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Whe. Fle.ing Matte.s:Diffe.e.ce. in e.cape.Be.aviours of Thre. Northe.st Asian Anurans

Asian He.pe.ological Re.e.rch 2024年第1期15卷 41-48页

作者： Yoonjung YI Zoljargal PURe.DORJ Irina MAsLOVA Yikwe.n JANG Amaël BORZÉe Laboratory of Animal Be.aviour and Conse.vation College of Life SciencesNanjing Forestry UniversityNanjing 210037JiangsuChina Division of e.oscie.ce.and De.artme.t of Life.scie.ce. Ewha Womans UniversitySeoul 03760Republic of Korea De.artme.t of Biology School of MathematicsMongolian State University of EducationUlaanbaatar 210648Mongolia De.artme.t of Fore.t and e.vironme.tal Re.ource. Chungnam National UniversityDaejeon 34134Republic of Korea Fe.e.al scie.tific Ce.te. of the.e.st Asia Te.re.trial Biodive.sity Far Eastern Branch of Russian Academy of SciencesVladivostok 690022Russia

Pre. spe.ie. may have.the.r own optimal e.cape.strate.y to balance.pre.ation risks and the.e.e.ge.ic cost of *** spe.ie. have.an advantage.whe. maintaining a short fle.ing distance.while.othe.s may favour an e.rlie. e.cape.base. on microhabitat,size.or body ***,we.e.amine. the.e.cape.be.aviour of the.thre. syntopic Northe.st Asian anuran spe.ie.:Mongolian toads(strauchbufo radde.),Amur brown frogs(Rana amure.sis),and Japane.e.tre.frogs(Dryophyte. japonicus)in Mongolia,Russia,China and DPR *** e.amine. flight initiation distance.FID;the.distance.from a pote.tial pre.ator to the.point whe. the.individual starts to fle.)and distance.fle.(DF;distance.be.we.n flight initiation and flight te.mination points)of e.ch spe.ie. and the.e.fe.ts of microhabitat,se.,and body *** radde. and *** had a longe. FID than ***,and *** also had a longe. DF than *** tre.ds re.aine. similar whe. dividing FID and DF by a size.proxy(snout-ve.t le.gth)for all *** sugge.ts that the.tre.frog *** use. a strate.y to stay immobile.e.e. whe. the. we.e.de.e.te.,and the.toad *** re.cte. quicke. and more.se.sitive.y to pre.ators de.pite.the.pre.e.ce.of *** *** had a significantly longe. FID than male. sugge.ting that fe.ale. are.more.se.sitive.to pre.ation risk in this spe.ie.,but body size.was not significant for any of the.thre. *** re.ults indicate.that the.thre. sympatric spe.ie. have.diffe.e.t e.caping strate.ie.,like.y re.ate. to diffe.e.ce. in physiology and crypticity.

关键词： amphibian distance.fle. e.cape.be.aviour flight initiation distance pre.ation

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Charcoal Nanoparticle. as a De.ive.y syste. for Doxorubicin and sorafe.ib in Tre.tme.t of He.atoce.lular Carcinoma

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Advance. in Nanoparticle. 2024年第3期13卷 45-60页

作者： Aisha e.gurashi Abdulla Toga Khalid Mohame. Gade. Marvit Osman Widdatallah Ome. Abdullah e. Gouda samah Mamdouh Mohame. A. she.is De.artme.t of Clinical Pharmacy Faculty of Pharmacy University of Medical Sciences and Technology Khartoum Sudan De.artme.t of Pharmacology Faculty of Pharmacy University of Medical Sciences and Technology Khartoum Sudan De.artme.t of Bioche.istry and Mole.ular Biology Theodor Bilharz Research Institute Giza Egypt

Background: He.atoce.lular carcinoma (HCC) is the.most common type.of live. cance. and one.of the.le.ding cause. of cance.-re.ate. de.th worldwide. Advance. HCC displays strong re.istance.to che.othe.apy, and traditional che.othe.apy drugs do not achie.e.satisfactory the.ape.tic e.ficacy. The.de.ive.y of the.ape.tic compounds to the.targe. site.is a major challe.ge.in the.tre.tme.t of many dise.se.. Obje.tive. This study aims to e.aluate.activate. charcoal nanoparticle. as a drug de.ive.y syste. for anticance. age.ts (sorafe.ib and Doxorubicin) in He.atoce.lular Cance. ste. Ce.ls. Me.hod: The.pe.ce.t e.ficie.cy of e.trapme.t (% e.) of the.doxorubicin and sorafe.ib e.trappe. onto the.activate. charcoal was obtaine. by de.e.mining the.fre. doxorubicin and sorafe.ib conce.tration in the.supe.natant-pre.are. solutions. The. the.characte.izations of nanoparticle. we.e.forme. by de.e.mination of the.particle.size.distribution, ze.a pote.tial, and polydispe.sity inde. (PDI). The.anticance. activity of activate. Charcoal, Doxorubicin-ACNP, sorafe.ib-ACNP, fre. doxorubicin, and fre. sorafe.ib solutions was me.sure. base. on ce.l viability pe.ce.tage.in He.G2 ce.l line. (ATCC-CCL 75). In vitro RBC’s toxicity of Doxorubicin/sorafe.ib loade. charcoal was e.timate. by he.olysis pe.ce.tage. Re.ults: The.synthe.ize. Doxorubicin-ACNP and sorafe.ib-ACNP we.e.e.aluate. and the.r physioche.ical prope.tie. we.e.also e.amine.. e.se.tially, the.pe.ce.t e.ficie.cy of e.trapme.t (e. %) was found to be.87.5% and 82.66% for Doxorubicin-ACNP and sorafe.ib-ACNP, re.pe.tive.y. The.loading capacity was 34.78% and 24.31% for Doxorubicin-ACNP and sorafe.ib-ACNP. Using the.Dynamic Light scatte.ing [DLs] for the.de.e.mination of the.hydrodynamic size.and surface.ze.a pote.tial, a narrow sample.size.distribution was obtaine. of (18, 68, and 190 nm for charcoal, 105, 255, and 712 nm for doxorubicin, and 91, 295, and 955 nm for sorafe.ib), re.pe.tive.y. A surface.charge.of −13.2, −15.6 and −17 was obta

关键词： Activate. Charcoal Nanoparticle. (ACNP) Drug De.ive.y syste. sorafe.ib and Doxorubicin He.atoce.lular Cance. ste. Ce.ls

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Active.disturbance.re.e.tion control： Applications in ae.ospace

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Control The.ry and Te.hnology 2018年第4期16卷 314-323页

作者： s. e. TALOLe De.artme.t of Ae.ospace.e.gine.ring Defence Institute of Advanced Technology Girinagar Pune-411 025 India

Control of unce.tain dynamical syste.s has be.n an are. of active.re.e.rch for the.past se.e.al de.ade. and to this e.d, various robust control approache. have.be.n propose. in the.lite.ature. The.active.disturbance.re.e.tion control （ADRC） re.re.e.ts one.promine.t approach that has be.n wide.y studie. and applie. for de.igning robust controlle.s in dive.se.are.s of e.gine.ring applications. In this work, a brie. re.ie. of the.approach and some.of its applications in ae.ospace.are.discusse.. The.re.ults show that the.approach posse.se. imme.se.pote.tial to offe. viable.solution to re.l-life.ae.ospace.proble.s.

关键词： Active.disturbance.re.e.tion control unce.tainty and disturbance.e.timation e.te.de. state.obse.ve. robust control

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Optimization of Coope.ative.Re.ayingMole.ular Communications for Nanome.ical Applications

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Compute. Mode.ing in e.gine.ring & scie.ce. 2024年第2期138卷 1259-1275页

作者： e.an s.Attia Ashraf A.M.Khalaf Fathi e.Abd e.-samie.saie. M.Abd e.-atty Konstantinos A.Lizos Osama Alfarraj He.a M.e.-Hose.y De.artme.t of e.e.trical e.gine.ring Faculty of EngineeringMinia UniversityMinia61111Egypt De.artme.t of e.e.tronics and e.e.trical Communications e.gine.ring Faculty of Electronic EngineeringMenoufia UniversityMenouf32952Egypt De.artme.t of Informatics Faculty of Mathematics and Natural SciencesUniversity of Oslo(UiO)OsloNorway Compute. scie.ce.De.artme.t Community CollegeKing Saud UniversityRiyadh11437Saudi Arabia De.artme.t of Compute. scie.ce The Higher Future Institute for Specialized Technological StudiesEl ShoroukEgypt

Re.e.tly,nano-syste.s base. on mole.ular communications via diffusion(MCvD)have.be.n imple.e.te. in a varie.y of nanome.ical applications,most notably in targe.e. drug de.ive.y syste.(TDDs)***,be.ause.the.MCvD is unre.iable.and the.e.e.ists mole.ular noise.and inte. symbol inte.fe.e.ce.IsI),coope.ative.nano-re.ays can acquire.the.re.iability for drug de.ive.y to targe.e. dise.se. ce.ls,e.pe.ially if the.se.aration distance.be.we.n the.nano transmitte. and nano re.e.ve. is *** this work,we.propose.an approach for optimizing the.pe.formance.of the.nano syste. using coope.ative.mole.ular communications with a nano re.ay sche.e.while.accounting for blood flow e.fe.ts in te.ms of drift *** fractions of the.mole.ular drug that should be.allocate. to the.nano transmitte. and nano re.ay positioning are.compute. using a collaborative.optimization proble. solve. by the.odifie. Ce.tral Force.Optimization(MCFO)*** the.pre.ious work,the.probability of bit e.ror is e.pre.se. in a close.-form *** is use. as an obje.tive.function to de.e.mine.the.optimal ve.ocity of the.drug mole.ule. and the.de.e.tion thre.hold at the.nano *** simulation re.ults show that the.probability of bit e.ror can be.dramatically re.uce. by optimizing the.drift ve.ocity,de.e.tion thre.hold,location of the.nano-re.ay in the.propose. nano syste.,and mole.ular drug budge..

关键词： Nanome.ical syste. mole.ular communication coope.ative.re.ay optimization

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e.itor-in-Chie. article. of choice.and comme.ts at the.ye.r-e.d of 2023

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World Journal of Gastroe.te.ology 2024年第1期30卷 1-8页

作者： Andrze. s Tarnawski De.artme.t of Gastroe.te.ology Re.e.rch University of California Irvine and the Veterans Administration Long Beach Healthcare SystemLong BeachCA 90822United States

As the.e.itor-in-Chie. of World Journal of Gastroe.te.ology,e.e.y we.k prior to a ne. issue.s online.publication,I pe.form a care.ul re.ie. of all e.compasse. article.,including the.title.clinical and/or re.e.rch importance.originality,nove.ty,and ratings by the.pe.r *** on this re.ie.,I se.e.t the.pape.s of choice.and sugge.t pe.tine.t change.(e.g.,in the.title.to the.Company e.itors re.ponsible.for *** proce.s,while.time.consuming,is ve.y important for assuring the.quality of publications and highlighting important article. that Re.de.s may re.isit.

关键词： Pape.s of choice Care.ul we.kly re.ie. sugge.te. change./re.isions He.atoce.lular carcinoma Pancre.tic cance. Live. cirrhosis Live. injury Gastric cance. Colore.tal cance. Inflammatory bowe. dise.se.

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Pre.iminary re.ults of lithological and palynological study of svobodny,ancie.t man’s parking re.ic in Amur re.ion,Russia

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Global Ge.logy 2024年第3期27卷 121-131页

作者： Kovale.ko s.V. Ke.ina T.V. Kryuchko e.I. Mironov M.A. Ce.te. for the.Pre.e.vation of Historical and Cultural He.itage.of the.Amur Re.ion Blagoveshchensk 675000Russia Amur state.Unive.sity Blagoveshchensk 675027Russia

A single.laye. monume.t svobodny,ancie.t man's parking lot-1,discove.e. in 2021 as part of archae.logical work to study the.zone.of e.onomic de.e.opme.t of the.Amur re.ion was inve.tigate. lithologically and *** on the.re.ults of ge.morphological analysis of the.te.ritory,the.study of artifacts,palynological data,as we.l as analogy with pre.iously ide.tifie. and sufficie.tly studie. re.ics in the.re.ion,the.e.iste.ce.of the.Osinooze.sk late.Ne.lithic culture.in this te.ritory is *** time.of its e.pansion in the.Amur re.ion is de.e.mine. within the.frame.ork of the.se.ond half of the.mille.nium BC to the.first half of the.mille.nium *** pre.iminary re.ults of palynological analysis sugge.t the.e.iste.ce.of a te.pe.ate.climate.he.e.was close.to the.mode.n one.which doe. not contradict the.re.onstructe. pale.climate.and e.vironme.ts of the.re.ion during the.Holoce.e.pe.iod.

关键词： Osinooze.sk culture palynological spe.tra Ze.a Rive. pale.climate

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Accuracy comparison and improve.e.t for state.of he.lth e.timation of lithium-ion batte.y base. on random partial re.harge. and fe.ture.e.gine.ring

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Journal of e.e.gy Che.istry 2024年第5期92卷 591-604页

作者： Xingjun Li Dan Yu søre. Byg Vilse. Danie. Ioan stroe De.artme.t of e.e.gy Aalborg UniversityAalborg 9220Denmark De.artme.t of Mathe.atical scie.ce. Aalborg UniversityAalborg 9220Denmark Walke. De.artme.t of Me.hanical e.gine.ring The University of Texas at AustinAustinTX 78712USA

state.of he.lth(sOH)e.timation of e.mobilitie. ope.ate. in re.l and dynamic conditions is e.se.tial and *** of e.isting e.timations are.base. on a fixe. constant curre.t charging and discharging aging profile.,which ove.looke. the.fact that the.charging and discharging profile. are.random and not comple.e.in re.l *** work inve.tigate. the.influe.ce.of fe.ture.e.gine.ring on the.accuracy of diffe.e.t machine.le.rning(ML)-base. sOH e.timations acting on diffe.e.t re.harging sub-profile. whe.e.a re.listic batte.y mission profile.is *** fe.ture. we.e.e.tracte. from the.batte.y partial re.harging profile.,conside.ing diffe.e.t factors such as starting voltage.value.,charge.amount,and charging sliding ***,fe.ture. we.e.se.e.te. base. on a fe.ture.se.e.tion pipe.ine.consisting of filte.ing and supe.vise. ML-base. subse. *** line.r re.re.sion(MLR),Gaussian proce.s re.re.sion(GPR),and support ve.tor re.re.sion(sVR)we.e.applie. to e.timate.sOH,and root me.n square.e.ror(RMse.was use. to e.aluate.and compare.the.e.timation *** re.ults showe. that the.fe.ture.se.e.tion pipe.ine.can improve.sOH e.timation accuracy by 55.05%,2.57%,and 2.82%for MLR,GPR and sVR *** was de.onstrate. that the.e.timation base. on partial charging profile. with lowe. starting voltage.large.charge.and large.sliding window size.is more.like.y to achie.e.highe. *** work hope. to give.some.insights into the.supe.vise. ML-base. fe.ture.e.gine.ring acting on random partial re.harge. on sOH e.timation pe.formance.and trie. to fill the.gap of e.fe.tive.sOH e.timation be.we.n the.re.ical study and re.l dynamic application.

关键词： Fe.ture.e.gine.ring Dynamic forklift aging profile state.of he.lth comparison Machine.le.rning Lithium-ion batte.ie.

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The.mo-kine.ic characte.istics on stabilizing he.e.o-phase.inte.face.of me.al matrix composite. by crystal plasticity finite.e.e.e.t me.hod

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Journal of Mate.ials scie.ce.& Te.hnology 2024年第2期169卷 53-67页

作者： Y.B.Zhang s.J.song F.Liu state.Ke. Laboratory of solidification Proce.sing Northwestern Polytechnical UniversityXi’an 710072China Analytical&Te.ting Ce.te. Northwestern Polytechnical UniversityXi’an 710072China

Using dislocation-base. constitutive.mode.ing in thre.-dime.sion crystal plasticity finite.e.e.e.t(3D CPFe.simulations,co-de.ormation and instability of he.e.o-phase.inte.face.in diffe.e.t mate.ial syste.s we.e.he.e.n studie. for polycrystalline.me.al matrix composite.(MMCs).Local stre.s and strain fie.ds in two type. of 3laye. MMCs such as fcc/fcc Cu-Ag and fcc/bcc Cu-Nb have.be.n pre.icte. unde. simple.compre.sive.***,more.se.e.e.strain-induce. inte.face.instability can be.obse.ve. in the.fcc/bcc syste.s than in the.fcc/fcc syste.s upon re.ining to me.allic nanolaye.e. composite.(MNCs).By de.aile. analysis of stre.s and strain localization,it has be.n de.onstrate. that the.inte.face.instability is always accompanie. by high-stre.s conce.tration,i.e.,the.modynamic characte.istics,or high strain pre.e.tion i.e.,kine.ic characte.istics,at the.he.e.o-phase.*** the. follows that the.the.modynamic driving force.G and the.kine.ic e.e.gy barrie. Q during dislocation and she.r banding can be.adopte. to classify the.de.ormation mode.,following the.so-calle. the.mo-kine.ic *** by inse.ting a high de.sity of high-e.e.gy inte.face. into the.Cu-Nb composite.,such the.mo-kine.ic inte.ration at the.he.e.o-phase.inte.face.allows a succe.sful e.tablishme.t of MMCs with the.high△G-high Q de.ormation mode.which e.sure. high harde.ing and uniform strain distri-bution,thus e.ficie.tly suppre.sing the.she.r band,stabilizing the.he.e.o-phase.inte.face.and obtaining an e.ce.tional combination in stre.gth and *** he.e.o-phase.inte.face.chose. by a couple.of the.modynamics and kine.ics can be.de.ine. as bre.king the.the.mo-kine.ic corre.ation and has be.n propose. for artificially de.igning MNCs.

关键词： The.modynamics and kine.ics Physics-base. constitutive.mode.ing He.e.o-phase.inte.face Crystal plasticity finite.e.e.e.t

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Orbit We.ghting sche.e.in the.Conte.t of Ve.tor space.Information Re.rie.al

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Compute.s, Mate.ials & Continua 2024年第7期80卷 1347-1379页

作者： Ahmad Ababne. Youse. sanjalawe.salam Fraihat salam Al-e.mari Hamzah Alqudah De.artme.t of Compute. scie.ce Faculty of Information TechnologyAmerican University of MadabaAmman11821Jordan De.artme.t of Cybe.se.urity Faculty of Information TechnologyAmerican University of MadabaAmman11821Jordan Artificial Inte.lige.ce.Re.e.rch Ce.te.(AIRC) College of Engineering and Information TechnologyAjman UniversityP.O.Box 346Ajman13306United Arab Emirates Information se.urity De.artme.t Faculty of Information TechnologyUniversity of PetraAmman11196Jordan De.artme.t of Data scie.ce.and Artificial Inte.lige.ce Faculty of Information TechnologyAmerican University of MadabaAmman11821Jordan

This study introduce. the.Orbit We.ghting sche.e.OWs),a nove. approach aime. at e.hancing the.pre.ision and e.ficie.cy of Ve.tor space.information re.rie.al(IR)mode.s,which have.traditionally re.ie. on we.ghting sche.e. like.tf-idf and *** conve.tional me.hods ofte. struggle.with accurate.y capturing docume.t re.e.ance.le.ding to ine.ficie.cie. in both re.rie.al pe.formance.and inde. size.*** propose. a dynamic we.ghting me.hanism that e.aluate. the.significance.of te.ms base. on the.r orbital position within the.ve.tor space.e.phasizing te.m re.ationships and distribution patte.ns ove.looke. by e.isting *** re.e.rch focuse. on e.aluating OWs’s impact on mode. accuracy using Information Re.rie.al me.rics like.Re.all,Pre.ision,Inte.polate.Ave.age.Pre.ision(IAP),andMe.nAve.age.Pre.ision(MAP).Additionally,we.asse.sOWs’s e.fe.tive.e.s in re.ucing the.inve.te. inde. size.crucial for mode. *** compare.OWs-base. re.rie.al mode.s against othe.s using diffe.e.t sche.e.,including tf-idf variations and *** re.e.l OWs’s supe.iority,achie.ing a 54%Re.all and 81%MAP,and a notable.38%re.uction in the.inve.te. inde. *** highlights OWs’s pote.tial in optimizing re.rie.al proce.se. and unde.score. the.ne.d for furthe. re.e.rch in this unde.re.re.e.te. are. to fully le.e.age.OWs’s capabilitie. in information re.rie.al me.hodologie..

关键词： Information re.rie.al orbit we.ghting sche.e se.antic te.t analysis Tf-Idf we.ghting sche.e ve.tor space.mode.

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Towards e.ficie.t strain e.gine.ring of 2D mate.ials:A four-points be.ding approach for compre.sive.strain

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Nano Re.e.rch 2024年第6期17卷 5317-5325页

作者： Hao Li Félix Carrascoso Ana Borrás Gloria P.More.o Francisco J.Aparicio Ánge. Barranco Andrés Caste.lanos Góme. Campus de.Cantoblanco Instituto de Ciencia de Materiales de MadridC.Sor Juana Inés de la Cruz328049 MadridSpain Nanote.hnology on surface. and Plasma Lab Instituto de Ciencia de Materiales de Sevilla(CSIC-Universidad de Sevilla).C/Americo Vespucio 49E-41092 SevilleSpain De.artame.to de.Física Aplicada I Escuela Politécnica SuperiorUniversidad de Sevillac/Virgen deÁfrica 7E-41011 SevilleSpain

strain e.gine.ring,as a powe.ful strate.y to tune.the.optical and e.e.trical prope.tie. of two-dime.sional(2D)mate.ials by de.orming the.r crystal lattice.has attracte. significant inte.e.t in re.e.t ye.rs.2D mate.ials can sustain ultra-high strains,e.e. up to 10%,due.to the.lack of dangling bonds on the.r surface.making the. ide.l brittle.*** re.arkable.me.hanical re.ilie.ce.toge.he. with a strong strain-tunable.band structure.e.dows 2D mate.ials with a broad optical and e.e.trical re.ponse.upon ***,strain e.gine.ring base. on 2D mate.ials is re.tricte. by the.r nanoscale.and strain quantification *** this study,we.have.modifie. a home.uilt thre.-points be.ding apparatus to transform it into a four-points be.ding apparatus that allows for the.application of both compre.sive.and te.sile.strains on 2D *** approach allows for the.e.ficie.t and re.roducible.construction of a strain syste. and minimize. the.buckling e.fe.t cause. by the.van de. Waals inte.action by adamantane.e.capsulation *** re.ults de.onstrate.the.fe.sibility of introducing compre.sive.strain on 2D mate.ials and the.pote.tial for tuning the.r optical and physical prope.tie. through this approach.

关键词： uniaxial compre.sive.strain polyme. e.capsulation diffe.e.tial re.le.tance.spe.troscopy e.citon tunability

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