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pH- and ne.r-infrare. light-re.ponsive.biomime.ic hydroge.s from aque.us dispe.sions of carbon nanotube.

Nano Re.e.rch 2024年第4期17卷 3120-3129页

作者： Lulin Hu Xinxin yu.Jingche.g Hao Lu Xu Shandong Laboratory of Yantai Advance. Mate.ials and Gre.n Manufacturing Yantai 264000China State.Ke. Laboratory of Solid Lubrication Lanzhou Institute of Chemical PhysicsChinese Academy of SciencesLanzhou 730000China Yantai Ce.te. for Food and Drug Control Yantai 264000China Ke. Laboratory of Colloid and Inte.face.Che.istry&Ke. Laboratory of Spe.ial Aggre.ate. Mate.ials Shandong UniversityJinan 250100China

Owing to the.r low fle.ibility,poor proce.sability and a lack of re.ponsive.e.s,inorganic mate.ials are.usually non-ide.l for constructing a living ***,to date.life.ike.mate.ials with structural hie.archie. and adaptive.prope.tie. usually re.y on light and soft organic mole.ule.,although fe. e.ce.tions have.be.n acquire. using two-dime.sional(2D)inorganic ***,with a syste.atic study on the.ge.ation be.avior of carbon-base. 0D quantum dots,1D nanotube.,and 3D fulle.e.e.,we.find that acidifie. 1D carbon nanotube.(CNTs)can se.ve.as an alte.native.building block for fabricating pure.y inorganic biomime.ic soft *** as-pre.are. CNT ge.s e.hibit not only a pH-or photothe.mal-trigge.e. me.hanical and tribological adaptivity,which allows the. to simulate.the.be.avior of se. cucumbe.s,pe.cock mantis shrimps,and mammalian muscle. or cortical bone.,but also a unique.damping prope.ty that is similar to spide.’s cuticular *** high e.asticity,e.fe.tive.lubrication,e.ce.le.t biocompatibility,and controllable.friction and we.r also allow the. to function as a ne. type.of smart lubricants,whose.tribological prope.tie. can be.re.ulate. e.the. by its inte.nal pH change. or spatiote.porally by ne.r-infrare.(NIR)light irradiations,fre. of any toxic and flammable.base.oils or additive..

关键词： biomime.ic hydroge.s carbon nanotube.(CNTs) me.hanical and tribological adaptivity pH-and ne.r-infrare.(NIR)light re.ponsive.e.s switchable.lubrication

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Characte.ization of the.phe.omone.re.e.tors in Mythimna lore.i re.e.ls the.diffe.e.tiation of se. phe.omone.re.ognition in Mythimna spe.ie.

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Inse.t Scie.ce 2024年第1期31卷 173-185页

作者： Chan Wang Le. Liu Tian-yu.Huang yu.Zhang Yang Liu Gui-Rong Wang State.Ke. Laboratory for Biology of Plant Dise.se. and Inse.t Pe.ts Institute of Plant ProtectionChinese Academy of Agricultural SciencesBeijingChina Guangdong Laboratory of Lingnan Mode.n Agriculture ShenzhenGenome Analysis Laboratory of the Ministry of AgricultureAgricultural Genomics Institute at ShenzhenChinese Academy of Agricultural SciencesShenzhenChina School of Fore.try Northeast Forestry UniversityHarbinChina Ke. Laboratory of Biohazard Monitoring Green Prevention and Control for Artificial GrasslandMinistry of Agriculture and Rural AffairsInstitute of Grassland Research of Chinese Academy of Agricultural SciencesInner Mongolia HohhotChina

Phe.omone.re.e.tors(PRs)are.ke. prote.ns in the.mole.ular me.hanism of phe.omone.re.ognition,and e.ploring the.functional diffe.e.tiation of PRs be.we.n close.y re.ate. spe.ie. he.ps to unde.stand the.e.olution of moth mating *** compone.ts of the.agricultural pe.t Mythimna lore.i have.turne. into(Z)-9-te.rade.e.-1-yl ace.ate.Z9-14:OAc),(Z)-7-dode.e.-1-yl ace.ate.Z7-12:OAc),and(Z)-11-he.ade.e.-1-yl ace.ate.while.the.composition diffe.s from that of *** in the.ge.us *** unde.stand the.mole.ular me.hanism of phe.omone.re.ognition,we.se.ue.ce. and analyze. ante.nal transcriptome. to ide.tify 62 odorant re.e.tor(OR)*** e.pre.sion le.e.s of all putative.ORs we.e.analyze. using diffe.e.tially e.pre.se. ge.e.*** candidate.PRs we.e.quantifie. and functionally characte.ize. in the.Xe.opus oocyte. ***6 and MlorPR3 we.e.de.e.mine. to be.the.re.e.tors of major and minor compone.ts Z9-14:OAc and Z7-12:***1 and fe.ale.ante.nae.FA)-biase. MlorPR5 both posse.se. the.ability to de.e.t phe.omone. of sympatric spe.ie.,including(Z,e.-9,12-te.rade.adie.-1-ol,(Z)-9-te.rade.e.-1-ol,and(Z)-*** on the.comparison of PR functions be.we.n *** and ***,we.analyze. the.diffe.e.tiation of phe.omone.re.ognition me.hanisms during the.e.olution of the.mating syste.s of 2 Mythimna spe.ie..

关键词： ante.nal transcriptome Mythimna lore.i phe.omone.re.e.tor se. phe.omone Xe.opus oocyte

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High-pe.formance.Bi_(2)S_(3)/ZnO photoanode.e.able. by inte.facial e.gine.ring with oxyanion for e.ficie.t photoe.e.troche.ical wate. oxidation

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Nano Re.e.rch 2024年第7期17卷 5996-6005页

作者： Ying-Chu Che. Hsiang-yu.Jui Yiche. Fe.g yu.-Hsiang Lu yu.Kue. Hsu De.artme.t of Che.ical e.gine.ring&Biote.hnology "National Taipei University of Technology"No.1Sec.3Zhong-Xiao E.Rd.Da'an Dist.Taipei City 10608TaiwanChina De.artme.t of Opto-e.e.tronic e.gine.ring "National Dong Hwa University"No.1Sec.2Da Hsueh RoadShoufengHualien 97401TaiwanChina China-UK Low Carbon Colle.e Shanghai Jiao Tong UniversityNo.3Yinlian RoadLingangShanghai 201306China

In the.pre.e.t contribution,we.de.onstrate.that the.sluggish kine.ics of oxyge. e.olution re.ction(Oe.)ove. the.bismuth sulfide.Bi_(2)S_(3))photoanode.which se.e.e.y re.tricts its photoe.e.troche.ical activity,is marke.ly acce.e.ate. by e.ploying a sulfate.ontaining ***-principle.calculation points to the.spontane.us adsorption of sulfate.SO_(4)^(2−))on Bi_(2)S_(3)and its capacity of stabilizing the.Oe. inte.me.iate. through hydroge. bonding,which is furthe. re.nforce. by incre.sing the.local de.sity of state. ne.r the.Fe.mi le.e. of Bi_(2)S_(3).Me.nwhile.the.e.e.tron transfe. is also promote. to syne.gistically re.de. the.rate.e.e.mining ste.(from O*to OOH*)of Oe. ove. Bi_(2)S_(3)kine.ically *** but not le.st,be.e.itting from such e.hance. Oe. activity and e.ficie.t charge.se.aration re.ulte. from de.ositing Bi_(2)S_(3)on the.zinc oxide.nanorods(ZnO NRs),forming a core.she.l he.e.ojunction,its photocurre.t de.sity achie.e. 8.61 mA·cm^(−2)at 1.23 VRHe.far surpassing those.re.orte. for additional Bi_(2)S_(3)-base. and se.e.al state.of-the.art photoanode. in the.lite.ature.and furthe. e.ce.ding the.r the.re.ical *** gre.t promise.of the.Bi_(2)S_(3)/ZnO NRs is in vie. of such outpe.formance.the.supe.ior Faradaic yie.d of oxyge. of more.than~80%and the.outstanding half-ce.l applie. bias photon-to-curre.t e.ficie.cy of~1%we.l corroborate..

关键词： photoe.e.troche.ical wate. oxidation oxyanion adsorption e.e.tronic structure.re.ulation oxyge. e.olution re.ction(Oe.)inte.me.iate. stabilization Bi_(2)S_(3)

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Microe.rthquake.re.e.ls the.lithosphe.ic structure.at midoce.n ridge. and oce.nic transform faults

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Journal of Oce.nology and Limnology 2024年第3期42卷 697-700页

作者： Zhite.g yu.Jiabiao LI We.we. DING Ke. Laboratory of Submarine.Ge.scie.ce.&Se.ond Institute.of Oce.nography Ministry of Natural ResourcesHangzhou 310012China

Mid-oce.n ridge.and oce.nic transforms are.among the.most promine.t fe.ture. on the.se.floor surface.and are.crucial for unde.standing se.floor spre.ding and plate.te.tonic dynamics,but the.de.p structure.of the.oce.nic lithosphe.e.re.ains poorly *** large.numbe. of microe.rthquake. occurring along ridge. and transforms provide.valuable.information for gaining an inde.th vie. of the.unde.lying de.aile. se.smic structure.,contributing to unde.standing ge.dynamic proce.se. within the.oce.nic *** studie. have.indicate. that the.maximum de.th of microse.smicity is controlle. by the.600-℃***,this pe.spe.tive.is be.ng challe.ge. due.to incre.sing obse.vations of de.p e.rthquake. that far e.ce.d this sugge.te. isothe.m along mid-oce.n ridge. and oce.nic transform *** me.hanisms have.be.n propose. to e.plain the.e.de.p e.e.ts,and we.sugge.t that local ge.dynamic proce.se.(e.g.,magma supply,mylonite.she.r zone.longlive. faults,hydrothe.mal ve.ts,e.c.)like.y play a more.important role.than pre.iously thought.

关键词： microe.rthquake mid-oce.n ridge oce.nic transform fault oce.nic lithosphe.e the.mal structure e.rthquake.location

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Low-Brightne.s Obje.t Re.ognition Base. on De.p Le.rning

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Compute.s, Mate.ials & Continua 2024年第5期79卷 1757-1773页

作者： Shu-Yin Chiang Ting-yu.Lin De.artme.t of Information and Te.e.ommunications e.gine.ring Ming Chuan UniversityTaoyuan City333Taiwan

This re.e.rch focuse. on addre.sing the.challe.ge. associate. with image.de.e.tion in low-light e.vironme.ts,particularly by applying artificial inte.lige.ce.te.hnique. to machine.vision and obje.t re.ognition *** primary goal is to tackle.issue. re.ate. to re.ognizing obje.ts with low brightne.s *** this study,the.Inte. Re.lSe.se.Lidar Came.a L515 is use. to simultane.usly capture.color information and 16-bit de.th information *** de.e.tion sce.arios are.cate.orize. into normal brightne.s and low brightne.s *** the.syste. de.e.mine. a normal brightne.s e.vironme.t,normal brightne.s image. are.re.ognize. using de.p le.rning *** low-brightne.s situations,thre. me.hods are.propose. for *** first me.hod is the.Se.me.tationwithDe.th image.SD)me.hodwhich involve. se.me.ting the.de.th image.cre.ting amask from the.se.me.te. de.th image.mapping the.obtaine. mask onto the.true.color(RGB)image.to obtain a backgroundre.uce. RGB image.and re.ognizing the.se.me.te. *** se.ond me.hod is the.DVme.hod(hue.de.th,value.which combine. RGB image. conve.te. to HSV image.(hue.saturation,value.with de.th image. D to form HDV image. for *** third me.hod is the.HSD(hue.saturation,de.th)me.hod which similarly combine. RGB image. conve.te. to HSV image. with de.th image. D to form HSD image. for *** e.pe.ime.tal re.ults,in normal brightne.s e.vironme.ts,the.ave.age.re.ognition rate.obtaine. using image.re.ognition me.hods is 91%.For low-brightne.s e.vironme.ts,using the.SD me.hod with original image. for training and se.me.te. image. for re.ognition achie.e. an ave.age.re.ognition rate.of ove. 82%.The.DVme.hod achie.e. an ave.age.re.ognition rate.of ove. 70%,while.the.HSD me.hod achie.e. an ave.age.re.ognition rate.of ove. 84%.The.HSD me.hod allows for a quick and conve.ie.t low-light obje.t re.ognition *** re.e.rch outcome.can be.applie. to nighttime.surve.llance.syste.s or nighttime.road safe.y syste.s

关键词： Low-brightne.s de.th image image.se.me.tation image.re.ognition HDV HSD

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Ide.tification of the.lysine.and histidine.transporte. family in Came.lia sine.sis and the.characte.izations in nitroge. utilization

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Horticultural Plant Journal 2024年第1期10卷 273-287页

作者： We. Huang Danni Ma Fawad Zaman Xule. Hao Li Xia e.Zhang Pu Wang Mingle.Wang Fe. Guo yu.Wang De.iang Ni Hua Zhao National Ke. Laboratory for Ge.mplasm Innovation&Utilization of Horticultural Crops College of Horticulture and Forestry SciencesHuazhong Agricultural UniversityWuhanHubei 430070China

In plants,the.lysine.and histidine.transporte.(LHT)family re.re.e.t a class of prote.ns that me.iate.the.uptake.translocation,and utilization of amino *** te. plant(Came.lia sine.sis)is a pe.e.nial e.e.gre.n with a re.ative.y high le.e. of amino ***,syste.atic ide.tification and mole.ular characte.ization of the.LHT ge.e.family has rare.y be.n re.orte. in te. *** this study,22 CsLHTs we.e.ide.tifie. from the.Shuchazao’ge.ome.and classifie. into two *** mode.e. thre.-dime.sional structure.and the.conse.ve. domains pre.e.te. a high similarity among the.LHTs ***,it was pre.icte. that a fe. ge.e. we.e.conse.ve. through the.analysis of the.physioche.ical characte.s,structure. and cis-e.e.e.ts in *** e.pre.sion patte.ns in te. plants re.e.le. that CsLHT7 was mainly e.pre.se. in the.roots,and CsLHT4 and CsLHT11 e.hibite. re.ative.y high e.pre.sion in both the.roots and ***,the.e.pre.sion of all thre. ge.e. could be.induce. by organic ***,he.e.oge.e.us e.pre.sion of CsLHT4,CsLHT7 and CsLHT11 in Arabidopsis thaliana de.re.se. the.ae.ial parts biomass compare. with that in WT plants while.significantly incre.se. the.rose.te.biomass only for CsLHT11transge.ic plants ve.sus WT ***,our re.ults provide.fundame.tal information about CsLHTs and pote.tial ge.e. in N utilization for furthe. analysis in te. plants.

关键词： Came.lia sine.sis Nitroge. Lysine.and histidine.transporte.(LHT)family

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Stability of wate. yie.d in wate.she.s

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Scie.ce.China e.rth Scie.ce. 2024年第2期67卷 483-496页

作者： yu.YAN Zhiyong LIU Xiaohong CHe. Liyan HUANG Ce.te. for Wate. Re.ource. and e.vironme.t School of Civil EngineeringSun Yat-Sen UniversityGuangzhou510275China Southe.n Marine.Scie.ce.and e.gine.ring Guangdong Laboratory(Zhuhai) Zhuhai519082China

The.hydrological syste. of a wate.she. is intricate.y influe.ce. by both unde.lying characte.istics and climate.*** the.variability in wate. yie.d is e.se.tial for e.fe.tive.wate. re.ource. manage.e.t and wate. se.urity in the.conte.t of changing *** this study,we.adopte. the.Budyko frame.ork and le.e.age. simulations from the.CMIP6 mode. to inve.tigate.the.compe.sation e.fe.ts of climate.and unde.lying characte.istics on wate.she. wate. *** on Taylor e.pansion and Budyko frame.ork,we.e.timate. the.se.sitivity of wate.she. wate. yie.d to climate.and unde.lying characte.istics(the.first-and se.ond-orde. partial de.ivative.).By combining e.te.nal wate.she. characte.istics(e.g.,wate. yie.d ratios and unde.lying characte.istics)with inte.nal se.sitivity coe.ficie.ts,this study furthe. use. vine.copula and principal compone.t analysis to quantify the.stability of wate.she. wate. *** findings show:(1)Wate.-yie.d change. re.ate. to unde.lying characte.istics could be.offse. by climate.re.ate. wate.-yie.d change. across all climate.zone.,maintaining the.wate. yie.d ratio ste.dy(i.e.,the.compe.sation e.fe.ts).(2)Howe.e.,global wate.she.s will turn more.se.sitive.to unde.lying characte.istics and le.s se.sitive.to climate.variation in the.*** climate.and unde.lying-re.ate. se.sitivitie. incre.se.in wate.she.s with arid climate..(3)The.stability of wate.she. wate. yie.d will gradually diminish in the.*** 1901–1950to 2051–2100,the.global stability of 280 wate.she.s drops from 0.054 to 0.021(i.e.,stability inde. ide.tifie. by the.joint probability).Particularly,the.large.t change.in stability of wate. yie.d re.che.-0.347±0.18 in arid *** se.i-arid,se.ihumid,and humid re.ions,the.change. are.0.039±0.010,-0.028±0.005,and-0.005±0.002,*** findings provide.a re.e.e.ce.for the.future.sustainable.wate. re.ource. de.e.opme.t unde. climate.change.highlighting the.vulne.ability of the.wate. re.ource. in ari

关键词： Hydrological syste. stability Compe.sation e.fe.ts on wate. yie.d Se.sitivitie. Budyko-Fu de.omposition frame.ork Global wate.she.s

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Sparse.Modal De.omposition Me.hod Addre.sing Unde.de.e.mine. Vorte.-Induce. Vibration Re.onstruction Proble. for Marine.Rise.s

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China Oce.n e.gine.ring 2024年第2期38卷 285-296页

作者： DU Zun-fe.g ZHU Hai-ming yu.Jian-xing State.Ke. Laboratory of Hydraulic e.gine.ring Inte.lige.t Construction and Ope.ation School of Civil EngineeringTianjin UniversityTianjin 300350China

Whe. inve.tigating the.vorte.-induce. vibration(VIV)of marine.rise.s,e.trapolating the.dynamic re.ponse.on the.e.tire.le.gth base. on limite. se.sor me.sure.e.ts is a crucial ste. in both laboratory e.pe.ime.ts and fatigue.monitoring of re.l *** proble. is conve.tionally solve. using the.modal de.omposition me.hod,base. on the.principle.that the.re.ponse.can be.approximate. by a we.ghte. sum of limite. vibration ***,the.me.hod is not valid whe. the.proble. is unde.de.e.mine.,i.e.,the.numbe. of unknown mode.we.ghts is more.than the.numbe. of known *** study propose. a sparse.modal de.omposition me.hod base. on the.compre.se. se.sing the.ry and the.Compre.sive.Sampling Matching Pursuit(Co Sa MP)algorithm,e.ploiting the.sparsity of VIV in the.modal *** the.validation study base. on high-orde. VIV e.pe.ime.t data,the.propose. me.hod succe.sfully re.onstructe. the.re.ponse.using only se.e. acce.e.ation me.sure.e.ts whe. the.conve.tional me.hods faile..A primary advantage.of the.propose. me.hod is that it offe.s a comple.e.y data-drive. approach for the.unde.de.e.mine. VIV re.onstruction proble.,which is more.favorable.than e.isting mode.-de.e.de.t solutions for many practical applications such as rise. structural he.lth monitoring.

关键词： motion re.onstruction vorte.-induce. vibration(VIV) marine.rise. modal de.omposition me.hod compre.se. se.sing

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Carbon dots-de.ive. thre.-dime.sional-orde.e. macroporous host with high pe.e.rability and catalytic activity for LSBs unde. le.n e.e.trolyte

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Rare.Me.als 2024年第6期43卷 2560-2573页

作者： Jiao-Zi Duan Hua-yu.Pe. Quan Yang Xue.Li Xin Ba Xue.Yong Jun-Ling Guo Si-yu.Lu Gre.n Catalysis Ce.te. College of ChemistryZhengzhou UniversityZhengzhou 450001China Country State.Ce.te. for Inte.national Coope.ation On De.igne. Low-Carbon&e.vironme.tal Mate.ials School of Materials Science and EngineeringZhengzhou UniversityZhengzhou 450001China Hube. Institute.of Quality Supe.vision Inspe.tion Wuhan 430061China De.artme.t of Che.istry University of SheffieldSheffeld S37HFUK

The.practical e.e.gy de.sity of lithium-sulfur batte.ie.(LSBs)is se.iously limite. by the.high e.e.trolyte.to-sulfur ratios(e.S).The.e.S can be.re.uce. by e.ploying hosts with e.sy-to-infiltrate.structure.that e.sure. the.uniform distribution of a le.n e.e.trolyte.and high catalytic activity that can suppre.s"shuttle.e.fe.t"via acce.e.ating the.slow conve.sion of soluble.poly sulfide. to insoluble.*** the.e.sy-to-infiltrate.structure.,the.thre.-dime.sional-orde.e. macroporous(3DOM)structure.is e.sie. to scale.pre.aration and more.suitable.for the.e.isting industrial ***,it is difficult to obtain the.3DOM with(1)high pe.e.rability due.to the.high viscosity of fre.ue.tly-use. organic polyme. pre.ursors and(2)high catalytic activity due.to the.low confine.e.t e.fe.t,me.ning that uniformly dispe.se. small-size. catalytic mate.ials are.difficult to load on ***,using carbon dots(CDs)with both organic and inorganic prope.tie. as a pre.ursor and aggre.ation limiting age.t,a 3DOM host with high pe.e.rability and homodispe.se. Ni particle. of small size.(Ni-CDs-3DOM)was *** this host:(1)CDs pre.ursor with suitable.viscosity can improve.the.pe.e.rability.(2)CDs can e.fe.tive.y inhibit the.agglome.ation of Ni particle..(3)Uniformly dispe.se. small-size.Ni particle. offe. high-e.ficie.cy catalytic activity toward sulfur ***,the.Ni-CDs-3DOM/sulfur cathode.e.hibits high sulfur utilization and stable.cycling pe.formance.e.e. unde. high sulfur loading(5.5 mg·cm^(-2))and low e.S(6.5μl·mg^(-1)).This work indicate. the.use.ulne.s of CDs in constructing hosts for LSBs with high e.e.gy de.sity.

关键词： Lithium-sulfur batte.ie. Carbon dots Catalytic action e.sy-to-infiltrate.structure Le.n e.e.trolyte

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e.hancing visible.light-drive. NO oxidation through mole.ular‐le.e. insights of dye.loade. se. sands

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Rare.Me.als 2024年第2期43卷 543-554页

作者： yu.Han Li Bang-Fu Che. Sónia A.C.Carabine.ro You-yu.Duan Ping Tan Wing-Ke. Ho Fan Dong e.gine.ring Re.e.rch Ce.te. for Waste.Oil Re.ove.y Te.hnology and e.uipme.t Ministry of EducationChongqing Key Laboratory of Catalysis and New Environmental MaterialsChongqing Technology and Business UniversityChongqing400067China Nanchang Institute.of Te.hnology Nanchang33044China LAQV-Re.UIMTe Department of ChemistryNOVA School of Science and TechnologyUniversidade NOVA de Lisboa2829-516CaparicaPortugal Colle.e.of Physics and Ce.te. of Quantum Mate.ials and De.ice. Chongqing UniversityChongqing401331China De.artme.t of Scie.ce.and e.vironme.tal Studie. The Education University of Hong KongHong Kong999077China

Natural mine.als,abundant and e.sily obtaine. through simple.physical proce.sing,offe. a cost-e.fe.tive.and e.vironme.tally frie.dly solution for dye.ng waste.ate. disposal and air pollution *** study inve.tigate. the.photocatalytic re.oval of NO using natural diffe.e.t type. of dye.,loade. on natural sand,unde. visible.light *** e.amining various coating conce.trations of dye. and sand we.ghts,we.discove.e. that sand loade. with Rhodamine.B(RhB)e.hibits high activity for the.photo-oxidation of NO.A combination re.ults of X-ray diffraction(XRD),X-ray photoe.e.tron spe.troscopy(XPS),Fourie. transform infrare. spe.troscopy(FTIR)and the.mogravime.ric(TG)analyse. confirm the.pre.e.ce.of SiO_(2),CaCO_(3),Al_(2)O_(3)and iron oxide. as the.main compone.ts of the.***,studying RhB-loade. individual compone.ts re.e.ls that CaCO_(3)plays a crucial role.in e.hancing the.NO re.oval *** re.ults and the.re.ical calculations de.onstrate.the.e.tablishme.t of a dire.tional charge.transfe. channe. from CaCO_(3)to RhB,facilitating the.adsorption and activation of mole.ular NO and O_(2).This work not only promote. the.utilization of natural mine.al re.ource. but also e.riche. the.fie.ds of e.vironme.tal photoche.istry and se.iconductor photocatalysis.

关键词： Sand dye. Rhodamine.B Photo-oxidation of NO Visible.light illumination

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