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Oscillating Features in The Electromagnetic Structure of The Neutron

BESIII Collaboration; Kolcu, Onur Buğra (Nature Research, 2021)

The complicated structure of the neutron cannot be calculated using first-principles calculations due to the large colour charge of quarks and the self-interaction of gluons. Its simplest structure observables are the ...

Realization of modified elliptical shaped dielectric lens antenna for X band applications with 3D printing technology

Belen, Aysu; Tetik, Evrim (Applied Computational Electromagnetics Society (ACES), 2020)

Placing dielectric lens structures into an antenna's aperture has proven to be one of the most reliable methods of enhancing its gain. However, the selected material and the prototyping method usually limit their fabrication ...

The spaces of bilinear multipliers of weighted Lorentz type modulation spaces

Gurkanli, Ahmet Turan; Kulak, Oznur; Sandikci, Ayse (WALTER DE GRUYTER GMBH, 2016)

Fix a nonzero window g is an element of S(IRn), a weight function w on R-2n and 1 <= p, q <= infinity. The weighted Lorentz type modulation space M(p, q, w)(R-n) consists of all tempered distributions f is an element of ...

Search for D0 ??? and improved measurement of the branching fraction for D0 ??0?0

Ablikim M.; Achasov M.N.; Ai X.C.; Albayrak O.; Albrecht M.; Ambrose D.J.; Amoroso A.; An F.F.; An Q.; Bai J.Z.; Ferroli R.B.; Ban Y.; Bennett D.W.; Bennett J.V.; Bertani M.; Bettoni D.; Bian J.M.; Bianchi F.; Boger E.; Bondarenko O.; Boyko I.; Briere R.A.; Cai H.; Cai X.; Cakir O.; Calcaterra A.; Cao G.F.; Cetin S.A.; Chang J.F.; Chelkov G.; Chen G.; Chen H.S.; Chen H.Y.; Chen J.C.; Chen M.L.; Chen S.J.; Chen X.; Chen X.R.; Chen Y.B.; Cheng H.P.; Chu X.K.; Cibinetto G.; Cronin-Hennessy D.; Dai H.L.; Dai J.P.; Dbeyssi A.; Dedovich D.; Deng Z.Y.; Denig A.; Denysenko I.; Destefanis M.; De Mori F.; Ding Y.; Dong C.; Dong J.; Dong L.Y.; Dong M.Y.; Du S.X.; Duan P.F.; Fan J.Z.; Fang J.; Fang S.S.; Fang X.; Fang Y.; Fava L.; Feldbauer F.; Felici G.; Feng C.Q.; Fioravanti E.; Fritsch M.; Fu C.D.; Gao Q.; Gao X.Y.; Gao Y.; Gao Z.; Garzia I.; Geng C.; Goetzen K.; Gong W.X.; Gradl W.; Greco M.; Gu M.H.; Gu Y.T.; Guan Y.H.; Guo A.Q.; Guo L.B.; Guo Y.; Guo Y.P.; Haddadi Z.; Hafner A.; Han S.; Han Y.L.; Hao X.Q.; Harris F.A.; He K.L.; He Z.Y.; Held T.; Heng Y.K.; Hou Z.L.; Hu C.; Hu H.M.; Hu J.F.; Hu T.; Hu Y.; Huang G.M.; Huang G.S.; Huang H.P.; Huang J.S.; Huang X.T.; Huang Y.; Hussain T.; Ji Q.; Ji Q.P.; Ji X.B.; Ji X.L.; Jiang L.L.; Jiang L.W.; Jiang X.S.; Jiao J.B.; Jiao Z.; Jin D.P.; Jin S.; Johansson T.; Julin A.; Kalantar-Nayestanaki N.; Kang X.L.; Kang X.S.; Kavatsyuk M.; Ke B.C.; Kliemt R.; Kloss B.; Kolcu O.B.; Kopf B.; Kornicer M.; Kühn W.; Kupsc A.; Lai W.; Lange J.S.; Lara M.; Larin P.; Leng C.; Li C.H.; Li C.; Li D.M.; Li F.; Li G.; Li H.B.; Li J.C.; Li J.; Li K.; Li K.; Li L.; Li P.R.; Li T.; Li W.D.; Li W.G.; Li X.L.; Li X.M.; Li X.N.; Li X.Q.; Li Z.B.; Liang H.; Liang Y.F.; Liang Y.T.; Liao G.R.; Lin D.X.; Liu B.J.; Liu C.X.; Liu F.H.; Liu F.; Liu F.; Liu H.B.; Liu H.H.; Liu H.H.; Liu H.M.; Liu J.; Liu J.P.; Liu J.Y.; Liu K.; Liu K.Y.; Liu L.D.; Liu P.L.; Liu Q.; Liu S.B.; Liu X.; Liu X.X.; Liu Y.B.; Liu Z.A.; Liu Z.; Liu Z.; Loehner H.; Lou X.C.; Lu H.J.; Lu J.G.; Lu R.Q.; Lu Y.; Lu Y.P.; Luo C.L.; Luo M.X.; Luo T.; Luo X.L.; Lv M.; Lyu X.R.; Ma F.C.; Ma H.L.; Ma L.L.; Ma Q.M.; Ma S.; Ma T.; Ma X.N.; Ma X.Y.; Maas F.E.; Maggiora M.; Malik Q.A.; Mao Y.J.; Mao Z.P.; Marcello S.; Messchendorp J.G.; Min J.; Min T.J.; Mitchell R.E.; Mo X.H.; Mo Y.J.; Morales C.M.; Moriya K.; Muchnoi N.Yu.; Muramatsu H.; Nefedov Y.; Nerling F.; Nikolaev I.B.; Ning Z.; Nisar S.; Niu S.L.; Niu X.Y.; Olsen S.L.; Ouyang Q.; Pacetti S.; Patteri P.; Pelizaeus M.; Peng H.P.; Peters K.; Pettersson J.; Ping J.L.; Ping R.G.; Poling R.; Pu Y.N.; Qi M.; Qian S.; Qiao C.F.; Qin L.Q.; Qin N.; Qin X.S.; Qin Y.; Qin Z.H.; Qiu J.F.; Rashid K.H.; Redmer C.F.; Ren H.L.; Ripka M.; Rong G.; Ruan X.D.; Santoro V.; Sarantsev A.; Savrié M.; Schoenning K.; Schumann S.; Shan W.; Shao M.; Shen C.P.; Shen P.X.; Shen X.Y.; Sheng H.Y.; Song W.M.; Song X.Y.; Sosio S.; Spataro S.; Sun G.X.; Sun J.F.; Sun S.S.; Sun Y.J.; Sun Y.Z.; Sun Z.J.; Sun Z.T.; Tang C.J.; Tang X.; Tapan I.; Thorndike E.H.; Tiemens M.; Toth D.; Ullrich M.; Uman I.; Varner G.S.; Wang B.; Wang B.L.; Wang D.; Wang D.Y.; Wang K.; Wang L.L.; Wang L.S.; Wang M.; Wang P.; Wang P.L.; Wang Q.J.; Wang S.G.; Wang W.; Wang X.F.; Wang Y.D.; Wang Y.F.; Wang Y.Q.; Wang Z.; Wang Z.G.; Wang Z.H.; Wang Z.Y.; Weber T.; Wei D.H.; Wei J.B.; Weidenkaff P.; Wen S.P.; Wiedner U.; Wolke M.; Wu L.H.; Wu Z.; Xia L.G.; Xia Y.; Xiao D.; Xiao Z.J.; Xie Y.G.; Xiu Q.L.; Xu G.F.; Xu L.; Xu Q.J.; Xu Q.N.; Xu X.P.; Yan L.; Yan W.B.; Yan W.C.; Yan Y.H.; Yang H.X.; Yang L.; Yang Y.; Yang Y.X.; Ye H.; Ye M.; Ye M.H.; Yin J.H.; Yu B.X.; Yu C.X.; Yu H.W.; Yu J.S.; Yuan C.Z.; Yuan W.L.; Yuan Y.; Yuncu A.; Zafar A.A.; Zallo A.; Zeng Y.; Zhang B.X.; Zhang B.Y.; Zhang C.; Zhang C.C.; Zhang D.H.; Zhang H.H.; Zhang H.Y.; Zhang J.J.; Zhang J.L.; Zhang J.Q.; Zhang J.W.; Zhang J.Y.; Zhang J.Z.; Zhang K.; Zhang L.; Zhang S.H.; Zhang X.Y.; Zhang Y.; Zhang Y.H.; Zhang Y.T.; Zhang Z.H.; Zhang Z.P.; Zhang Z.Y.; Zhao G.; Zhao J.W.; Zhao J.Y.; Zhao J.Z.; Zhao L.; Zhao L.; Zhao M.G.; Zhao Q.; Zhao Q.W.; Zhao S.J.; Zhao T.C.; Zhao X.H.; Zhao Y.B.; Zhao Z.G.; Zhemchugov A.; Zheng B.; Zheng J.P.; Zheng W.J.; Zheng Y.H.; Zhong B.; Zhou L.; Zhou L.; Zhou X.; Zhou X.K.; Zhou X.R.; Zhou X.Y.; Zhu K.; Zhu K.J.; Zhu S.; Zhu X.L.; Zhu Y.C.; Zhu Y.S.; Zhu Z.A.; Zhuang J.; Zotti L.; Zou B.S.; Zou J.H. (American Physical Society, 2015)

Using 2.92 fb-1 of electron-positron annihilation data collected at ?s = 3.773 GeV with the BESIII detector, we report the results of a search for the flavor-changing neutral current process D0 ??? using a double-tag ...

Measurement of integrated luminosities at BESIII for data samples at center-of-mass energies between 4.0 and 4.6 GeV*

Ablikim, M.; Achasov, M. N.; Adlarson, P.; Ahmed, S.; Albrecht, M.; Kolcu, O. B. (IOP Publishing Ltd, 2022)

The integrated luminosities of data samples collected in the BESIII experiment in 2016-2017 at center-of-mass energies between 4.19 and 4.28 GeV are measured with a precision better than 1% by analyzing large-angle Bhabha ...

Approximations to the 3-D Free Space Scalar Green's Function in Terms of the Taylor Product Theorem

Uzer, Ali (Institute of Electrical and Electronics Engineers Inc., 2022)

In electromagnetics and acoustics, difficulties are encountered in evaluations of integrals containing the free space scalar Green's Function (, ′). So-called far-field approximations have long been used for obtaining ...

Gain Enhancement of a Traditional Horn Antenna using 3D Printed Square-Shaped Multi-layer Dielectric Lens for X-band Applications

Belen, Aysu; Mahouti, Peyman; Gunes, Filiz; Tarı, Özlem (Applied Computational Electromagnetics Society (ACES), 2021)

In this work, gain of a traditional horn antenna is enhanced up to 2.9 dB over X-band using 3D printed square-shaped multi-layer lens. For this purpose, firstly the multi-layer lenses are designed using Invasive Weed ...

Calculation of the T-X phase diagram and the thermodynamic quantities for the binary mixtures of Tetradecane plus Hexadecane using the Landau mean field model

Yurtseven, Hamit; Tari, Ozlem (TAYLOR & FRANCIS LTD, 2023)

The Landau model is used to calculate the T - X phase diagram and the temperature dependence of the thermodynamic quantities near the phase transitions in the binary mixtures of tetradecane + hexadecane. The phase line ...