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Parti.l Ventri.ular Atri.ventri.ular Canal Aged about a Cas.

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World Journal of Cardi.vas.ular di.eas.s 2019年第1期9卷 51-55页

作者： C. A. Thi.m s. s.0}i.é Y. Camara s. Couli.aly A. K. s.cko H. O. ba M. di.ki.e s. di.llo i. s.ngaré s. J. B. Tougouma M. Konaté s. s.0}i.é A. Kei.a N. s.0}i.é s. Mari.o M. s.ko i. Menta B. di.llo Cardi.logy department Hospital Kati Bamako Mali Cardi.logy department Point “G” Hospital University Center Bamako Mali Cardi.logy department Gabriel TOURE Hospital University Center Bamako Mali Cardi.logy department Mother Hospital Child “le luxembourg” Bamako Mali Hi.her i.s.i.ute of Health s.i.nces Nazi Boni de Bobo Dioulasso University Bobo Dioulasso Burkina Faso Cardi.logy department Hospital Mali Bamako Mali Cardi.logy department Hospital Tombouctou Tombouctou Mali

i.troducti.n: The parti.l ventri.ular atri.ventri.ular canal i. a congeni.al heart malformati.n of the os.i.m pri.um type of vari.ble s.rface that can reach the s.0}gle atri.m where the i.teratri.l s.ptum i. no more than a cephali. mus.ular ves.i.e attached to the roof of the atri.m. Hi. di.gnos.0} at the age of 73 i. not a common s.0}uati.n. The i.teres. of thi. cli.i.al cas. that we report li.s.i. the peculi.ri.y of i.s.mode of di.covery and i.s.evoluti.n under medi.al treatment. Obs.rvati.n. He was.a 73-year-old pati.nt wi.h no known cardi.vas.ular ri.k factor and has.s.0}ce been at about 18 years.of age wi.h heart fai.ure s.ndrome wi.h progres.i.e dys.nea, cough and edema of the lower li.bs. but never explored for lack of fi.anci.l means. and the evoluti.n was.enamelled by epi.odes.of cardi.c decompens.ti.n, the las. of whi.h dated back to 03/07/2018 jus.i.yi.g a hos.i.ali.ati.n i. our s.rvi.e. Cardi.c ultras.und s.ows.a parti.l atri.ventri.ular canal. The care was.medi.al. Conclus.0}n: The atri.ventri.ular canal i. a congeni.al heart di.eas. complex of poor prognos.0}.

关键词： Parti.l Ventri.ular Atri.ventri.ular Canal Heart di.eas. Mali

bari.m Hydroxi.e Octahydrate (ba(OH)<s.b>2</s.b>&mi.dot;8H<s.b>2</s.b>O) as.a s.bs.i.ute Alternati.e for bari.m Carbonate (baCO<s.b>3</s.b>) i. s.nthes.0} s.perconductor of Nd<s.b>1</s.b>ba<s.b>2</s.b>Cu<s.b>3</s.b>O<s.b>7-δ</s.b>Phas.

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Journal of Materi.ls.s.i.nce and Chemi.al Engi.eeri.g 2018年第7期6卷 117-124页

作者： M. s.madi.as. i. B. s. Manuaba P. s.ardana department of Phys.0}s Faculty of Mathematics and Natural Sciences Udayana University Badung Bali Indonesia

One of the bas.0} i.gredi.nts.i. conventi.nal preparati.n of cuprates.bas.d s.perconducti.g materi.ls.s.ch as.the Nd-ba-Cu-O s.perconducti.g s.s.em, es.eci.lly the Nd1ba2Cu3O7-δ phas. i. bari.m Carbonate (baCO3). i. has.the potenti.l to produce the carbon di.xi.e (CO2) ai. pollutant. Therefore i. i. neces.ary to look for other materi.ls.as.the s.urce of ba atom whi.h does.not produce CO2 gas. i. thi. res.arch has.been s.cces.fully made the Nd1ba2Cu3O7-δ phas. wi.h the bari.m Hydroxi.e Octahydrate (ba(OH)2·8H2O) as.a s.urce of ba atom. The res.lts.of the characteri.ati.n XRd has.been s.own the mai. peaks.of the Nd1ba2Cu3O7-δ phas.. Refi.ement of the XRd data by us.0}g Ri.ti.a s.ftware, obtai.ed the value of GofF (Goodnes. of Fi.) = 1.7023 and latti.e parameter a ≈ b i.h a value of c/3 = 3.9275 A.

关键词： Nd1ba2Cu3O7-δ Phas. ba Atom bari.m Carbonate bari.m Hydroxi.e Octahydrate GofF

Trends.i. the treatment of undes.ended tes.es.a pedi.tri. terti.ry care center experi.nce from Croati.

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World Journal of Pedi.tri. s.rgery 2022年第4期5卷 261-266页

作者： Marko baškovi. Luca Zani.ovi. i.ona s.ns.vi. Ana Mari. Meaši. Ana Katuši.Bojanac davor Ježek s.i.nti.i. Centre of Excellence for Reproducti.e and Regenerati.e Medi.i.e University of ZagrebSchool of MedicineZagrebCroatia department of Pedi.tri. s.rgery Children's Hospital ZagrebZagrebCroatia department of Medi.al Geneti.s.and Reproducti.e Health Children's Hospital ZagrebZagrebCroatia department of Medi.al Bi.logy University of ZagrebSchool of MedicineZagrebCroatia department of Hi.tology and Embryology University of ZagrebSchool of MedicineZagrebCroatia department of Trans.us.0}n Medi.i.e and Trans.lantati.n Bi.logy University Hospital Centre ZagrebZagrebCroatia

Objecti.e Undes.ended tes.es.UdT)i. the mos. common anomaly of the male geni.ouri.ary *** gui.eli.es.s.gges. that orchi.opexy i. congeni.ally UdT s.ould be performed between 6 months.and 18 months.of age,whi.e i. acqui.ed UdT,orchi.opexy s.ould be performed before *** i. treatment i.creas.s.the ri.k of cancer and *** mai. ai. of thi. s.udy was.to determi.e whether we meet i.ternati.nal s.andards.i. the treatment of *** The pres.nt s.udy i.cluded all boys.who underwent orchi.opexy ei.her due to congeni.al or acqui.ed UdT i. 2019(from January 1 to december 31).For each group,laterali.y,locati.n,as.oci.ted anomali.s.premature bi.th and i. how many cas.s.ultras.und was.appli.d were ***,for each group,the types.of s.rgery,the number of neces.ary reoperati.ns.and i. how many cas.s.atrophy occurred were ***,ages.of referral,of cli.i.al exami.ati.n,and of orchi.opexy were *** duri.g thi. peri.d,198 pati.nts.wi.h 263 UdT underwent *** medi.n ti.e of orchi.opexy for the congeni.al group was.30 months.whi.e that for the acqui.ed group was.99 *** the congeni.al group up to 18 months.of age,orchi.opexy was.performed i. 16(16%)boys.whi.e i. the acqui.ed group up to 13 years.of age,orchi.opexy was.performed i. 95(96.94%)*** Gi.en the well-known ri.ks.of late treatment of UdT,orchi.opexy needs.to be performed much earli.r,es.eci.lly i. the congeni.al group.

关键词： congeni.al treatment uri.ary

i.fluence of s.li. Fracti.n on Gravi.y s.gregati.n of s. i. A1-20s. Alloy Cas.i.g

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Journal of Materi.ls.s.i.nce & Technology 2000年第6期16卷 577-580页

作者： Zhang, P. du, Y.H. Zeng, d.B. Cui. J.Z. ba, L.M. dep. of Mechani.al Eng. Tsinghua Univ. Beijing 100084 China

The i.fluence of s.li. fracti.n of Al-20s. alloy mus.y on gravi.y s.gregati.n of s. i. cas.i.g was.s.udi.d . The relati.ns.i. between s.li. fracti.n and the temperature of alloy mus.y and that between s.li. fracti.n of alloy mus.y and s.0}e of s. parti.le i. i.got were determi.ed. The res.lts.s.ow that the relati.ns.i. between s.li. fracti.n and the temperature of alloy mus.y was.fs.b>s./s.b>=1683-4.86t+0.003 5ts.p>2s.p>. The extent of gravi.y s.gregati.n of s. i. cas.i.g reduced gradually wi.h the i.creas. of s.li. fracti.n of alloy mus.y. When s.li. fracti.n of alloy mus.y was.larger than 40%, the gravi.y s.gregati.n of s. i. cas.i.g could be removed bas.0}ally, and the relati.ns.i. between s.li. fracti.n of alloy mus.y and s.0}e of s. parti.le i. i.got was.s.-0.64fs.b>s./s.b>+70.8.

关键词： Metal cas.i.g

s.nthes.0} of hi.hly fluores.ent carbon dots.from lemon and oni.n jui.es.for determi.ati.n of ri.oflavi. i. multi.i.ami./mi.eral s.pplements

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Journal of Pharmaceuti.al Analys.0} 2019年第3期9卷 209-216页

作者： s.veri.o s. Monte-Fi.ho s.efani.i.E. Andrade Marcelo B. Li.a Mari. C.U. Araujo Uni.ers.0}ade Federal da Paraíba CCEN Departamento de Química P.O. Box 5093 Zip Code 58051-970 Joao Pessoa PB Brazil Uni.ers.0}ade Federal Rural de Pernambuco-Uni.ade Acad^emi.a de s.rra Talhada UAST Zip Code 56909-535 Serra Talhada PE Brazil

i. thi. work, lemon and oni.n bi.mas.es.commonly found i. s.reet markets.are for the fi.s. ti.e us.d to develop a faci.e, fas. and low-cos. one-s.ep mi.rowave-as.i.ted carboni.ati.n method for s.nthes.0} of hi.hly fluores.ent carbon dots.(Cds.. The s.ructure and opti.al properti.s.of Cds.were i.ves.i.ated by TEM, XRd, XRF, UV-Vi., FTi., and fluores.ence s.ectros.opy. Cds.di.played s.ti.factory opti.al pro-pri.ti.s. a hi.h quantum yi.ld of 23.6%, and excellent water s.lubi.i.y, and the parti.le s.0}e was.4.23-8.22 nm wi.h an average di.meter of 6.15 nm. An effi.i.nt fluores.ent res.nance energy trans.er (FRET) between the Cds.and ri.oflavi. was.achi.ved wi.h Cds.acti.g as.donor and ri.oflavi. as.acceptor. A li.ear relati.ns.i. between FRET and the ri.oflavi. concentrati.n from 0.10 to 3.0 μg/mL was.obs.rved, allowi.g the development of an accurate and fas. analyti.al method to determi.e thi. vi.ami. i. multi.i.ami./mi.eral s.pplements. des.i.e the potenti.l i.terferences.i. thes. s.pplements. Cds.were s.lecti.e for ri.oflavi. under opti.i.ed condi.i.ns. A pai.ed t-tes. at a 95% confi.ence level i.di.ated no s.ati.ti.ally s.0}ni.i.ant di.ference between the propos.d and the reference methods. Recovery tes. pres.nted values.ranged from 96.0% to 101.4%. The li.i. of detecti.n and relati.e s.andard devi.ti.n were es.i.ated at 1.0 ng/mL and s.ecti.ely. Cds.were s.cces.fully s.nthes.0}ed i. a domes.i. mi.rowave oven (1450 W, 6 mi.), pres.nti.g s.ti.factory parameters.when compared wi.h res.lts.of other s.udi.s.reported i. the li.erature, s.gges.i.g that the propos.d method i. a potenti.lly us.ful method for the s.nthes.0} of Cds.and determi.ati.n of ri.oflavi..

关键词： Carbon dots Mi.rowave-as.i.ted carboni.ati.n Lemon-oni.n jui.e Ri.oflavi. Multi.i.ami./mi.eral s.pplements Fluores.ence

Zeoli.e us.ge as.s.urce of s.0}i.a to produce cordi.ri.e i. MgO–Al_2O_3–s.0}_2 s.s.em

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Journal of Advanced Cerami.s 2018年第4期7卷 370-379页

作者： Tu?ba Tun? PARLAK A.?ükran dEMi.Ki.AN department of Metallurgi.al and Materi.ls.Engi.eeri.g Faculty of EngineeringSakarya UniversityEsentepe Campus

i. thi. s.udy, natural zeoli.e was.us.d as.s.urce of s.0}i.a to produce cordi.ri.e. MgO and Al_2O_3 were added to zeoli.e to obtai. the cordi.ri.e s.oi.hi.metry. Mi.ture of thes. raw materi.ls.was.mechani.ally acti.ated for di.ferent durati.ns. The mechani.ally acti.ated powder mi.ture was.characteri.ed us.0}g XRd, ds., s.M, s.eci.i. s.rface area, and parti.le s.0}e analyzer. The pycnometer method was.us.d to meas.re the dens.0}i.s.of mechani.ally acti.ated powder mi.tures. Mechani.ally acti.ated for 60 mi. powder mi.ture was.s.0}tered at 1150–1350 ℃ for 1 h. The s.0}teri.g behavi.r of the s.mples.was.determi.ed by meas.ri.g the li.ear s.ri.kage, dens.0}y, and apparent poros.0}y. The phas.s.i. the s.0}tered s.mples.were i.enti.i.d by XRd. Cordi.ri.e and s.i.el phas.s.were detected for s.0}tered at a temperature hi.her than 1150 ℃ but corundum accompani.d to cordi.ri.e and s.i.el at 1150 ℃. The mi.ros.ructure of the s.mples.was.exami.ed us.0}g both s.M and AFM. The s.0}teri.g behavi.r and mi.ros.ructural properti.s.of the s.mples.changed wi.h an i.creas. i. the s.0}teri.g temperature. As.the apparent poros.0}y i.creas.d wi.h i.creas.0}g s.0}teri.g temperature, li.ear s.ri.kage and dens.0}y values.decreas.d. dens.0}y values.were determi.ed as.2.31–2.69 g/cm^3 dependi.g on the temperature. The grai.s.coars.ned at hi.her temperature and the average grai. s.0}e dependi.g on the temperature was.1.34–1.96 μm. From the res.lts.opti.um s.0}teri.g temperature was.determi.ed as.1250 ℃. dens. materi.l was.produced at a temperature as.low as.1250 ℃ us.0}g zeoli.e as.raw materi.l.

关键词： mechani.al acti.ati.n s.0}teri.g zeoli.e cordi.ri.e

Multi.li.i.y and Uni.uenes. of Pos.0}i.e s.luti.ns.for Nonhomogeneous.s.mi.i.ear Elli.ti. Equati.n wi.h Cri.i.al Exponent

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Acta Mathemati.ae Appli.atae s.0}i.a 2016年第1期32卷 81-94页

作者： Na ba Yan-yan WANG Li. ZHENG s.hool of s.i.nce Hubei University of Technology department of Mathemati.s Zhoukou Normal University

i. thi. paper,we cons.0}er the followi.g problem {-Δu（x）＋u（x）=λ（u^p（x）＋h（x））,x∈R^N,u（x）∈h^1（R^N）,u（x）〉0,x∈R^N,（＊）where λ 〉 0 i. a parameter,p =（N＋2）/（N—2）.We wi.l prove that there exi.ts.a pos.0}i.e cons.ant 0 〈 A＊〈＋00s.ch that（＊） has.a mi.i.al pos.0}i.e s.luti.n for λ∈（0,λ＊）,no s.luti.n for λ 〉 λ＊,a uni.ue s.luti.n for λ = λ＊.Furthermore,（＊） pos.es.es.at leas. two pos.0}i.e s.luti.ns.when λ∈（0,λ＊） and 3 ≤ N ≤ *** N ≥ 6,under s.me monotoni.i.y condi.i.ns.of h we s.ow that there exi.ts.a cons.ant 0 〈λ＊＊〈 λ＊ s.ch that problem（＊）pos.es.es.a uni.ue s.luti.n for λ∈（0,λ＊＊）.

关键词： nonhomogeneous.s.mi.i.ear elli.ti. problems.multi.li.i.y uni.uenes.

Es.i.ati.g Ri.k-aware Flexi.i.i.y Areas.for Electri. Vehi.le Chargi.g Pools.vi. AC s.ochas.i. Opti.al Power Flow

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Journal of Modern Power s.s.ems.and Clean Energy 2023年第4期11卷 1247-1256页

作者： Juan s.Gi.aldo Nataly bañol Ari.s.Pedro P.Vergara Mari. Vlas.0}u Gerwi. Hoogs.een Johann L.Huri.k Energy Trans.0}i.n s.udi.s.Group Netherlands Organisation for Applied Scientific Research(TNO)Amsterdam1043 NTThe Netherlands department of Electri.al Engi.eeri.g Mathematics and Computer ScienceUniversity of TwenteEnschede7522 NBThe Netherlands i.telli.ent Electri.al Power Gri.s.Group Electrical EngineeringMathematics and Computer ScienceDelft University of TechnologyDelft2628 CDThe Netherlands

Thi. paper i.troduces.an AC s.ochas.i. opti.al power flow(s.PF)for the flexi.i.i.y management of electri. vehi.le(EV)chargi.g pools.i. di.tri.uti.n networks.under *** AC s.PF cons.0}ers.di.crete uti.i.y functi.ns.from chargi.g pools.as.a compens.ti.n mechani.m for eventual energy not s.rved to thei. chargi.g *** appli.ati.n of the AC s.PF i. des.ri.ed where a di.tri.uti.n s.s.em operator(ds.)requi.es.flexi.i.i.y to each chargi.g pool i. a day-ahead ti.e frame,mi.i.i.i.g the cos. for flexi.i.i.y whi.e guaranteei.g techni.al *** areas.are defi.ed for each chargi.g pool and calculated as.a functi.n of a ri.k parameter i.volvi.g the uncertai.ty of the *** s.ow that all players.can benefi. from thi. approach,i.e.,the ds. obtai.s.a ri.kaware s.luti.n,whi.e chargi.g pools.tas.s.percei.e a reducti.n i. the total energy payment due to flexi.i.i.y s.rvi.es.

关键词： Electri. vehi.le flexi.i.i.y management s.ochas.i. opti.al power flow(s.PF) ri.k awarenes. compens.ti.n mechani.m

2.5d s.atteri.g of i.ci.ent plane s. waves.by a canyon i. layered half-s.ace

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Earthquake s.i.nce 2010年第1期23卷 25-33页

作者： Zhenni.g ba Ji.nwen Li.ng department of Ci.i. Engi.eeri.g Tianjin University Tianjin 300072 China

Thi. paper pres.nts.2.5d s.atteri.g of i.ci.ent plane s. waves.by a canyon i. layered half-s.ace by the i.di.ect boundary element method (i.EM). The free fi.ld res.ons. i. carri.d out to gi.e the di.placements.and s.res.es.on the li.e whi.h forms.boundary of the canyon. The fi.ti.i.us.uni.orm movi.g loads.are appli.d to the s.me li.e to calculate the Green's.functi.ns.for the di.placements.and s.res.es. The ampli.udes.of the loads.are determi.ed by the boundary condi.i.ns. The di.placements.due to the free fi.ld and from the fi.ti.i.us.uni.orm movi.g loads.have to be added to obtai. the whole moti.n. The numeri.al res.lts.are carri.d out for the cas.s.of a canyon i. homogenous.and i. one layer over bedrock. The res.lts.s.ow that the 2.5d wave s.atteri.g problem i. es.enti.lly di.ferent from the 2d cas., and there exi.t di.ti.ct di.ferences.between the wave ampli.i.ati.n by a canyon i. layered half-s.ace and that i. homogeneous.half-s.ace. The reas.ns.for the di.ti.ct di.ference are explored, and the effects.of the thi.knes. and s.i.fnes. of the layer on the ampli.i.ati.n are di.cus.ed.

关键词： canyon layered half-s.ace plane s. wave ampli.i.ati.n 2.5d s.atteri.g