the conditions of a statist regime, the mining record did not respect the principles of the mining cadastre previously assessed. After 1990, the new mining cadastre only partially takes over the classical principles and methods of the mining cadastre. The way of applying the mining cadastre was focused upon in the town of Borșa, a mountainous place where farmers had not formed cooperatives and where intensive mining was carried out until 2007. With the cessation of mining in Baia Borșa, the mining cadastre was reduced to inventories of some mining assets and sporadic cadastre registrations of some premises and settling ponds. The study analyzes the current situation and proposes some integrated solutions, mediated by GIS technology, aiming the introduction of the mining cadastre in correlation with the introduction of the general cadastre. In this context, GIS technology offers modeling tools that, for example, can assess the degree of suitability of the land for construction.

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Section: Historical Data On Background Of Mining Within Băile Borșamentioning

confidence: 99%

Section: The Current Cadastre In the Area Of Mining Interest Baia Borșamentioning

confidence: 99%

Researches on Mining Cadastre: Past, Present and Future Perspectives. The Case of a Former Mining Town: Borșa, Maramureș County

Boroica

Cucăilă

Cucăilă³

et al. 2022

Mining Revue

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“…The quantities of industrial waste that are produced in Romania are very important, in the range of several tones every month. There were made some attempts to use this waste [1][2][3][4][5][6][7][8][9] in order to obtain colored glasses for different uses. The industrial waste is sludge that contains different quantities of metals, heavy metals and organic compounds.…”

Section: Introductionmentioning

confidence: 99%

A Study of the Industrial Waste Incorporating in Glass

Ursu

Diaconu

Sava

et al. 2008

AMR

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The paper presents a study of the industrial waste incorporating in glass in order to obtain decorative colored glasses. The influence of iron and chromium oxides from waste amount is discussed. The samples properties such as density, thermal expansion coefficient and viscosity are investigated. Including different oxides of heavy metals (obtained from sludge that contains chromium and iron) into the vitreous system leads to the obtaining of several decorative glasses. Their colour varies widely, to the added quantity and the atmosphere of the work place.

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