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Issue DateTitleAuthor(s)
2018EFFICIENCY ENHANCEMENT OF BIOGAS PRODUCTION FROM CHICKEN MANURE BASED ON AMMONIA REDUCTION CHEMICAL PRECIPITATION TECHNIQUESahatcha Jaisin; สหัษฌา ใจสิน; Jutaporn Chanathaworn; จุฑาภรณ์ ชนะถาวร; Maejo University. School of Renewable Energy
2018EFFICIENCY ENHANCEMENT OF BIOGAS PRODUCTION FROM CHICKEN MANURE BY AMMONIA REDUCTION PRETREATMENT USING LYCHEES SEED ACTIVATED CARBONOnpailin Somprasit; อรไพลิน สมประสิทธิ์; Jutaporn Chanathaworn; จุฑาภรณ์ ชนะถาวร; Maejo University. School of Renewable Energy
2018EFICIENCY ENHANCEMENT OF SOLAR CELLPANELS USING THERMOELECTRIC COOLINGNatthaphon Khemphet; ณัฐพล เข็มเพ็ชร์; Akarin Intaniwet; อัครินทร์ อินทนิเวศน์; Maejo University. School of Renewable Energy
2018 ENERGY AND EXERGY ANALYSIS  OF AN ORGANIC RANKINE CYCLE COMBINED WITH AN ABSORPTION REFRIGERATIONBounkhamxiong Navongxay; Bounkhamxiong Navongxay; Nattaporn Chaiyat; นัฐพร ไชยญาติ; Maejo University. School of Renewable Energy
2021ENERGY COST REDUCTION OF SLAUGHTERHOUSE WITH HOT WATER GENERATION FROM SOLAR PHOTOVOLTAIC THERMAL HYBRID BOOSTED HEAT PUMPSaysana Chanthaseng; Saysana Chanthaseng; Sulaksana Mongkon; สุลักษณา มงคล; Maejo University. School of Renewable Energy
2022ENERGY MANAGEMENT STUDY OF THE AERATOR SYSTEM FOR NILE TILAPIA FISH POND USING SOLAR PHOTOVOLTAIC COMBINED WITH BATTERY AND UTILITY GRID SYSTEMPreeyanuch Numpha; ปรียานุช นุ่มภา; Sarawut Polvongsri; สราวุธ พลวงษ์ศรี; Maejo University. School of Renewable Energy
2019ENERGY RATIO AND CARBON FOOTPRINT EVALUTION OF LOCAL AREA,  CASE STUDY OF BAN WANGPONG, MEARIM DISTRICT, CHIANGMAI PROVINCEPraphakon Laoraeang; ประภากร เลาเรือง; Natthanicha Sukasem; ณัฐต์ณิชา สุขเกษม; Maejo University. School of Renewable Energy
2020ENERGY ANALYSIS OF VENTILATION SYSTEM FROM USING SOLAR PHOTOVOLTAIC WINDOW LOUVERPhetdavanh Ladthavong; Phetdavanh Ladthavong; Akarin Intaniwet; อัครินทร์ อินทนิเวศน์; Maejo University. School of Renewable Energy
2018ENHANCED BIOGAS PRODUCTION EFFICIENCY FROM LONGANLEAVES (Dimocarpus longan) WITH CO-DIGESTION OF ANIMAL MANURE BY SOLAR HEATINGWeerapong Pantumit; วีระพงศ์ พันธุมิตร; Rameshprabu Ramaraj; Rameshprabu Ramaraj; Maejo University. School of Renewable Energy
2020ENHANCEMENT EFFICIENCY OF BIOMASS STOVES UNDER CONTINUOUS FUELFEEDING FOR PROCESSING ENTERPRISEWilawan Khumhem; วิลาวัลย์ คุ้มเหม; Natthawud Dussadee; ณัฐวุฒิ ดุษฎี; Maejo University. School of Renewable Energy
2018EVALUATION OF BIOGAS PRODUCTION FROM PARA GRASS(BRACHIARIA MUTICA) WITH CO-DIGESTION OF BUFFALO DUNGAjcharapa Chuanchai; อัจฉราภา ชวนชัย; Rameshprabu Ramaraj; Rameshprabu Ramaraj; Maejo University. School of Renewable Energy
2018THE EVALUATION OF DISCHARGE COEFFICIENT AND ENERGY OF WATER THROUGH THICK RIDGE WEIRNasru Tuenga; นัสรู ตือง๊ะ; Rotjapun Nirunsin; รจพรรณ นิรัญศิลป์; Maejo University. School of Renewable Energy
2019THE EVALUATION OF ENERGY AND CARBON BALANCE FOR MAIZE PRODUCTIONSupachai Phettharawadee; ศุภชัย เพชรธาราวดี; Tanate Chaichana; ธเนศ ไชยชนะ; Maejo University. School of Renewable Energy
2021FABRICATION OF ECO-FRIENDLY DYE SENSITIZED SOLAR CELLS USING NATURAL DYE AS LIGHT-HARVESTING PIGMENTSPhitchaphorn Khammee; พิชชาพร คำมี; Rameshprabu Ramaraj; Rameshprabu Ramaraj; Maejo University. School of Renewable Energy
2018FEASIBILITY STUDY OF BUILDING ENERGY CONSERVATION BY GREEN BUILDING CERTIFICATION SYSTEMRattawut Sudsanguan; รัฐวุฒิ สุดสงวน; Sulaksana Mongkon; สุลักษณา มงคล; Maejo University. School of Renewable Energy
2021FEASIBILITY ASSESSMENT OF BIOETHANOL FROM ZEA MAYS AND NICOTIANA TABACUM STALKSKarn Sophanodorn; กาณฑ์ โสภโณดร; Rameshprabu Ramaraj; Rameshprabu Ramaraj; Maejo University. School of Renewable Energy
2019A HYBRID ENERGY HARVESTING SYSTEM FOR THE LOW POWER COMMUNICATION DEVICESArun Siribhatharawarin; อรุณ ศิริภัทรวรินทร์; Thongchai Maneechukate; ธงชัย มณีชูเกตุ; Maejo University. School of Renewable Energy
2020INCREASING WIND FARM POWER GENERATION EFFICIENCY BY TRANSFER THE SIGNAL BETWEEN WIND TURBINES FOR CONTROLLING ELECTRICITY GENERATIONAkaporn Kongjit; อรรฆพร คงจิต; Tanate Chaichana; ธเนศ ไชยชนะ; Maejo University. School of Renewable Energy
2019INCREASING WIND POWER GENERATION EFFICIENCY BY USING WIND SIGNAL PROCESSING EQUIPMENT ON WIND  TURBINE COMPARED WITH THE POWER CAPACITY FOR CONTROLLING THE WAITING WIND DIRECTIONSPonrawee Koetket; พรวี เกิดเกตุ; Yingrak Auttawaitkul; ยิ่งรักษ์ อรรถเวชกุล; Maejo University. School of Renewable Energy
2020INCREASING WIND POWER GENERATION EFFICIENCY BY USING  WIND SIGNAL PROCESSING FROM WEATHER STATIONS AROUND WIND TURBINE FOR CONTROLLINGELECTRICITY GENERATIONJumlong Malaket; จำลอง มะละเขต; Yingrak Auttawaitkul; ยิ่งรักษ์ อรรถเวชกุล; Maejo University. School of Renewable Energy
Showing results 28 to 47 of 76 < previous   next >