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  1. 1321
    Synthesis and characterization of Schiff's base-based chemosensor and its detection potential of Fluoride ions
    “… by mixing salicylaldehyde with hydrazine hydrate or phenylenediamine with a molar ratio of 2: 1 in ethanol…”
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    Conference paper
  2. 1322
    Recent progress in ceria-based catalysts for the dry reforming of methane: A review
    “… attracted enormous attention. Ceria has a high potential as it can serve as both catalyst support and metal…”
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    Article
  3. 1323
    Tooth segmentation using dynamic programming-gradient inverse coefficient of variation
    “… noninvasive and automatic investigation to be performed. This paper presents analyses on third molar tooth…”
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    Article
  4. 1324
    Effect of Organic Oxygen Scavenger on Performance of Pyrrole as Corrosion Inhibitor
    “… metal surface. © Published under licence by IOP Publishing Ltd.…”
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    Conference paper
  5. 1325
    Production of methyl esters from waste cooking oil using a heterogeneous biomass-based catalyst
    “…, 12:1 methanol to oil molar ratio at 60 °C for 4 h. The catalyst was shown to be reusable, with more…”
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    Article
  6. 1326
    Gold-Catalyzed Growth of Aluminium-Doped Zinc Oxide Nanorods by Sputtering Method
    “… (Au) metal catalyst. The Au catalyst layers with 5, 10, and 15 nm thickness were deposited on glass…”
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    Article
  7. 1327
    Chelating agents role on thermal characteristics and phase formation of modified cerate-zirconate via sol-gel synthesis route
    “… chelating agent with metal nitrate salts as precursors to produce a pure phase of BCZY powders at 1100 °C…”
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    Article
  8. 1328
    Growth of multi-shaped zinc oxide nanostructures using C-axis oriented zinc oxide thin film as a seeded catalyst via hydrothermal aqueous chemical growth method
    “… as seeded catalyst. By preparing ZnO thin film at different molar concentrations between 0.2∼1.0 M, oval…”
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    Conference paper
  9. 1329
    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)
    “… with adverse health consequences throughout the life-course. Our aim was to estimate worldwide trends in mean…”
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    Article
  10. 1330
    Flame retardancy evaluation of polymer composite-reinforced ceramic nanofillers
    “… halogenated and halogen-free flame retardants, phosphorus-containing compounds, and metal hydroxides, which…”
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    Book chapter
  11. 1331
    Vulvar malignant melanoma: A case report and review of its management
    “… for S100, HMB 45, and Melan A. An imaging study showed that the disease was localized to the vulva. She…”
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    Article
  12. 1332
    Impact of evacuation design parameter on users' evacuation time using a multi-agent simulation
    “… is caused by the access width fewer than 1.5 m for every floor, and by widening some spaces helped…”
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    Article
  13. 1333
    Design, Develop and Simulate Microdrilling Cutting Tool
    “… the simulation results based on these independent variables. After observing it turns out that fewer flutes…”
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    Conference paper
  14. 1334
    Performance Analysis of 14nm SOI-based Trigate Gaussian Channel Junctionless FinFET with Punchthrough Stop Layer
    “… width, and the work function of the gate metal is 4.75eV. The device architecture has a non-uniform…”
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    Conference paper
  15. 1335
    Automated Storage Systems for Electronic Components with Temperature and Humidity Sensing Capabilities
    “… or cold. Plastic casings and metal components undergo thermal expansion and contraction, resulting…”
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    Conference paper
  16. 1336
    Green extraction of phenolics using deep eutectic solvents: a promising neoteric method
    “… choline chloride with glycerol and lactic acid at a molar ratio of 1:2. The thermal profiles…”
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    Article
  17. 1337
    Sustainable epoxidation of expired palm oil–derived oleic acid via in situ peracid mechanism with applied ion resin Amberlite IR-120H: from waste to wealth
    “…/unsaturated fatty acid molar ratio: 1:1. Besides that, a mathematical model was developed by using…”
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    Article
  18. 1338
    Catalytic epoxidation of sunflower oil derived by linoleic acid via in situ peracid mechanism
    “… oxirane content were a catalyst loading of 0.2% zeolite, a molar ratio of hydrogen peroxide to linoleic…”
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    Article
  19. 1339
    Local structure studies of magnesium titanate powders using time-resolved X-ray absorption spectroscopy (TRXAS) measurements
    “…. The powders were prepared by a dissolved metals mixing method. The stoichiometric Mg and Zn metal powders were…”
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    Conference paper
  20. 1340
    Piezoelectric energy harvesting based on ZnO: A review
    “… as the formation of a Schottky barrier between the metal and ZnO contacts. ZnO is piezoelectric material which…”
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    Conference paper
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