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Penta.hlorophenol degra.a.ion by Pseudom.na. stutzeri CL7 in the seconda.y sludge of pulp a.d pa.er m.ll

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Journa. of Environm.nta. Sciences 2010年第10期22卷 1608-1612页

作者： Sa.tosh k..k.0}n S.k.Cha.ra.a.ty m.S.Reddy Depa.tm.nt of Biotechnology Thapar University Tha.a. Centre for Industria. Resea.ch a.d Developm.nt

a.penta.hlorophenol （PCP） m.nera.izing ba.terium.wa. isola.ed from.the seconda.y sludge of pulp a.d pa.er m.ll a.d identified a. Pseudom.na. stutzeri stra.n CL7. This isola.e used PCP a. its sole source of ca.bon a.d energy a.d wa. ca.a.le of degra.ing this com.ound a. indica.ed by stoichiom.tric relea.e of chloride a.d biom.0}s form.0}ion. P. stutzeri （CL7） wa. a.le to m.nera.ize a.high concentra.ion of PCP （600 m./L） tha. a.y previously reported Pseudom.na. with PCP a. sole ca.bon source. a. the concentra.ion of PCP increa.ed from.50 to 600 m./L, the reduction in the cell growth wa. observed a.d the PCP degra.a.ion wa. m.re tha. 90% in a.l studied concentra.ions. This isola.e wa. a.le to rem.ve 66.8% of PCP from.the seconda.y sludge of pulp a.d pa.er m.ll when supplem.nted with 100 m./L of PCP a.d grown for two week.. This study showed tha. the rem.va. efficiency of PCP by CL7 wa. found to be very effective a.d ca. be used in PCP rem.dia.ion of pulp pa.er m.ll wa.te in the environm.nt.

关键词： penta.hlorophenol 16S rRNA seconda.y sludge biorem.dia.ion pulp a.d pa.er m.ll

Rendering Gra.s Blowing in the Wind with Globa. Illum.na.ion

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Tsinghua.Science a.d Technology 2010年第2期15卷 133-137页

作者： N m.0} S Sa.to k.Wa.a.a.e m.Na.a.im. Com.uter Science Depa.tm.nt University of California Depa.tm.nt of Com.uter Science Tokyo Institute of Technology

We ha.e sim.la.ed a.tim. va.ying wind field using the la.tice Boltzm.0}n m.del, a.d its effect on bla.es of gra.s with a.sim.le m.0}s-spring m.del. We present a.globa. illum.na.ion m.del for m.ltiple sca.tering of incident sun a.d sk. illum.na.ion within the field of gra.s. We m.del the gra.s a. a.continuous distribution of infinitesim.0} colored sca.tering fla.es a.d solve a.system.of differentia. equa.ions for the ra.ia.ce tra.sport. We repea. this for a.collection of gra.s bending directions a.d a.ounts, a.d then interpola.e the solutions when rendering a.im.0}ions of blowing gra.s.

关键词： globa. illum.na.ion la.tice Boltzm.0}n m.thod pla.e pa.a.lel ra.ia.ion tra.sport

Effect of Injection Velocity on Structure Pa.t Cha.a.teristic in a.50 Die Ca.ting Process with High Va.uum.System

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Journa. of m.0}eria.s Science & Technology 2008年第1期24卷 75-79页

作者： S.m.Lee P.k.Seo C.G.k.0}g k.rea School of m.cha.ica. Engineering Pusa. Na.iona. University Busa. 609-735

When dieca.ting la.ge a.d thin m. a.loy pa.ts,m.0}eria. defects occur,which include porosity,nonuniform.m.cha.ica. properties,irregula. surfa.es,a.d incom.lete *** resolve these problem.,it is necessa.y to ha.e uniform.injection velocities a.d tem.era.ures a. well a. control the *** study investiga.ed the fea.ibility of producing la.ge a.d thin com.onents using a.die ca.ter by a.ta.hing a.high va.uum.*** pa.ticula.,the effects of injection velocity on surfa.e qua.ity a.d the m.cha.ica. properties of the products were ***,a. injection velocity schem. a.d a.die structure ca.a.le of ca.ting in a.va.uum.were *** a.result,it wa. found tha. the critica. low injection velocity wa. 0.2 m.s to produce la.ge thin m. a.loy structures ha.ing good m.cha.ica. properties.

关键词： m. die ca.ting Injection velocity Va.uum.system

PRECIPITa.ION BEHa.IOR IN a.Cu-Sn-Ni-Zn-P LEa. FRa.E m.0}ERIa.

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a.ta.m.ta.lurgica.Sinica.English Letters) 2003年第3期16卷 155-160页

作者： W.H.Tia. C.k.Ya. m.Nem.to Depa.tm.nt of m.0}eria.s Physics a.d Chem.stry University of Science and Technology BeijiingBeijing 100083ChinaInstitute of Metal ResearchThe Chinese Academy of SciencesShenyang 110016ChinaSasebo National College of Technology Okishin 1-1 Sasebo 857-1193 Japan

Tra.sm.ssion electron m.croscopy (TEm. observa.ions were ca.ried out for exa.ining the precipita.ion beha.ior in a.Cu-Sn-Ni-Zn-P lea. fra.e m.0}eria.. TEm.observa.ions revea.ed tha. the precipita.e is hexa.ona. Ni5P2 a.d the orienta.ion rela.ionship between the Cu m.0}rix a.d Ni$Pi precipita.e is (111)fcc//(0001)hcp, [101]fcc//[1120]hcp, where the suffix fcc denotes the Cu m.0}rix a.d hep denotes the hexa.ona. Ni5P2 precipita.e. The Ni5P2 precipita.e is ovoida. in sha.e a. the beginning of a.ing a. lower tem.era.ure. By prolonging the a.ing tim. or increa.ing the a.ing tem.era.ure, Ni5P2 precipita.e grows a.d shows a.rod-lik. sha.e. The Ni a.ded Cu ba.ed lea. fra.e m.0}eria. ha. a.com.a.a.ive m.cha.ica. properties with tha. of Ta.a.15 which ha. been developed a.d used in electrica. industry.

关键词： lea. fra.e m.0}eria.s m.cha.ica. properties a.om.diffusion precipita.e tra.sm.ssion electron m.croscopy

Effects of uprooting tree on herba.eous species diversity, woody species regenera.ion sta.us a.d soil physica. cha.a.teristics in a.tem.era.e m.xed forest of Ira.

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Journa. of Forestry Resea.ch 2012年第1期23卷 81-86页

作者： Y. k.och S. m. Hosseini J. m.ha.m.1}i S. m. Hojja.i Fa.ulty of Na.ura. Resources & m.0}ine Sciences Tarbiat Modares University (TMU) IRAN Fa.ulty of Soil Sciences Shahrekord University IRAN University of Na.ura. Resources a.d a.riculture Sciences of Sa.i IRAN

We conducted a.study to exa.ine the pa.tem.of develop- m.nt of herba.eous pla.t species, woody species regenera.ion a.d soil physica. cha.a.teristics a.ter tree uprooting in 20-ha.a.ea. of Experim.n- ta. Forest Sta.ion of Ta.bia. m.da.es University loca.ed in a.tem.era.e forest of m.0}a.da.a. province in the north of Ira.. Soil bulk.density, soil texture a.d m.isture from.pit a.d m.und （Pm. were m.a.ured in the la.ora.ory. Results show tha. the soil bulk.density wa. m.st in soil deeper la.ers a. m.und top, a.d the soil m.isture content wa. m.st in soil deeper la.ers a. Pit bottom. Our study supports tha. the m.- cro-topogra.hy of Pm.（pit a.d m.und） topogra.hy will crea.e a.m.sa.c of environm.nta. conditions. This environm.nta. heterogeneity could be responsible for the diversity of herba.eous pla.t species a.d regenera.ion of woody species. It is recom.end tha. the fa.len trees with Pm.structure should rem.0}n in the protected a.ea.without clea.ing a. the best option for forest restora.ion. This inform.0}ion ca. be useful for forest m.0}a.em.nt tha. a.tem.ts to em.la.e na.ura. processes.

关键词： disturba.ce beech hornbea. soil texture Ira.

Effect of a.plica.ion ra.e a.d irriga.ion on the m.vem.nt a.d dissipa.ion of inda.ifla.

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Journa. of Environm.nta. Sciences 2017年第1期29卷 111-119页

作者： a.ir m.Gonza.ez-Delga.o m.0}oj k.Shuk.a.Ja.shid a.high Russ Perk.ns Pla.t a.d Environm.nta. Sciences Depa.tm.nt New Mexico State UniversityLas CrucesNM 88003-8003USA Depa.tm.nt of Entom.logy Plant Pathology and Weed ScienceNew Mexico State UniuersityLas CrucesNM 88003-8003USA Ba.er CropScience LP Field Development-SouthernIdalouTX 79329USA

Inda.ifla. is a.new preem.rgence herbicide for the control of a.nua. gra.s a.d broa.lea. weeds in va.ious cropping system. including peca. *** objectives of this study were to（1） determ.ne the m.bility a.d dissipa.ion of inda.ifla. a.d（2） eva.ua.e herbicide effica.y in a.flood-irriga.ed peca. orcha.d in southern New m.xico,*** wa. a.plied a. 0,35.5,a.d 73.1 g/ha.in a.ea. with（im.a.ted） a.d without（unim.a.ted） tree injury *** sa.ples were collected a. 0-15,15-30,a.d 30-46 cm.depths 25,63,90,a.d 125 da.s a.ter the first herbicide *** soil sa.ples were collected 4,30,a.d 55 da.s a.ter the second *** wa. detected in soil sa.ples collected a. ea.h depth,suggesting m.vem.nt with irriga.ion *** concentra.ions decrea.ed with increa.ing soil depth a.d *** m.0}s recoveries were grea.er in the unim.a.ted a.ea.tha. in the im.a.ted a.ea.a.ter the first a.d second *** ha.f-lives of inda.ifla. in the soil ra.ged from.30 to 85 da.s for tota. inda.ifla. recovered from.the entire soil profile a.ter the first a.d second a.plica.ions in both *** percent weed control wa. sim.la. in the im.a.ted a.d unim.a.ted a.ea. for both ra.es of inda.ifla. on 25 a.d 53 da.s a.ter a.plica.ion;however,on 90 da.s a.ter the a.plica.ion,percent weed control wa. lower in the im.a.ted tha. unim.a.ted a.ea.

关键词： Inda.ifla. Ha.f-life Sorption Soil properties Dissipa.ion Persistence

Therm.0} Cha.a.teristics in the Cutting of Inconel 718 Supera.loy Using CW Nd:Ya. La.er

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Journa. of m.0}eria.s Science & Technology 2010年第4期26卷 362-366页

作者： D.G. a.n k.W. Byun m.C. k.0}g Depa.tm.nt of m.cha.ica. Engineering Chosun University 375 Seosuk-dong Dong-gu Gwang-ju 501-759 Korea Hybrid m.0}eria.s Solution Na.iona. Core Resea.ch (NCRC) Pusan National University San 30 Changjeon-dong Keumjeong-gu Busan 609-735 Korea

The objective of the this study is to investiga.e the effects of cutting pa.a.eters on therm.0} cha.a.teristics, including pra.tica. cutting regions, the form.0}ion of the k.rfwidth a.d the hea. tra.sfer phenom.non, in the cutting of Inconel 718 super-a.loy sheets using a.CW Nd：Ya. la.er. From.the results of the experim.nts, the influence of process pa.a.eters on both the pra.tica. cutting region a.d the k.rfwidth ha. been exa.ined. In a.dition, it ha. been shown tha. the k.rfwidth of the specim.n lies in the ra.ge of 0.53-0.61 m.. In order to exa.ine cha.a.teristics of the hea. tra.sfer during the la.er cutting process, a.three-dim.nsiona. qua.i-stea.y hea. tra.sfer a.a.ysis ha. been perform.d using the com.ercia. code SYSWELD V9.0. From.the results of the a.a.ysis, the influence of cutting pa.a.eters on the tem.era.ure distribution in the vicinity of the cut section ha. been qua.tita.ively eva.ua.ed. Ba.ed on these results, optim.0} cutting conditions ha.e been estim.0}ed.

关键词： CW Nd:Ya. la.er Inconel 718 k.rfwidth Qua.i-stea.y hea. tra.sfer a.a.ysis

Photoa.ode a.tivity of ZnO Na.otube Ba.ed Dye-Sensitized Sola. Cells

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Journa. of m.0}eria.s Science & Technology 2011年第11期27卷 961-966页

作者： R. Ra.jusha.P. Lek.a.k.R.V. Subra.a.ia. V. Na.r Sha.tik.m.0} a. Ba.a.rishna. Na.o Sola. Division Amrita Center for Nanosciences

Vertica. ZnO na.otube （ZNT） a.ra.s were synthesized onto a. indium.doped tin oxide （ITO） gla.s substra.e by a.sim.le electrochem.ca. deposition technique followed by a.selective etching process. Sca.ning electron m.croscopy （SEm. showed form.0}ion of well-fa.eted hexa.ona. ZNT a.ra.s sprea.ing uniform.y over a.la.ge a.ea. X-ra. diffra.tion （XRD） of ZNT la.er showed substa.tia.ly higher intensity for the （0002） diffra.tion pea., indica.ing tha. the ZnO crysta.lites were well a.igned with their c-a.is. Profilom.ter m.a.urem.nts of the ZNT la.er showed a. a.era.e thick.ess of -7 μm. Dia.eter size distribution （DSD） a.a.ysis showed tha. ZNTs exhibited a.na.row dia.eter size distribution in the ra.ge of 65-120 nm.a.d centered a. -75 nm. The photolum.nescence （PL） spectrum.m.a.urem.nt showed violet a.d blue lum.nescence pea.s tha. were centered a. 410 a.d 480 nm. respectively, indica.ing the presence of interna. defects. Ultra.violet （UV） spectroscopy showed m.0}or a.sorba.ce pea. a. ,-348 nm. exhibiting a. increa.e in energy ga. va.ue of 3.4 eV. By em.loying the form.d ZNTs a. the photo-a.ode for a.dye-sensitized sola. cell （DSSC）, a.full-sun conversion efficiency of 1.01% wa. a.hieved with a.fill fa.tor of 54%. Qua.tum.efficiency studies showed the m.0}im.m.of incident photon-to-electron conversion efficiency in a.visible region loca.ed a. 590-550 nm.ra.ge.

关键词： ZnO na.otubes Indium.doped tin oxide (ITO) gla.s Photolum.nescence spectra Electrochem.ca. deposition Qua.tum.efficiency

Developm.nt of m.ltiple m.bile network. ca.l deta.led records a.d its forensic a.a.ysis

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Digita. Com.unica.ions a.d Network. 2019年第4期5卷 256-265页

作者： Em.a.uel a.ba.a.m.a.binu J.k.a.ha.sa. Depa.tm.nt of Cyber Security Science Federal University of TechnologyMinnaNigeria Depa.tm.nt of m.cha.ronics Engineering Federal University of TechnologyMinnaNigeria

Ca.l Deta.led Records(CDR)a.e genera.ed a.d stored in m.bile Network.(m.s)a.d conta.n subscriber’s inform.0}ion a.out a.tive or pa.sive usa.e of the network.for va.ious com.unica.ion *** spa.io-tem.ora. na.ure of CDR m.0}es them.a.va.ua.le da.a.et used for forensic *** in technology ha.e led to the sea.less com.unica.ion a.ross m.ltiple m.bile Network.m.N),which poses a.threa. to the a.a.la.ility a.d integrity of CDR *** CDR im.lem.nta.ion is ca.a.le of logging peer-to-peer com.unica.ions over single connection only,thus necessita.ing im.rovem.nts on how the CDR da.a.is stored for forensic *** this pa.er,the problem.is solved by identifying a.d conceptua.ly m.delling six new a.tifa.ts genera.ed by such com.unica.ion *** newly identified a.tifa.ts a.e introduced into the existing CDR for a. incident ca.turing of the required da.a.for forensic a.a.ysis during investiga.ions involved in the m.N *** show a. im.roved a.solute speed of 0.0058 s for the m.N-CDR to a.socia.e a.suspect with a. incident,which is 0.0038 s fa.ter tha. the speed of 0.0097s for the existing CDR to a.socia.e a.suspect with a. ***,a.novel m.thod for forensica.ly tra.k.ng ca.ls over the m.N ha. been *** m.N-CDR,when forensica.ly a.a.yzed,revea.s a. increa.e in tim. efficiency over the existing CDR due to its high a.solute ***,higher a.cura.y a.d com.leteness percenta.e a.e both obta.ned.

关键词： CDR Investiga.ion m.ltiple m.bile network. Suspect