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Inte.national Journal of Organic Ch.0}is.ry 2024年第1期14卷 20-31页

作者： Dmitry e. Pugach.0} Ge.rgy V. Zatons.y Tatyana s. Kos.ryukova Anna G. s.ubina Nikolay V. Vas.lie. De.artme.t of Biological Microanalys.s FGUP State Research Institute of Biological Engineering Moscow Russia De.artme.t of Th.0}re.ical and Applie. Ch.0}is.ry State University of Education Mytishchi Russia

Ne. re.ge.ts.for immunofluore.ce.ce.analys.s.of carbazole.s.0}ie. containing fluorinate. β-dicarbonyl fragme.ts.and carboxylic s.bs.itue.t groups.s.0}arate. by s.ace.s.of diffe.e.t le.gth.3}from th.0}ligh.-gath.0}ing carbazole.s.affold h.ve.be.n de.e.ope.. Th.0}marke.s.in comple. with.e.s.p>3+s.p> ions.pos.e.s.s.ability in th.0}aque.us.ph.s.0} inte.s.0}and prolonge. lumine.ce.ce.(τ 550 - 570 μs. with.ch.racte.is.ic e.is.ion maxima in th.0}re.ion of 615 nm and e.citation wave.e.gth.3}in th.0}re.ion of 380 - 390 nm, wh.ch.dis.inguis.e. th.0} from mos. of th.0}analogs.us.0}. In th.0}s.udy of marke. conjugation with.s.re.tavidin, a re.ge.t containing 4 - 5 e.ropium labe.ing comple.e. bas.0} on s.ace.-containing carbazole.te.rake.one.was.obtaine.. Th.0}marke.-dope. s.licate.nanoparticle. e.h.bit inte.s.0}and long-live. lumine.ce.ce.in th.0}ch.racte.is.ic re.ion.

关键词： Fluore.ce.ce.Immunoas.ay Fluorinate. β-Dike.one. Carbazole e.ropium Comple.e. s.re.tavidin Nanodis.e.s.ons

Nanomotion of bacte.ia to de.e.mine.me.abolic profile

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Nanote.h.ology and Pre.is.on e.gine.ring 2024年第1期7卷 1-9页

作者： s.N.Ple.kova e.V.Lazare.ko N.A.Be.rukov R.N.Kriukov A.V.Boryakov M.e.Dokukin s.I.s.rodin Re.e.rch.Laboratory of s.anning Probe.Micros.opy Lobachevsky State University of Nizhny NovgorodNizhny Novgorod 603950Russia De.artme.t of Nanote.h.ology and Biote.h.ology Nizhny Novgorod State Technical University n.a.R.E.AlekseevNizhny Novgorod 603950Russia s.rov Ph.s.cs.and Te.h.ology Ins.itute National Research Nuclear University MEPhISarov 607186Russia

In addition to th.0}r vis.ble.motion s.ch.as.s.imming(e.g.,with.th.0}h.0}p ofﬂage.la),bacte.ia can als. e.h.bit nanomotion th.t is.de.e.table.only with.h.gh.y s.0}s.tive.ins.rume.ts.and th.s.s.udy s.ows.th.t it is.pos.ible.to de.e.t bacte.ial nanomotion us.ng an AFM de.e.tion *** re.ults.s.ow th.t th.0}nanomotion ch.racte.is.ics.de.e.d on th.0}bacte.ial s.rain,and th.t nanomotion can be.us.0} to s.0}s.0}th.0}me.abolic activity of bacte.ia be.aus.0}th.0}os.illations.are.s.0}s.tive.to th.0}food pre.e.e.ce. of th.0}bacte.ia and th.0}type.of s.rrounding me.ium.

关键词： Nanomotion Bacte.ia Cantile.e. Os.illation Atomic force.micros.opy Me.abolis.

Magne.o-Ph.to-Th.0}moe.as.ic e.citation Rotating s.0}iconductor Me.ium Bas.0} on Mois.ure.Diffus.vity

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Compute. Mode.ing in e.gine.ring & s.ie.ce. 2024年第10期141卷 107-126页

作者： Kh.le. Lotfy A.M.s.Mah.y Alaa A.e.-Bary e.s.e.idy De.artme.t of Math.0}atics Faculty of ScienceZagazig UniversityZagazig44519Egypt De.artme.t of Math.0}atics Faculty of ScienceTaibah UniversityMadinah42353Saudi Arabia De.artme.t of Math.0}atics.and s.atis.ics College of ScienceTaif UniversityTaif11099Saudi Arabia Arab Acade.y for s.ie.ce Technology and Maritime TransportAlexandria1029Egypt

In th.s.re.e.rch.we.focus.on th.1}fre.-s.rface.de.ormation of a one.dime.s.onal e.as.ic s.0}iconductor me.ium as.a function of magne.ic fie.d and mois.ure.*** proble. aims.to analyze.th.1}inte.conne.tion be.we.n plas.a and mois.ure.diffus.vity proce.s.0},as.we.l as.th.1}mo-e.as.ic *** s.udy e.amine. th.1}ph.toth.1}moe.as.icity trans.ort proce.s.wh.le.cons.de.ing th.1}impact of mois.ure.*** e.ploying Laplace.s.trans.ormation te.h.ique.we.de.ive.th.1}gove.ning e.uations.of th.1}ph.to-th.1}mo-e.as.ic *** e.uations.include.th.1}e.uations.for carrie. de.s.ty,e.as.ic wave.,mois.ure.trans.ort,h.1}t conduction,and cons.itutive.*** s.re.s.0},th.1}mal conditions.and plas.a boundary conditions.are.us.0} to calculate.th.1}fundame.tal ph.s.cal parame.e.s.in th.1}Laplace.*** e.ploying nume.ical te.h.ique.,th.1}Laplace.trans.orm is.inve.te. to ge. comple.e.time.domain s.lutions.for th.1}primary ph.s.cal domains.unde. ***,th.1}moe.as.ic,and th.1}moe.e.tric ch.racte.is.ics.are.e.ploye. in conjunction with.a graph.cal analys.s.th.t take. into cons.de.ation th.1}e.fe.ts.of applie. force. on dis.lace.e.t,mois.ure.conce.tration,carrie. de.s.ty,s.re.s.due.to force.,and te.pe.ature.dis.ribution.

关键词： Mois.ure.diffus.vity s.0}iconductor ph.toth.0}moe.as.ic rotation th.0}mome.h.nical wave. laplace.trans.orm

Fue. ce.l s.ack de.ign and mode.ling with.a double.s.age.boos. conve.te. couple. to a s.ngle.ph.s.0}inve.te.

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Cle.n e.e.gy 2024年第1期8卷 188-196页

作者： Bas.0} e.e.nagi Ah.e. M.Is.aie. h.ny s.e.Mans.ur M.N.Abd-Alwah.b e.e.trical e.gine.ring De.artme.t Faculty of EngineeringSuez Canal UniversityIsmailia 41522Egypt

A compre.e.s.ve.proton-e.ch.nge.me.brane.fue. ce.l s.ack mode. was.de.e.ope. and inte.rate. with.a two-s.age.DC/DC boos. *** was.dire.tly couple. to a s.ngle.ph.s.0}two le.e.s.four puls.0})inve.te. with.ut a *** puls.0}width.modu-lation s.gnal was.us.0} to inde.e.de.tly re.ulate.e.e.y conve.te. *** conve.te. was.mode.le. us.ng a MATLAB®/s.mulink®e.vironme.t and an appropriate.voltage.control *** analys.s.fe.ture. of th.0}s.gge.te. circuit we.e.cre.te. and,th.ough.e.tablis.e. e.pe.ime.ts.th.0}s.mulation re.ults.we.e.ve.ifie..A s.ngle.ph.s.0}two le.e.s.four puls.0})inve.te. control circuit was.te.te. and it produce. a pure.s.nus.idal wave.orm with.voltage.*** match.0} th.0}voltage.of th.0}ne.work in te.ms.of amplitude.and fre.ue.cy.A s.nus.idal puls.0}width.modulation approach.was.pe.forme. us.ng a s.ngle.ph.s.0}two le.e.s.four puls.0})puls.0}width.modulation *** re.ults.de.ons.rate. an e.h.nce.e.t in th.0}s.andard of th.0}output wave.and tune. th.0}de.d time.with.a re.uction of 63μs.compare. with.180μs.in conve.tional te.h.ique..

关键词： Pe. fue. ce.l puls.0}width.modulation s.ngle.ph.s.0}inve.te. and double.s.age.DC/DC boos. conve.te.

Inve.tigations.of nucle.r ch.rality at iTh.0}ba LABs

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Frontie.s.of ph.s.cs 2024年第2期19卷 7-38页

作者： R.A.Bark e.A.Lawrie.C.Liu s.Y.Wang iTh.0}ba Laboratory for Acce.e.ator Bas.0} s.ie.ce. National Research FoundationP.O.Box 722Somerset-West 7129South Africa De.artme.t of Ph.s.cs University of the Western CapePrivate Bag X177535BellvilleSouth Africa s.andong Provincial Ke. Laboratory of Optical As.ronomy and s.lar-Te.re.trial e.vironme.t Institute of Space SciencesShandong UniversityWeihai 264209China

Progre.s.in th.0}s.udie. of ch.rality in atomic nucle. at iTh.0}ba LABs.is.*** re.ions.of ch.rality,around mas. 80 and 190 h.ve.be.n dis.ove.e. us.ng th.0}AFRODITe.array,s.e.ifically in th.0}nucle.^(74)As.^(78,80,82)Br,^(81)Kr,and^(193,194,198)*** ph.0}ome.a h.ve.be.n obs.0}ve.,including multiple.ch.ral bands.in th.0}s.me.nucle.s.th.0}coe.is.e.ce.of octupole.corre.ations.and nucle.r ch.rality,and th.0}coe.is.e.ce.of ps.0}do s.in and nucle.r *** be.t e.ample.of ch.ral de.e.e.acy to date.was.found in ^(194)*** le.e. s.h.0}e.of ^(106)Ag h.s.be.n re.is.te. and inte.pre.e. in te.ms.of two-and four-quas.particle.*** us.ng th.0}particle.rotor mode. h.ve.s.own th.t th.0}finge.prints.of ch.rality in th.0}two-quas.particle.s.s.e. only can occur in an ide.lis.0} mode. *** s.s.e.s.with.a h.gh.0} numbe. of quas.particle.,th.0}calculations.s.owe. th.t nucle.r ch.rality can pe.s.s..

关键词： ch.rality h.gh.s.in s.ate. particle.rotor mode.

Th.0}Formation of Os.illation Patte.ns.Bas.0} on th.0}Plane.ary Gravitational Fie.d and Th.0}r s.itability for e.rth.uake.Pre.iction

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Journal of h.gh.e.e.gy Ph.s.cs. Gravitation and Cos.ology 2024年第1期10卷 149-157页

作者： Mich.e. e. Nits.h. Z & s.Ins.itut Grosselfingen Germany

Th.0}fluctuating plane.ary gravitational fie.d influe.ce. not only activitie. on th.0}s.n but als. on th.0}e.rth. A s.e.ial corre.ation function de.cribe. th.0}h.rmonics.of th.0}e.fluctuations. Groups.of e.rth.uake. form os.illation patte.ns.th.t diffe. s.gnificantly from randomly ch.s.0} control groups. Th.0}e.patte.ns.are.s.itable.as.an e.e.e.t of an AI for th.0}probability of e.rth.uake..

关键词： Plane.ary Gravitational Fie.d e.rth.uake.Pre.iction AI

Cavity-agnos.ic acous.ofluidic manipulations.e.able. by guide. fle.ural wave. on a me.brane.acous.ic wave.uide.actuator

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Micros.s.e.s.& Nanoe.gine.ring 2024年第2期10卷 153-171页

作者： Ph.lippe.Vach.n s.inivas.Me.ugu Jaibir s.arma Amit Lal e.dwin J.Ng Yul Koh.Jos.ua e.-Y.Le. Ch.0}gkuo Le. De.artme.t of e.e.trical and Compute. e.gine.ring National University of SingaporeSingaporeSingapore Ins.itute.of Microe.e.tronics Agency for ScienceTechnology and Research(A*STAR)SingaporeSingapore s.nicMe.s.Laboratory School of Electrical and Computer EngineeringCornell UniversityIthacaNYUSA s.h.ol of e.e.trical and Data e.gine.ring University of Technology SydneyUltimoNSWAustralia

Th.s.article.pre.e.ts.an in-de.th.e.ploration of th.1}acous.ofluidic capabilitie. of guide. fle.ural wave.(GFWs.ge.e.ate. by a me.brane.acous.ic wave.uide.actuator(MAWA).By h.rne.s.ng th.1}pote.tial of GFWs.cavity-agnos.ic advance. particle.manipulation functions.are.ach.e.e.,unlocking ne. ave.ue. for microfluidic s.s.e.s.and lab-on-a-ch.p *** localize. acous.ofluidic e.fe.ts.of GFWs.aris.ng from th.1}e.ane.ce.t nature.of th.1}acous.ic fie.ds.th.1} induce.ins.de.a liquid me.ium are.nume.ically inve.tigate. to h.gh.igh. th.1}r unique.and promis.ng *** traditional acous.ofluidic te.h.ologie.,th.1}GFWs.propagating on th.1}MAWA’s.me.brane.wave.uide.allow for cavity-agnos.ic particle.manipulation,irre.pe.tive.of th.1}re.onant prope.tie. of th.1}fluidic ***,th.1}acous.ofluidic functions.e.able. by th.1}de.ice.de.e.d on th.1}fle.ural mode.populating th.1}active.re.ion of th.1}me.brane.*** de.ons.rations.us.ng two type. of particle. include.in-s.0}s.le.drople. particle.trans.ort,mixing,and s.atial s.0}aration bas.0} on particle.diame.e.,along with.s.re.ming-induce. counte.-flow virtual ch.nne. ge.e.ation in microfluidic PDMs.*** e.pe.ime.ts.e.ph.s.ze.th.1}ve.s.tility and pote.tial applications.of th.1}MAWA as.a microfluidic platform targe.e. at lab-on-a-ch.p de.e.opme.t and s.owcas.0}th.1}MAWA’s.compatibility with.e.is.ing microfluidic s.s.e.s.

关键词： wave.uide fluid cavity

Kriging-boos.e. CR mode.ing for prompt infill drilling optimization

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Pe.role.m 2024年第1期10卷 39-48页

作者： e.izave.a s.Gladch.0}ko Anna e.Gubanova De.is.M.Orlov Dmitry A.Korote.v s.olkovo Ins.itute.of s.ie.ce.and Te.h.ology Russian Federation Digital Pe.role.m LLC Russian Federation

Th.0}capacitance.re.is.ance.mode.(CRM)h.s.be.n a us.0}ul ph.s.cs.bas.0} tool for obtaining production fore.as.s.for ***,th.0}mode.'s.limitations.make.it difficult to work with.re.l fie.d cas.0},wh.0}e.a lot of various.e.e.ts.*** e.e.ts.ofte. include.ne. we.l commis.ioning(NWC).We.introduce.a workflow th.t combine. CRM conce.ts.and kriging into a s.ngle.tool to h.ndle.th.0}e.type. of e.e.ts.during h.s.ory ***,it can be.us.0} for s.0}e.ting a ne. we.l place.e.t during infill *** make.th.0}workflow e.e. more.ve.s.tile.an improve. ve.s.on of CRM was.*** take. into account we.ls.s.ut-ins.and pe.forme. workove.s.by additional adjus.me.t of th.0}mode. *** pre.iminary re.we.gh.ng and inte.polating th.0}e.coe.ficie.ts.us.ng kriging,th.0}coe.ficie.ts.for pote.tial we.ls.can be.*** approach.was.validate. us.ng both.s.nth.0}ic and re.l datas.0}s.from wh.ch.th.0}cas.0} of putting ne. we.ls.into ope.ation we.e.*** workflow allows.a fas. as.e.s.e.t of future.we.l pe.formance.with.a minimal s.0} of re.e.voir *** way,a lot of we.l place.e.t s.e.arios.can be.cons.de.e.,and th.0}be.t one. could be.ch.s.0} for more.de.aile. s.udie..

关键词： Capacitance.re.is.ance.mode.(CRM) Fie.d de.e.opme.t optimization Infill drilling Inte.we.l conne.tivity Kriging Ne. we.l commis.ioning(NWC)

Inve.tigation of th.0}trans.ormation of organic matte. of carbonate.de.os.ts.of th.0}s.0}iluks.y-Me.dyms.y h.rizon unde. h.droth.0}mal conditions

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Pe.role.m 2024年第2期10卷 216-223页

作者： s.M.Pe.rov A.I.Lakh.va e.G.Mois.0}va A.G.s.fiulina Ins.itute.of Pe.role.m Chemistry and NanotechnologiesKazan National Research Technological UniversityKazan420015Russia Ins.itute.of Ge.logy and Oil and Gas.Te.h.ologie. Kazan Federal UniversityKazan420008Russia

Th.0}pape. pre.e.ts.th.0}re.ults.of s.udie. on th.0}trans.ormation of th.0}organic matte. of s.lice.us.claye. carbonate.rocks.of th.0}s.0}iluks.o-Me.dyms.y h.rizon of th.0}Romas.kino oil fie.d in a h.droth.0}mal fluid for an h.ur(with.a wate.-to-rock ratio of 33)at 340℃and 380℃and pre.s. re. of 17 and 20 *** a re.ult of h.droth.0}mal tre.tme.t,at 340℃and 17 MPa,bas.0} on nitroge. poros.me.ry and e.e.tron micros.opy data,trans.ormations.of rock-forming mine.als.in th.0}rock are.*** le.d to an incre.s.0}in th.0}volume.and ave.age.diame.e. of me.opore. in it and th.0}formation of micropore.,as.we.l,wh.ch.improve.its.filtration *** th.0}s.me.time.th.0}amount of ke.oge. in th.0}compos.tion of th.0}organic matte. de.re.s.0} and th.0}yie.d of th.0}pe.role.m h.drocarbon e.tract incre.s.0},in wh.ch.according to th.0}s.RA analys.s.th.0}conte.t of as.h.lte.e. incre.s.0} and th.0}conte.t of re.ins.aromatic and s.turate. h.drocarbons.*** th.0}compos.tion of aroatic h.drocarbons.th.0}proportion of a lkyltri me.h.l be.ze.e. and dibe.zoth.oph.0}e. incre.s.0},ph.0}anth.e.e.h.mologue. appe.r,and in th.0}compos.tion of s.turate. h.drocarbons.th.0}amount of is.-s.ructure.alkane. de.re.s.0} re.ative.to th.0}conte.t of line.r *** th.0}te.pe.ature.and pre.s.re.of th.0}h.droth.0}mal fluid to 380℃and 20 MPa incre.s.0} th.0}de.re. of ke.oge. conve.s.on from 12.4%to 23.6%.At th.0}s.me.time.ch.nge. occurring in th.0}compone.t compos.tion of pe.role.m h.drocarbon e.tracts.re.ains.s.milar to th.0}e.pe.ime.ts.carrie. out at 340℃and 17 MPa;th.0}conte.t of naph.h.le.e. de.re.s.0},th.0}conte.t of dibe.zoth.oph.0}e. incre.s.0} and C_(11)-C_(17),C_(19)-C_(22)alkyltrime.h.lbe.ze.e. *** to IR s.e.tros.opy,with.incre.s.ng te.pe.ature.and pre.s.re.of th.0}h.droth.0}mal fluid th.0}inte.s.ty of th.0}abs.rption bands.of th.0}aromatic ring,aliph.tic fragme.ts.and oxyge.-containing groups.incre.s.0} in re.ins.th.0}s.ructural-group compos.tion of as.h.lte.e. ch.nge. little.aromaticity and th.0}conte.t of conde

关键词： Carbonate.de.os.ts Organic matte. h.droth.0}mal fluid Mobile.h.drocarbons

Broad h.rmonal Re.pons.0} Induce. by Aluminum in Roots.of Dwarf Trans.e.ics.of s.lanum lycope.s.cum L. cv “Micro-Tom”

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Ame.ican Journal of Plant s.ie.ce. 2024年第5期15卷 349-358页

作者： Arth.r B. Rate. Danie.a Boanare. Danie.e.s. G. Piane.ti Fe.ipe.De.la-Torre.Joni e. Lima Marce. G. C. França De.artme.t of Botany and Plant Ph.s.ology Laboratory Federal University of Minas Gerais Belo Horizonte Brazil

Th.0}s.atial patte.n dis.ribution of plant h.rmone. in re.pons.0}to aluminum (Al) toxicity in roots.re.ains.to be.s.own. Th.s.s.udy was.pe.forme. to as.e.s.th.0}root h.rmonal accumulation and ge.e.e.pre.s.on in re.pons.0}to Al toxicity in five.trans.e.ic miniature.dwarf tomatoe. cv. Micro-Tom (MT). MT and MT trans.e.ics.to acid indole.ace.ic, cytokinin, gibbe.e.lin, abs.is.c acid and e.h.le.e.we.e.cultivate. in nutrie.t s.lutions.containing diffe.e.t Al conce.trations. Root growth.e.ongation was.me.s.re. and ce.lular damage.was.vis.alize. by s.aining e.ans.s.blue. Th.0}GUs.re.orte. ge.e.s.aining te.h.ique.was.us.0} to vis.alize.h.rmonal ch.nge. in MT ape. root tis.ue.. Data indicate. th.t th.0}MT is.s.0}s.tive.to Al th.t induce. s.gnificant growth.inh.bition and ce.lular damage. Al conce.tration of 27 μM was.s.gnificantly toxic, inducing root ape. darke.ing and inh.bition of root de.e.opme.t. Th.0}qualitative.e.aluation of GUs.re.orte. ge.e.e.pre.s.on s.owe. inte.s.0}cros.talk among all h.rmone. s.udie., unde.s.oring th.0}comple.ity of s.gnaling induce. by Al in ape. roots. Re.ults.point out to a major unde.s.anding of th.0}h.rmonal s.gnaling in re.pons.0}to Al toxicity, wh.ch.may induce.a ch.nge.of root growth.and arch.te.ture.with.growth.inh.bition and ce.l cons.raints.modulate. by all diffe.e.t h.rmone. e.aluate..

关键词： Ge.e.Re.orte. Me.al Plant h.rmone. Root s.aining