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  1. 21
    Synthesis, characterisation, crystal structure and anti-corrosion studies of an organotin(IV) complex of 2-acetylpyridine 4-ethyl-3-thiosemicarbazone (LH): N-BuSn(L)Cl2
    “…. The structure showed the LH served as a tridentate (N, N', S) donor to tin through its pyridyl, azomethine…”
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    Article
  2. 22
    Controllable synthesis of Sn:ZnO/SnO2 nanorods: pH-dependent growth for an ethanol gas sensor
    “…Tin-doped zinc oxide/tin oxide nanorod (Sn:ZnO/SnO2 NR) films were successfully synthesized using a…”
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    Article
  3. 23
    Heterojunction of SnO2 nanosheet/arrayed ZnO nanorods for humidity sensing
    “…For the first time, a rutile phased tin oxide (SnO2) nanosheet was assembled onto a zinc oxide (ZnO…”
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    Article
  4. 24
    Characterization of light absorption in thin-film silicon with periodic nanohole arrays
    “… of an indium-tin-oxide (ITO) coating is also simulated, and an empty NH configuration gives the lowest ITO…”
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    Article
  5. 25
    Eight surfaces of radiation heat transfer network model development
    “… surfaces baking oven, baking tin surface and bread surface. The radiation heat transfer model…”
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    Conference paper
  6. 26
    Polyethylene glycol assisted growth of Sn-doped ZnO nanorod arrays prepared via sol-gel immersion method
    “…Tin-doped zinc oxide (SZO) nanorod films at different concentrations of polyethylene glycol (PEG…”
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    Conference paper
  7. 27
    Fabrication and structural properties of flower-like TiO2 nanorod array films grown on glass substrate without FTO layer
    “… on sputtered TiO2 seed layer-coated glass substrate without fluorine-doped tin oxide (FTO) layer during 1–5 h…”
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    Article
  8. 28
    Polymerization of lactide to polylactic acid by using homogenous and heterogenous catalysts
    “… where the catalyst, mostly used tin octoate, and the lactide are mixed in liquid phase to form PLA…”
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    Article
  9. 29
    Electrochemical EGFET pH Sensing Performance using ZnO-based Composite Thin Films Sensing Electrode
    “… were fabricated on indium tin oxide, ITO substrate using spin coating method. The sensing performance…”
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    Conference paper
  10. 30
    The influence of growth duration process on morphology and electrical properties of SnO2 Nanostructured Films
    “…Tin oxide (SnO2) nanostructured thin film with different immersion times was prepared on zinc oxide…”
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    Conference paper
  11. 31
    Light trapping potential of hexagonal array silicon nanohole structure for solar cell application
    “… silicon nanohole coated with a thin layer of indium tin oxide (ITO) was carried out. The results show…”
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    Conference paper
  12. 32
    Low temperature growth of rutile titanium dioxide nanorod arrays using a novel facile method for UV photosensor application
    “…Titanium dioxide (TiO2) nanorod arrays (TNAs) were deposited on fluorine-doped tin oxide (FTO…”
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    Conference paper
  13. 33
    Zn-doped SnO2 with 3D cubic structure for humidity sensor
    “…Zinc doped tin oxide (Zn-doped SnO2) with three dimension (3D) cubic structure has been…”
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    Conference paper
  14. 34
    Synthesis of p-type nickel oxide nanosheets on n-type titanium dioxide nanorod arrays for p-n heterojunction-based UV photosensor
    “…Titanium dioxide (TiO2) nanorod arrays (TNAs) were synthesized and deposited on fluorine tin oxide…”
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    Conference paper
  15. 35
    Effect of the polymeric coating thickness on the photocurrent performance of titanium dioxide nanorod arrays-polyaniline composite-based UV photosensor
    “…Titanium dioxide (TiO2) nanorod arrays (TNAs) were synthesized and deposited on fluorine tin oxide…”
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    Conference paper
  16. 36
    Heterogeneous SnO2/ZnO nanoparticulate film: Facile synthesis and humidity sensing capability
    “…Highly sensitive and extremely thin tin oxide/zinc oxide (SnO2/ZnO) heterojunction films were…”
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    Article
  17. 37
    Awareness and preparedness of healthcare workers against the first wave of the COVID- 19 pandemic: A cross-sectional survey across 57 countries
    by Huy N.T.; Chico R.M.; Huan V.T.; Shaikhkhalil H.W.; Uyen V.N.T.; Qarawi A.T.A.; Alhady S.T.M.; Vuong N.L.; Truong L.V.; Luu M.N.; Dumre S.P.; Imoto A.; Lee P.N.; Tam D.N.H.; Ng S.J.; Hashan M.R.; Matsui M.; Duc N.T.M.; Karimzadeh S.; Koonrungsesomboon N.; Smith C.; Cox S.; Moji K.; Hirayama K.; Linh L.K.; Abbas K.S.; Dung T.N.T.; Al-Ahdal T.M.A.; Balogun E.O.; Duy N.T.; Eltaras M.M.; Huynh T.; Hue N.T.L.; Khue B.D.; Gad A.; Tawfik G.M.; Kubota K.; Nguyen H.-M.; Pavlenko D.; Trang V.T.T.; Vu L.T.; Yen T.H.; Yen-Xuan N.T.; Trang L.T.; Dong V.; Sharma A.; Dat V.Q.; Soliman M.; Aziz J.A.; Shah J.; Hung P.D.L.; Jee Y.S.; Phuong D.T.H.; Quynh T.T.H.; Giang H.T.N.; Huynh V.T.N.; Thi N.A.; Dhouibi N.; Phan T.; Duru V.; Nam N.H.; Ghozy S.; Tran H.-Y.; Aziz J.M.A.; Duru Vincent C.; Mousavi S.H.; Zahid S.U.; Wardak K.; Nusrat F.; Gandhi Z.; Tochie J.N.; Blennerhassett M.G.; Wang K.; Shi H.; Ochoa-Toasa E.; Hewalla M.E.E.; Monib F.A.; Alfadaly M.A.; Mahmoud M.H.; Derballa E.E.A.; Desalegn Z.; Tesfa T.; Lam R.P.K.; Syed Z.Q.; Harapan H.; Hezave A.K.; Al-Jubouri M.B.; Faris S.H.; Al-Fayyadh S.; Turki S.G.; Jaafar S.A.; Alwan I.H.; Porru F.; Greco S.; Harada N.; Kubota A.; Iwashita Y.; Mizusawa T.; Alomoush M.; Osaili T.; Emhamed M.S.A.; Ismail I.A.; Chua K.H.; Jamaluddin T.Z.M.T.; Olvera B.D.P.G.; Outani O.; Ranabhat K.; Dumre R.B.; Dayyab F.M.; Yakubu A.A.; Esan D.T.; Emmanuel P.; Usman A.B.; Kumar R.; Shaqoura E.I.H.; Shaat T.E.-D.; Hamad L.H.; Awwad A.R.; Samara A.; Medina J.R.C.; Hilario A.L.; Angeles J.M.M.; Climacosa F.M.M.; Mercado V.J.P.; Stefanovic S.; Govender I.; Martinez-Portilla R.J.; Ehelepola N.D.B.; Muthugala R.; Homeida A.; Ahmed O.; Ismail A.Y.; Shibani M.; Kouz B.; Ko W.-C.; Nochaiwong S.; Dahman N.B.H.; Pavlenko T.; Pavlenko R.; Anesi G.L.; Tuyen P.B.; Chanda D.; Shenwari H.; Hashimi S.M.; Afzaly F.; Noor A.W.; Alizai N.; Dajti I.; Kërpaçi J.; Vrapi E.; Ouerdane Y.; Ouerdane F.; Bouaich M.E.; Bakhtaoui I.; Dwyer D.E.; Taylor J.; Pulock O.S.; Pinky S.D.; Rafi T.H.; Deepanwita S.; Ahsan A.; Mahboob R.N.; Rafi A.; Habib A.; Faisal M.F.; Sagar S.K.; Luba F.R.; Sourav S.I.; Rahman S.; Ferreto L.E.D.; de Pauli M.A., Jr.; da Silva M.C.B.; Wendt G.W.; Kwenti T.E.; Kam K.G.W.; Njinyam N.; Tsaku E.; Farhani N.; Bayat A.; Tabije F.; Rizwan S.; Manalac L.K.B.; Ubhi N.K.; Aburto J.T.O.; Mou J.; Zhang S.; Xu C.; Qiao J.; Lin X.; Chen F.; Luan X.; Zhang M.; Wang X.; Chen L.; Cheng X.; Song C.; Guo L.; Haque M.A.; Ying X.; Wang Y.; Lu J.; Gong K.; Zheng Y.; Liu H.; Li W.; Wui W.T.; Castillo G.A.; Ruales S.; Bovera M.M.; Almeida D.P.F.; Quiroz D.M.C.; Rodriguez A.P.C.; Rengel M.A.N.; Correa O.D.S.; Salinas L.J.Z.; Carvajal J.J.R.; Arteaga C.V.D.; Maguid R.A.; Omran H.A.M.; Mohammed A.A.Y.; Sharaf A.K.; Hebashy A.R.M.; Moussa R.M.; El-Ramly T.A.F.; Youssef A.R.A.; Ibrahim M.I.A.; Rezq C.S.; Shoukry M.R.; Qatora M.S.; Abuhassira M.J.; Bastawesy M.M.; Abdeltawab A.E.B.M.; Ayman Hafez Y.; Mekkawy M.A.; Hashem S.M.; Mahmoud A.M.; Sayed E.G.; Saad M.M.; Ramadan A.G.; Rashad A.M.; Said A.E.; Ahmed S.F.; Hamed Z.H.; Salah M.A.; Abdelkarem M.M.; Fawzy M.U.; Farghali R.M.; Foaud N.R.; Nageh M.A.; Allam A.H.S.; Abdallah A.A.M.; Abdallatif A.G.N.; Alsadek M.E.; Isa M.S.; Yousof A.; Isa A.S.; El-Raey F.; Ghanem A.M.; El-Rifai A.W.; Salama A.E.; Abulnaga M.A.; Hamdy N.M.; Abuzeid A.A.; Khader S.A.E.; Elsebaie M.A.E.T.; Ragab B.M.T.; Shady Y.E.M.; Ali A.A.M.; Ali A.A.M.; Said D.E.; Albishari H.A.S.; Mohammed N.A.M.; Elsalam E.M.A.; Ali N.A.A.; Desokey M.S.; Elsamman A.A.; Khaleel A.Z.; Eldahshory M.Z.A.; Hussein M.M.; Elsheikh S.S.; Deeb D.A.; Badr M.R.; Abdrabo M.F.I.; Hadhoud M.M.; Abdelwadoud G.T.; Abdelsattar N.K.; Alrawi A.G.; Mustafa M.G.; Kamal M.-A.S.; Hussien H.A.; Hosny M.M.; Abdelsalam T.A.A.T.; Mohamed A.G.; Arafa H.A.; Abd-ElGawad M.M.; Elsalam O.M.A.; Farag M.A.; Allam R.H.; Kamal E.M.; Mostafa A.K.; Mohamed M.R.; Ewais H.S.; Ahmed A.A.; Masoud A.T.; Abdelmonem M.; Mohammed F.M.S.M.H.; Ghannam A.F.; Gebrehiwot Y.; Amogne W.; Abebe T.; Abrha A.; Arkew M.; Gebretsadik D.; Yefredew C.; Duc N.; Denis M.; Pauline P.; Jean-Michel C.; Hecker A.; Hecker M.; Sommer N.; Manatakis D.K.; Vamvakas P.; Milisi E.; Lopez A.A.V.; Castillo I.F.; Falla V.D.; Lam G.S.M.; Leung P.S.C.; Ng P.Y.; Sin W.C.S.; Subramaniam R.; Kuruvilla S.; Subramanya S.H.; Rangaiah A.; Padukone S.; Panchawagh S.; Bhat S.; Raut A.; Arce K.E.; Alvarez-Uria G.; Baliga S.; Mahakalkar C.; Utomo P.S.; Librianty N.; Ikram I.; Prashanti N.A.P.; Sari T.N.W.; Harorani M.; Amini S.; Masmouei B.; Isam S.R.; Abbas A.A.; Ahmed H.A.; Ahmed H.A.; Hussein R.M.; Hama D.J.; Mahmood T.A.; Abdulateef D.S.; Rahman H.S.; Othman H.H.; Gharib D.T.; Saadun K.F.; Qader S.M.; Hilal A.S.; Athbi H.A.; Khudhair A.K.; Obaid K.B.; Al-Husayn A.J.A.; Salman M.F.; Mansoor H.I.; Musihb Z.S.; Oleiwi S.S.; Mahmood F.M.; Jawad I.H.; Jabl R.F.; Piva S.; Paolillo C.; Mancinelli S.; Vinci A.; Ingravalle F.; Gianino M.M.; Maran D.A.; Papalia R.; Boraso F.; Rosiello F.; Costantino R.; Raffaele G.; Bianco A.; Pepe D.; Licata F.; Mazzea S.; De Filippo C.; Brunelli D.; Verzè M.; Nicolis F.; Ramaroli D.A.; Tardivo S.; Currà A.; Bava R.; Rodinò A.; Galletta M.; Formentini S.; Capasso M.; Choi W.S.; Ito A.; Morimoto S.; Akitomi S.; Sawa R.; Tamura K.; Nagi S.; Sugishita T.; Tokita D.; Tanabe K.; Tanaka E.; Minamide C.; Maeda K.; Munakata H.; Hibino M.; Suzuki R.; Shinozaki N.; Sato M.; Watanabe N.; Kadoya Y.; Hayakawa F.; Yoshimine F.; Hori Y.; Sugai Y.; Kon Y.; Shimazu S.; Tsuruma H.; Uchiyama A.; Ota K.; Takehara K.; Miyairi I.; Kawaminami S.; Kawahito K.; Mizukami S.; Kayano J.; Tanaka K.; Al-Jawlahi R.H.A.Y.; Khader Y.S.; Momany S.M.; Za'nouneh F.J.A.A.; AlQudah Q.M.; Momani A.M.A.; Al-Nabulsi A.A.-R.; AlGhammaz F.T.; Diraneih M.; Hasanein K.A.; Sahli J.; Alaawneh D.; Sisan M.A.; Al-Awar G.; Minassian G.; Ayoub R.; Hassanieh J.; Alshareef A.M.; Alduwayb M.M.A.; Elrais S.A.; Alhabbasi M.O.M.; Ahmed F.A.; Ben-Abdallah A.A.S.; Morgom M.M.; Etturki M.A.; Aboubeirah M.K.; Malek K.A.; Shah N.F.M.; Puah S.M.; Munusamy V.; Cheng O.H.; Tarumma S.; Razali S.Z.M.; Nor M.A.M.; Ponnampalavanar S.; Lee P.C.; Chee J.K.L.; Payus A.O.; Lee P.Y.; Zakariah S.Z.; Ibrahim R.; Taib N.M.; Amin-Nordin S.; Isa M.M.; Darwis A.A.; Adnan F.; Azil A.H.; Ali U.K.; Yasin A.M.; Salleh S.A.; Benslimane Z.; Boualila L.; Skitioui I.; Lahcen B.; El Adib G.; Belakbyer H.; Outani A.; Ayad A.; Sapkota K.; Adhikari B.; Dhakal B.; Pandey B.D.; Bastola A.; Pun S.B.; Mandal S.K.; Vaidya P.; Gyanwali P.; Poudyal A.K.; Rijal K.R.; Ghimire P.; Marahatta S.B.; Mishra D.K.; Acharya D.; Ghimire P.; Ghimire M.; Neupane D.R.; Thapaliya S.; Chhetri R.; Mishra D.R.; Pokharel S.M.; Bista B.; Neupane S.; Poudyal B.S.; Pandey K.; Gokhale S.; Hamal D.; Shrestha R.; Ceintury K.P.; Bhandari K.; Karki A.R.; Acharya B.; Oli P.K.; Shrestha D.L.; Shrestha M.P.; Lal B.K.; Singh D.R.; Dhimal M.; Loeffen Y.; Al-Buasidi I.S.; Metcalf S.; Iliyasu G.; Habib A.G.; Ahmad B.G.; Kibiya F.S.; Umar S.; Borodo A.M.; Sulaiman S.I.; Awwal A.M.; Sanusi Y.; Sadiq A.A.; Hassan Z.; Maigari I.M.; Musa H.S.; Misau Y.A.; Abdullahi A.A.; Ismail H.; Muhammad A.; Isah Z.A.; Muhammed S.; Muhammad L.; Gadama A.S.; Muhammad B.A.; Mubarak M.M.; Abubakar M.; Umar M.A.; Yusuf R.; Haruna A.L.; Isah K.A.; Dauda M.J.; Tukur S.A.; Adewale B.; Ajibaye O.; Ojogbede A.; Awoyomi B.O.; Adeneye A.A.; Ajibaye O.V.; Olawale O.G.; Isaac E.; Mmanga M.; Oluwadare T.; Oluwafemi F.S.; Esan T.O.; Agboola S.M.; Akinlade L.I.; Osinupebi O.A.; Deborah O.; Oduyebo Oyinlola O.; Ejechi O.K.; Francisca A.M.; Jones A.Y.K.G.; Abosede O.O.; Mercy F.A.; Joseph O.N.; Duru P.T.; Nuhu B.; John C.; Shehu N.; Hafeez A.; Khan A.W.; Lal M.; Krishin J.; Fatmi Z.; Qadeer R.; Siddiqui M.J.; Tahir E.; Al'Saani A.J.; Zafar R.; Burney A.; Iqbal A.; Hassan Z.; Ali I.; Jan M.; Zakir M.; Nuzhat T.; Alnajjar O.R.; Abdulhadimaqadma I.T.; Shawish N.A.A.; Wali M.I.; Toman H.I.; Yassin A.; Alhabash A.w.; Thaher A.B.A.; Shaqoura R.; Abdo M.A.; Selmiya M.E.A.; Alashqer A.A.; Jneed R.T.; Shaheen A.; Al-Azzamy A.; Shaheen M.; Jalhum E.; Ouda M.A.A.; Aljerjawi S.N.; Alsharef A.N.; Habboub A.E.; Helles A.; Hammad M.Z.; Sweid O.; Aljerjawi A.N.; Alhaw S.H.; Hammad F.; Tahboub I.N.; Samara A.; Alfuqaha A.S.M.; Sweileh M.W.; Arafat H.; Rios-González C.M.; Acosta P.M.; Pinlac P.A.V.; Latorre A.A.E.; Co K.C.D.; Villanueva S.Y.A.M.; Lota M.M.M.; Roxas E.A.; Laroa H.R.F.; Villalon M.T.; Fabon J.L.; Maghanoy D.E.; Sabarre N.G.; Mikhailova V.; Gachabayov M.; Abdullaev A.; Jankovic S.; Milosavljevic M.; Radomirovic D.; Milosavljevic M.; Dhaqane A.H.; Roble H.Y.; Jalei A.A.; van Coppenhagen B.; Maphasha O.; Retuerta F.F.; Roig M.D.G.; Sierra R.; Amo E.d.; Campins M.; Seneviratne H.S.K.; Senanayake A.P.; Dalugama C.; Dissanayake D.R.R.H.B.; Rizky Aazath M.R.M.; Buddhadasa W.M.N.P.; Basnayake B.B.M.L.S.; Weerasekara W.A.L.P.; Weerakoon K.; Sumathipala S.; Rajith Jayasanka K.T.; Premadasa T.; Francis V.; Yousif G.A.E.; Abaker H.H.M.; Gismalla M.D.A.; Adam A.M.I.; Omer M.A.M.; Hassan R.A.E.; Omer A.A.E.M.; Babiker R.A.A.; Alkhider A.H.M.; Mohamed E.A.E.; Eltayeb M.E.A.; Mohammed I.H.M.; Ghalib A.M.E.; Alkhder L.M.M.; Musa D.A.A.; Abudawa M.M.A.; Dafallah O.M.M.; Mohamed O.A.B.O.; Ahmed L.H.O.; Almharat I.I.; Elnour K.I.; Musa R.A.-H.; Abdelrahim Y.S.; Zaroog S.M.I.; Fadelalmawla F.H.M.; Khiri N.M.E.; Babiker T.E.M.A.; Shaban M.; Alhusseini R.T.; Alfatih M.; Ahmed M.A.M.; Mohamed M.H.A.; Ali M.M.; Yassin M.F.A.; Hamed J.M.A.; Idriss A.A.R.; Ismaeil M.I.H.; Khalifa H.M.A.; Saeed O.S.M.; Adam A.E.E.; Elamin M.H.A.M.; Hamid Y.M.A.; Elmonower W.E.; Abdulrahim M.A.M.; Alshareif B.A.A.; Mohamed T.E.E.; Ahmed H.H.H.; Ahmed M.A.A.M.; Dawood A.A.I.; Abdalla R.Y.A.; Mohammed S.A.A.; Abdalla M.I.O.; Gurashi M.S.O.; Elrufai R.R.H.; Idrys R.H.A.; Eldirdiri A.E.E.; Abkar A.S.A.; Ahmed W.M.; Elsheikh W.E.A.; Ahmed M.N.E.; Abdalrhman E.G.; Elnour T.A.A.; Altorkmani A.; Rmman A.; Sawaf B.; Alzabibi M.A.; Ismail H.; Armashi H.; Chebat M.Z.; Alkhaledi A.; Hadidi D.; Kazem H.; Mardini H.; Naoura S.; Alneser O.; Alhaffar M.B.A.; Abbas A.; Alorfhli I.; Shammas I.; Al Habbal O.; Ko N.-Y.; Lee N.-Y.; Chilongola J.O.; Muro F.; Sutham K.; Winichakoon P.; Ruengorn C.; Awiphan R.; Bangpattanasiri K.; Sangsayunh P.; Kungsukool S.; Kanoksilp A.; Jantarabenjakul W.; Putcharoen O.; Paitoonpong L.; Suwanpimonkul G.; Puthanakit T.; Kanjanavanit S.; Kawila R.; Kowatcharakul W.; Nanta S.; Nagassar R.P.; Dookeeram D.K.; Daniel K.; Ramkissoon-Bain S.; Maghraoui H.; Jebali A.; Saber S.B.; Kacem W.; Dissem N.; Nefzi A.; Bahri F.; Romdhane M.B.; Tlili F.; Rhaiem R.B.; Trabelsi I.; Ammar H.B.; Khelifa E.; Moatemri Z.; Dhib K.; Mastouri O.; Zarrad C.; Aissa A.; Teyeb Z.; Malouch A.; Gara M.; Ladib A.; Grati L.; Ammous O.; Charmi Z.; Ksentini M.; Al-Marzouqi A.; Tkachuk O.; Kudlatska-Tyshko I.; Dzhemiliev A.; Scatena R.; Ganapathiraju P.V.; Anderson K.M.; Phu L.N.; Chau P.T.M.; Hang T.H.T.; Nhan D.T.; Diem N.T.P.; Cuong L.V.; Sy L.V.; Tien D.X.; Trang N.T.M.; Mai N.T.; Dai D.T.T.; Han H.V.; Na T.L.; Thinh D.P.; Trung V.N.; Tuan H.M.; Tuan N.M.; Quy D.T.; Khanh T.H.; Hung N.T.; Minh N.N.Q.; Tung T.H.; Son P.T.; Quynh N.X.T.; Viet D.C.; Ngoc N.M.; Hien N.T.; Hung T.Q.; Phuong N.T.H.; Linh N.N.; Thang N.Q.; Manh N.T.; Tien N.V.; Tram T.V.; Thanh D.Q.; Tin L.Q.; Tien L.H.C.; Thao L.T.T.; Van N.T.; Dang N.V.; Hung T.X.; Nam V.; Ha T.T.; Anh L.T.H.; Thuy L.T.; Nguyen T.-T.; Huu N.C.; Thoa P.T.; Tho L.D.; Huy P.L.X.; Thoai N.V.; Thuy V.T.; Duan L.Q.; Nam D.V.H.; Thuc N.T.; Hung L.Q.; Thang P.M.; Trung L.V.; Thong D.V.; Truong N.D.; Son V.T.; Tiem T.X.; Hang P.T.; Tuyet H.T.D.; Thai H.-N.; Trinh D.-T.T.; Nguyen V.-D.; Bui M.-M.P.; Phuoc N.T.; Dung D.A.; Nam N.T.; Nhan N.T.; Thanh V.K.; Trinh L.T.; Nsokolo B.; Chongwe G.; Mutengo K.; Neziraj J.; Hajdinaj E.; Beqiraj K.; Cani A.; Sinani A.; Bellani L.; Monib F.A.; Emad D.; Ragy M.; Fawzy M.; Shibani M.H.; Islam I.; Nishat N.H.; Liang L.Y.; Yee B.P.J.; Eng T.G.; Chuah J.; Lian P.Y.; Chong L.C.; Jia N.S.; Belhadj W.; Slimane Z.B.; Mansuri A.; Pan I.; Harapan H.; Molly A.; Nitta Y.; Saeed D.; Faray K.; Taib D.; Bhandari R.; Oskouie F.; Khayeri F.; Seyedfatemi N.; Lucas F.R.
    Published in PLoS ONE (2021)
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    Article
  18. 38
    Hydrophobic properties of microrods and flower-like rutile phased TiO2 on FTO glass using hydrothermal method
    “…Flower-like and micro-rods rutile Titanium Oxide (TiO2) were fabricated on Fluorine-doped Tin Oxide…”
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    Article
  19. 39
    Properties of Zinc Oxide Nanorods as Ethanol Sensor
    “… for environmental monitoring. Nanorods were grown on indium tin oxide substrate (ZnO/ITO) by using the hydrothermal…”
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    Conference paper
  20. 40
    Enhanced photovoltaic performance using reduced graphene oxide assisted by triple-tail surfactant as an efficient and low-cost counter electrode for dye-sensitized solar cells
    “… microscopy observations revealed that the TC14-rGO film was well dispersed on fluorine-doped tin oxide…”
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    Article
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