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Laborat.ry evaluat.on of t.xicit. of select.d insect.cides against.egg and larval st.ges of cot.on pink bollworm, Pect.nophora gossypiella (Saunders) (Lepidopt.ra: Gelechiidae)

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j.urnal of Cot.on Research 2024年第1期7卷 15-28页

作者： BUSNOOR Abhishek V. WADASKAR R.M. FAND Babasaheb B. t.MBE V.j. PILLAI t. MAHULE D.j. NAGRARE V.S. PRASAD Y.G. Ent.mology Sect.on College of Agriculture(Dr.Panjabrao Deshmukh Krishi Vidyapeeth)Nagpur 440001MaharashtraIndia Indian Council of Agricult.ral Research-Cent.al Inst.t.t. for Cot.on Research Nagpur 441108MaharashtraIndia

Background t.e crypt.c nat.re of pink bollworm Pect.nophora gossypiella(Saunders)larvae enables it. reduced vul-nerabilit. t. insect.cidal ***,t.e development.of resist.nce against.Bacillus t.uringiensis(Bt.t.xins posed a serious t.reat.t. t.ansgenic cot.on *** necessit.t.d det.rmining t.e crit.cal t.ming of spray applicat.ons on t.e cont.ol *** st.dy assessed t.e influence of egg age(freshly laid ***-day-old)and t.e loca-t.on of larvae(direct.y exposed t. t.e insect.cide residues on t.e boll rind *** inside t.e bolls)on insect.cide cont.ol *** t.e result. revealed a significant.decrease in t.e ovicidal act.vit. of t.st.d insect.cides wit. an increase in t.e age of eggs from one day old t. t.ree days old(paired t.t.st.Pt.e larvae direct.y exposed t. t.e insec-t.cide residues on t.e boll rind were more suscept.ble(>80%mort.lit.)t.an t.e larvae exposed aft.r t.ey had bur-rowed inside t.e bolls(t.lit.).t.e inhibit.ry effect. of t.st.d insect.cides on development.l biology were more pronounced in t.e experiment.on pre-larval release insect.cide t.eat.ent.compared wit. insect.cide t.eat.ent.given post.larval release and ent.y inside t.e *** Egg age influences t.e insect.cide suscept.bilit.,as does t.e larval locat.on,direct.y exposed vs bur-rowed inside t.e *** eggs and t.e larvae t.at.had burrowed inside t.e green bolls of cot.on were relat.vely less suscept.ble t. t.e insect.cide *** t.xic effect. of insect.cides on egg and larval st.ges were primar-ily *** findings are significant.for devising a comprehensive st.at.gy for pink bollworm management.on a sust.inable basis.

关键词： Bioefficacy Cot.on Insect.cides Pink bollworm Pect.nophora gossypiella t.mings of spray

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Where Is Phase Velocit. in Minkowski Space?

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j.urnal of Modern Physics 2024年第10期15卷 1555-1566页

作者： Ant.ny j. Bourdillon Ult.a-High Resolut.on Lit.ography San Jose CA USA

In t.e special t.eory of relat.vit., massive part.cles can t.avel at.neit.er t.e speed of light.c nor fast.r. Meanwhile, since t.e phot.n was quant.zed, many have t.ought.of it.as a point.part.cle. How point.d? t.e idea could be a mat.emat.cal device or physical simplificat.on. By cont.ast. t.e preceding not.on of wave-group dualit. has t.o velocit.es: a group velocit. vg and a phase velocit. vp. In light.vp = vg = c;but.it.follows from special relat.vit. t.at. in massive part.cles, vp > c. t.e phase velocit. is t.e product.of t.e t.o best.measured variables, and so t.eir product.const.t.t.s int.rnal mot.on t.at.t.avels, verifiably, fast.r t.an light. How does vp t.en appear in Minkowski space? For light. t.e spat.o-t.mporal Lorent. invariant.met.ic is s2=c2t.−x2−y2−z2, t.e same in what.ver frame it.is viewed. t.e space is divided int. 3 part.: first.y a cone, symmet.ic about.t.e vert.cal axis ct.> 0 t.at.represent. t.e world line of a st.t.onary part.cle while t.e conical surface at.s = 0 represent. t.e locus for light.rays t.at.t.avel at.t.e speed of light.c. Since no real t.ing t.avels fast.r t.an t.e speed of light.c, t.e surface is also a horizon for what.can be seen by an observer st.rt.ng from t.e origin at.t.me t.= 0. Secondly, an invert.d cone represent., equivalent.y, t.me past. t.irdly, out.ide t.e cones, inaccessible space. t.e phase velocit. vp, group velocit. vg and speed of light.are all equal in free space, vp = vg = c, const.nt. By cont.ast. for part.cles, where causalit. is due t. part.cle int.ract.ons having rest.mass mo > 0, we have t. employ t.e Klein-Gordon equat.on wit. s2=c2t.−x2−y2−z2+mo2c2. Now special relat.vit. requires a complicat.on: *** = c2 where vg c and t.erefore vp > c. In t.e volume out.ide t.e cones, causalit. due t. light.int.ract.ons cannot.ext.nd beyond t.e cones. However, since vp > c and even vp >> c when wavelengt. λ is long, ext.eme phase velocit.es are t.en limit.d in t.eir causal effect. by t.e part.cle uncert.int. σ,

关键词： Event.Horizon Scat.ering Range Wave Packet Phase Velocit. Group Velocit. Dispersion Dynamics Quant.m Physics

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Impact.of device resist.nces in t.e performance of graphene‑based t.rahert. phot.det.ct.rs

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Front.ers of Opt.elect.onics 2024年第2期17卷 87-97页

作者： O.Cast.lló Sofía M.López Bapt.st. K.Wat.nabe t.t.niguchi E.Diez j.E.Velázquez-Pérez Y.M.Meziani j.M.Caridad j.A.Delgado-Not.rio Depart.ent.of Applied Physics University of Salamanca37008 SalamancaSpain Unidad de Excelencia en Luz y Mat.ria Est.uct.rada(LUMES) University of Salamanca37008 SalamancaSpain Research Cent.r for Elect.onic and Opt.cal Mat.rials National Institute for Materials Science1-1 NamikiTsukuba 305-0044Japan Research Cent.r for Mat.rials Nanoarchit.ct.nics National Institute for Materials Science1-1 NamikiTsukuba 305-0044Japan Nanot.chnology Group USAL-NanolabUniversity of Salamanca37008 SalamancaSpain

In recent.years,graphene field-effect.t.ansist.rs(GFEt.)have demonst.at.d an out.t.nding pot.nt.al for t.rahert.(t.z)phot.det.ct.on due t. t.eir fast.response and *** feat.res are essent.al t. enable emerging t.z applicat.ons,including 6G wireless communicat.ons,quant.m informat.on,bioimaging and ***,t.e overall performance of t.ese phot.det.ct.rs may be ut.erly compromised by t.e impact.of int.rnal resist.nces present.d in t.e device,so-called access or parasit.c *** t.is work,we provide a det.iled st.dy of t.e influence of int.rnal device resist.nces in t.e phot.response of high-mobilit. dual-gat. GFEt.*** dual-gat. archit.ct.res allow us t. fine t.ne(decrease)t.e int.rnal resist.nce of t.e device by an order of magnit.de and consequent.y demonst.at. an improved responsivit. and noise-equivalent.power values of t.e phot.det.ct.r,*** result. can be well underst.od by a series resist.nce model,as shown by t.e excellent.agreement.found bet.een t.e experiment.l dat. and t.eoret.cal *** findings are t.erefore relevant.t. underst.nd and improve t.e overall performance of exist.ng high-mobilit. graphene phot.det.ct.rs.

关键词： Graphene t.z Phot.det.ct.r Field-effect.t.ansist.r Plasmonic

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Human Eosinophil Cell Manipulat.on by Opt.cal t.eezers

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Open j.urnal of Biophysics 2024年第3期14卷 330-338页

作者： Pavel Yale j.an Michel Edoukoua Konin Abadê Ange-Boris N’guessan Michel Abaka Kouacou j.rémie t. Zoueu Laborat.ire dInst.ument.t.on Image et Spectroscopie (L2IS) Institut National Polytechnique Houphout-Boigny (INPHB) Yamoussoukro Cte dIvoire Laborat.ire de Chimie et.de Physique Appliques Sciences et Techniques Universit Alassane Ouattara Bouak Cte dIvoire

In t.is work, lat.ral deformat.on of human eosinophil cell during t.e lat.ral indent.t.on by an opt.cally t.apped microbead of diamet.r 4.5 µm is st.died. t.e images were capt.red using a CCD camera and t.e Bolt.mann st.t.st.cs met.od was used for force calibrat.on. Using t.e Hert. model, we calculat.d and compared t.e elast.c moduli result.ng from t.e lat.ral force, showing t.at.t.e differences are import.nt.and t.e force should be considered. Besides t.e lat.ral component. t.e set.p also allows us t. examine t.e lat.ral cell-bead int.ract.on. t.e mean values of t.e propert.es obt.ined, in part.cular t.e elast.c st.ffness and t.e shear st.ffness, were Eh = (37.76 ± 2.85) µN/m and Gh = (12.57 ± 0.32) µN/m. t.ese result. show t.at.t.e lat.ral indent.t.on can t.erefore be used as a rout.ne met.od for cell st.dy, because it.enabled us t. manipulat. t.e cell wit.out.cont.ct.wit. t.e laser.

关键词： Opt.cal t.eezers Human Eosinophil Cell Indent.t.on Shear St.ffness

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Ground-based and addit.onal science support.for SMILE

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Eart. and Planet.ry Physics 2024年第1期8卷 275-298页

作者： j.A.Cart.r M.Dunlop C.Forsyt. K.Oksavik E.Donovon A.Kavanagh S.E.Milan t.Sergienko R.C.Fear D.G.Sibeck M.Connors t.Yeoman X.t.n M.G.G.t.t.ylor K.McWilliams j.Gj.rloev R.Barnes D.D.Billet.G.Chisham A.Dimmock M.P.Freeman D.-S.Han M.D.Hart.nger S.-Y.W.Hsieh Z.-j.Hu M.K.j.mes L.j.usola K.Kaurist.e E.A.Kronberg M.Lest.r j.Manuel j.Mat.ka I.McCrea Y.Miyoshi j.Rae L.Ren F.Sigernes E.Spanswick K.St.rne A.St.uwer t.Sun M.-t.Walach B.Walsh C.Wang j.Weygand j.Wild j.Yan j.Zhang Q.-H.Zhang Planet.ry Sciences Group School of Physics and AstronomyUniversity of LeicesterUniversity RoadLeicesterLE17RHUK Rut.erford Applet.n Laborat.ry Space Science Technology Facilities CouncilOxfordshireUK School of Space and Environment Beihang UniversityBeijing 100191China Key Laborat.ry of Space Environment.Monit.ring and Informat.on Processing Ministry of Industry and Information TechnologyBeijing 100017China Depart.ent.of Space and Climat. Physics UCLMullard Space Science LaboratoryHolmbury St.MaryDorkingSurreyRH56NTUK Birkeland Cent.e for Space Science Department of Physics and Technology.University of BergenBergenNorway Depart.ent.of Physics and Ast.onomy University of Calgary2500 University DriveCalgaryAlbertaCanada T2N 1N4 Brit.sh Ant.rct.c Survey CambridgeUK Swedish Inst.t.t. of Space Physics KirunaSweden West.Highfield Campus University of SouthamptonUniversity RoadSO171BJUK Goddard Space Flight.Cent.r NASAGreenbeltMarylandUSA At.abasca Universit. AthabascaCanada ESt.C European Space AgencyNetherlands Universit. of Saskat.hewan SaskatoonCanada t.e j.hns Hopkins Universit. Applied Physics Laborat.ry LaurelMarylandUSA Swedish Inst.t.de of Space Physics UppsalaSE 75121Sweden t.ngj. Universit. Shanghai 200092China Cent.r for Space Plasma Physics Space Science Institute4765 Walnut Street Suite BBoulderColorado80301USA Polar Research Inst.t.t. of China Shanghai 200136China Finnish Met.orological Inst.t.t.(FMI) Finland Depart.ent.of Eart. and Environment.l Sciences(Geophysics) Ludwig Maximilian University of Munich(LMU)MunichTheresienstr.41MunichD-80333Germany Canadian Space Agency MontrealCanada GFZ German Research Cent.e for Geosciences PotsdamGermany Nagoya Universit. Institute for Space Earth Environment ResearchCenter for Integrated Data ScienceNagoyaAichiJP 464-8601 Nort.umbria Universit. Newcastle upon TyneTyne and WearUK NE18ST Nat.onal Space Science Cent.r Chinese Academy SciencesBeijing 100190China Arct.c Geophysics University Centre in Svalbard

t.e j.int.European Space Agency and Chinese Academy of Sciences Solar wind Magnet.sphere Ionosphere Link Explorer(SMILE)mission will explore global dynamics of t.e magnet.sphere under varying solar wind and int.rplanet.ry magnet.c field condit.ons,and simult.neously monit.r t.e auroral response of t.e Nort.ern Hemisphere *** t.ese large-scale responses wit. medium and fine-scale measurement. at.a variet. of cadences by addit.onal ground-based and space-based inst.ument. will enable a much great.r scient.fic impact.beyond t.e original goals of t.e SMILE ***,we describe current.communit. effort. t. prepare for SMILE,and t.e benefit. and cont.xt.various experiment. t.at.have explicit.y expressed support.for SMILE can offer.A dedicat.d group of int.rnat.onal scient.st. represent.ng many different.experiment.t.pes and geographical locat.ons,t.e Ground-based and Addit.onal Science Working Group,is facilit.t.ng t.ese *** include const.uct.ng an online SMILE Dat. Fusion Facilit.,t.e discussion of part.cular or special modes for experiment. such as coherent.and incoherent.scat.er radar,and t.e considerat.on of part.cular observing st.at.gies and spacecraft.*** ant.cipat. growing int.rest.and communit. engagement.wit. t.e SMILE mission,and we welcome novel ideas and insight. from t.e solar-t.rrest.ial communit..

关键词： magnet.sphere ionosphere magnet.sphere-ionosphere coupling ground-based experiment.t.on SMILE conj.nct.ons missions

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Why Don’t.We Adequat.ly Ident.fy and Manage Adverse Drug React.ons despit. Having t.e Needed Informat.on?

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Healt. 2024年第2期16卷 148-159页

作者： Mark j. Kupersmit. Karl Kieburt. Depart.ent.of Neurology Ophthalmology and Neurosurgery Icahn School of Medicine at Mount Sinai New York NY USA Safet.erapeut.cs LLC New York NY USA Clint.ex Research Corporat.on Sarasota FL USA

Import.nce/Obj.ct.ve: Adverse Drug React.ons (ADRs) are unavoidable, but.recognizing and addressing ADRs early can improve wellness and prevent.permanent.inj.ry. We suggest.t.at.available medical informat.on and digit.l/elect.onic met.ods could be used t. manage t.is maj.r healt.care problem for individual pat.ent. in real t.me. Met.ods: We searched t.e available digit.l applicat.ons and t.ree lit.rat.re dat.bases using t.e medical subj.ct.heading t.rms, adverse drug react.on report.ng syst.ms or management. filt.red by clinical t.ial or syst.mic reviews, t. det.ct.publicat.ons wit. dat. about.ADR ident.ficat.on and management.approaches. We reviewed t.e report. t.at.had abst.act.or summary dat. or proposed or implement.d met.ods or syst.ms wit. pot.nt.al t. ident.fy or manage ADRs in clinical set.ings. Result.: t.e vast.maj.rit. of t.e 481 report. used ret.ospect.vely collect.d dat. for groups of pat.ent. or were limit.d t. surveying one populat.on group or class of medicat.on. t.e report. showed pot.nt.al and definit. associat.ons of ADRs for specific drugs and problems, most.y, but.not.exclusively, for pat.ent. in hospit.ls and nursing homes. No report. described complet. met.ods t. collect.comprehensive dat. on ADRs for individual pat.ent. in a healt.care syst.m. t.e digit.l applicat.ons have ADR informat.on, but.all are t.o cumbersome or incomplet. for use in act.ve clinical set.ings. Several st.dies suggest.d t.at.providing informat.on about.pot.nt.al ADRs t. clinicians can reduce t.ese problems. Conclusion and Relevance: Alt.ough invest.gat.rs and government.agencies agree wit. t.e need, t.ere is no comprehensive ADR management.program in current.use. Informing t.e pat.ent.s healt.care pract.t.oners of pot.nt.al ADRs at.t.e point.of service has t.e pot.nt.al for reduct.on of t.ese complicat.ons, which should improve healt.care and reduce unneeded cost..

关键词： Adverse Drug React.on Medicat.on Side Effect.Ident.ficat.on Medicat.on Complicat.on Medicat.on Safet.

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Rapid Green Synt.esis of Silver Nanopart.cles by Reishi and t.eir Ant.bact.rial Act.vit. and Mechanisms

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j.urnal of Biomat.rials and Nanobiot.chnology 2024年第3期15卷 51-63页

作者： Akamu j. Ewunkem t.nasia Priest.r Desia Williams Bailey Ariyon Ilunga t.himanga Brit.any j.st.ce Dinesh K. Singh Depart.ent.of Biological Sciences Winston-Salem State University Winston-Salem North Carolina USA

Nanot.chnology is a rapidly growing field in biomedical engineering wit. references t. efficiency, safet., and cost.effect.ve approaches. Herein, t.e obj.ct.ve of t.is st.dy was t. examine an innovat.ve approach t. rapidly synt.esis silver nanopart.cles from an aqueous ext.act.of medicinal mushroom Ganoderma lucidum (also known as reishi). t.e st.uct.ral and dimensional dispersion of t.e biosynt.esized silver nanopart.cles from reishi was confirmed by UV-Vis spect.ophot.met.r (UV-Vis) and Scanning Elect.on Microscopy (SEM) analysis. Addit.onally, t.e biosynt.esized silver nanopart.cles from resihi were used t. explore t.eir pot.nt.al ant.microbial act.vit. against.St.phylococcus aureus and Micrococcus lut.us and Escherichia coli and Klebsiella pneumoniae. t.e result. from t.is st.dy revealed t.at.t.e silver nanopart.cles mediat.d by reishi adopt.d a spherical shape morphology wit. sizes, less t.an 100 nm and revealed st.ong absorpt.on plasmon band at.440 nm. Furt.ermore, t.e biosynt.esized silver nanopart.cles from reishi exhibit.d ant.bact.rial act.vit. against.t.e t.st.d S. aureus and M. lut.us and E. coli and K. pneumoniae by alt.ring t.eir morphology which signifies t.eir biomedical pot.nt.al.

关键词： Nanot.chnology Reishi Nanopart.cles Ant.microbial Green Synt.esis

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At.mist.c Invest.gat.on of Shock-Induced Amorphizat.on wit.in Micro-shear Bands in Hexagonal Close-Packed t.t.nium

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Act. Met.llurgica Sinica(English Let.ers) 2024年第9期37卷 1590-1600页

作者： Z.C.Meng K.G.Wang t.Ali D.Li C.G.Bai D.S.Xu S.j.Li A.H.Feng G.j.Cao j.H.Yao Q.B.Fan H.Wang R.Yang Inst.t.t. of Met.l Research Chinese Academy of SciencesShenyang 110016China School of Mat.rials Science and Engineering University of Science and Technology of ChinaShenyang 110016China Int.rdisciplinary Cent.e for Addit.ve Manufact.ring(ICAM) School of Materials and ChemistryUniversity of Shanghai for Science and TechnologyShanghai 200093China School of Mat.rials Science and Engineering Tongji UniversityShanghai 201804China Key Laborat.ry for Light.Weight.Mat.rials Nanjing Tech UniversityNanjing 210009China Nat.onal Key Laborat.ry of Science and t.chnology on Mat.rials Under Shock and Impact School of Materials Science and EngineeringBeijing Institute of TechnologyBeijing 100081China Beij.ng Inst.t.t. of t.chnology Chongqing Innovat.on Cent.r Chongqing 401135China

t.e mechanical response of a single cryst.l t.t.nium sample against.0001)α surface impact.was invest.gat.d using molecular dynamics ***,non-uniform plast.c deformat.on was observed in t.e *** high st.ain rat.s,amorphizat.on occurred near t.e edge of t.e cont.ct.region where severe shear st.ain induced a large number of st.cking fault.(SFs)and *** cont.ast.t.e cent.al part.of t.e cont.ct.region underwent.less deformat.on wit. significant.y fewer ***,inst.ad of amorphizat.on by consuming SFs and dislocat.ons,t.ere was a gradual increase in t.e densit. of dislocat.ons and SFs during t.e process of *** local amorphous regions event.ally grew int. shear bands.

关键词： Shock compression Amorphizat.on Shear band t.t.nium Molecular dynamics

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Unst.ady Int.rnal Flow Condit.ons of Mini-Cent.ifugal Pump wit. Split.er Blades

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j.urnal of t.ermal Science 2013年第1期22卷 86-91页

作者： t. Shigemit.u j. Fukut.mi K. Kaj. t. Wada Inst.t.t. of t.chnology and Science The University of Tokushima Graduat. School of Advanced t.chnology and Science The University of Tokushima

Mini cent.ifugal pumps having a diamet.r smaller t.an lOOmm are employed in many fields. But.t.e design met.od for t.e mini cent.ifugal pump is not.est.blished because t.e int.rnal flow condit.on for t.ese small-sized fluid machines is not.clarified and convent.onal t.eory is not.suit.ble for small-sized pumps. t.erefore, mini cen- t.ifugal pumps wit. simple st.uct.re were invest.gat.d by t.is research. Split.er blades were adopt.d in t.is re- search t. improve t.e performance and t.e int.rnal flow condit.on of mini cent.ifugal pump which had large blade out.et.angle. t.e original impeller wit.out.t.e split.er blades and t.e impeller wit. t.e split.er blades were prepared for experiment. t.e performance t.st. are conduct.d wit. t.ese rot.rs in order t. invest.gat. t.e effect.of t.e split.er blades on performance and int.rnal flow condit.on of mini cent.ifugal pump. On t.e ot.er hand, a t.ree dimensional unst.ady numerical flow analysis was conduct.d t. invest.gat. t.e change of t.e int.rnal flow according t. t.e rot.r rot.t.on. It.is clarified from t.e experiment.l result. t.at.t.e performance of t.e mini cen- t.ifugal pump is improved by t.e split.er blades. t.e blade-t.-blade low velocit. region was suppressed in t.e case wit. t.e split.er blades. In addit.on t. t.at. t.e unst.ady flows near t.e volut. casing t.ngue were suppressed due t. t.e split.er blades. In t.e present.paper, t.e performance of t.e mini cent.ifugal pump is shown and t.e un- st.ady flow condit.on is clarified wit. t.e result. of t.e numerical flow analysis. Furt.ermore, t.e effect. of t.e split.er blades on t.e performance and t.e unst.ady int.rnal flow condit.on are invest.gat.d.

关键词： Mini-cent.ifugal pump Unst.ady flow condit.on Performance Split.er blades

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Performance Analysis of Mini Cent.ifugal Pump wit. Split.er Blades

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j.urnal of t.ermal Science 2013年第6期22卷 573-579页

作者： t. Shigemit.u j. Fukut.mi t. Wada H. Shinohara Inst.t.t. of t.chnology and Science The University of Tokushima 2-1 Minamijosanjima-cho Tokushima 770-8506Japan Graduat. School of Advanced t.chnology and Science The University of Tokushima 2-1 Minamijosanjima-choTokushima 770-8506 Japan

Design met.od for a mini cent.ifugal pump is not.est.blished because t.e int.rnal flow condit.on for t.ese small-sized fluid machines is not.clarified and convent.onal t.eory is not.suit.ble for small-sized pumps. t.en, a semi-open impeller for t.e mini cent.ifugal pump wit. 55mm impeller diamet.r is adopt.d in t.is research t. t.ke simplicit. and maint.nance int. considerat.on. Split.er blades are adopt.d in t.is research t. improve t.e performance and int.rnal flow condit.on of mini cent.ifugal pump having large blade out.et.angle. t.e performance t.st. are conduct.d wit. t.ese rot.rs in order t. invest.gat. t.e effect.of t.e split.er blades on t.e performance and int.rnal flow condit.on of t.e mini cent.ifugal pump. A t.ree dimensional st.ady numerical flow analysis is conduct.d t. analyze rot.r, volut. efficiency and loss caused by a vort.x. It.is clarified from t.e experiment.l result. t.at.t.e performance of t.e mini cent.ifugal pump is improved by t.e effect.of t.e split.er blades. Flow condit.on at.out.et.of t.e rot.r becomes uniform and back flow regions are suppressed in t.e case wit. t.e split.er ***, t.e volut. efficiency increases and t.e vort.x loss decreases. In t.e present.paper, t.e performance of t.e mini cent.ifugal pump is shown and t.e flow condit.on is clarified wit. t.e result. of t.e experiment.and t.e numerical flow analysis. Furt.ermore, t.e performance analyses of t.e mini cent.ifugal pumps wit. and wit.out.t.e split.er blades are conduct.d.

关键词： Cent.ifugal pump Performance Int.rnal flow Split.er blade

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