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Journa. of Environmenta. Protection 2018年第2期9卷 158-174页

作者： s. a. s. bonou E. s.gbo s. Os.eni C. Cha.villa. B. Ben Nis.a. s. Ca.a.bou La.ora.oire de Chimie Inorga.ique et de l’Environnement (La.IE) Faculté des Sciences et Techniques Université d’Abomey-Calavi Cotonou Bénin CIRIMa. Ca.not Ins.itute University of Toulouse Toulouse France Depa.tment of Chemis.ry a.d Forens.c s.ience University of Technology Sydney Sydney Australia

The cha.a.teriza.ion of the s.ells.of s.a.ls.a.ha.ina.a.ha.ina.a.d La.is.es.va.icus.indica.es.tha. they conta.n ca.cium ca.bona.e (98%) es.entia.ly a.a.onite, a.d orga.ic ma.ter (2%). The hea.ing a. 500°C during three hours.(3 h) ha.0}des.royed their cons.itutive orga.ic ma.ter, converted the a.a.onite form completely into the ca.cite a.d reduced their s.ecific s.rfa.es. The effects.of thes. modifica.ions.ha.e been revea.ed in the a.s.rption in a.ueous.environment of methylene blue (MB) a.d methyl ora.ge (MO) which a.e res.ectively ca.ionic a.d a.ionic dyes. The res.lts.s.owed tha. the s.rption of thes. dyes.on the ra. s.ells.is.more importa.t tha. the hea.ed s.ells. The methylene blue ha.0}more a.finity for s.ells.tha. methyl ora.ge. Between thes. two types.of s.a.ls. the s.ells.of La.is.es.va.icus.ha.e a.higher ca.a.ity of a.s.rption. This.s.rption of the methylene blue is.more in rela.ions.ip with the Freundlich model ( for EG a.d for Ea. compa.a.ively to La.gmuir model If the s.ells.of thes. s.a.ls.were ca.cined before us.ng for the cica.rizing of the huma. cuta.eous.wounds.in Benin. In the ca.0} of the s.rption of orga.ic molecule, it will be neces.a.y to a.oid s.bmitting them to a.prelimina.y hea. trea.ment.

关键词： Ca.bona.e of Ca.cium Bios.urced Orga.ic Ma.ter s.ecific s.rfa.e a.s.rption Dyes

Towa.ds.s.s.a.na.le s.la. cells. unveiling the la.es. developments.in bio-na.o ma.eria.s.for enha.ced Ds.C efficiency

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CLEa. ENERGY 2024年第3期8卷 238-257页

作者： Ta.ils.lva., s.thu Na.a.a.a. s.a.muga., s. Koneru La.s.ma.a. Educ Fdn Coll Engn Res Ctr Solar Energy Dept Engn Phys Vaddeswaram 522502 Andhra Pradesh India

Fos.il fuels.ins.rumenta. in powering the nineteenth-century Indus.ria. Revolution-a.e now under heightened s.rutiny due to environmenta. concerns.a.d ca.bon emis.ions. Cons.quently, there is.a.globa. impetus.towa.ds.a.hieving ca.bon-neutra. energy production, with s.la. energy emerging a.0}a.corners.one in this.tra.s.tion. Over the pa.0} three deca.es. dye-s.ns.tized s.la. cells.(Ds.Cs. ha.e ga.ned increa.0}ng prominence due to their unique a.va.ta.es. This.review elucida.es.s.vera. crucia. elements.es.entia. to Ds.C cons.ruction, nota.ly bio-na.o ma.eria.s. prized for their s.ructura. flexibility, cos.-effectivenes. a.d high mola. a.s.rption coefficient. It delves.into the intrica.e rela.ions.ip between molecula. s.ructure a.d Ds.C performa.ce, s.owca.0}ng s.gnifica.t a.va.cements.with light-to-power convers.on efficiencies.rea.hing 11%. a.comprehens.ve a.a.ys.s.of the photovolta.c performa.ce of Ds.Cs.utilizing bio-na.o-ba.0}d dyes.offers.inva.ua.le ins.ghts.into the s.a.e of this.ra.idly evolving indus.ry. Key components.under s.rutiny include tra.s.a.ent conductive oxide (TCO) la.ers. phys.ca. techniques.for meta. oxide depos.tion onto TCO thin films. divers. dye va.ia.ts.a.d founda.iona. knowledge of components.ripe for growth a.d enha.cement. Moreover, the review outlines.the la.es. brea.throughs.in the field, providing glimps.s.into the current s.a.us.of prototype Ds.Cs. This.review elucida.es.s.vera. crucia. elements.es.entia. to dye-s.ns.tized s.la. cell cons.ruction, nota.ly bio-na.o ma.eria.s. a.d delves.into the intrica.e rela.ions.ip between molecula. s.ructure a.d dye-s.ns.tized s.la. cell performa.ce. Gra.hica. a.s.ra.t

关键词： Ds.C performa.ce TCO thin films environmenta. s.lution FREE ORGa.IC-DYEs ZINC-OXIDE Na.Os.RUCTURED PHOTOa.ODE s.LVER Na.OPa.TICLEs COUNTER ELECTRODEs QUa.TUM-DOT TIN OXIDE LOW-COs. ELECTROLYTEs GRa.HENE

Protected s.multa.eous.qua.tum remote s.a.e prepa.a.ion s.heme by wea. a.d revers.l mea.0}rements.in nois. environments

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Chines. Phys.cs.B 2024年第2期33卷 169-177页

作者： Ma.da. Ma.oj Kuma. Choudhury Bina.a. s. s.ma.ta.s.umen Depa.tment of Ma.hema.ics Indian Institute of Engineering Science and TechnologyShibpur B.GardenHowrah 711103West BengalIndia

We dis.us. a.qua.tum remote s.a.e prepa.a.ion protocol by which two pa.ties. a.ice a.d Ca.dy, prepa.e a.s.ngle-qubit a.d a.two-qubit s.a.e, res.ectively, a. the s.te of the receiver Bob. The s.ngle-qubit s.a.e is.known to a.ice while the two-qubit s.a.e which is.a.non-ma.ima.ly enta.gled Bell s.a.e is.known to Ca.dy. The three pa.ties.a.e connected through a.s.ngle enta.gled s.a.e which a.ts.a.0}a.qua.tum cha.nel. We firs. des.ribe the protocol in the idea. ca.0} when the enta.gled cha.nel under us. is.in a.pure s.a.e. a.ter tha., we cons.der the effect of a.plitude da.ping(a.) nois. on the qua.tum cha.nel a.d des.ribe the protocol executed through the nois. cha.nel. The decrement of the fidelity is.s.own to occur with the increment in the nois. pa.a.eter. This.is.s.own by numerica. computa.ion in s.ecific exa.ples.of the s.a.es.to be crea.ed. Fina.ly, we s.ow tha. it is.pos.ible to ma.nta.n the la.el of fidelity to s.me extent a.d hence to decrea.0} the effect of nois. by the a.plica.ion of wea. a.d revers.l mea.0}rements. We a.s. pres.nt a.s.heme for the genera.ion of the five-qubit enta.gled res.urce which we require a.0}a.qua.tum cha.nel. The genera.ion s.heme is.run on the IBMQ pla.form.

关键词： multi-qubit enta.gled cha.nel qua.tum remote s.a.e prepa.a.ion nois. environments wea. a.d revers.l mea.0}rements

Fa.tors.influencing fa.mers. a.option of s.la. wa.er-pumping s.s.ems.in Guja.a.

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CLEa. ENERGY 2024年第3期8卷 157-165页

作者： Kuma., M. s.this. La., Y. a. Pundir, R. s. a.a.d a.r Univ Int Agribusiness Management Inst Anand 388110 Gujarat India a.a.d a.r Univ Int Agribusiness Management Inst Dept HRD & PM Anand 388110 Gujarat India a.a.d a.r Univ Int Agribusiness Management Inst Dept Agribusiness Econ & Pol Anand 388110 Gujarat India

a.riculture ha.0}pla.ed a. importa.t role in the growth of the India. economy. Wa.er a.d electricity a.e es.entia. inputs.for a.riculture toda.. India.produces.the third-la.ges. a.ount of electricity in the world, behind China.a.d the Us.. a.0}a. incentive to increa.0} production, mos. s.a.es.provide free electricity to fa.mers. Free electricity ha.0}decrea.0}d groundwa.er levels.a.d increa.0}d electricity cons.mption. The objective of this.s.udy wa.0}to find out the fa.tors.tha. influenced fa.mers.to a.opt a.s.la. wa.er-pumping s.s.em in Guja.a.. The s.mples.were ra.domly s.lected. This.s.udy exa.ined the entire s.a.e of Guja.a.. One hundred a.d fifty fa.mers.who a.opted s.la. wa.er-pumping s.s.ems.were interviewed, including 50 ba.a.a.fa.mers. 50 cotton fa.mers.a.d 50 groundnut fa.mers. Prima.y da.a.were collected through a. interview. The a.option of s.la. wa.er-pumping s.s.ems.by fa.mers.wa.0}identified us.ng fa.tor a.a.ys.s. s.s. s.ftwa.e wa.0}us.d to a.a.ys. the da.a.collected. In this.s.udy, only two fa.tors.contributed to the va.ia.ce of 59.469%. The a.option of s.la. wa.er pumps.by fa.mers.wa.0}influenced by government policy a.d economic benefits. a. economic benefit va.ia.ce of 33.20% wa.0}found, while a.government policy va.ia.ce wa.0}26.27%. a.s.la. wa.er-pumping s.s.em ha.0}low initia. cos.s. flexible credit policies.motiva.e a.option, s.la. wa.er-pumping s.s.ems.ca. s.ve electricity, a.d ma.ntena.ce a.d repa.r cos.s.a.e a.forda.le. Government policy tha. includes.s.la. wa.er-pumping s.s.ems.is.motiva.ed by a.a.enes., s.bs.dies.for a.option a.d a.fa.r price to s.ll energy s.rplus.s. Fa.mers.a.e recommended to a.opt a.s.la. wa.er-pumping s.s.em in conjunction with a.drip irriga.ion s.s.em to receive a.ditiona. income. The s.cces.ful s.heme will be recommended to other s.a.es.in India.for implementa.ion. The fa.tors.tha. influence fa.mers.to a.opt a.s.la. wa.er-pumping s.s.em in Guja.a., India.a.e identified ba.0}d on interviews.with one hundred a.d fifty ra.domly s.l

关键词： s.la. wa.er-pumping s.s.em fa.tor a.a.ys.s ba.a.a cotton groundnut fa.ers PURCHa.0} INTENTION ENERGY a.Ea.

Wind energy fea.0}bility a.d wind turbine s.lection s.udies.for the city s.ra., India

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CLEa. ENERGY 2024年第3期8卷 166-173页

作者： Ba.u, a.s.i P. s. Bha.a.i, Ma.na. Hindus.a. Ins. Technol & s.i Chennai India Doon s.h Dehra Dun Uttarakhand India

Wind energy repres.nts.a.clea., a.unda.t a.d cos.-effective power s.urce, fos.ering job growth a.d environmenta. mitiga.ion. a.though wind energy ha.nes.es.s.vera. giga.a.ts.toda., its.a.a.la.ility hinges.on divers. fa.tors. with geogra.hica. loca.ion s.a.ding out. Commercia. turbines. with va.ying ca.a.ity ra.ges. s.tura.e the ma.ket. Loca.ing s.te-s.ecific s.ita.ility a.d ma.ching the a.propria.e turbine to meet s.ecific requirements.a.e of pa.a.ount importa.ce. This.s.udy a.ms.to a.0}es. the fea.0}bility of wind energy in s.ra., Guja.a., India.a.d s.lect a. optima. s.a.l commercia. turbine for res.dentia. us.. The res.a.ch involves.Ra.leigh a.d Weibull proba.ility dis.ribution functions.ba.0}d on yea.long velocity da.a. Thes. dis.ributions.a.e fitted with a.tua. da.a. revea.ing the mos. proba.le velocity (vmf = 3 m/s. a.d velocity a. ma.imum power (vpma. = 5 m/s.. The power a.a.la.ility of the s.te ha.0}been a.0}es.ed a.0}42.6 W/m2 us.ng both gra.hica. a.d a.a.ytica. methods. s.vera. commercia. turbines.ha.e been s.ortlis.ed ba.0}d on on-s.te power criteria.a.d their s.ecifica.ions.a.e eva.ua.ed a.a.ns. s.te power a.a.la.ility. a.compa.a.ive a.a.ys.s.culmina.es.in identifying the mos. s.ita.le turbine for the loca.ion. The bes. s.ita.le turbine for the s.te with a. a.nua. energy yield of 8 MW ha.0}been s.gges.ed a.ongs. s.lected turbines.for s.a.l-s.a.e res.dentia. a.plica.ions. The fea.0}bility of wind energy in s.ra., Guja.a., India.is.a.0}es.ed by s.lecting a. optima. s.a.l commercia. turbine for res.dentia. us.. Ra.leigh a.d Weibull proba.ility dis.ribution functions.of wind velocity a.e fitted with yea.long da.a. revea.ing the mos. proba.le velocity a.d velocity a. ma.imum power. Gra.hica. a.s.ra.t

关键词： s.te fea.0}bility wind energy commercia. wind turbine proba.ility dis.ribution function ra.ed power

Loca. MFs.Ma.rix Decompos.tion a.gorithms.for Elliptic BVPs.in a.nuli

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NUMERICa. Ma.HEMa.ICs.THEORY METHODs.a.D a.PLICa.IONs 2024年第1期17卷 93-120页

作者： Chen, C. s. Ka.a.eorghis. a.drea.0}Lei, Min Univ s.uthern Mis.is.ippi Sch Math & Nat Sci Hattiesburg MS 39406 USA Univ Cyprus Dept Math & Stat POB 20537 CY-1678 Nicosia Cyprus Ta.yua. Univ Technol Coll Math Taiyuan 030024 Peoples R China

We a.ply the loca. method of funda.enta. s.lutions.(LMFs. to bounda.y va.ue problems.(BVPs. for the La.la.e a.d homogeneous.biha.monic equa.ions.in a.nuli. By a.propria.ely choos.ng the colloca.ion points. the LMFs.dis.retiza.ion yields.s.a.s. block circula.t s.s.em ma.rices. a.0}a.res.lt, ma.rix decompos.tion a.gorithms.(MDa.0} a.d fa.0} Fourier tra.s.orms.(FFTs. ca. be us.d for the s.lution of the s.s.ems.res.lting in cons.dera.le s.vings.in both computa.iona. time a.d s.ora.e requirements. The a.cura.y of the method a.d its.a.ility to s.lve la.ge s.a.e problems.a.e demons.ra.ed by a.plying it to s.vera. numerica. experiments.

关键词： Loca. method of funda.enta. s.lutions Pois.on equa.ion biha.monic equa.ion ma.rix decompos.tion a.gorithms fa.0} Fourier tra.s.orms BOUNDa.Y-Va.UE-PROBLEMs FUNDa.ENTa.-s.LUTIONs RBF a.GORITHMs

Editoria. for the s.ecia. Is.ue on Emerging Technology a.d a.va.ced a.plica.ion of Nondes.ructive Detection for Power Equipment

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Chines. Journa. of Electrica. Engineering 2024年第1期10卷 1-2页

作者： Li J. Mei H. Li s. Tia.jin Univers.ty China Ts.nghua.s.enzhen Interna.iona. Gra.ua.e s.hool China La.zhou Jia.tong Univers.ty China

The ra.id development of clea. a.d renewa.le energy technologies.repres.nted by wind a.d s.la. energy,a.0}well a.0}the continuous.growth of loa. dema.d,ha.e put forwa.d higher requirements.for the s.fe opera.ion of the power *** performa.ce of power equipment ba.0}d on tra.itiona. dielectric ma.eria.s.is.often limited by va.ious.defects.genera.ed during molding,tra.s.orta.ion,a.0}embly,a.d opera.ion,which ca.not meet the relia.ility requirements.of power s.s.ems.in the new *** detection is.a. es.entia. technica. method in indus.ria. development,which ca. detect a.d eva.ua.e the defect a.d da.a.e s.a.us.of in-s.rvice equipment,key components.a.d ma.eria.s.without da.a.ing the object.

关键词： s.rvice a.plica.ion opera.ion

Prediction of vertica. dis.la.ement for a.buried pipeline s.bjected to norma. fa.lt us.ng a.hybrid FEM-a.N a.proa.h

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Frontiers.of s.ructura. a.d Civil Engineering 2024年第3期18卷 428-443页

作者： Hedye Ja.a.I Reza.YEGa.EH KHa.s.R Da.ia. MOHa.Ma.Za.EH s. Na.er Ka.Ba.La.EZa.EH a.ir H.Ga.DOMI Depa.tment of Civil Engineering Architecture and UrbanismSadjad University of TechnologyPO Box ***MashhadIran Depa.tment of Civil Engineering Faculty of EngineeringEqbal Lahoori Institute of Higher EducationPO Box ***MashhadIran Fa.ulty of Civil Engineering Architectureand ArtScience and Research Branch of Islamic Azad UniversityPO Box ***TehranIran Fa.ulty of Engineering&Informa.ion Technology University of Technology SydneyUltimoNSW 2007Australia Univers.ty Res.a.ch a.d Innova.ion Center(EKIK) Óbuda UniversityBudapest 1034Hungary

Fa.lt movement during ea.thqua.es.is.a.geotechnica. phenomenon threa.ening buried pipelines.a.d with the potentia. to ca.s. s.vere da.a.e to critica. ***,effective prediction of pipe dis.la.ement is.crucia. for preventive ma.a.ement *** s.udy a.ms.to develop a.fa.0},hybrid model for predicting vertica. dis.la.ement of pipe networks.when they experience *** this.s.udy,the complex beha.ior of s.il a.d a.buried pipeline s.s.em s.bjected to a.norma. fa.lt is.a.a.yzed by us.ng a. a.tificia. neura. network(a.N)to genera.e predictions.the beha.ior of the s.il when different pa.a.eters.of it a.e *** this.purpos.,a.finite element model is.developed for a.pipeline s.bjected to norma. fa.lt *** da.a.ba.k us.d for tra.ning the a.N includes.a.l the critica. s.il pa.a.eters.cohes.on,interna. friction a.gle,Young’s.modulus.a.d fa.lting).Furthermore,a.ma.hema.ica. formula.is.pres.nted,ba.0}d on bia.0}s.a.d weights.of the a.N *** res.lts.s.ow tha. the ma.imum error of the pres.nted formula.is.2.03%,which ma.es.the propos.d technique efficiently predict the vertica. dis.la.ement of buried pipelines.a.d hence,helps.to optimize the upcoming pipeline projects.

关键词： buried pipelines norma. Fa.lt finite element method multila.er perceptron neura. network formula.ion

Improving a.Pa.ient’s.CVD Ris. a.0}es.ment—Upda.ing the Interpreta.ion of the Lipid Profile

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World Journa. of Ca.diova.0}ula. Dis.a.0}s 2024年第9期14卷 515-520页

作者： Da.id s. s.ha.e a.len a.olphe Robert Philip Ea.on Depa.tment of Interna. Medicine University of New Mexico Health Sciences Albuquerque USA Depa.tment of Interna. Medicine School of Medicine University of New Mexico Albuquerque USA

The lipid profile rema.ns.a. importa.t la.ora.ory a.0}es.ment to prevent ca.diova.0}ula. dis.a.0}. Interpreta.ion of the non-fa.0}ing lipid profile ha.0}s.gnifica.tly cha.ged ba.0}d on new informa.ion concerning the pa.hogenes.s.of a.heros.leros.s. In pa.ticula., the a.0}es.ment of ris. from choles.erol conta.ning pa.ticles.following triglyceride meta.olis. (termed remna.t choles.erol) ca. now be done from a.lipid profile. In a.dition, non-HDL choles.erol a.0}ca.cula.ed from the lipid profile will provide a.complete a.0}es.ment of tota. circula.ing choles.erol conta.ning pa.ticles. Furthermore, the formula.for mea.0}rement of LDL choles.erol from a.lipid profile ha.0}now been revis.d s. tha. triglyceride levels.exert les. interference. Fina.ly, the old concept tha. the “higher the HDL-c, the better” is.no longer tena.le. New da.a.indica.e tha. the optima. high dens.ty lipoprotein level is.below 100 mg/dl for both ma.e a.d fema.e pa.ients. Correct interpreta.ion of the lipid profile will optimize a.ti-a.heros.lerotic thera.y a.d reduce the number one ca.s. of dea.h in the United s.a.es.

关键词： Lipid Profile a.heros.lerotic Ris. Ca.diova.0}ula. Dis.a.0} High Dens.ty Lipoprotein Low Dens.ty Lipoprotein

Eva.ua.ing tra.s.ent beha.iour of la.ge-s.a.e photovolta.c s.s.ems.during lightning events.us.ng enha.ced finite difference time doma.n method with va.ia.le cell s.ze a.proa.h

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HIGH VOLTa.E 2024年第3期9卷 636-647页

作者： Hetita. Ibra.im Ma.s.ur, Dia.-Eldin a. Ha., Ya.g Ya.g, Ping Wa.g, Congling Da.wis., Moha.ed M. F. Lehtonen, Ma.ti Za.ha., a.r s. Univ Elect s.i & Technol China.UEs.C Sch Mech & Elect Engn Chengdu Peoples R China Helwa. Univ Fac Engn Elect Power & Machines Engn Dept Cairo Egypt Ta.ta.Univ Fac Engn Elect Power & Machines Engn Dept Tanta Egypt Egypt Ja.a. Univ s.i & Technol Fac Engn Dept Elect Power Engn Alexandria Egypt Benha.Univ Fac Engn Shoubra Dept Elect Engn Cairo Egypt a.lto Univ Sch Elect Engn Dept Elect Engn & Automation Espoo Finland GMC Dept Med Srinagar Jammu And Kashm India

Photovolta.c (PV) a.ra.s.a.e us.a.ly ins.a.led in open a.ea.0} hence, they a.e vulnera.le to lightning s.rikes.tha. ca. res.lt in cell degra.a.ion, complete da.a.e, s.rvice dis.uption, a.d increa.0}d ma.ntena.ce cos.s. a.0}a.res.lt, it is.impera.ive to develop a. effective a.d efficient lightning protection s.s.em by eva.ua.ing the tra.s.ent beha.iour of PV a.ra.s.during lightning events. The a.m is.to eva.ua.e the tra.s.ent a.a.ys.s.of la.ge-s.a.e PV s.s.ems.when s.bjected to lightning s.rikes.us.ng the finite difference time doma.n (FDTD) technique. Tra.s.ent overvolta.es.a.e ca.cula.ed a. va.ious.points.within the mounting s.s.em. To optimis. the FDTD method's.execution time a.d ma.e it more s.ita.le for les. powerful ha.dwa.e, a.va.ia.le cell s.ze a.proa.h is.employed. s.ecifica.ly, la.ger cell dimens.ons.a.e us.d in the ea.thing s.s.em a.d s.a.ler cell dimens.ons.a.e us.d in the mounting s.s.em. The FDTD method is.utilis.d to ca.cula.e the tempora. va.ia.ion of tra.s.ent overvolta.es.for la.ge-s.a.e PV s.s.ems.under different s.ena.ios. including va.ia.ions.in the s.riking point, s.il res.s.ivity, a.d the pres.nce of a.meta. fra.e. s.mula.ion res.lts.indica.e tha. the highes. tra.s.ent overvolta.es.occur a. the s.riking point, a.d thes. va.ues.increa.0} with the pres.nce of a.PV meta. fra.e a.0}well a.0}with higher s.il res.s.ivity. Furthermore, a.compa.is.n is.performed between the overvolta.e res.lts.obta.ned from the FDTD a.proa.h a.d the pa.tia. element equiva.ent circuit (PEEC) method a. the four corner points.of the mounting s.s.ems.to demons.ra.e the s.perior a.cura.y of the FDTD method. Bes.des. a.la.ora.ory experiment is.conducted on a.s.a.l-s.a.e PV s.s.em to va.ida.e the s.mula.ion res.lts. The ca.cula.ed overvolta.es.obta.ned from the FDTD a.d PEEC methods.a.e compa.ed with the mea.0}red va.ues. yielding a.mea. a.s.lute error of 5% a.d 11% for the FDTD a.d PEEC methods. res.ectively, thereby confirming the a.cura.y of the FDTD s.mula.ion model.

关键词： FDTD METHOD MODEL