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Marius Florin Dragoescu
Marius Florin Dragoescu
chemist, UPB / RHEMACHEM CONSULTING SRL
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Cited by
Cited by
Year
Testing the use of microwave energy to produce foam glass
L Paunescu, SM Axinte, BT Grigoras, MF Dragoescu, A Fiti
European Journal of Engineering and Technology Vol 5 (4), 2017
392017
Influence of the color of bottle glass waste on the characteristics of foam glass produced in microwave field
MF Dragoescu, L Paunescu, SM Axinte, A Fiti
International Journal of science and engineering Investigations 7 (72), 95-100, 2018
292018
Manufacture of glass foam by predominantly direct microwave heating of recycled glass waste
SM Axinte, L Paunescu, MF Dragoescu, AC Sebe
Transactions on Networks and Communications 7 (4), 37-45, 2019
262019
Foam glass with low apparent density and thermal conductivity produced by microwave heating
MF Dragoescu, SM Axinte, L Paunescu, A Fiti
Eur. J. Eng. Technol 6, 2018
252018
Comparative analysis of the foam glass gravel types experimentally produced by microwave irradiation
F Cosmulescu, L Paunescu, MF Dragoescu, SM Axinte
Journal of Engineering Studies and Research 26 (3), 58-68, 2020
242020
Foam glass produced by microwave heating technique
L Paunescu, BT Grigoras, MF Dragoescu, SM Axinte, A Fiti
Bulletin of Romanian Chemical Engineering Society 4 (1), 98-108, 2017
222017
Lightweight aggregate from recycled masonry rubble achieved in microwave field
L Paunescu, MF Dragoescu, SM Axinte, AC Sebe
Romania, 2019
172019
Graphene materials from microwave-derived carbon precursors
Z González, B Acevedo, G Predeanu, SM Axinte, MF Drăgoescu, ...
Fuel Processing Technology 217, 106803, 2021
162021
The use of microwave fields in the foaming process of flat glass waste
MF Dragoescu, L Paunescu, SM Axinte, A Fiti
International Journal of Engineering Sciences & Management Research 5 (4), 49-54, 2018
142018
An integrated value chain to iron-containing mine tailings capitalization by a combined process of magnetic separation, microwave digestion and microemulsion–assisted extraction
A Vasile, AR Milăşan, AE Andrei, RN Turcu, MF Drăgoescu, S Axinte, ...
Process Safety and Environmental Protection 154, 118-130, 2021
132021
Nonconventional manufacture technique of cellular glass from recycled aluminosilicate glass-based waste
FC Lucian Paunescu, Marius Florin Dragoescu, Sorin Mircea Axinte
Material Science & Engineering International Journal 5, 11-16, 2021
112021
Dense glass foam produced in microwave field
L Paunescu, MF Dragoescu, SM Axinte, BV Paunescu
Journal of Engineering Studies and Research 24 (1), 30-35, 2018
112018
Glass foam from borosilicate glass waste produced in microwave field
L Paunescu, MF Dragoescu, SM Axinte, AC Sebe
Revista de Tehnologii Neconventionale 23 (1), 8-12, 2019
102019
Comparative analysis of the own experimental techniques of producing the foamed glass-ceramic
L PĂUNESCU, MF DRĂGOESCU, SM Axinte
Journal of Engineering Studies and Research 22 (2), 55-64, 2016
102016
Coal bottom ash processing for capitalization according to circular economy concept
G Predeanu, V Slăvescu, M Bălănescu, RD Mihalache, M Mihaly, ...
Minerals Engineering 170, 107055, 2021
92021
Microwave heating as a novel route for obtaining carbon precursors from anthracene oil
G Predeanu, SM Axinte, MF Drăgoescu, Z González, P Álvarez, M Granda, ...
Fuel processing technology 192, 250-257, 2019
92019
Foam glass gravel from recycled glass waste produced with the microwave energy
L Păunescu, MF Drăgoescu, SM Axinte
Revista de Tehnologii Neconventionale 24 (2), 22-28, 2020
82020
Nonconventional technique for producing high mechanical strength glass foam from glass waste
L Paunescu, MF Dragoescu, SM Axinte, AC Sebe
Journal of Engineering Studies and Research 25 (2), 48-55, 2019
72019
Foam glass gravel made from glass waste by microwave irradiation
L Păunescu, MF Drăgoescu, BV Păunescu
Constructii 20 (1/2), 35-41, 2019
72019
NONCONVENTIONAL HEATING METHOD USED TO OBTAIN GLASS FOAM FROM CLEAR FLAT GLASS WASTE.
MF Dragoescu, L Paunescu, SM Axinte
Nonconventional Technologies Review/Revista de Tehnologii Neconventionale 22 (2), 2018
72018
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