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BioPhys Spring 2023
Farkas, István [Farkas, István (Folyamatirányítás), szerk.] Mechatronika Tanszék (MATE / MIT / GDT)
;
Víg, Piroska [Víg, Piroska (Napenergia haszno...), szerk.] Fizika Tanszék (MATE / MATI)
Angol nyelvű Konferenciakötet (Könyv) Tudományos
Megjelent: Magyar Agrár- és Élettudományi Egyetem, Gödöllő, Magyarország
2023
Konferencia:
22nd International Workshop for Young Scientists 2023-06-15 [Gödöllő, Magyarország]
Azonosítók
MTMT: 34045300
ISBN:
9789636230548
Teljes dokumentum:
https://mathematics.uni-mate.hu/bps2023
Fejezetek
A.M. Ajeena et al. IMPROVING THE PERFORMANCE OF FLAT PLATE SOLAR COLLECTOR BY USING NANOFLUID. (2023) Megjelent: BioPhys Spring 2023 pp. 13-13
Albayumi U.A. et al. Development of solar tracker using microcontroller system. (2023) Megjelent: BioPhys Spring 2023 pp. 14-14
Almadhhachi M. et al. Productivity enhancement of PV module based on a solar tree. (2023) Megjelent: BioPhys Spring 2023 pp. 15-15
Al-Rabeeah A.Y. et al. Heat transfer enhancement of parabolic trough solar collector by passive methodes. (2023) Megjelent: BioPhys Spring 2023 pp. 16-16
Ahssan M.A. Alshibil et al. PERFORMANCE COMPARISON OF THE HYBRID PHOTOVOLTAIC THERMAL MODULES ENHANCED BY WATER AND GLYCOL AS A COOLANT. (2023) Megjelent: BioPhys Spring 2023 pp. 17-17
A.T. Altaye et al. EFFECTS OF VARIOUS ENVIRONMENTAL FACTORS ON PHOTOVOLTAIC- THERMAL SYSTEMS. (2023) Megjelent: BioPhys Spring 2023 pp. 18-18
Anggraeni N.D. et al. Monthly average solar energy generated by semi-transparent solar modules. (2023) Megjelent: BioPhys Spring 2023 pp. 19-19
Farkas I.. Role of photovoltaic technologies transition towards renewable energy. (2023) Megjelent: BioPhys Spring 2023 pp. 23-23
G. Géczy et al. THE POSSIBILITIES OF THE RADNANO DOSIMETERS IN MEDICAL DEVICES AND BIOLOGICAL EXPERIMENTS. (2023) Megjelent: BioPhys Spring 2023 pp. 25-25
Hartawan D. et al. Comparison of sensors in automatic sprinkler. (2023) Megjelent: BioPhys Spring 2023 pp. 30-30
Kidane H. et al. The role of soft computing approach for analysing solar drying systems. (2023) Megjelent: BioPhys Spring 2023 pp. 36-36
Kisto D. et al. The potential of ocean thermal energy conversion in the North Sulawesi sea. (2023) Megjelent: BioPhys Spring 2023 pp. 37-37
Lidyawati L. et al. Prediction of small-scale solar power plant energy production using machine learning. (2023) Megjelent: BioPhys Spring 2023 pp. 44-44
Maytham H. Machi et al. CFD modelling of channel depth effect on the solar air collector efficiency. (2023) Megjelent: BioPhys Spring 2023 pp. 45-45
Cs. Mészáros et al. NEW APPLICATIONS OF THE VARIATIONAL METHODS IN THE CASE OF THE CONVECTIVE FLUID FLOW. (2023) Megjelent: BioPhys Spring 2023 pp. 49-49
Negash T. et al. Decarbonising the electricity sector in the context of Eritrea. (2023) Megjelent: BioPhys Spring 2023 pp. 51-51
Nugraha N. et al. Temperature distribution predetermined classroom without and with air conditioning. (2023) Megjelent: BioPhys Spring 2023 pp. 54-54
Permana D.I. et al. Energy and exergy analysis of organic Rankine cycle based on Tura excess steam. (2023) Megjelent: BioPhys Spring 2023 pp. 57-57
Ridwan N. et al. Design of condenser with ammonia-water mixture as working fluid at natural hotspring powerplant. (2023) Megjelent: BioPhys Spring 2023 pp. 58-58
Rusirawan D. et al. Solar energy research activities at ITENAS Bandung. (2023) Megjelent: BioPhys Spring 2023 pp. 59-59
István Seres et al. BIOPHYSICAL EXPERIMENTS UNDER LOW TEMPERATURE. (2023) Megjelent: BioPhys Spring 2023 pp. 60-60
Sirodz M.P.N. et al. Experimental study of continuous gasifier with corn cobs as fuel. (2023) Megjelent: BioPhys Spring 2023 pp. 61-61
Zhu Q.K. et al. Predicting the thermal performance of a solar dryer using artificial neural network. (2023) Megjelent: BioPhys Spring 2023 pp. 66-66
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