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机译：时间 u001fAND u001fSPATIAL u001fVARIATIONS u001fOF u001fSURF-ZONE u001fCURRENTS u001fAND u001fSUSPENDED-SEDIMENT u001f浓度

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机译：Thisu001fstudyu001fwasu001fconductedu001fatu001ftheu001fU.S.u001fArmyu001fEngineeru001fResearchu001fandu001fDevelopmentu001frnCenter'su001f大scaleu001f Sedimentu001f Transportu001f Facilityu001f（L-STF）.u001f u001f Twou001f单向，u001f长crestedu001frnirregularu001fwaveu001fconditionsu001foveru001ftheu001fmovableu001fbedu001fwereu001fexamined.u001fu001fWaves，u001fandu001fprofilesu001fofu001fcurrentu001frnandu001fsedimentu001fconcentrationu001fwereu001fmeasuredu001fatu001fvariousu001fsurf-zoneu001flocations.u001fu001fBothu001fcurrentsu001fandu001frnsedimentu001fconcentrationsu001fexhibitu001fgreatu001ftemporalu001fandu001fspatialu001fvariations.u001fu001fTheu001fvariationu001fpatternsu001fofu001frntheu001flongshoreu001fandu001fcross-shoreu001fcurrent，u001fandu001fsedimentu001fconcentrationu001f areu001f substantiallyu001f different.u001fu001frnCautionu001fshouldu001fbeu001fexercisedu001fwhenu001faveragingu001ftheseu001fparametersu001foveru001ftimeu001fandu001fspace.u001f rnTemporalu001fvariationsu001fofu001flongshoreu001fcurrentu001fwereu001frelativelyu001fsmallu001facrossu001fmostu001fofu001ftheu001fsurfu001fzone.u001fu001frnCross-岸currentu001fvariationsu001fwereu001fdominatedu001fbyu001f theu001fwaveu001fmotion.u001f u001fSediment-concentrationu001frnvariationu001funderu001ftheu001firregularu001fwavesu001flacksu001fapparentu001fperiodicity.u001fu001fTime-averagedu001flongshore-currentu001frnprofilesu001fwereu001flogarithmicu001finu001fshape.u001fu001fDepth-averagedu001flongshoreu001fcurrentu001fmatchedu001fwellu001fwithu001ftheu001frncurrentu001fmeasuredu001fatu001fanu001felevationu001fofu001f1 / 3u001fwateru001fdepthu001ffromu001ftheu001fbed.u001fu001fTime-averagedu001fcross-shoreu001frncurrentu001fprofilesu001fdemonstrateu001fparabolicu001fshapes.u001fu001fSedimentu001fconcentrationu001fdecreasedu001frapidlyu001fupwardu001frnacrossu001fmostu001fofu001ftheu001fsurfu001fzoneu001fexceptu001fatu001ftheu001fplungingu001fbreaker-lineu001fwhereu001frel ativelyu001fhomogeneousu001frnconcentrationu001f wasu001f measured.u001f u001f深度averagedu001f sedimentu001f concentrationu001f roughlyu001f equaledu001f theu001frnconcentrationu001fmeasuredu001fatu001fanu001felevationu001fofu001f1 / 5u001fwateru001fdepthu001ffromu001ftheu001fbed.u001frnTime-averagedu001f longshoreu001f sedimentu001f fluxu001f canu001f beu001f approximatedu001f fromu001f theu001f productu001f ofu001f timeaveragedrnu001fprofilesu001fofu001flongshoreu001fcurrentu001fandu001fsedimentu001fconcentration.u001fu001fAccurateu001festimatesu001fofu001fcrossshorernu001fsedimentu001fflux，u001fhowever，u001fcouldu001fnotu001fbeu001fobtainedu001ffromu001ftheu001fproductu001fofu001ftime-averagedu001fcurrentu001frnandu001fconcentration。

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《Coastal sediments'03: crossing disciplinary boundaries》|2003年|p.1-14|共14页
会议地点 Clearwater Beach FL(US);Clearwater Beach FL(US)
作者
Ping Wang; Bruce A.Ebersole; Ernest R.Smith; Bradley D.Johnson;
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正文语种 eng
中图分类海洋沉积;
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1. Magnetic behavior of Fe(001)/ZnSe(001)/Fe(001) sandwiches grown on ZnSe(001) epilayer on GaAs(001) [J] . Varalda J., Ribeiro GAP., Ortiz WA., Physica, B. Condensed Matter . 2002,第3a4期

机译：在GaAs（001）的ZnSe（001）外延层上生长的Fe（001）/ ZnSe（001）/ Fe（001）三明治的磁行为
2. How Contacting Electrodes Affect Single π-Conjugated Molecular Electronic States: Local Density of States of Phthalocyanine Nanomolecules on MgO(001), Cu(111), Ag(001), Fe(001), and Mn(001) [J] . Shuhei Nakashima, Yuhei Yamagishi, Kenji Oiso, Japanese journal of applied physics . 2013,第11issue1期

机译：接触电极如何影响单个π共轭分子电子状态：酞菁纳米分子在MgO（001），Cu（111），Ag（001），Fe（001）和Mn（001）上的局部态密度
3. First-principles study of the electronic structure and magnetic properties of 3d single or multilayers on a Cu(001) substrate: Ni-1(or Ni-4)/Cu(001), Cu-2/Ni-4/Cu(001), and Co/Cu-2/Ni-4/Cu(001) - art. no. 064413 [J] . Yang ZX., Wu RQ. Physical Review, B. Condensed Matter . 2001,第6期

机译：第一性原理研究Cu（001）衬底上的3d单层或多层电子结构和磁性能：Ni-1（或Ni-4）/ Cu（001），Cu-2 / Ni-4 / Cu（001））和Co / Cu-2 / Ni-4 / Cu（001）-art。没有。 064413
4. Conceptualu001fbeach-stateu001fmodelu001fforu001ftheu001finneru001fbaru001fofu001fau001fstorm-dominated,u001fu001fmicro/mesou001ftidalu001frangeu001fcoastu001fatu001fWanganui,u001fNewu001fZealand [C] . R.D.Shand, D.G.Bailey, P.A.Hesp, International symposium on coastal engineering and science of coastal sediment processes;Coastal sediments'03: crossing disciplinary boundaries . 2003

机译： u001fbeach-state u001fmodel u001ffor u001fthe u001finner u001fbar u001fof u001fa u001fstorm主导的 u001f u001fmicro / meso u001ftidal u001frange u001fcoast u001fat u001fWanganui，
5. Atomic-level characterization of iron(001)/magnesium oxide(001)/iron(001) tunneling magnetoresistance structures and spin-polarized scanning tunneling microscopy. [D] . Lee, Jookyung. 2010

机译：铁（001）/氧化镁（001）/铁（001）隧穿磁阻结构的原子能级表征和自旋极化扫描隧道显微镜。
6. Impact of Strain and Morphology on Magnetic Properties of Fe3O4/NiO Bilayers Grown on Nb:SrTiO3(001) and MgO(001) [O] . Olga Kuschel, Nico Pathé, Tobias Schemme, 2018

机译：应变和形态对Nb：SrTiO3（001）和MgO（001）上生长的Fe3O4 / NiO双层磁性的影响
7. Comparative first-principles molecular dynamics study of TiN(001)/SiN/TiN(001) and TiN(001)/SiC/TiN(001) interfaces in superhard nanocomposites [O] . Ivashchenko, V., Veprek, S., Shevchenko, V. 2011

机译：TiN（001）/ SiN / TiN（001）和TiN（001）/ SiC / TiN（001）界面在超硬纳米复合材料中的比较第一性原理分子动力学研究
8. Electronic and Magnetic Properties of the fcc-Fe (001) Thin Films: Fe/Cu(001) and Cu/Fe/Cu (001). [R] . Fu, C. L., Freeman, A. J. 1986

机译：fcc-Fe（001）薄膜的电子和磁性：Fe / Cu（001）和Cu / Fe / Cu（001）。

TEMPORALu001fANDu001fSPATIALu001fVARIATIONSu001fOFu001fSURF-ZONEu001fCURRENTSu001fANDu001fSUSPENDED-SEDIMENTu001fCONCENTRATION

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