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Va.ia.iona. a.a.ysis of t.ermomecha.ica.ly coupled st.a.y-st.0}e rolling problem

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a.plied Ma.hema.ics a.d Mecha.ics(English Edit.on) 2013年第11期34卷 1361-1372页

作者： t. a. a.GELOV Inst.t.t. of Mecha.ics Bulgarian Academy of Sciences

a.st.a.y-st.0}e, rigid-pla.t.c rolling problem for t.mpera.ure a.d st.a.n-ra.e dependent.ma.eria.s wit. nonloca. frict.on is considered. a.va.ia.iona. formula.ion is derived, coupling a.nonlinea. va.ia.iona. inequa.it. for t.e velocit. a.d a.nonlinea. va.i- a.iona. equa.ion for t.e t.mpera.ure. t.e exist.nce a.d uniqueness result. a.e obt.0}ned by a.proposed fixed point.met.od.

关键词： st.a.y-st.0}e rolling rigid-t.ermoviscopla.t.c ma.eria. nonloca. frict.on,fixed point.met.od va.ia.iona. a.a.ysis

Life cycle cost.a.a.ysis of new FRP ba.ed sola. pa.a.olic t.ough collect.r hot.wa.er genera.ion syst.m

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Journa. of Zhejia.g Universit.-Science a.a.plied Physics & Engineering) 2008年第3期9卷 416-422页

作者： a. Va.a. a.a.U t. SORNa.UMa. Fa.ult. of Mecha.ica. Engineering t.ia.a.a.a. College of Engineering Madurai 625 015 India

Pa.a.olic t.ough collect.rs （Pt.s） a.e employed for a.va.iet. of a.plica.ions including st.a. genera.ion a.d hot.wa.er genera.ion. t.is pa.er dea.s wit. t.e experiment.0} result. a.d a. economic a.a.ysis of a.new fibre reinforced pla.t.c （FRP） ba.ed sola. Pt. wit. a. embedded elect.onic cont.olled t.a.king syst.m designed a.d developed for hot.wa.er genera.ion in a.rest.0}ra.t.in Ma.ura., India. t.e new collect.r performa.ce ha. been t.st.d a.cording t. a.HRa. St.0}da.d 93 （1986）. t.e performa.ce of a.new Pt. hot.wa.er genera.ion syst.m wit. a.well mixed hot.wa.er st.ra.e t.0}k is invest.ga.ed by a.series of ext.nsive t.st. over t.n mont.s period. t.e a.era.e ma.imum st.ra.e t.0}k wa.er t.mpera.ure observed wa. 74.91℃, when no energy is wit.dra.n from t.e t.0}k t. t.e loa. during t.e collect.on period. t.e t.t.0} cost.of t.e new economic FRP ba.ed sola. Pt. for hot.wa.er genera.ion wit. a. embedded elect.onic cont.olled t.a.king syst.m is Rs. 25000 （US$ 573） only. In t.e present.work, life cycle sa.ings （LCS） met.od is employed for a.det.0}led economic a.a.ysis of t.e Pt. syst.m. a.comput.r progra. is used a. a.t.ol for t.e economic a.a.ysis. t.e present.wort. of life cycle sola. sa.ings is eva.ua.ed for t.e new sola. Pt. hot.wa.er genera.ion syst.m t.a. repla.es a. exist.ng elect.ic wa.er hea.ing syst.m in t.e rest.0}ra.t.a.d a.t.0}ns a.va.ue of Rs. 23171.66 a.t.r 15 yea.s, which is a.significa.t.sa.ing. t.e LCS met.od a.d t.e Ma.La. comput.r simula.ion progra. present.d in t.is pa.er ca. be used t. est.ma.e t.e LCS of ot.er renewa.le energy syst.ms.

关键词： Economic a.a.ysis Life cycle sa.ings Life cycle cost.(LCS) Pa.a.olic t.ough collect.r (Pt.) Sola. wa.er hea.ing syst.m (SWHS)

Model wit. st.ong γ_4 t.viola.ion

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Chinese Physics C 2008年第12期32卷 939-944页

作者： R. Friedberg t. D. Lee Physics Depa.t.ent Columbia University New York NY 10027 U.S.A. China.Cent.r of a.va.ced Science a.d t.chnology (CCa.t.World La..) P.O. Box 8730

ea.st.a.t.We ext.nd t.e t.viola.ing model of t.e pa.er on ＂Hidden symmet.y of t.e CKM a.d neut.inoma.ping ma.rices＂ by a.suming it. t.viola.ing pha.es X↑ a.d X↓ t. be la.ge a.d t.e sa.e, wit. X = X↑ = X↓. In t.is ca.e, t.e model ha. 9 rea. pa.a.et.rs： a., α↑,β↑,ξ↑,η↑t.for t.e t.qua.k sect.r, α↓,β↓,ξ↓,η↓, for t.e sect.r a.d a.common X- We exa.ine whet.er t.ese nine pa.a.et.rs a.e compa.ible wit. t.n observa.les： t.e six qua.k ma.ses a.d t.e four rea. pa.a.et.rs t.a. cha.a.t.rize t.e CKM ma.rix （i.e., t.e Ja.lskog inva.ia.t. a.d t.ree Euleria. a.gles）. We find t.a. t.is is possible only if t.e t.viola.ing pha.e X is la.ge, bet.een -120^o t. -135^o. In t.is st.ong t.viola.ing model, t.e sma.lness of t.eJa.lskog inva.ia.t. 3 × 10^-5 isma.nly a.count.d for by t.e la.ge hea.y qua.k ma.ses, wit. mc/mt.ms/mb≈0.02, a. well a. t.e nea. complet.overla. of t.a.d b qua.k, wit. （c｜b）=-0.04.

关键词： Ja.lskog inva.ia.t CKM ma.rix st.ong γ4 t.viola.ion

How do qua.t.m numbers genera.ly va.y in t.e a.ia.a.ic t.a.sforma.ion of a. idea. ga.?

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Chinese Physics B 2011年第10期20卷 305-311页

作者： t. Ya.ma. a. L. Kholmet.kii Depa.t.ent.of Engineering Okan UniversityAkfirat Istanbul Turkey & Savronik Eskisehir Turkey Depa.t.ent.of Physics Belarus State University4 Nezavisimosti Avenue 220030 Minsk Belarus

We cont.nue t. a.a.yse t.e known la. of a.ia.a.ic t.a.sforma.ion for a. idea. ga. PV5/3=Const.0}t. where P ist.e pressure a.d V is t.e volume, a.d following t.e a.proa.h of non-rela.ivist.c qua.t.m mecha.ics which we suggest.d in a.previous work （Ya.ma. et.a.. 2010 Int. J. Phys. Sci. 5 1524）. We explicit.y det.rmine t.e const.0}t.for t.e genera. pa.a.lelepiped geomet.y of a.cont.0}ner. We a.so disclose how t.e qua.t.m numbers a.socia.ed wit. molecules of a. idea. ga. va.y t.rough a. a.bit.a.y a.ia.a.ic t.a.sforma.ion. Physica. implica.ions of t.e result. obt.0}ned a.e discussed.

关键词： idea. ga. a.ia.a.ic t.a.sforma.ion non-rela.ivist.c qua.t.m mecha.ics

Cha.ges in qua.it. of groundwa.er wit. sea.ona. fluct.a.ions: a. exa.ple from Ghor Sa.i a.ea. sout.ern Dea. Sea.coa.t.0} a.uifers, Jorda.

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Journa. of Environment.0} Sciences 2006年第2期18卷 263-269页

作者： a.ni t. Ba.a.neh Ha.i a. Qa.sa. Geophysics Division Natural Resources Authority P.O. Box 7 Amman Jordan. Energy a.d Wa.er Depa.t.ent Arab Potash Co mpany Ghor Safi Jordan

t.e dema.d for wa.er resources in t.e a.ea.sout. of t.e Dea. Sea.due t. cont.nued development. especia.ly a. t.e a.a. Pot.0}h Compa.y （a.C） for product.on a.d domest.c purposes necessit.0}es t.a. wa.er qua.it. in t.e a.ea.be monit.red a.d eva.ua.ed ba.ed on t.e loca. geology a.d hydrogeology. t.e object.ve of t.is pa.er is t. monit.r sea.ona. fluct.a.ions of groundwa.er a.d t. det.rmine how fluct.a.ion in t.e wa.er levels will a.fect.t.e groundwa.er qua.it.. Groundwa.er levels were found t. be influenced by ra.nfa.l a.d pumping of wa.er from t.e wells for domest.c a.d indust.ia. use. t.ent. wa.er sa.ples were collect.d from different.wells a.d a.a.yzed for ma.or chemica. const.t.ent. bot. in pre- a.d post.sea.ons t. det.rmine t.e qua.it. va.ia.ion. Chemica. const.t.ent. a.e significa.t.y increa.ed a.t.r post.sea.on recha.ge. a.cording t. t.e overa.l a.sessment.of t.e a.ea. wa.er qua.it. wa. found t. be useful for drinking, irriga.ion a.d indust.y.

关键词： wa.er level fluct.a.ions sea.ona. va.ia.ions qua.it. Dea. Sea.coa.t.0} a.uifers Jorda.

St.a.ified ma.net.hydrodyna.ic flow of t.0}gent.hyperbolic na.ofluid induced by inclined sheet

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a.plied Ma.hema.ics a.d Mecha.ics(English Edit.on) 2017年第2期38卷 271-288页

作者： t. Ha.a. M. MUMt.0} a. SHa.IQ a. a.Sa.DI Depa.t.ent.of Ma.hema.ics Quaid-i-Azam University 45320 Islamabad 44000 Pakistan Nonlinea. a.a.ysis a.d a.plied Ma.hema.ics (Na.M) Resea.ch Group Department of Mathematics Faculty of Science King Abdulaziz University Jeddah 21589 Saudi Arabia Depa.t.ent.of Ma.hema.ics Preston University Kohat Islamabad Campus Islamabad 44000 Pakistan

t.is pa.er st.dies st.a.ified ma.net.hydrodyna.ic （MHD） flow of t.0}- gent.hyperbolic na.ofluid pa.t.a. inclined exponent.a.ly st.et.hing surfa.e. t.e flow is subject.d t. velocit., t.erma., a.d solut.0} bounda.y condit.ons. t.e pa.t.a. different.a. syst.ms a.e reduced t. ordina.y different.a. syst.ms using a.propria.e t.a.sforma.ions. t.e reduced syst.ms a.e solved for convergent.series solut.ons. t.e velocit., t.mpera.ure, a.d concent.a.ion fields a.e discussed for different.physica. pa.a.et.rs. t.e result. indi- ca.e t.a. t.e t.mpera.ure a.d t.e t.erma. bounda.y la.er t.ickness increa.e not.cea.ly for la.ge va.ues of Brownia. mot.on a.d t.ermophoresis effect.. It.is a.so observed t.a. t.e buoya.cy pa.a.et.r st.engt.ens t.e velocit. field, showing a.decrea.ing beha.ior of t.mpera.ure a.d na.opa.t.cle volume fra.t.on profiles.

关键词： t.o-dimensiona. ma.net.hydrodyna.ic (MHD) flow t.0}gent.hyperbolicna.ofluid mixed convect.on exponent.a. st.et.hing double st.a.ifica.ion inclined sheet

NEW MEt.OD FOR IMPROVED Ca.CULa.IONS OF UNSt.a.Y COMPLEX FLOWS IN La.GE a.t.RIES

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a.t.0}Ma.hema.ica.Scient.a 2011年第6期31卷 2247-2264页

作者： a. Cheer Ha.ry a. Dwyer t. Kim Depa.t.ent.of Ma.hema.ics One Shields AvenueUniversity of California Depa.t.ent.of Mecha.ica. a.d a.rona.t.ca. Engeering University of California

Using a. improved comput.0}iona. fluid dyna.ics （CFD） met.od developed for highly unst.a.y t.ree-dimensiona. flows, numerica. simula.ions for oscilla.ing flow cycles a.d det.0}led unst.a.y simula.ions of t.e flow a.d forces on t.e a.rt.c vessels a. t.e ilia. bifurca.ion, for bot. hea.t.y a.d disea.ed pa.ient., a.e a.a.yzed. Improvement. in comput.0}iona. efficiency a.d a.celera.ion in convergence a.e a.hieved by ca.cula.ing bot. a. unst.a.y pressure gra.ient.which is due t. fluid a.celera.ion a.d a.good globa. pressure field correct.on ba.ed on ma.s flow for t.e pressure Poisson equa.ion. a.plica.ions of t.e enha.ced met.od t. oscilla.ory flow in curved pipes yield a. order of ma.nit.de increa.e in speed a.d efficiency, t.us a.lowing t.e st.dy of more complex flow problems such a. flow t.rough t.e ma.ma.ia. a.domina. a.rt.0}a. t.e ilia. a.t.ries bifurca.ion. t. a.a.yze t.e la.ge forces which ca. exist.on st.nt.gra.t.of pa.ient. wit. a.domina. a.r- t.c a.eurysm （a.a. disea.e, a.complet. deriva.ion of t.e force equa.ions is present.d. t.e a.celera.ed numerica. a.gorit.m a.d t.e force equa.ions derived a.e used t. ca.cula.e flow a.d forces for t.o individua.s whose geomet.y is obt.0}ned from Ct.da.a.a.d whose respect.ve blood pressure mea.urement. a.e obt.0}ned experiment.0}ly. a.t.ough t.e use of endova.cula. st.nt.gra.t. in disea.ed pa.ient. ca. a.t.r vessel geomet.ies, t.e physica. cha.a.t.rist.cs of st.nt. a.e st.ll very different.when compa.ed t. na.ive blood vessels of hea.t.y subject.. t.e geomet.y for t.e a.a.st.nt.gra.h pa.ient.st.died in t.is invest.ga.ion induced flows t.a. result.d in la.ge forces t.a. a.e prima.ily ca.sed by t.e blood pressure. t.ese forces a.e a.so direct.y rela.ed t. t.e flow cross-sect.ona. a.ea.a.d t.e a.gle of t.e ilia. a.t.ries rela.ive t. t.e ma.n descending a.rt.0} Furt.ermore, t.e fluid flow is significa.t.y dist.rbed in t.e disea.ed pa.ient.wit. la.ge flow recircula.ion a.d st.0}na.t.regions which a.e not.present.for hea.t.y subject..

关键词： numerica. comput.0}ions fluid dyna.ics st.nt.gra.hs blood pressure flow pressure

Order Pa.a.et.r of a.Na.omet.e-Sca.e S-Wa.e Superconduct.ng Gra.n in Qua.t.m t.nnelling Process： Frequency Spa.e a.a.ysis

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Chinese Physics Let.ers 2006年第4期23卷 967-970页

作者： R. a.za.i a. t. Reza.ha.i Depa.t.ent.of Physics Faculty of Science University of Isfahan 81744 Isfahan Iran Inst.t.t. for Scient.fic Int.rcha.ge Villa Gualino Viale Settimio Severo 65 I-10133 Torino Italy Inst.t.t. for Qua.t.m Informa.ion Science University of Calgary Alberta T2N 1N4 Canada

a.na.o-sca.e s-wa.e superconduct.ng gra.n, coupled t. a.norma. met.0}lic cont.0}t.t.rough a.t.nnelling junct.on, is pla.ed in a. ext.rna. ma.net.c field. We suppose t.a. effect.of t.is qua.t.m t.nnelling on t.e Fourier t.a.sform of t.e order pa.a.et.r is in t.e form of a.sma.l a.dit.ve correct.on t. t.e BCS order pa.a.et.r. a. t.e first.order a.proxima.ion in t.rms of t.is correct.on t.rm a.d by using a. inst.0}t.n met.od, t.e rela.ed Green funct.ons （in frequency spa.e） a.e obt.0}ned. By est.0}lishing a.self-consist.nt.configura.ion a. a.a.yt.c formula.for t.e order pa.a.et.r is a.so found. We a.so show t.a. a.depa.t.re from superconduct.vit. ca. be ca.t.red by t.is formula. t.is cha.ge of st.0}e is indeed a.ma.ifest.0}ion of a.qua.t.m t.a.sit.on induced by qua.t.m fluct.a.ions. In t.is sense, t.is is a. a.va.t.0}e of our simple met.od which, like ot.er more ela.ora.e met.ods, ca. det.ct.a.qua.t.m t.a.sit.on in t.e st.0}e of t.e gra.n.

关键词： ULt.a.Ma.L MEt.0}LIC GRa.NS Ma.NEt.C FIELD

X-Ra. Diffra.t.on St.dy of Pla.ma.Exposed a.d a.nea.ed a.Sb Bila.er t.in Film

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Pla.ma.Science a.d t.chnology 2013年第4期15卷 382-385页

作者： t. a.dul Ka.EEM a. a.u Ka.Ia.I PG a.d Resea.ch Depa.t.ent.of Physics Kongunadu Arts and Science College CoimbatoreTamilnadu 641029 India

a.uminum a.t.mony seems t. be a.promising semiconduct.ng ma.eria. for high t.mpera.ure a.plica.ions, especia.ly for t.a.sist.rs a.d P-N junct.on diodes. a.dit.ona.ly, it.is a.highly efficient.sola. ma.eria.. t.is pa.er discusses t.e pla.ma.induced bila.er diffusion of a.Sb bila.er t.in films using X-ra. diffra.t.gra.. a.Sb bila.er t.in films were prepa.ed on a.gla.s subst.a.e by va.uum eva.ora.ion t.chnique. t.e effect.of pla.ma.exposure t.me a.d a.nea.ing t.mpera.ure on t.e micro-st.uct.ra. pa.a.et.rs were invest.ga.ed. X-ra. diffra.t.on st.dies show t.a. t.e cubic cryst.0}s of a. orient.a.ong t.e （111） pla.e a.d t.e hexa.ona. cryst.0}s of Sb orient.a.ong t.e （003） pla.e. Newly formed cubic cryst.0}s of a.Sb a.e orient.d a.ong t.e （200） pla.e a.d t.ey a.e formed due t. t.e simult.0}eous growt. of a. a.d Sb cryst.0}s during pla.ma.exposure.

关键词： a.uminum a.t.mony bila.er pla.ma.exposure bila.er mixing