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Anti.acteri.l HA-coati.gs.on bi.res.rbable Mg alloy

Journal of Magnes.0}m and Alloys 2024年第5期12卷 1965-1985页

作者： K.V.Nadarai. D.V.Mas.talyar M.A.Pi.tkova A.i.Ples.kova i.M.i.s.i.ets.i. M.s.Geras.0}enko E.A.belov V.V.Kumei.o D.N.Kozyrev K.A.Fomenko V.V.Mos.ovaya b.R.Torpanov A.R.bi.ti.i.ov i.s.Os.us.ko s.L.s.0}ebryukhov s.V.Gnedenkov i.s.i.ute of Chemi.try FEb RAs 159 Pr.100-letiya VladivostokaVladivostok 690022Russia Far Eas.ern Federal Uni.ers.0}y 10 Ajax BayRussky IslandVladivostok 690922Russia A.V.Zhi.muns.y Nati.nal s.i.nti.i. Center of Mari.e bi.logy FEb RAs 17 St.PalchevskogoVladivostok 690041Russia Regi.nal Cli.i.al Dermatovenerologi.al Di.pens.ry 18 V St.GamarnikaVladivostok 690033Russia NMi.“Treatment and Rehabi.i.ati.n Center” 3 Ivankovskoe highwayMoscow 125367Russia

i. thi. s.udy,a calci.m-phos.hate coati.g was.formed on a Mg-Mn-Ce alloy by the plas.a electrolyti. oxi.ati.n(PEO).The anti.i.ti. vancomyci.,wi.ely us.d i. the treatment of i.fecti.ns.caus.d by s.aphylococcus.aureus.***),was.i.pregnated i.to the *** wi.h vancomyci. s.owed hi.h bacteri.i.al acti.i.y agai.s. *** mechani.al and electrochemi.al properti.s.of the formed coati.gs.were s.udi.d,as.well as.i. vi.ro cytotoxi.i.y tes.s.and i. vi.o tes.s.on mature male rats.were *** to s.M,EDs.XRD and XPs.data,coati.gs.had a developed morphology and contai.ed hydroxyapati.e,whi.h i.di.ates.hi.h *** analys.0} of roughnes. of coati.gs.wi.hout and wi.h vancomyci. di. not reveal any di.ferences.confi.mi.g the hi.h roughnes. of the *** electrochemi.al tes.s.an i.creas. i. corros.0}n res.0}tance by more than two ti.es.after the appli.ati.n of PEO coati.gs.was.*** to the res.lts.of an i. vi.o s.udy,after 28 days.of the i.plantati.n of s.mples.wi.h calci.m phos.hate PEO coati.g and vancomyci.,no s.0}ns.of i.flammati.n were obs.rved,whi.e an i.flammatory reacti.n developed i. the area of i.plantati.n of bare alloy,followed by *** releas. tes.s.from the coati.gs.s.ow a s.arp decreas. i. the concentrati.n of the releas.d anti.i.ti. on day 7 and then a gradual decreas. unti. day *** the experi.ent,no s.0}ni.i.ant devi.ti.ns.i. the condi.i.n and behavi.r of the ani.als.were obs.rved;cli.i.al tes.s.di. not reveal a s.s.emi. toxi. reacti.n.

关键词： bi.acti.e coati.gs bi.compati.i.i.y Mg alloy Plas.a electrolyti. oxi.ati.n Hydroxyapati.e Vancomyci.

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Quanti.ed autoencoder(QAE)i.trus.0}n detecti.n s.s.em for anomaly detecti.n i. res.urce-cons.rai.ed loT devi.es.us.0}g RT-loT2022 datas.t

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Cybers.curi.y 2024年第2期7卷 13-27页

作者： b s.s.armi.a Rohi.i.Nagapadma Depatment of Electroni.s.and Communi.ati.n Engi.eeri.g The National Institute of EngineeringMysoreKarnataka 570008India

i. recent years.many res.archers.focus.d on uns.pervi.ed learni.g for network anomaly detecti.n i. edge devi.es.to i.enti.y *** deployment of the uns.pervi.ed autoencoder model i. computati.nally expens.0}e i. res.urce-cons.rai.ed edge *** s.udy propos.s.quanti.ed autoencoder(QAE)model for i.trus.0}n detecti.n s.s.ems.to detect *** i. an opti.i.ati.n model deri.ed from autoencoders.that i.corporate pruni.g,clus.eri.g,and i.teger quanti.ati.n *** autoencoder ui.t8(QAE-u8)and quanti.ed autoencoder float16(QAE-f16)are two vari.nts.of QAE bui.t to deploy computati.nally expens.0}e Al models.i.to Edge ***,we have generated a Real-Ti.e i.ternet of Thi.gs.2022 datas.t for normal and attack *** autoencoder model operates.on normal traffi. duri.g the trai.i.g *** s.me model i. then us.d to recons.ruct anomaly traffi. under the as.umpti.n that the recons.ructi.n error(RE)of the anomaly wi.l be hi.h,whi.h helps.to i.enti.y the ***,we s.udy the performance of the autoencoders.QAE-u8,and QAE-f16 us.0}g accuracy,preci.i.n,recall,and F1 s.ore through an extens.0}e experi.ental *** s.owed that QAE-u8 outperforms.all other models.wi.h a reducti.n of 70.01%i. average memory uti.i.ati.n,92.23%i. memory s.0}e compres.i.n,and 27.94%i. peak CPU ***,the propos.d QAE-u8 model i. more s.i.able for deployment on res.urce-cons.rai.ed i.T edge devi.es.

关键词： i.T cons.rai.ed s.s.em

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Protected s.0}ultaneous.quantum remote s.ate preparati.n s.heme by weak and revers.l meas.rements.i. noi.y envi.onments

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Chi.es. Phys.0}s.b 2024年第2期33卷 169-177页

作者： Mandal Manoj Kumar Choudhury bi.ayak s. s.manta s.umen Department of Mathemati.s Indian Institute of Engineering Science and TechnologyShibpur B.GardenHowrah 711103West BengalIndia

We di.cus. a quantum remote s.ate preparati.n protocol by whi.h two parti.s. Ali.e and Candy, prepare a s.0}gle-qubi. and a two-qubi. s.ate, res.ecti.ely, at the s.0}e of the recei.er bob. The s.0}gle-qubi. s.ate i. known to Ali.e whi.e the two-qubi. s.ate whi.h i. a non-maxi.ally entangled bell s.ate i. known to Candy. The three parti.s.are connected through a s.0}gle entangled s.ate whi.h acts.as.a quantum channel. We fi.s. des.ri.e the protocol i. the i.eal cas. when the entangled channel under us. i. i. a pure s.ate. After that, we cons.0}er the effect of ampli.ude dampi.g(AD) noi.e on the quantum channel and des.ri.e the protocol executed through the noi.y channel. The decrement of the fi.eli.y i. s.own to occur wi.h the i.crement i. the noi.e parameter. Thi. i. s.own by numeri.al computati.n i. s.eci.i. examples.of the s.ates.to be created. Fi.ally, we s.ow that i. i. pos.i.le to mai.tai. the label of fi.eli.y to s.me extent and hence to decreas. the effect of noi.e by the appli.ati.n of weak and revers.l meas.rements. We als. pres.nt a s.heme for the generati.n of the fi.e-qubi. entangled res.urce whi.h we requi.e as.a quantum channel. The generati.n s.heme i. run on the i.MQ platform.

关键词： multi.qubi. entangled channel quantum remote s.ate preparati.n noi.y envi.onments weak and revers.l meas.rements

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s.udy of hybri. nanoflui. flow i. a s.ati.nary cone-di.k s.s.em wi.h temperature-dependent flui. properti.s

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Appli.d Mathemati.s.and Mechani.s.Engli.h Edi.i.n) 2024年第4期45卷 677-694页

作者： A.s.JOHN b.MAHANTHEs. G.LORENZi.i Center for Mathemati.al Needs Department of MathematicsCHRIST(Deemed to be University)Karnataka 560029India s.hool of Mathemati.al and s.ati.ti.al s.i.nces The University of Texas Rio Grande ValleyTexas 78539U.S.A. Department of Engi.eeri.g and Archi.ecture University of ParmaParma 43124Italy

Cone-di.k s.s.ems.fi.d frequent us. s.ch as.coni.al di.fus.rs.medi.al devi.es.vari.us.rheometri.,and vi.cos.0}etry *** thi. s.udy,we i.ves.i.ate the three-di.ens.0}nal flow of a water-bas.d Ag-Mg O hybri. nanoflui. i. a s.ati. cone-di.k s.s.em whi.e cons.0}eri.g temperature-dependent flui. *** the vari.ble flui. properti.s.affect the dynami.s.and heat trans.er features.i. s.udi.d by Reynolds.s.li.eari.ed model for vari.ble vi.cos.0}y and Chi.m's.model for vari.ble thermal *** s.0}gle-phas. nanoflui. model i. uti.i.ed to des.ri.e convecti.e heat trans.er i. hybri. nanoflui.s.i.corporati.g the experi.ental *** model i. developed as.a coupled s.s.em of convecti.e-di.fus.0}n equati.ns.encompas.i.g the cons.rvati.n of momentum and the cons.rvati.n of thermal energy,i. conjuncti.n wi.h an i.compres.i.i.i.y condi.i.n.A s.lf-s.0}i.ar model i. developed by the Li.-group s.ali.g trans.ormati.ns.and the s.bs.quent s.lf-s.0}i.ar equati.ns.are then s.lved *** i.fluence of vari.ble flui. parameters.on both s.i.li.g and non-s.i.li.g flow cas.s.i. ***,the Nus.elt number for the di.k s.rface i. *** i. found that an i.creas. i. the temperature-dependent vi.cos.0}y parameter enhances.heat trans.er characteri.ti.s.i. the s.ati. cone-di.k s.s.em,whi.e the thermal conducti.i.y parameter has.the oppos.0}e effect.

关键词： hybri. nanoflui. cone-di.k s.s.em lami.ar flow vari.ble flui. property Nus.elt number

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An i.ves.i.ati.n i.to Forced Convecti.n of a Nanoflui. Flowi.g i. a Rectangular Mi.rochannel under the i.fluence of a Magneti. Fi.ld

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Flui. Dynami.s.& Materi.ls.Proces.i.g 2024年第2期20卷 311-323页

作者： Muataz s.Alhas.an Ameer A.Alameri.Andrés.Alexi. Ramírez-Coronel i.b.s.paev Azher M.Abed Davi.-Juan Ramos.Huallpartupa Rahman s.Zabi.ah Di.i.i.n of Advanced Nanomateri.l Technologi.s Scientific Research CenterAl-Ayen UniversityThi-QarIraq Department of Chemi.try College of ScienceUniversity of BabylonBabylonIraq Res.arch Group i. Educati.nal s.ati.ti.s National University of EducatiosnAzoguesEcuador Department Phys.0}s.and Chemi.try Tashkent Institute of Irrigation and Agricultural Mechanization EngineersNational Research UniversityTashkentUzbekistan Akfa Uni.ers.0}y TashkentUzbekistan New Uzbeki.tan Uni.ers.0}y TashkentUzbekistan Department of Ai.condi.i.ni.g and Refri.erati.n Engi.eeri.g Al-Mustaqbal University CollegeHilla51001Iraq Academi. Department of Agro-i.dus.ri.l Engi.eeri.g and Technology Universidad Nacional JoséMaría ArguedasApurimacPerú The i.lami. Uni.ers.0}y NajafIraq

i. li.e wi.h recent s.udi.s.where i. has.been s.own that nanoﬂui.s.contai.i.g graphene have a s.ronger capaci.y to boos. the heat trans.er coefﬁci.nt wi.h res.ect to ordi.ary nanoﬂui.s.experi.ents.have been conducted us.0}g water wi.h cobalt ferri.e/graphene *** parti.ular,a ci.cular channel made of copper s.bjected to a cons.ant heatﬂux has.been *** nanoparti.les.are s.ns.0}i.e to the pres.nce of a magneti.ﬁeld,di.ferent condi.i.ns.have been exami.ed,allowi.g both the s.rength and the frequency of s.ch aﬁeld to s.an relati.ely wi.e ranges.and as.umi.g di.ferent concentrati.ns.of *** to theﬁndi.gs.the addi.i.n of nanoparti.les.to theﬂui. caus.s.i.s.rotati.n s.eed to i.creas. by a factor of two,whereas.ultravi.let radi.ti.n plays.a negli.i.le *** amount of ti.e requi.ed to attai. the maxi.um rotati.n s.eed of the nanoﬂui. and the Nus.elt number have been meas.red under both cons.ant and alternati.g magneti.ﬁelds.for a ferroﬂui. wi.h a concentrati.n of 0.5%and atﬂow Reynolds.number of 550 and 1750.

关键词： Nano flui. rectengular tube magneti. fi.ld

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Fuzzy Reli.bi.i.y and Avai.abi.i.y of s.s.em under a Calendar-bas.d i.s.ecti.n i.volvi.g Multi.le Fai.ures.and i.s.Appli.ati.n to Wi.d Turbi.e s.s.em

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Journal of s.s.ems.s.i.nce and s.s.ems.Engi.eeri.g 2024年第2期33卷 187-206页

作者： Mi.tu Kumar Hi.ani.Pant s.b.s.0}gh Department of Mathemati.s.s.ati.ti.s.and Computer s.i.nce G.B.Pant University of AgricultureTechnologyPantnagarUttarakhandIndia

Uncertai.ty i. an i.portant factor that needs.to be cons.0}ered whi.e analyzi.g the performance of any engi.eeri.g *** order to quanti.y uncertai.ty,fuzzy s.t theory i. frequently us.d by mos. of res.archers.i.cludi.g energy s.s.em *** to the clas.i.al reli.bi.i.y theory,component li.eti.es.have cri.p parameters.but due to uncertai.ty and i.accuracy i. data,i. i. s.meti.es.very di.fi.ult to determi.e the exact values.of thes. parameters.i. real-world *** overcome thi. di.fi.ulty i. the current res.arch,fai.ure and repai. rates.were taken as.tri.ngular fuzzy numbers.to determi.e the fuzzy avai.abi.i.y of a s.s.em undergoi.g calendar-bas.d peri.di. i.s.ecti.n s.bject to multi.le fai.ure modes.FMs..i. was.as.umed that each component i. the s.s.em had an exponenti.l fai.ure rate and repai. rate wi.h fuzzy *** FMs.were expli.i.ly taken i.to account when a functi.nal s.ate of the s.s.em was.*** FM had a random fai.ure *** the occurrence of any fai.ure,a random ti.e was.s.lected for the relevant correcti.e repai. *** propos.d res.arch was.s.udi.d for one of the major s.urces.of green energy,namely a wi.d turbi.e s.s.em wherei. all the deri.ed propos.0}i.ns.have been i.plemented on i..

关键词： Fuzzy reli.bi.i.y fuzzy avai.abi.i.y wi.d turbi.e s.s.em multi.le fai.ure modes tri.ngular fuzzy number

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As.rophys.0}al s.factor and reacti.n rate for 15N(p,γ)16O wi.hi. the modi.i.d potenti.l clus.er model

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Chi.es. Phys.0}s.C 2024年第4期48卷 130-145页

作者： s.b.Dubovi.henko A.s.Tkachenko R.Ya.Kezeras.vi.i.N.A.burkova b.M.Yeleus.eva Fes.nkov As.rophys.0}al i.s.i.ute 050020 AlmatyKazakhstan New York Ci.y College of Technology City University of New YorkBrooklyn11201 New YorkUSA Graduate s.hool and Uni.ers.0}y Center City University of New York10016 New YorkUSA al-Farabi.Kazakh Nati.nal Uni.ers.0}y 050040 AlmatyKazakhstan

We s.udy radi.ti.e p^(15)N capture on the ground s.ate of ^(16)O at s.ellar energi.s.wi.hi. the framework of a modi.i.d potenti.l clus.er model(MPCM)wi.h forbi.den s.ates.i.cludi.g low-lyi.g *** i.ves.i.ati.n of the ^(15)N(p,γ0)^(16)O reacti.n i.cludes.the cons.0}erati.n of ^(3)s.(1) res.nances.due to E1 trans.0}i.ns.and the contri.uti.n of the ^(3)P_(1) s.atteri.g wave i. the p+^(15)N channel due to the ^(3)P_(1)→^(3)P_(0)M1 *** calculated the as.rophys.0}al low-energy s.factor,and the extrapolated s.0)turned out to be wi.hi. 34.7−40.4 keV·*** i.portant role of the as.mptoti. cons.ant(AC)for the ^(15)N(p,γ0)16O proces. wi.h i.terferi.g ^(3)s.(1)(312)and ^(3)s.(1)(962)res.nances.i. eluci.ated.A compari.on of our calculati.n for the s.factor wi.h exi.ti.g experi.ental and theoreti.al data i. addres.ed,and a reas.nable agreement i. *** reacti.n rate i. calculated and compared wi.h the exi.ti.g *** has.negli.i.le dependence on the vari.ti.n of AC but s.ows.a s.rong i.pact of the i.terference of ^(3)s.(1)(312)and ^(3)s.(1)(962)res.nances.i. reference to the CNO Gamow wi.dows.es.eci.lly at low *** es.i.ate the contri.uti.n of cas.ade trans.0}i.ns.to the reacti.n rate bas.d on the exclus.0}e experi.ental data from ***.C.85,065810(2012).The reacti.n rate enhancement due to the cas.ade trans.0}i.ns.i. obs.rved from T_(9)>0.3 and reaches.the maxi.um factor~1.3 at T_(9)=*** pres.nt the Gamow energy wi.dow and a compari.on of rates.for radi.ti.e proton capture reacti.ns.^(12)N(p,γ)^(13)O,^(13)N(p,γ)^(14)O,^(14)N(p,γ)^(15)O,and ^(15)N(p,γ)^(16)O obtai.ed i. the framework of the MPCM and provi.e the temperature wi.dows.prevalence,and s.0}ni.i.ance of each proces..

关键词： low and as.rophys.0}al energi.s p^(15)N s.s.em thermonuclear reacti.n rate potenti.l clus.er model CNO-cycle

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Di.ect mi.rowave leachi.g condi.i.ns.of rare earth elements.i. fluores.ent was.es

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Journal of Rare Earths 2024年第6期42卷 1165-1174,I0007页

作者： A.bi.en b.bi.ol M.N.s.ri.ede s.s.Kaplan M.s.s.nmez Department of Metallurgi.al and Materi.ls.Engi.eeri.g Yildiz Technical UniversityIstanbulTurkey Department of Chemi.al Engi.eeri.g and Materi.ls.s.i.nce Stevens Institute of TechnologyNew JereyUSA Department of Metallurgi.al and Materi.ls.Engi.eeri.g Istanbul Technical UniversityIstanbulTurkey

The lumi.es.ent phos.hor powder i. the fluores.ent lamp cons.i.utes.2%of the lamp’s.*** can be menti.ned that fluores.ent was.es.are a cruci.l raw materi.l to produce rare earth *** the pres.nt s.udy,mi.rowave leachi.g proces. was.conducted to di.s.lve rare earth elements.yttri.m(Y),europi.m(Eu),and remai.i.g rare earth elements.REEs.pres.nt i. the phos.hor powder of the fluores.ent *** the yi.lds.were *** the mi.rowave leachi.g proces.,the effects.of the temperature(80-160℃),aci. type(hydrochlori. aci.(HCl),ni.ri. aci.(HNO_(3)),s.lphuri. aci.(H_(2)s._(4))),aci. concentrati.n(0.5-6 mol/L),s.li. to li.ui. rati.(0.1:10-0.5:10)and reacti.n ti.e(5-90 mi.)parameters.on leachi.g effi.i.nci.s.of varyi.g rare earth elements.and calci.m were *** hi.hes. yi.ld was.obtai.ed i. the di.ect mi.rowave leachi.g of fluores.ent was.e wi.h the experi.ental condi.i.ns.of 6 mol/L HCl,160℃,0.1:10 s.li.-to-li.ui. rati.(s.L),and 90 *** energy calculati.ns.were made,and ki.eti. models.of the reacti.ns.were obtai.ed,and i. i. obs.rved that Y and Eu di.s.luti.n i. di.fus.0}n-controlled,on the other hand,lanthanum(La),ceri.m(Ce),and terbi.m(Tb)were exami.ed to be chemi.al reacti.n ***,calci.m(Ca)and gadoli.i.m(Gd)s.em coherent wi.h the mi.ed ***,mathemati.al models.of all experi.ental s.udi.s.are created wi.h the res.ons. s.rface box-behnken method and the correlati.n coeffi.i.nts.of all the models.are over 90%.

关键词： Rare earth elements.REEs. Di.ect mi.rowave leachi.g Fluores.ent was.e Ki.eti. models Res.ons. s.rface method

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Wei.hted Probabi.i.y Dens.0}y Es.i.ator wi.h Updated bandwi.ths

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Journal of s.s.ems.s.i.nce & Complexi.y 2024年第2期37卷 886-906页

作者： WU Yi.YU Wei.WANG Xuejun PRAKAs. RAO b L s s.hool of bi. Data and Arti.i.i.l i.telli.ence Chizhou UniversityChizhou 247000China s.hool of bi. Data and s.ati.ti.s Anhui UniversityHefei 230601China CR Rao Advanced i.s.i.ute of Mathemati.s Statistics and Computer ScienceHyderabad 500046India

i. thi. paper,the authors.s.udy a clas. of wei.hted vers.0}n of probabi.i.y dens.0}y *** i. s.own that the wei.hted es.i.ator contai.s.s.me exi.ti.g es.i.ators.of probabi.i.y dens.0}y,no matter they are recurs.0}e or *** s.ati.ti.al res.lts.i.cludi.g weak cons.0}tency,s.rong cons.0}tency,rate of s.rong cons.0}tency,and as.mptoti. normali.y are es.abli.hed under s.me mi.d ***,the random wei.hted es.i.ator i. als. *** numeri.al s.0}ulati.ns.and a real data analys.0} are pres.nted to s.udy the numeri.al performances.of the es.i.ators.

关键词： As.mptoti. normali.y cons.0}tency numeri.al s.0}ulati.n probabi.i.y dens.0}y real data analys.0} updated bandwi.ths wei.hted es.i.ator

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Thermo-ki.eti. characteri.ti.s.on s.abi.i.i.g hetero-phas. i.terface of metal matri. compos.0}es.by crys.al plas.i.i.y fi.i.e element method

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Journal of Materi.ls.s.i.nce & Technology 2024年第2期169卷 53-67页

作者： Y.b.Zhang s.J.s.ng F.Li. s.ate Key Laboratory of s.li.i.i.ati.n Proces.i.g Northwestern Polytechnical UniversityXi’an 710072China Analyti.al&Tes.i.g Center Northwestern Polytechnical UniversityXi’an 710072China

Us.0}g di.locati.n-bas.d cons.i.uti.e modeli.g i. three-di.ens.0}n crys.al plas.i.i.y fi.i.e element(3D CPFE)s.0}ulati.ns.co-deformati.n and i.s.abi.i.y of hetero-phas. i.terface i. di.ferent materi.l s.s.ems.were herei. s.udi.d for polycrys.alli.e metal matri. compos.0}es.MMCs..Local s.res. and s.rai. fi.lds.i. two types.of 3layer MMCs.s.ch as.fcc/fcc Cu-Ag and fcc/bcc Cu-Nb have been predi.ted under s.0}ple compres.i.e ***,more s.vere s.rai.-i.duced i.terface i.s.abi.i.y can be obs.rved i. the fcc/bcc s.s.ems.than i. the fcc/fcc s.s.ems.upon refi.i.g to metalli. nanolayered compos.0}es.MNCs..by detai.ed analys.0} of s.res. and s.rai. locali.ati.n,i. has.been demons.rated that the i.terface i.s.abi.i.y i. always.accompani.d by hi.h-s.res. concentrati.n,i.e.,thermodynami. characteri.ti.s.or hi.h s.rai. preventi.n i.e.,ki.eti. characteri.ti.s.at the hetero-phas. *** then follows.that the thermodynami. dri.i.g forceG and the ki.eti. energy barri.r Q duri.g di.locati.n and s.ear bandi.g can be adopted to clas.i.y the deformati.n modes.followi.g the s.-called thermo-ki.eti. *** by i.s.rti.g a hi.h dens.0}y of hi.h-energy i.terfaces.i.to the Cu-Nb compos.0}es.s.ch thermo-ki.eti. i.tegrati.n at the hetero-phas. i.terface allows.a s.cces.ful es.abli.hment of MMCs.wi.h the hi.h△G-hi.h Q deformati.n mode,whi.h ens.res.hi.h hardeni.g and uni.orm s.rai. di.tri.buti.n,thus.effi.i.ntly s.ppres.i.g the s.ear band,s.abi.i.i.g the hetero-phas. i.terface,and obtai.i.g an excepti.nal combi.ati.n i. s.rength and *** hetero-phas. i.terface chos.n by a couple of thermodynami.s.and ki.eti.s.can be defi.ed as.breaki.g the thermo-ki.eti. correlati.n and has.been propos.d for arti.i.i.lly des.0}ni.g MNCs.

关键词： Thermodynami.s.and ki.eti.s Phys.0}s.bas.d cons.i.uti.e modeli.g Hetero-phas. i.terface Crys.al plas.i.i.y fi.i.e element

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