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  1. 421
    The Mixed of Hybrid Nanofluid GO-MoS2 /Engine Oil Over a Shrinking Sheet with Mass Flux Effect: Reiner-Philippoff Model
    “…The mixed convection flow and heat transfer of the hybrid nanofluid over a shrinking sheet…”
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    Article
  2. 422
    KEY HOUSING CONDITIONS THAT DIMINISH HEALTHY HOMES AMONG ABORIGINAL COMMUNITIES IN ROYAL BELUM PARK MALAYSIA
    by Latif H.M.; Essah E.
    Published in Planning Malaysia (2024)
    “… is to establish the relationship between key architectural elements of Aboriginal homes in Sungai Kejar, the Royal…”
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    Article
  3. 423
    Instantaneous nondestructive evaluation of elastic modulus by using knocking ball test on sedimentary and metasedimentary rock slope
    “… using Hertz's theory. The method involves using a knocking ball, which strikes the rock surface with a…”
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    Article
  4. 424
    Characteristic of school injuries in Asia: a cross-national, multi-center observational study
    “… (traffic injuries, falls), and body part injured (head, thorax, and abdomen). Twenty-two (1.7%) died…”
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    Article; Early Access
  5. 425
    Potential of Biogas Utilization for Renewable Energy Mix Contribution and Rural Electrification in Sarawak
    “… technology involves the combustion of biogas in a heat engine called an internal combustion engine to produce…”
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    Review
  6. 426
    Thermal behavior of lithium-ion battery in microgrid application: Impact and management system
    “…, phase change material (PCM) cooling, heat pipe cooling, boiling-based cooling, and solid-state cooling…”
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    Review
  7. 427
    MORPHOLOGICAL VARIATIONS OF EPIPHYTIC Ficus deltoidea (Moraceae) AND ITS AGAONID POLLINATORS, Blastophaga spp.
    “… with var. deltoidea recorded the highest value for head length, wing width, and ovipositor length. Fig wasp…”
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    Article
  8. 428
    Mechanical and thermal performance of pineapple leaf fibre (PALF) as admixture in Interlocking Compressed Earth Brick (ICEB)
    “… content of 0.1 percent has a good heat conductivity value which is k-value 0.201, while for the heat…”
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    Conference paper
  9. 429
    Green oriented procurement for building projects: Preliminary findings from Malaysia
    “… being undertaken is the introduction of green procurement, which is part of the government's MyHijau…”
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    Article
  10. 430
    The Possible Challenges of Green Procurement Implementation
    “… government has suggested the green procurement initiative under MyHijau Programme to be implemented…”
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    Conference paper
  11. 431
    Worldwide trends in body-mass index, underweight, overweight, and obesity from 1975 to 2016: a pooled analysis of 2416 population-based measurement studies in 128·9 million children, adolescents, and adults
    by Bentham J.; Di Cesare M.; Bilano V.; Bixby H.; Zhou B.; Stevens G.A.; Riley L.M.; Taddei C.; Hajifathalian K.; Lu Y.; Savin S.; Cowan M.J.; Paciorek C.J.; Chirita-Emandi A.; Hayes A.J.; Katz J.; Kelishadi R.; Kengne A.P.; Khang Y.-H.; Laxmaiah A.; Li Y.; Ma J.; Miranda J.J.; Mostafa A.; Neovius M.; Padez C.; Rampal L.; Zhu A.; Bennett J.E.; Danaei G.; Bhutta Z.A.; Ezzati M.; Abarca-Gómez L.; Abdeen Z.A.; Hamid Z.A.; Abu-Rmeileh N.M.; Acosta-Cazares B.; Acuin C.; Adams R.J.; Aekplakorn W.; Afsana K.; Aguilar-Salinas C.A.; Agyemang C.; Ahmadvand A.; Ahrens W.; Ajlouni K.; Akhtaeva N.; Al-Hazzaa H.M.; Al-Othman A.R.; Al-Raddadi R.; Albuhairan F.; Aldhukair S.; Ali M.M.; Ali O.; Alkerwi A.; Alvarez-Pedrerol M.; Aly E.; Amarapurkar D.N.; Amouyel P.; Amuzu A.; Andersen L.B.; Anderssen S.A.; Andrade D.S.; Ängquist L.H.; Anjana R.M.; Aounallah-Skhiri H.; Araújo J.; Ariansen I.; Aris T.; Arlappa N.; Arveiler D.; Aryal K.K.; Aspelund T.; Assah F.K.; Assunção M.C.F.; Aung M.S.; Avdicová M.; Azevedo A.; Azizi F.; Babu B.V.; Bahijri S.; Baker J.L.; Balakrishna N.; Bamoshmoosh M.; Banach M.; Bandosz P.; Banegas J.R.; Barbagallo C.M.; Barceló A.; Barkat A.; Barros A.J.D.; Barros M.V.G.; Bata I.; Batieha A.M.; Batista R.L.; Batyrbek A.; Baur L.A.; Beaglehole R.; Romdhane H.B.; Benedics J.; Benet M.; Bernabe-Ortiz A.; Bernotiene G.; Bettiol H.; Bhagyalaxmi A.; Bharadwaj S.; Bhargava S.K.; Bhatti Z.; Bi H.; Bi Y.; Biehl A.; Bikbov M.; Bista B.; Bjelica D.J.; Bjerregaard P.; Bjertness E.; Bjertness M.B.; Björkelund C.; Blokstra A.; Bo S.; Bobak M.; Boddy L.M.; Boehm B.O.; Boeing H.; Boggia J.G.; Boissonnet C.P.; Bonaccio M.; Bongard V.; Bovet P.; Braeckevelt L.; Braeckman L.; Bragt M.C.E.; Brajkovich I.; Branca F.; Breckenkamp J.; Breda J.; Brenner H.; Brewster L.M.; Brian G.R.; Brinduse L.; Bruno G.; Bueno-De-mesquita H.B.; Bugge A.; Buoncristiano M.; Burazeri G.; Burns C.; de León A.C.; Cacciottolo J.; Cai H.; Cama T.; Cameron C.; Camolas J.; Can G.; Cândido A.P.C.; Capanzana M.; Capuano V.; Cardoso V.C.; Carlsson A.C.; Carvalho M.J.; Casanueva F.F.; Casas J.-P.; Caserta C.A.; Chamukuttan S.; Chan A.W.; Chan Q.; Chaturvedi H.K.; Chaturvedi N.; Chen C.-J.; Chen F.; Chen H.; Chen S.; Chen Z.; Cheng C.-Y.; Chetrit A.; Chikova-Iscener E.; Chiolero A.; Chiou S.-T.; Chirlaque M.-D.; Cho B.; Cho Y.; Christensen K.; Christofaro D.G.; Chudek J.; Cifkova R.; Cinteza E.; Claessens F.; Clays E.; Concin H.; Confortin S.C.; Cooper C.; Cooper R.; Coppinger T.C.; Costanzo S.; Cottel D.; Cowell C.; Craig C.L.; Crujeiras A.B.; Cucu A.; D'arrigo G.; D'orsi E.; Dallongeville J.; Damasceno A.; Damsgaard C.T.; Dankner R.; Dantoft T.M.; Dastgiri S.; Dauchet L.; Davletov K.; De Backer G.; De Bacquer D.; De Curtis A.; de Gaetano G.; De Henauw S.; de Oliveira P.D.; De Ridder K.; De Smedt D.; Deepa M.; Deev A.D.; Dehghan A.; Delisle H.; Delpeuch F.; Deschamps V.; Dhana K.; Di Castelnuovo A.F.; Dias-Da-costa J.S.; Diaz A.; Dika Z.; Djalalinia S.; Do H.T.P.; Dobson A.J.; Donati M.B.; Donfrancesco C.; Donoso S.P.; Döring A.; Dorobantu M.; Dorosty A.R.; Doua K.; Drygas W.; Duan J.L.; Duante C.; Duleva V.; Dulskiene V.; Dzerve V.; Dziankowska-Zaborszczyk E.; Egbagbe E.E.; Eggertsen R.; Eiben G.; Ekelund U.; El Ati J.; Elliott P.; Engle-Stone R.; Erasmus R.T.; Erem C.; Eriksen L.; Eriksson J.G.; la Peña J.E.; Evans A.; Faeh D.; Fall C.H.; Sant'angelo V.F.; Farzadfar F.; Felix-Redondo F.J.; Ferguson T.S.; Fernandes R.A.; Fernández-Bergés D.; Ferrante D.; Ferrari M.; Ferreccio C.; Ferrieres J.; Finn J.D.; Fischer K.; Flores E.M.; Föger B.; Foo L.H.; Forslund A.-S.; Forsner M.; Fouad H.M.; Francis D.K.; Franco M.D.C.; Franco O.H.; Frontera G.; Fuchs F.D.; Fuchs S.C.; Fujita Y.; Furusawa T.; Gaciong Z.; Gafencu M.; Galeone D.; Galvano F.; Garcia-De-la-hera M.; Gareta D.; Garnett S.P.; Gaspoz J.-M.; Gasull M.; Gates L.; Geiger H.; Geleijnse J.M.; Ghasemian A.; Giampaoli S.; Gianfagna F.; Gill T.K.; Giovannelli J.; Giwercman A.; Godos J.; Gogen S.; Goldsmith R.A.; Goltzman D.; Gonçalves H.; González-Leon M.; González-Rivas J.P.; Gonzalez-Gross M.; Gottrand F.; Graça A.P.; Graff-Iversen S.; Grafnetter D.; Grajda A.; Grammatikopoulou M.G.; Gregor R.D.; Grodzicki T.; Grøntved A.; Grosso G.; Gruden G.; Grujic V.; Gu D.; Gualdi-Russo E.; Guallar-Castillón P.; Guan O.P.; Gudmundsson E.F.; Gudnason V.; Guerrero R.; Guessous I.; Guimaraes A.L.; Gulliford M.C.; Gunnlaugsdottir J.; Gunter M.; Guo X.; Guo Y.; Gupta P.C.; Gupta R.; Gureje O.; Gurzkowska B.; Gutierrez L.; Gutzwiller F.; Hadaegh F.; Hadjigeorgiou C.A.; Si-Ramlee K.; Halkjær J.; Hambleton I.R.; Hardy R.; Kumar R.H.; Hassapidou M.; Hata J.; He J.; Heidinger-Felso R.; Heinen M.; Hendriks M.E.; Henriques A.; Cadena L.H.; Herrala S.; Herrera V.M.; Herter-Aeberli I.; Heshmat R.; Hihtaniemi I.T.; Ho S.Y.; Ho S.C.; Hobbs M.; Hofman A.; Hopman W.M.; Horimoto A.R.V.R.; Hormiga C.M.; Horta B.L.; Houti L.; Howitt C.; Htay T.T.; Htet A.S.; Htike M.M.T.; Hu Y.; Huerta J.M.; Petrescu C.H.; Huisman M.; Husseini A.; Huu C.N.; Huybrechts I.; Hwalla N.; Hyska J.; Iacoviello L.; Iannone A.G.; Ibarluzea J.M.; Ibrahim M.M.; Ikeda N.; Ikram M.A.; Irazola V.E.; Islam M.; Ismail A.A.-S.; Ivkovic V.; Iwasaki M.; Jackson R.T.; Jacobs J.M.; Jaddou H.; Jafar T.; Jamil K.M.; Jamrozik K.; Janszky I.; Jarani J.; Jasienska G.; Jelaković A.; Jelaković B.; Jennings G.; Jeong S.-L.; Jiang C.Q.; Jiménez-Acosta S.M.; Joffres M.; Johansson M.; Jonas J.B.; Jørgensen T.; Joshi P.; Jovic D.P.; Jóźwiak J.; Juolevi A.; Jurak G.; Jureša V.; Kaaks R.; Kafatos A.; Kajantie E.O.; Kalter-Leibovici O.; Kamaruddin N.A.; Kapantais E.; Karki K.B.; Kasaeian A.; Kauhanen J.; Kaur P.; Kavousi M.; Kazakbaeva G.; Keil U.; Boker L.K.; Keinänen-Kiukaanniemi S.; Kelleher C.; Kemper H.C.G.; Kerimkulova A.; Kersting M.; Key T.; Khader Y.S.; Khalili D.; Khateeb M.; Khaw K.-T.; Khouw I.M.S.L.; Kiechl-Kohlendorfer U.; Kiechl S.; Killewo J.; Kim J.; Kim Y.-Y.; Klimont J.; Klumbiene J.; Knoflach M.; Koirala B.; Kolle E.; Kolsteren P.; Korrovits P.; Kos J.; Koskinen S.; Kouda K.; Kovacs V.A.; Kowlessur S.; Koziel S.; Kratzer W.; Kriemler S.; Kristensen P.L.; Krokstad S.; Kromhout D.; Kruger H.S.; Kubinova R.; Kuciene R.; Kuh D.; Kujala U.M.; Kulaga Z.; Kumar R.K.; Kunešová M.; Kurjata P.; Kusuma Y.S.; Kuulasmaa K.; Kyobutungi C.; La Q.N.; Laamiri F.Z.; Laatikainen T.; Lachat C.; Laid Y.; Lam T.H.; Landrove O.; Lanska V.; Lappas G.; Larijani B.; Laugsand L.E.; Lauria L.; Bao K.L.N.; Le T.D.; Lebanan M.A.O.; Leclercq C.; Lee J.; Lee J.; Lehtimäki T.; León-Muñoz L.M.; Levitt N.S.; Lilly C.L.; Lim W.-Y.; Lima-Costa M.F.; Lin H.-H.; Lin X.; Lind L.; Linneberg A.; Lissner L.; Litwin M.; Liu J.; Loit H.-M.; Lopes L.; Lorbeer R.; Lotufo P.A.; Lozano J.E.; Luksiene D.; Lundqvist A.; Lunet N.; Lytsy P.; Ma G.; Machado-Coelho G.L.L.; Machado-Rodrigues A.M.; Machi S.; Maggi S.; Magliano D.J.; Magriplis E.; Mahaletchumy A.; Maire B.; Majer M.; Makdisse M.; Malekzadeh R.; Malhotra R.; Rao K.M.; Malyutina S.; Manios Y.; Mann J.I.; Manzato E.; Margozzini P.; Markaki A.; Markey O.; Marques L.P.; Marques-Vidal P.; Marrugat J.; Martin-Prevel Y.; Martin R.; Martorell R.; Martos E.; Marventano S.; Masoodi S.R.; Mathiesen E.B.; Matijasevich A.; Matsha T.E.; Mazur A.; Mbanya J.C.N.; McFarlane S.R.; McGarvey S.T.; McKee M.; McLachlan S.; McLean R.M.; McLean S.B.; McNulty B.A.; Yusof S.M.; Mediene-Benchekor S.; Medzioniene J.; Meirhaeghe A.; Meisfjord J.; Meisinger C.; Menezes A.M.B.; Menon G.R.; Mensink G.B.M.; Meshram I.I.; Metspalu A.; Meyer H.E.; Mi J.; Michaelsen K.F.; Michels N.; Mikkel K.; Miller J.C.; Minderico C.S.; Miquel J.F.; Mirkopoulou D.; Mirrakhimov E.; Mišigoj-Durakovic M.; Mistretta A.; Mocanu V.; Modesti P.A.; Mohamed M.K.; Mohammad K.; Mohammadifard N.; Mohan V.; Mohanna S.; Yusoff M.F.M.; Molbo D.; Møllehave L.T.; Møller N.C.; Molnár D.; Momenan A.; Mondo C.K.; Monterrubio E.A.; Monyeki K.D.K.; Moon J.S.; Moreira L.B.; Morejon A.; Moreno L.A.; Morgan K.; Mortensen E.L.; Moschonis G.; Mossakowska M.; Mota J.; Mota-Pinto A.; Motlagh M.E.; Motta J.; Mu T.T.; Muc M.; Muiesan M.L.; Müller-Nurasyid M.; Murphy N.; Mursu J.; Murtagh E.M.; Musil V.; Nabipour I.; Nagel G.; Naidu B.M.; Nakamura H.; Námešná J.; Nang E.E.K.; Nangia V.B.; Nankap M.; Narake S.; Nardone P.; Navarrete-Muñoz E.M.; Neal W.A.; Nenko I.; Nervi F.; Nguyen C.T.; Nguyen N.D.; Nguyen Q.N.; Nieto-Martínez R.E.; Ning G.; Ninomiya T.; Nishtar S.; Noale M.; Noboa O.A.; Norat T.; Norie S.; Noto D.; Nsour M.A.; O'reilly D.; Obreja G.; Oda E.; Oehlers G.; Oh K.; Ohara K.; Olafsson Ö.; Olinto M.T.A.; Oliveira I.O.; Oltarzewski M.; Omar M.A.; Onat A.; Ong S.K.; Ono L.M.; Ordunez P.; Ornelas R.; Ortiz A.P.; Osler M.; Osmond C.; Ostojic S.M.; Ostovar A.; Otero J.A.; Overvad K.; Owusu-Dabo E.; Paccaud F.M.; Pahomova E.; Pajak A.; Palli D.; Palloni A.; Palmieri L.; Pan W.-H.; Panda-Jonas S.; Pandey A.; Panza F.; Papandreou D.; Park S.-W.; Parnell W.R.; Parsaeian M.; Pascanu I.M.; Patel N.D.; Pećin I.; Pednekar M.S.; Peer N.; Peeters P.H.; Peixoto S.V.; Peltonen M.; Pereira A.C.; Perez-Farinos N.; Pérez C.M.; Peters A.; Petkeviciene J.; Petrauskiene A.; Peykari N.; Pham S.T.; Pierannunzio D.; Pigeot I.; Pikhart H.; Pilav A.; Pilotto L.; Pistelli F.; Pitakaka F.; Piwonska A.; Plans-Rubió P.; Poh B.K.; Pohlabeln H.; Pop R.M.; Popovic S.R.; Porta M.; Portegies M.L.P.; Posch G.; Poulimeneas D.; Pouraram H.; Pourshams A.; Poustchi H.; Pradeepa R.; Prashant M.; Price J.F.; Puder J.J.; Pudule I.; Puiu M.; Punab M.; Qasrawi R.F.; Qorbani M.; Bao T.Q.; Radic I.; Radisauskas R.; Rahman M.; Rahman M.; Raitakari O.; Raj M.; Rao S.R.; Ramachandran A.; Ramke J.; Ramos E.; Ramos R.; Rampal S.; Rascon-Pacheco R.A.; Redon J.; Reganit P.F.M.; Ribas-Barba L.; Ribeiro R.; Riboli E.; Rigo F.; de Wit T.F.R.; Rito A.; Ritti-Dias R.M.; Rivera J.A.; Robinson S.M.; Robitaille C.; Rodrigues D.; Rodríguez-Artalejo F.; Rodriguez-Perez M.C.; Rodríguez-Villamizar L.A.; Rojas-Martinez R.; Rojroongwasinkul N.; Romaguera D.; Ronkainen K.; Rosengren A.; Rouse I.; Roy J.G.R.; Rubinstein A.; Rühli F.J.; Ruiz-Betancourt B.S.; Russo P.; Rutkowski M.; Sabanayagam C.; Sachdev H.S.; Saidi O.; Salanave B.; Martinez E.S.; Salmerón D.; Salomaa V.; Salonen J.T.; Salvetti M.; Sánchez-Abanto J.; Sandjaja; Sans S.; Marina L.S.; Santos D.A.; Santos I.S.; Santos O.; Dos Santos R.N.; Santos R.; Saramies J.L.; Sardinha L.B.; Sarrafzadegan N.; Saum K.-U.; Savva S.; Savy M.; Scazufca M.; Rosario A.S.; Schargrodsky H.; Schienkiewitz A.; Schipf S.; Schmidt C.O.; Schmidt I.M.; Schultsz C.; Schutte A.E.; Sein A.A.; Sen A.; Senbanjo I.O.; Sepanlou S.G.; Serra-Majem L.; Shalnova S.A.; Sharma S.K.; Shaw J.E.; Shibuya K.; Shin D.W.; Shin Y.; Shiri R.; Siani A.; Siantar R.; Sibai A.M.; Silva A.M.; Silva D.A.S.; Simon M.; Simons J.; Simons L.A.; Sjöberg A.; Sjöström M.; Skovbjerg S.; Slowikowska-Hilczer J.; Slusarczyk P.; Smeeth L.; Smith M.C.; Snijder M.B.; So H.-K.; Sobngwi E.; Söderberg S.; Soekatri M.Y.E.; Solfrizzi V.; Sonestedt E.; Song Y.; Sørensen T.I.A.; Soric M.; Jérome C.S.; Soumare A.; Spinelli A.; Spiroski I.; Staessen J.A.; Stamm H.; Starc G.; Stathopoulou M.G.; Staub K.; Stavreski B.; Steene-Johannessen J.; Stehle P.; Stein A.D.; Stergiou G.S.; Stessman J.; Stieber J.; Stöckl D.; Stocks T.; Stokwiszewski J.; Stratton G.; Stronks K.; Strufaldi M.W.; Suárez-Medina R.; Sun C.-A.; Sundström J.; Sung Y.-T.; Sunyer J.; Suriyawongpaisal P.; Swinburn B.A.; Sy R.G.; Szponar L.; Tai E.S.; Tammesoo M.-L.; Tamosiunas A.; Tan E.J.; Tang X.; Tanser F.; Tao Y.; Tarawneh M.R.; Tarp J.; Tarqui-Mamani C.B.; Tautu O.-F.; Braunerová R.T.; Taylor A.; Tchibindat F.; Theobald H.; Theodoridis X.; Thijs L.; Thuesen B.H.; Tjonneland A.; Tolonen H.K.; Tolstrup J.S.; Topbas M.; Topór-Madry R.; Tormo M.J.; Tornaritis M.J.; Torrent M.; Toselli S.; Traissac P.; Trichopoulos D.; Trichopoulou A.; Trinh O.T.H.; Trivedi A.; Tshepo L.; Tsigga M.; Tsugane S.; Tulloch-Reid M.K.; Tullu F.; Tuomainen T.-P.; Tuomilehto J.; Turley M.L.; Tynelius P.; Tzotzas T.; Tzourio C.; Ueda P.; Ugel E.E.; Ukoli F.A.M.; Ulmer H.; Unal B.; Uusitalo H.M.T.; Valdivia G.; Vale S.; Valvi D.; van der Schouw Y.T.; Van Herck K.; Van Minh H.; van Rossem L.; Van Schoor N.M.; van Valkengoed I.G.M.; Vanderschueren D.; Vanuzzo D.; Vatten L.; Vega T.; Veidebaum T.; Velasquez-Melendez G.; Velika B.; Veronesi G.; Verschuren W.M.M.; Victora C.G.; Viegi G.; Viet L.; Viikari-Juntura E.; Vineis P.; Vioque J.; Virtanen J.K.; Visvikis-Siest S.; Viswanathan B.; Vlasoff T.; Vollenweider P.; Völzke H.; Voutilainen S.; Vrijheid M.; Wade A.N.; Wagner A.; Waldhör T.; Walton J.; Wan Bebakar W.M.; Wan Mohamud W.N.; Wanderley R.S., Jr.; Wang M.-D.; Wang Q.; Wang Y.X.; Wang Y.-W.; Wannamethee S.G.; Wareham N.; Weber A.; Wedderkopp N.; Weerasekera D.; Whincup P.H.; Widhalm K.; Widyahening I.S.; Wiecek A.; Wijga A.H.; Wilks R.J.; Willeit J.; Willeit P.; Wilsgaard T.; Wojtyniak B.; Wong-Mcclure R.A.; Wong J.Y.Y.; Wong J.E.; Wong T.Y.; Woo J.; Woodward M.; Wu F.C.; Wu J.; Wu S.; Xu H.; Xu L.; Yamborisut U.; Yan W.; Yang X.; Yardim N.; Ye X.; Yiallouros P.K.; Yngve A.; Yoshihara A.; You Q.S.; Younger-Coleman N.O.; Yusoff F.; Zaccagni L.; Zafiropulos V.; Zainuddin A.A.; Zambon S.; Zampelas A.; Zamrazilová H.; Zdrojewski T.; Zeng Y.; Zhao D.; Zhao W.; Zheng W.; Zheng Y.; Zholdin B.; Zhou M.; Zhu D.; Zhussupov B.; Zimmermann E.; Cisneros J.Z.
    Published in The Lancet (2017)
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    Article
  12. 432
    Peer-to-Peer Control Strategy for the Optimal Trading Price of Integrated Solar Thermal Systems
    “… the demand for heat from various businesses. Effective energy management via optimization has become crucial…”
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    Article
  13. 433
    Microencapsulation of Lactobacillus SP. Using Chitosan-Alginate-Xanthan Gum-β-Cyclodextrin and Characterization of its Cholesterol Reducing Potential and Resistance Against pH, Temperature and Storage
    “… upon consumption. The technical applications of this formulation include its use as heat- and pH-stable…”
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    Article
  14. 434
    The effect of ball milling time on the phase stability and morphology of hydroxyapatite synthesized using calcium carbonate from biogenic waste
    “… at 700°C for 2 hours. The eggshells, after being heated to high temperatures, were combined…”
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    Conference paper
  15. 435
    Radiative influence on axisymmetric ternary hybrid nanofluid flow with convective boundary conditions over a nonlinearly permeable stretching/shrinking disk
    “…. This study may help develop and optimize nanofluid systems like heat exchangers and cooling systems…”
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    Article
  16. 436
    Development of monitoring system with IoT technology for harvested energy from burning process
    “… of thermoelectric generator (TEG) with integrating IoT system. The product is mainly concerned to harvest the heat…”
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    Article
  17. 437
    Design of Fauna Featured as a Motif in the Cucuk Sanggul
    “… that flora motifs had been included in the components of cucuk sanggul head. The unique early cucuk sanggull…”
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    Proceedings Paper
  18. 438
    Analyzing geometric parameters in inclined enclosures filled with magnetic nanofluid using artificial neural networks
    “… field at Hartmann number (Ha) of 20. The average Nusselt number (Nu), entropy production, Bejan number…”
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    Retracted
  19. 439
    High Entropy Alloy towards Functional Materials Application: A Review
    “…The development of high entropy alloy (HEA) is considered a new bloom area as the ideas open up…”
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    Conference paper
  20. 440
    Characterization of glass-ceramics produced from vitrification of class f malaysian coal fly ash
    “… of quartz and mullite phases over the heat treatment stage. Growth of crystalline phase was also observed…”
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    Article
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