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  1. 841
    Nonlinear multi independent variables in quantifying river bank erosion using Neural Network AutoRegressive eXogenous (NNARX) model
    “… is maximized when the near-bank velocity between 0.2 and 0.5 m/s, and the riverbank erosion is between 1.5…”
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    Article
  2. 842
    Heat Transfer Coefficient for Synthetic Jet Cooling at Various Distance
    “…-velocity working fluid from a single outlet. This research analyzed the effect of a volume chamber…”
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    Book chapter
  3. 843
    Analysing an optimal angle in basketball free throw
    “… and initial velocity taken during the shooting, plays a vital role, so that a perfect shooting could…”
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    Conference paper
  4. 844
    Nonlinear multi independent variables in quantifying river bank erosion using Neural Network AutoRegressive eXogenous (NNARX) model
    “… is maximized when the near-bank velocity between 0.2 and 0.5 m/s, and the riverbank erosion is between 1.5…”
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    Article
  5. 845
    Ballistic impact of Twaron CT709® plain weave fabrics
    “… of various parameters on the impact behavior of the fabrics, which include impact velocity, inter-yarn…”
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    Article
  6. 846
    Heat transfer and axisymmetric stagnation point flow due to a shrinking vertical plate in a nanofluid with slip effects
    “… The problem on steady axisymmetric stagnation point flow with velocity…”
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    Conference paper
  7. 847
    Amplification-free and direct fluorometric determination of telomerase activity in cell lysates using chimeric DNA-templated silver nanoclusters
    “… (route B) telomerase elongation reaction. Both routes caused selective quenching of the yellow emission…”
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    Article
  8. 848
    Radiative Boundary Layer Flow of Casson Fluid Over an Exponentially Permeable Slippery Riga Plate with Viscous Dissipation
    “… in presence of thermal radiation, magnetic field, velocity slip, thermal slip, and viscous dissipation effects…”
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    Article
  9. 849
    Steady magnetohydrodynamic flow in non-Newtonian nanofluid due to non-linear stretching surface
    “… of nonlinear ordinary differential equations and the system was numerically by collocation method. The velocity…”
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    Conference paper
  10. 850
    Studies on water-polymer interactions in the presence of aceclofenac at 298.15 K
    “…Densities and ultrasonic velocities of aqueous mixtures of methyl cellulose (MC) and polyethylene…”
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    Article
  11. 851
    Aligned magnetohydrodynamic effect on magnetic nanoparticle with different base fluids past a moving inclined plate
    “… the velocity and temperature profiles were illustrated graphically and analyzed. It is found that the velocity…”
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    Article
  12. 852
    On propagation of gradual and impulsive Coronal Mass Ejections (CMEs)
    “… are characterized as gradual and impulsive based on their kinematic properties that include velocity…”
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    Conference paper
  13. 853
    Comprehensive comparisons of RANS, LES, and experiments over cross-ventilated building under sheltered conditions
    “…. The evaluation of the velocity profiles was performed in the vertical and horizontal planes of the target…”
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    Article
  14. 854
    Public monitoring of environmental management plan implementation in road construction projects: key performance indicators
    “… PIs can be grouped and ranked into the following four components: geological, pollution, environmental…”
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    Article
  15. 855
    Impact of Nanoparticles Shapes on Magnetohydrodynamic Flow and Heat Transfer of Casson Hybrid Nanofluids over a Moving Inclined Plate
    “… conditions. The study infused water with silver (Ag) and Titanium Oxide (TiO2) to analysed the velocity…”
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    Article
  16. 856
    Comprehensive comparisons of RANS, LES, and experiments over cross-ventilated building under sheltered conditions
    “…. The evaluation of the velocity profiles was performed in the vertical and horizontal planes of the target…”
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    Article
  17. 857
    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. 858
    Compression and texture in socks enhance football kicking performance
    “… ± 0.9 years) performed 20 instep kicks with maximum velocity, in four randomly organised insoles…”
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    Article
  19. 859
    Characteristics of Different Groups of Flare-CME in the Minimum to Rising Phase of Solar Cycle 24; [(Pencirian Kumpulan Berbeza Suar-CME dalam Fasa Minimum hingga Fasa Menaik Kitaran Suria 24)]
    “… of their main CME properties; velocity, acceleration and angular width. At the end of the study, we found…”
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  20. 860
    Assessing the performance of concrete structure based on the width of the crack using UPV
    “…. The instrument used in this research is Ultrasonic Pulse Velocity (UPV), with the objective to determine…”
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    Article
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