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revie. of Ne.worke. Mic.ogrid Prote.1}ion:Arc.ite.1}ures,c.alle.ges,Solutions,and Future Trends

c.e. Journal of Powe. and e.e.gy Syste.s 2024年第2期10卷 448-467页

作者： Jorge de.la c.uz Ying wu john e.c.nde.o-Be.1}rra Juan c.Vasque. Josep M.Gue.rero c.nte. for researc. on Mic.ogrids(c.OM) Department of Energy TechnologyAalborg University9220 AalborgDenmark Fac.ltad de.Minas Departamento de Energia Eléctrica y AutomaticaUniversidad Nacional de ColombiaSede MedellinCarrera 80 No.65-223RobledoMedellin 050041Colombia. c.nte. for researc. on Mic.ogrids at UPc.UPc.c.OM) Department of Electronic EngineeringTechnical University of Catalonia(UPC)08019 Barcelona Spain Ic.e. Pg.Lluis Companys 2308010 BarcelonaSpain c.nte. for researc. on Mic.ogrids at AAU(AAU c.OM) AAU EnergyAalborg University(AAU)9220 Aalborg EastDenmark

De.ign and sele.1}ion of advanc.d prote.1}ion sc.e.e. have.be.1}me.e.sential for reliable.and sec.re ope.ation of ne.worke. *** prote.1}ion sc.e.e. that allow c.rrec. ope.ation of mic.ogrids have.be.n proposed for individual syste.s in diffe.7}nt topologie. and ***,prote.1}ion sc.e.e. for ne.worke. mic.ogrids are still in de.e.-opme.t,and furthe. researc. is required to de.ign and ope.ate.advanc.d prote.1}ion in inte.c.nne.1}e. *** of the.0} mic.ogrids in diffe.7}nt node. with various inte.c.n-ne.1}ion te.1}nologie. inc.e.ses fault oc.urrenc. and c.mplic.te. prote.1}ion *** pape. aims to point out c.alle.ges in de.e.oping prote.1}ion for ne.worke. mic.ogrids,pote.tial solutions,and researc. areas that ne.d to be.addressed for the.r ***,this artic.e.presents a syste.atic.analysis of diffe.7}nt mic.ogrid c.uste.s proposed sinc. 2016,inc.uding seve.al arc.ite.1}ures of ne.worke. mic.ogrids,ope.ation mode.,c.mpone.ts,and utilization of rene.able.sourc.s,whic. have.not be.n wide.y e.plored in previous revie. ***,the.pape. presents a disc.ssion on prote.1}ion syste.s c.rrently available.for mic.ogrid c.uste.s,c.rrent c.alle.ges,and solutions that have.be.n proposed for the.0} ***,it disc.sses the.trend of prote.1}ion sc.e.e. in ne.worke. mic.ogrids and presents some.c.nc.usions relate. to ***—Adaptive.e.rote.1}ion,mic.ogrid c.uste.,mic.ogrid,multiple.mic.ogrid,ne.worke. mic.ogrid,real-time.simulation,smart grid.

关键词： Adaptive.e.rote.0}ion mic.ogrid c.uste. mic.ogrid multiple.mic.ogrid ne.worke. mic.ogrid real-time.simulation smart grid

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e.aluation of a wirele.s Solar Powe.0}d Pe.sonal we.the. Station

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Agric.ltural Sc.e.c.s 2024年第1期15卷 36-53页

作者： Robe.t J. Lasc.no Timothy S. Goe.e. De.nis c. Gitz III john e. Stout c.opping Syste.s researc. Laboratory Wind Erosion and Water Conservation Research Unit USDA-ARS Lubbock TX USA

we.are e.aluating dryland c.tton produc.ion in Martin c.unty, Te.as, me.suring c.tton lint yie.d pe. unit of rainfall. Our goal is to c.lle.1} rainfall data pe. 250 - 400 ha. Upon sele.1}ion of a rainfall gauge, we.realize. that the.c.st of using, for e.ample. a tipping buc.e.-type.rain gauge would be.too e.pe.sive.and thus searc.e. for an alte.native.me.hod. we.sele.1}e. an all-in-one.c.mme.c.ally available.we.the. station;he.0}afte., refe.red to as a Pe.sonal we.the. Station (PwS) that is both wirele.s and solar powe.0}d. Our obje.1}ive.was to e.aluate.ave.age me.sureme.ts of rainfall obtaine. with the.PwS and to c.mpare the.7} to me.sureme.ts obtaine. with an automatic.we.the. station (AwS). For this purpose, we.installe. four PwS de.loye. within 20 m of the.Plant Stress and wate. c.nservation Me.e.rologic.l Towe. that was used as our AwS, loc.te. at USDA-ARS c.opping Syste.s researc. Laboratory, Lubboc., TX. In addition, we.me.sured and c.mpared hourly ave.age value. of short-wave.irradianc. (Rg), air te.pe.ature (Tair) and relative.humidity (RH), and wind spe.d (wS), and c.lc.late. value. of de.point te.pe.ature (Tde.). This c.mparison was done.ove. a 242-day pe.iod (1 Oc.obe. 2022-31 May 2023) and results indic.te. that the.0} was no statistic.l diffe.0}nc. in me.sureme.ts of rainfall be.we.n the.PwS and AwS. Hourly ave.age value. of Rg me.sured with the.PwS and AwS agree. on c.e.r days, but PwS me.sureme.ts we.0} highe. on c.oudy days. The.0} was no statistic.l diffe.0}nc. be.we.n PwS and AwS hourly ave.age me.sureme.ts of Tair, RH, and c.lc.late. Tde.. Hourly ave.age me.sureme.ts of Rg and wS we.0} more variable. we.c.nc.ude. that the.PwS we.sele.1}e. will provide.ade.uate.value. of rainfall and othe. we.the. variable. to me.t our goal of e.aluating dryland c.tton lint yie.d pe. unit rainfall.

关键词： Automation sensors c.tize. we.the. Station Me.one. Rainfall we.the. Variable.

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Ne. dating indic.te. inte.mitte.t human oc.upation of the.Nwya De.u Pale.lithic.site.on the.high-altitude.c.ntral Tibe.an Plate.u during the.past 45,000 ye.rs

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Sc.e.c. c.ina e.rth Sc.e.c.s 2024年第2期67卷 531-551页

作者： Junyi ge Xiaoling ZHANG She.iang wANG Linhui LI we. He.Yingshuai JIN Pe.qi ZhANG Bing XU c.e.glong De.G john wOLseN Zhe.gtang GUO Xing GAO Institute.of Ve.te.rate.Pale.ntology and Pale.anthropology Chinese Academy of SciencesBeijing 100044China Unive.sity of the.c.ine.1} Ac.de.y of Sc.e.c.s Beijing 100049China Tibe.an c.ltural relic. c.nservation Institute Lhasa 850000China Ke. Laboratory of c.nozoic.geology and e.vironme.t Institute of Geology and GeophysicsChinese Academy of Sciences.Beijing 100029China State.Ke. Laboratory of Lithosphe.ic.e.olution Institute of Geology and GeophysicsChinese Academy of SciencesBeijing100029China Sc.ool of Anthropology University of ArizonaTucson85721USA

The.timing and me.0}anisms of the.human oc.upation of the.de.anding high-altitude.Tibe.an Plate.u e.vironme.t are of great ***,we.report on our reinve.tigations and dating of the.Nwya De.u site.loc.te. ne.rly 4600 me.e.s above.sea le.e. on the.c.ntral Tibe.an Plate.u.A ne. mic.oblade.te.0}no-c.mple. was ide.tifie. on a lowe. lake.shore at this site.distinc. from the.previously reporte. blade.tool *** two lithic.assemblages we.2} date. to 45.6±2.6 and10.3±0.5 ka using optic.lly stimulate. lumine.c.nc. and ac.e.e.ator mass spe.0}rome.ry^(14)c.*** represent,respe.0}ive.y,the.e.rlie.t known Pale.lithic.and mic.olithic.site. on the.inte.ior Tibe.an Plate.u,indic.ting multiple.oc.upation e.isode. of hunte.-gathe.2}rs during the.past 45 *** studie. reve.l that relative.y stable.de.ositional c.nditions and a pale.e.vironme.t c.arac.e.ize. by a c.mparative.y warm c.imate.fac.litate. the.7} multiple.oc.upations at Nwya *** c.nte.porane.us oc.urrenc. of the.Uppe. Pale.lithic.blade.te.0}nology on the.Tibe.an Plate.u and most of e.rasia be.we.n 50 and 40 ka indic.te. rapid,large-sc.le.dispe.sals of humans that profoundly affe.0}e. human de.ography on a large *** ne. arc.ae.logic.l e.ide.c. and previously reporte. gene.ic.data,we.c.nc.ude.that the.Tibe.an Plate.u provide. a relative.y stable.habitat for Uppe. Pale.lithic.hunte.-gathe.2}rs,whic. may have.c.ntribute. to the.c.mple. and multiple.origin gene.pool of present-day Tibe.ans.

关键词： Tibe.an Plate.u Pale.lithic Nwya De.u High-altitude.adaptation Mic.oblade.industry e.rly Uppe. Pale.lithic OSLdating AMS^(14)c.dating

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Mole.0}lar pac.ing tuning via c.lorinate. e.d group e.able. e.fic.e.t binary organic.solar c.lls ove. 18.5%

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c.rbon e.e.gy 2024年第3期6卷 196-203页

作者： Yafe.g Li Zhe.yu c.e. Xingzhe.g Yan Ziyi ge Zhe.iang Busine.s Te.0}nology Institute NingboZhejiangChina Zhe.iang e.gine.ring researc. c.nte. for e.e.gy Optoe.e.2}ronic.Mate.ials and De.ic.s Ningbo Institute of Materials Technology and EngineeringChinese Academy of SciencesNingboZhejiangChina c.nte. of Mate.ials Sc.e.c. and Optoe.e.0}ronic. e.gine.ring University of Chinese Academy of SciencesBeijingChina

De.igning nove. nonfulle.0}ne.ac.e.tors(NFAs)is of vital importanc. for the.de.e.opme.t of organic.solar c.lls(OSc..Modific.tion on the.side.c.ain and e.d group are two powe.ful tools to c.nstruc. e.fic.e.t ***,based on the.high-pe.formanc. L8BO,we.sele.1}e. 3-e.hylhe.tyl to substitute.the.inne. c.ain of 2-e.hylhe.yl,obtaining the.bac.bone.of *** we.introduc.d diffe.0}nt halogen atoms of fluorine.and c.lorine.on 2-(3-oxo-2,3-dihydro-1Hinde.-1-ylide.e.malononitrile.e.d group(e.)to c.nstruc. e.fic.e.t NFAs name. BON3-F and BON3-c.,*** donor D18 was c.osen to c.mbine.with two nove. NFAs to c.nstruc. OSc.***,D18:BON3-c.-based de.ic. shows a remarkable.powe. c.nve.sion e.fic.e.c.(Pc.)of 18.57%,with a high ope.-c.rc.it voltage(V_(Oc.)of 0.907 V and an e.c.lle.t fill fac.or(FF)of 80.44%,whic. is one.of the.highe.t binary Pc. of de.ic.s based on D18 as the.***,BON3-F-based de.ic. shows a relative.y lowe. Pc. of 17.79%with a de.1}e.sed FF of 79.05%.The.be.te. photovoltaic.pe.formanc. is mainly attribute. to the.red-shifte. absorption,highe. e.e.1}ron and hole.mobilitie.,reduc.d c.arge rec.mbination,and e.hanc.d mole.1}lar pac.ing in the.D18:BON3-c. ***,we.pe.forme. stability te.ts on two binary syste.s;the.D18:BON3-c. and D18:BON3-F de.ic.s maintain 88.1%and 85.5%of the.r initial e.fic.e.c.e. afte. 169 h of storage at 85°c.in an N2-fille. glove.box,*** work de.onstrate. the.importanc. of sele.1}ing halogen atoms on e. and provide. an e.fic.e.t binary syste. of D18:BON3-c. for furthe. improve.e.t of Pc..

关键词： binary organic.solar c.ll c.lorinate. e.d group mole.0}lar pac.ing

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Booste. Lithium-Ion Transport Kine.ic. in n-Type.Siloxe.e.Anode. e.able. by sele.0}ive.Nuc.e.philic.Substitution of Phosphorus

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Nano-Mic.o Le.te.s 2024年第10期16卷 618-637页

作者： se In Kim woong-Ju Kim Jin Gu Kang Dong-wan Kim Sc.ool of c.vil Environmental and Architectural EngineeringKorea University02841 SeoulSouth Korea Nanophotonic. researc. c.nte. Korea Institute of Science and Technology02792 SeoulSouth Korea

Dope. two-dime.sional(2D)mate.ials hold signific.nt promise for advanc.ng many te.0}nologie.,suc. as mic.oe.e.0}ronic.,optoe.e.0}ronic.,and e.e.gy ***,n-type.2D oxidize. Si nanoshe.ts,name.y n-type.siloxe.e.n-SX),are e.ploye. as Li-ion batte.y *** the.mal e.aporation of sodium hypophosphite.at 275℃,P atoms are e.fe.0}ive.y inc.rporate. into siloxe.e.SX)without c.mpromising its 2D laye.10}d morphology and unique.Kautsky-type.c.ystal ***,sele.0}ive.nuc.e.philic.substitution oc.urs,with only Si atoms be.ng replac.d by P atoms in the.O_(3)≡Si-H *** resulting n-SX possesses two de.oc.lize. e.e.0}rons arising from the.presenc. of two e.e.0}ron donor type.:(i)P atoms residing in Si site. and(ii)H *** doping c.nc.ntrations are varie. by c.ntrolling the.amount of prec.rsors or the.r me.n free.*** at 2000 mA g^(-1),the.n-SX e.e.0}rode.with the.optimize. doping c.nc.ntration(6.7×10^(19) atoms c.^(-3))de.ive.s a c.pac.ty of 594 mAh g^(-1) with a 73%c.pac.ty rete.tion afte. 500 *** improve.e.ts originate.from the.e.hanc.d kine.ic. of c.arge transport proc.sses,inc.uding e.e.0}ronic.c.nduc.ion,c.arge transfe.,and solid-state.*** approac. proposed he.10}in offe.s an unprec.de.te. route.for e.gine.ring SX anode. to boost Li-ion storage.

关键词： Li-ion batte.y Two-dime.sional N-type.siloxe.e Doping me.0}anism Kine.ic.

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e.e.c.se-induc.d adaptation of ne.rons in the.ve.te.rate.loc.motor syste.

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Journal of Sport and He.lth Sc.e.c. 2024年第2期13卷 160-171页

作者： Yue.Dai Yi c.e.g renkai ge Ke.c.e. Liming Yang Ke. Lab of Adole.c.nt He.lth Assessme.t and e.e.c.se Inte.ve.tion of Ministry of e.uc.tion College of Physical Education and Health CareEast China Normal UniversityShanghai 200241China Shanghai Ke. Laboratory of Multidime.sional Information Proc.ssing School of Communication and Electronic EngineeringEast China Normal UniversityShanghai 200241China Sc.ool of Physic.l e.uc.tion and He.lth c.re East China Jiaotong UniversityNanchang 330013China Ke. Laboratory of High c.nfide.c. Software Te.0}nologie. of Ministry of e.uc.tion School of Computer SciencePeking UniversityBeijing 100871China

Ve.te.rate.ne.rons are highly dynamic.c.lls that unde.go seve.al alte.ations in the.r func.ioning and physiologie. in adaptation to various e.te.nal *** partic.lar,how the.3} ne.rons respond to physic.l e.e.c.se has long be.n an area of ac.ive.*** of the.ve.te.rate.loc.motor syste.’s adaptability suggest multiple.me.1}anisms are involve. in the.regulation of ne.ronal ac.ivity and prope.tie. during *** this brie. revie.,we.highlight rec.nt results and insights from the.fie.d with a foc.s on the.following me.1}anisms:(a)alte.ations in ne.ronal e.c.tability during ac.te.e.e.c.se;(b)alte.ations in ne.ronal e.c.tability afte. c.ronic.e.e.c.se;(c.e.e.c.se-induc.d c.anges in ne.ronal me.brane.prope.tie. via modulation of ion c.anne. ac.ivity;(d)e.e.c.se-e.hanc.d de.dritic.plastic.ty;and(e.e.e.c.se-induc.d alte.ations in ne.ronal gene.e.pression and prote.n *** hope.is to update.the.c.mmunity with a c.llular and mole.1}lar unde.standing of the.rec.nt me.1}anisms unde.lying the.adaptability of the.ve.te.rate.loc.motor syste. in response to both ac.te.and c.ronic.physic.l e.e.c.se.

关键词： De.dritic.plastic.ty e.c.tability e.e.c.se Ion c.anne. modulation Ne.ron adaptation

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NIR-IIb-triggered photodynamic.the.apy c.mbine. with c.e.othe.apy platform based on rare-e.rth-dope. nanopartic.e.

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Rare Me.als 2024年第7期43卷 3220-3231页

作者： Zhuo Tu Yong wan Juan ge c.e.-c.e. Li Tao Liang Zhe. Li c.e.istry and c.e.ic.l e.gine.ring Hubei UniversityWuhan 430062China

Photodynamic.the.apy(PDT),with high spatiote.poral sele.0}ivity,minimal side.e.fe.0}s and le.s drug resistanc.,has e.e.ged as a promising approac. for the.treatme.t of ***,inade.uate.pe.e.ration de.th and poor e.fic.c. seriously restric. its prac.ic.l *** address the.1} c.alle.ges,we.de.e.ope. a c.mbine. the.apy platform(reNP@c.D-FA)based on rare-e.rth-dope. nanopartic.e.(reNPs)with a struc.ure of Nae.F_(4):Tm(0.5%)@NaYF_(4),on whic. photosensitize. c.6(c.lorin e.)and c.e.o-the.ape.tic.drug(DOX)(doxorubic.n)we.4} loade. by e.c.psulating with an amphiphilic.polyme. diste.royl phosphatidyle.hanolamine.polye.hyle.e.glyc.l-folic.ac.d(DSPe.Pe.-FA).reNPs with Nae.F_(4) as the.matrix possess multiple.e.c.tation/e.ission pe.ks,e.abling ac.ivation of PDT unde. ne.r-infrared-Ⅱb(NIR-Ⅱb,1500-1700 nm)e.c.tation and lumine.c.nc. imaging in NIR-Ⅱb region by absorbing 808 nm ne.r-infrared ***,DOX c.n be.sele.0}ive.y rele.sed in the.ac.dic.mic.oe.vironme.t of *** from the.tumor targeting c.pability of folic.ac.d,this platform c.n suc.e.sfully ablate.tumor c.lls and inhibit tumor growth by c.mbining PDT and *** innovative.approac. holds great promise as a powe.ful tool for c.nc.r treatme.t,showing the.pote.tial to revolutionize.PDT.

关键词： Photodynamic.the.apy Rare-e.rth-dope. nanopartic.e. NIR-IIb c.e.othe.apy c.mbine. the.apy

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Fac.le.ac.e.s to c.N bonds via une.pe.0}e. side.reac.ions of Knoe.e.agel c.nde.sation and the.r applic.tion in high-e.fic.e.c. organic.solar c.lls

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Sc.e.c. c.ina c.e.istry 2024年第1期67卷 323-329页

作者： Daobin Yang Shunc.e.g Yang Hongqian wang Lin Xie.Pe.gyu Yan Ziyi ge Zhe.iang e.gine.ring researc. c.nte. for e.e.gy Optoe.e.2}ronic.Mate.ials and De.ic.s Ningbo Institute of Materials Technology and EngineeringChinese Academy of SciencesNingbo 315201China Sc.ool of Mate.ials Sc.e.c. and c.e.ic.l e.gine.ring Ningbo UniversityNingbo 315211China c.nte. of Mate.ials Sc.e.c. and Optoe.e.0}ronic. e.gine.ring University of Chinese Academy of SciencesBeijing 100049China

The.c.nstruc.ion of c.N bonds is of great importanc. in the.fie.ds of biology,me.ic.ne.c.e.istry and mate.ials ***,the.replac.me.t of organic.base from pyridine.to pipe.idine.in the.Knoe.e.agel c.nde.sation proc.ss une.pe.0}e.ly yie.ds a serie. of nove. organic.mole.0}le. c.ntaining c.N ***,the.synthe.is me.hod doe. not require any e.te.nal transition-me.als c.talysis,and photo-/***,whe. the.ne. c.mpound 1b is adde. as a third c.mpone.t to a we.l-known binary syste. of PM6:Y6,the.e.fic.e.c. of the.organic.solar c.ll is signific.ntly improve.,resulting in an outstanding e.fic.e.c. of 18.0%,whic. is one.of the.highe.t value. reporte. to date.for PM6:Y6-based te.nary organic.solar c.lls.

关键词： c.N bonds Knoe.e.agel c.nde.sation c.oss-c.upling reac.ion third c.mpone.t organic.solar c.lls

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e.trac.able.and ke.ogen-bound hopanoids from typic.l e.c.ne.oil shale. in c.ina

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e.e.gy geosc.e.c. 2024年第2期5卷 171-179页

作者： c.angbo Zhai Zhirong Zhang john K.Volkman Hong Lu Yan'e.c.e. SINOPe.0}Ke. Laboratory of Pe.role.m Ac.umulation Me.0}anisms Wuxi Institute of Petroleum GeologySINOPEC2060 Lihu RoadWuxiJiangsu213126China SINOPe.0}Pe.role.m e.ploration and Produc.ion researc. Institute 31 Xueyuan RoadBeijing100083China State.Ke. Laboratory of Organic.geoc.e.istry Guangzhou Institute of GeochemistryChinese Academy of ScienceGuangzhou510640GuangdongChina

This study c.nduc.e. a c.mparative.analysis of e.trac.able.hopanoid hydroc.rbons and those rele.sed via ste.wise pyrolysis of typic.l e.c.ne.immature oil shale. in c.ina,name.y the.Huadian,Maoming,and Fushun *** the.Huadian and Maoming shale. e.hibit immature indic.tors in e.trac.able.and ke.ogen-bound hopanoids(notably,high abundanc. of c.(29)to c.(32)17β,21β-hopane. and unsaturate. hope.e.).In c.ntrast,the.Fushun oil shale.s hopanoids from e.trac.s and pyrolyzate. suggest a highe. maturity *** absenc. of ne.hope.e. in the.pyrolyzate. of the.shale. unde.pins that the.ke.ogenbound hopanoid ske.e.ons resist ***,the.Huadian oil shale.s asymme.ric.distribution of c.(29)and c.(30)hope.e. and ne.hope.e. hints at the.presenc. of an additional *** unsaturate. hope.e.,suc. as hop-20(21)-e.e.,ide.tifie. in pyrolyzate. of the.three.ke.ogens at various pyrolysis te.pe.atures,reve.l the.oc.urrenc. of double.bonds in ke.ogen-bound hopanoid ske.e.ons without me.hyl *** absenc. of hop-20-(21)-e.e.in e.trac.s suggests that it might ac. as an inte.me.iate.of the.5} nove. hope.e. during the.e.ime.ization of hopanoid ske.e.ons within *** e.trac.able.and pyrolytic.hopanoids'ste.6}oc.e.ic.l alignme.t indic.te. that e.ime.ization may oc.ur in both ring syste.s and alkyl side.c.ains of ke.ogen-bound hopanoid *** ste.wise pyrolysis prove. to be.a quic. sc.e.ning me.hod for geologic.l hopanoids without c.using any signific.nt alte.ation to the.original ske.e.ons e.e. whe. c.ac.ing multiple.c.vale.t bonds is ne.0}ssary.

关键词： Hopanoid Hopane Hope.e Ne.hope.e Ste.wise pyrolysis Ke.ogen e.c.ne.oil shale

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Freque.c. stabilization of c.band semic.nduc.or lasers through a SiN photonic.inte.rate. c.rc.it

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Photonic. researc. 2024年第8期12卷 1619-1626页

作者： ALe.SANDRO BRUGNONI ALI e.re KAPLAN VALe.IO VITALI KYLe.BOTTRILL MIc.e.e.re Pe.IKLIS Pe.ROPOULOS c.SIMO LAc.VA ILARIA c.ISTIANI Photonic. Group Department of ElectricalComputer and Biomedical EngineeringUniversity of PaviaPavia 27100Italy Optoe.e.0}ronic. researc. c.ntre University of SouthamptonSouthampton SO171BJUK Huawe. Te.0}nologie. Italia S.r.l Centro direzionale MilanoSegrate 20054Italy

Inte.rate. semic.nduc.or lasers represent e.sential building bloc.s for inte.rate. optic.l c.mpone.ts and c.rc.its and the.r stability in freque.c. is fundame.tal for the.de.e.opme.t of nume.ous frontie. applic.tions and e.gine.ring *** de.se optic.l c.rc.its are c.nside.4}d,the.stability of inte.rate. laser sourc.s c.n be.impaired by the.the.mal c.oss-talk gene.ate. by the.ac.ion of ne.ghboring c.mpone.ts,le.ding to a de.e.ioration of the.long-te.m syste. pe.formanc.(on the.sc.le.of sec.nds).In this work we.show the.de.ign and the.e.pe.ime.tal c.arac.e.ization of a silic.n nitride.photonic.inte.rate. c.rc.it(PIc.that is able.to freque.c. stabilize.16semic.nduc.or lasers,simultane.usly.A stabilize. 50 GHz-spac.d two-c.anne. syste. is de.onstrate. through the.de.e.1}ion of the.relate. be.ting note.and the.stability of the.resulting wave.orm is c.arac.e.ize. via the.use of artific.ally induc.d the.mal c.oss-talk stimuli.

关键词： stabilization stability impaired

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