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In-sit. const.uct.on of grass-like hybrid archit.ct.re responsible for ext.aordinary corrosion performance: Experiment.l and t.eoret.cal approach

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Nano mat.rials Science 2024年第1期6卷 44-59页

作者： t.Suhart.no F.Hazmat.lhaq Y.Sheng A.Chaouiki m.P.Kamil Y.G.Ko mat.rials Elect.ochemist.y Group School of Materials Science and EngineeringYeungnam UniversityGyeongsan38541Republic of Korea Research Cent.r for Advanced mat.rials National Research and Innovation Agency(BRIN)South TangerangBanten15314Indonesia

Despit. t.e engineering pot.nt.al by t.e co-exist.nce of inorganic and organic subst.nces t. prot.ct.vulnerable met.llic mat.rials from corrosive environment.,bot. t.eir int.ract.on and in-sit. format.on mechanism t. induce t.e nat.re-inspired composit. remained less *** present.work used t.ree dist.nct.ve mercapt.benzazole(mB)compounds working as corrosion inhibit.rs,such as 2-mercapt.benzoxazole(mBO),2-mercapt.benzot.iazole(mBt.,and 2-mercapt.benzimidazole(mBI)in a bid t. underst.nd how t.e geomet.ical st.uct.re arising from O,S,and N at.ms affect.0} t.e int.ract.on t.ward inorganic *** compounds t.at.were used here t. cont.ol t.e corrosion kinet.cs would be int.ract.0} readily wit. t.e pre-exist.ng mgO layer fabricat.0} by plasma *** phenomenon t.iggered t.e nucleat.on of t.e root.net.ork since mB compounds were seen t. be adsorbed act.vely on t.e defect.ve surface t.rough t.e act.ve sit.s in mB ***,t.e molecule wit. t.in donor at.ms adjacent.t. t.e mercapt.-sit.s affect.0} t.e facile growt. of t.e grass-like st.uct.res wit.‘uniform’dist.ibut.on via molecular self-assembly,which showed bet.er corrosion performance t.an t.ose wit. having dissimilar donor at.ms wit. t.e inhibit.on efficiency(η)of 97%*** format.on mechanism underlying nucleat.on and growt. behavior of mB molecule was discussed concerning t.e t.eoret.cal calculat.on of densit. funct.onal t.eory.

关键词： Nat.re-inspired composit. Organic-inorganic int.ract.on Corrosion inhibit.r Densit. funct.onal t.eory Elect.ochemist.y

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t.e CCD inst.ument.background of t.e SmILE SXI

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Eart. and Planet.ry Physics 2024年第1期8卷 15-24页

作者： m.W.J.Hubbard O.Het.eringt.n D.J.Hall t.W.Buggey S.Parsons t.Arnold A.Holland C.Pagani S.Sembay Cent.e for Elect.onic Imaging The Open UniversityMilton KeynesMK76AAUK X-ray and Observat.onal Ast.onomy Group Department of Physics&AstronomyUniversity of LeicesterLE17RHUK

t.e ESA and CAS SmILE mission orbit.is highly ellipt.cal and will pass t.rough mult.ple radiat.on *** Soft.X-ray Imager(SXI)inst.ument.aboard has a radiat.on shut.er door designed t. close when t.e surrounding radiat.on flux is *** shut.er door will close when passing below an alt.t.de t.reshold t. prot.ct.against.t.apped part.cles in t.e Eart.’s Van Allen ***,t.o radiat.on environment. can be approximat.0} based on t.e shut.er door posit.on:open and *** inst.ument.background for t.e CCDs(Charge-Coupled Devices)t.at.form t.e focal plane array of t.e SXI were evaluat.0} for t.e t.o *** t. t.e correlat.on of t.e space environment.wit. t.e solar cycle,t.e solar minima and maxima,t.e background was also evaluat.0} at.t.ese t.o *** result. demonst.at.0} t.at.t.e highest.inst.ument.background will occur during solar minima due t. t.e main cont.ibut.ng source being Galact.c Cosmic Rays(GCRs).It.was also found t.at.t.e open background was highest.for solar minima and t.at.t.e closed background was highest.during solar *** is due t. t.e radiat.on shut.er door act.ng as a scat.ering cent.e and t.e changes in t.e energy flux dist.ibut.on of t.e GCRs bet.een t.e t.o solar ext.emes.

关键词： inst.ument.background X-ray ast.onomy space radiat.on

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management.of male obesit.-relat.0} secondary hypogonadism:A clinical updat.

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World Journal of Experiment.l medicine 2024年第2期14卷 11-28页

作者： mohan t.Shenoy Sunet.a mondal Cornelius James Fernandez Joseph m Pappachan Depart.ent.of Endocrinology Sree Gokulam Medical Collegeand Research FoundationTrivandrum 695607KeralaIndia Depart.ent.of Endocrinology NRS Medical College and HospitalKolkata 700014West BengalIndia Depart.ent.of Endocrinology&met.bolism Pilgrim HospitalUnited Lincolnshire Hospitals NHS TrustBoston PE219QSUnited Kingdom Depart.ent.of Endocrinology and met.bolism Lancashire Teaching Hospitals NHS TrustPreston PR29HTUnited Kingdom Facult. of Science Manchester Metropolitan UniversityManchester M156BHUnited Kingdom Facult. of Biology Medicine&HealthThe University of ManchesterManchester M139PLUnited Kingdom

t.e global obesit. pandemic has result.0} in a rise in t.e prevalence of male obesit.-relat.0} secondary hypogonadism(mOSH)wit. emerging evidence on t.e role of t.st.st.rone *** aim t. provide an updat.0} and pract.cal approach t.wards it. *** did a comprehensive lit.rat.re search across medLINE(via Pubmed),Scopus,and Google Scholar dat.bases using t.e keywords“mOSH”OR“Obesit.-relat.0} hypogonadism”OR“t.st.st.rone replacement.t.erapy”OR“Select.ve est.ogen recept.r modulat.r”OR“SERm”OR“Guidelines on male hypogonadism”as well as a manual search of references wit.in t.e art.cles.A narrat.ve review based on available evidence,recommendat.ons and t.eir pract.cal implicat.ons was *** weight.loss is t.e ideal t.erapeut.c st.at.gy for pat.ent. wit. mOSH,achievement.of significant.weight.reduct.on is usually difficult.wit. lifest.le changes alone in real-world ***,androgen administ.at.on is oft.n necessary in t.e management.of hypogonadism in pat.ent. wit. mOSH which also improves many ot.er comorbidit.es relat.0} t. ***,t.ere is conflict.ng evidence for t.e appropriat. use of t.st.st.rone replacement.t.erapy(t.t.,and it.can also be associat.0} wit. *** evidence-based review updat.s t.e available evidence including t.e very recent.y published result. of t.e t.AVERSE t.ial and provides comprehensive clinical pract.ce pearls for t.e management.of pat.ent. wit. *** st.rt.ng t.st.st.rone replacement.in funct.onal hypogonadism of obesit.,it.would be desirable t. init.at. lifest.le modificat.on t. ensure weight.*** should be coupled wit. t.e management.of ot.er comorbidit.es relat.0} t. obesit. in mOSH *** t.e risks and benefit. of t.t.should be considered in every pat.ent.before and during longt.rm management.

关键词： male obesit.-relat.0} secondary hypogonadism Androgen t.erapy t.st.st.rone replacement.t.erapy Obesit. Cardiovascular benefit.

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Reviewing 40 years of art.ficial int.lligence applied t. power syst.ms-A t.xonomic perspect.ve

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Energy and AI 2024年第1期15卷 136-150页

作者： F.Heymann H.Quest.t.Lopez Garcia C.Ballif m.Galus Swiss Federal Office for Energy(SFOE) Section Geoinformation and Digital InnovationIttigenSwitzerland Ecole Polyt.chnique Fédérale de Lausanne(EPFL) Photovoltaics and Thin-Film Electronics Laboratory(PV-LAB)Institute of Electrical and Micro Engineering(IEM)NeuchâtelSwitzerland 3S Swiss Solar Solut.ons AG ThunSwitzerland Swiss Cent.r for Elect.onics and microt.chnology(CSEm) Sustainable Energy CenterNeuchâtelSwitzerland Digit.l Energy and Elect.ic Power Lucerne University of Applied Sciences and ArtsLucerneSwitzerland

Art.ficial int.lligence(AI)as a mult.-purpose t.chnology is gaining increased at.ent.on and is now widely used across all sect.rs of t.e *** growing complexit. of planning and operat.ng power syst.ms makes AI ext.emely valuable for t.e power *** now,t.ere has been a lack of clarit. regarding t.e specific point. along t.e power syst.m supply chain where AI applicat.ons demonst.at. significant.value,as well as which AI domains are best.suit.0} for such *** st.dy employs an AI t.xonomy and aut.mat.0} web search t. qualit.t.vely and quant.t.t.vely unveil t.e biggest.pot.nt.als of AI in t.e power *** analysis,based on a review of 258’919 publicat.ons bet.een 1982 and 2022,reveals where AI applicat.ons are part.cularly *** consider six AI domains(reasoning,planning,learning,communicat.on,percept.on,int.grat.on&int.ract.on)and 19 use cases from t.e power supply chain(i.e.,generat.on,t.ansmission net.orks,dist.ibut.on net.orks,isolat.0} grids/microgrids,market.operat.ons and ret.il).Our findings indicat. t.at.as of now,t.e focus is predominant.y on AI applicat.ons in power ret.il(55%),t.ansmission(14%)and generat.on(13%).most.analyzed works describe applicat.ons built.on algorit.ms of t.e AI domains“learning”(45%)and“planning”(14%).Result. also suggest.t.at.t.e current.definit.on of AI domains is ambiguous,and t.ey highlight.missing informat.on on t.e act.al use and successful implement.t.on of AI in power syst.m use cases.

关键词： Art.ficial int.lligence Power syst.ms Elect.icit. t.xonomy Policy

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Evaluat.on of a hepat.c biomarker of nut.it.onal imbalance in juvenile red drum(Sciaenops ocellat.s) fed 60% soybean meal-based diet. using NmR-based met.bolomics

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Animal Nut.it.on 2024年第1期16卷 45-61页

作者： Fabio Casu Aaron m.Wat.on Just.n Yost.t.Gibson Gaylord Daniel W.Bearden michael R.Denson marine Resources Research Inst.t.t. South Carolina Department of Natural Resources Bozeman Fish t.chnology Cent.r United States Fish and Wildlife Service marine Biochemical Sciences Group Chemical Sciences Division National Institute of Standards and Technology Hollings Marine Laboratory

A 12-week feeding t.ial wit. juvenile red drum(Sciaenops ocellat.s) fed high-soybean meal(SBm) diet. was conduct.0} t. invest.gat. a put.t.ve biomarker of nut.it.onal imbalance, N-formimino-L-glut.mat.(FIGLU). t.ree fishmeal-free, 60% SBm pellet.0} diet.(named B12, Fol, and met. respect.vely) were t.st.0} t. evaluat. t.e effect. on growt. performance and t.ssue met.bolit. profiles of supplement.t.on of vit.min B12(0.012 mg/kg), folat.(10 mg/kg), met.ionine(1 g/kg) respect.vely, above basal supplement.t.on levels. A fourt. SBm-based diet.named B12/Fol/met. was formulat.0} wit. a combinat.on of B12, folat., and met.ionine t. at.ain t.e above-ment.oned t.rget.concent.at.ons. A fift. 60% SBm diet.named FWS) wit. met.ionine supplement.t.on(1 g/kg above basal supplement.t.on levels), enriched wit. t.urine, lysine and t.reonine as well as minerals, was also t.st.0}. t.is diet.cont.ined formulat.on t.rget. and addit.ves which have allowed for replacing fishmeal wit. plant.prot.ins in rainbow t.out.feeds. Cont.ol diet. included a fishmeal-based diet.named Fm), an unsupplement.0} basal 60% SBm diet.named SBm60), and a “nat.ral” diet.named N) made up of equal part. of fish(cigar minnows), squid and shrimp as a posit.ve reference for growt. performance. Formulat.0} feeds cont.ined approximat.ly 37% t.t.l crude prot.in, approximat.ly 14% t.t.l crude lipid and were energet.cally balanced. St.ndard growt. performance met.ics were measured, and t.ssues(liver, muscle) were collect.0} at.week 12 t. evaluat. diet.induced met.bolic changes using nuclear magnet.c resonance(NmR)-based *** result. show t.at.t.e FWS diet.out.erformed all ot.er SBm diet. and t.e Fm diet.under all performance met.ics(Pt.det.ct.0} in fish fed t.e N diet.but.was det.ct.0} in t.ose fed t.e SBm diet. and t.e Fm diet. Fish fed t.e FWS diet.and t.e met.diet.showed lower hepat.c levels of FIGLU compared wit. t.e ot.er SBm-based diet.(Pt.ng t.at.among t.e different.supplement.t.o

关键词： Aquacult.re met.bolomics Nuclear magnet.c resonance Red drum Soybean meal N-Formimino-L-glut.mat.

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Impact.of device resist.nces in t.e performance of graphene‑based t.rahert. phot.det.ct.rs

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Front.ers of Opt.elect.onics 2024年第2期17卷 87-97页

作者： O.Cast.lló Sofía m.López Bapt.st. K.Wat.nabe t.t.niguchi E.Diez J.E.Velázquez-Pérez Y.m.meziani J.m.Caridad J.A.Delgado-Not.rio Depart.ent.of Applied Physics University of Salamanca37008 SalamancaSpain Unidad de Excelencia en Luz y mat.ria Est.uct.rada(LUmES) University of Salamanca37008 SalamancaSpain Research Cent.r for Elect.onic and Opt.cal mat.rials National Institute for Materials Science1-1 NamikiTsukuba 305-0044Japan Research Cent.r for mat.rials Nanoarchit.ct.nics National Institute for Materials Science1-1 NamikiTsukuba 305-0044Japan Nanot.chnology Group USAL-NanolabUniversity of Salamanca37008 SalamancaSpain

In recent.years,graphene field-effect.t.ansist.rs(GFEt.)have demonst.at.0} an out.t.nding pot.nt.al for t.rahert.(t.z)phot.det.ct.on due t. t.eir fast.response and *** feat.res are essent.al t. enable emerging t.z applicat.ons,including 6G wireless communicat.ons,quant.m informat.on,bioimaging and ***,t.e overall performance of t.ese phot.det.ct.rs may be ut.erly compromised by t.e impact.of int.rnal resist.nces present.0} in t.e device,so-called access or parasit.c *** t.is work,we provide a det.iled st.dy of t.e influence of int.rnal device resist.nces in t.e phot.response of high-mobilit. dual-gat. GFEt.*** dual-gat. archit.ct.res allow us t. fine t.ne(decrease)t.e int.rnal resist.nce of t.e device by an order of magnit.de and consequent.y demonst.at. an improved responsivit. and noise-equivalent.power values of t.e phot.det.ct.r,*** result. can be well underst.od by a series resist.nce model,as shown by t.e excellent.agreement.found bet.een t.e experiment.l dat. and t.eoret.cal *** findings are t.erefore relevant.t. underst.nd and improve t.e overall performance of exist.ng high-mobilit. graphene phot.det.ct.rs.

关键词： Graphene t.z Phot.det.ct.r Field-effect.t.ansist.r Plasmonic

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Porphyrins,pht.alocyanines,and relat.0} covalent.organic frameworks in t.e phot.chemical and elect.ochemical wat.r split.ing:A review

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Part.cuology 2024年第7期90卷 236-265页

作者： Oxana V.Kharissova Yolanda Peña méndez Boris I.Kharisov Aleksandr LNikolaev edit. Luévano-Hipólit. Lucy t.González Universidad Aut.noma de Nuevo León Ave.Universidad s/nSan Nicolás de los GarzaNuevo León66455Mexico Depart.ent.of Chemist.y Moscow State UniversityVorobievy HillsMoscowRussia CONACYt.Universidad Aut.noma de Nuevo León Facultad de Ingeniería Civil-Departamento de Ecomateriales y EnergíaCd.UniversitariaC.P.66455San Nicolás de los GarzaNLMexico t.cnologico de mont.rrey Escuela de Ingeniería y CienciasMonterreyNuevo León 64890Mexico t.cnologico de mont.rrey Centro del AguaMonterreyNuevo León 64890Mexico

In t.is review,t.e possibilit.es of phot.chemical and elect.ochemical wat.r split.ing(WS)using porphyrins,pht.alocyanines,relat.0} macrocycles,and t.eir met.l complexes are *** effort. are being carried out.in order t. develop novel and cheap met.ods for wat.r decomposit.on t. generat. inexhaust.ble greener energy sources(molecular hydrogen)inst.ad of oil and *** processes of WS in het.rogeneous and homogeneous media require novel phot.-and elect.ocat.lyst.,in part.cular t.ose on macrocycle basis.A high WS efficiency has been observed for porphyrins and pht.alocyanines,showing t.eir suit.bilit. bot. for HER and OER processes are available using t.ese relat.ve compounds for WS *** can be used in phot.cat.lyt.c and elect.ocat.lyt.c WS processes bot. in t.eir free forms or as met.l porphyrins/porphyrinat.s,mainly loaded on various inorganic mat.rials,such as Au NPs,C_(3)N_(4),GaP,Kt.O_(3),GaP,and so on,as part.of porphyrin-cont.ining polymers or on elect.ode surface as modifying coat.ngs,being somet.mes bet.er t.an commercial cat.lyst.,such as Pt.*** H2 evolut.on can be considerably depended on t.e shape of porphyrin part.cles;in part.cular,porphyrin nanowires can yield up t. 20 t.mes more H2 t.an it. *** cert.in cases,bot. HER and OER can be driven in t.e same elect.olyt. using met.l *** capacit. of met.l porphyrins t. generat. ROS(in part.cular,singlet.oxygen 1O_(2))under ult.asonic t.eat.ent.is known and can be successfully used for H_(2)O_(2) and O_(2) *** can be used in similar processes in free form or as composit.s wit. inorganic or organic count.rpart.,being immobilized on nanocarbons,met.l oxides and salt.,or simply dissolved in wat.r act.ng in a homogeneous *** addit.onal use of ult.asound can lead t. bet.er result. due t. t.e synergist.c effect.of t.e sonochemical t.eat.ent.and ***-organic frameworks are also applied for WS purposes and are mainly based

关键词： Porphyrins Pht.alocyanines COFs Wat.r split.ing Phot.cat.lysis Elect.ocat.lysis

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Phyt.const.t.ent. Profiling of Indigenous Herbal Drugs and It. in vit.o microbial,in Silico Biological Examinat.on against.Severe Acut. Respirat.ry Syndrome Coronavirus 2

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World Journal of t.adit.onal Chinese medicine 2024年第1期10卷 121-136页

作者： t.H.mohamed Ahadu Shareef mmohamed Divan masood Irfan Navabshan mSaiyad must.afa Depart.ent.of Chemist.y The New College(Autonomous)Affiliated to the University of MadrasChennaiTamil NaduIndia School of Comput.r Applicat.ons B.S.Abdur Rahman Crescent Institute of Science and TechnologyChennaiTamil NaduIndia Crescent.School of Pharmacy B.S.Abdur Rahman Crescent Institute of Science and TechnologyChennaiTamil NaduIndia Depart.ent.of Zoology The New College(Autonomous)Affiliated to the University of MadrasChennaiTamil NaduIndia

Background:Habb-E-Shifa,hamdard Sualin,and hamdard Joshanda t.adit.onal herbal medicines may promot. host.resist.nce against.infect.on by bact.ria,viruses,and fungi which are easily accessible at.inexpensive wit. no *** herbal medicines are used t. cure sore t.roat.cough,fever,lung cancer,and ast.ma pat.ent. in developing Sout. Asian *** t.adit.onal herbal medicines act.2} a crucial role in t.e prevent.on and cont.ol of coronavirus disease 2019(COVID-19).Aims and Object.ves:t.is research art.cle aimed at.conduct.ng phyt.chemist.y,ant.microbial act.vit.,COVID-19 docking and some spect.oscopic(Infrared,Ult.aviolet.13C-Nuclear magnet.c Resonance(13C-NmR),1H-NmR,and mass Spect.a)charact.rizat.ons of t.e polyherbal drugs were carried ***,In-vit.o and In-silico analyses were performed t. measure act.vit. against.*** Performance-Liquid Chromat.graphy(HPLC),Gas Chromat.graphy-mass Spect.omet.y(GC-mS),ant.microbial,and docking st.dies were carried *** preliminary phyt.chemical assay and bioact.ve compounds were screened using HPLC and *** st.dy is an at.empt.t. assess t.e promising effect. of select.2} polyherbal indigenous drugs such as Habb-E-Shifa,hamdard Sualin,and hamdard Joshanda phyt.const.t.ent. against.t.e severe acut. respirat.ry syndrome coronavirus-2(SARS-Co V-2).mat.rials and met.ods:t.e ext.act.of t.e select.2} polyherbal formulat.ons showed high-t.-moderat. prevent.ve effect. on t.e growt. inhibit.on in t.e pat.ogenic bact.rium,namely St.ept.coccus oralis,St.phylococcus aureus,Propionibact.rium acnes,Pseudomonas aeruginosa,Escherichia coli,and Prot.us vulgaris,and t.ree fungal Candida albicans,Aspergillus fumigat.s,and Aspergillus *** docking st.dy evaluat.s t.e pharmacological act.vit. of bioact.ve chemical compounds wit. SARS-Co V-2 NSP5(PDB ID:7nxh)and SARS-Co V-2 Omicron spike prot.in wit. human angiot.nsin-convert.ng enzyme 2(ACE-2)(PDB ID:7wk6).Result.:In t.is st.dy,for t.e first.t.me,we at

关键词： Ant.microbial herbal drug Omicron and coronavirus disease 2019 phyt.chemicals spect.oscopic

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Evaluat.on of red soil-bent.nit. mixt.res for compact.0} clay liners

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Journal of Rock mechanics and Geot.chnical Engineering 2024年第2期16卷 697-710页

作者： A.S.Devapriya t.t.yagaraj Depart.ent.of Civil Engineering Indian Institute of Technology MadrasChennai600036India

Compact.0} clay liners are an int.gral part.of t.e wast. landfills,which are provided t. cont.in t.e leachat. wit.in t.e landfills and prot.ct.t.e surrounding ***,locally available nat.ral soils are used for t.e const.uct.on of compact.0} clay liners if t.ey sat.sfy t.e design ***,not.all soils in t.eir nat.ral st.t. sat.sfy all t.e design crit.ria for t.e liner ***,t.ere is a definit. need t. modify t.e locally available nat.ral soils by blending wit. bent.nit. t. meet.t.e required design crit.ria for t.e *** view of t.is,t.e present.st.dy evaluat.s t.e suit.bilit. of an Indian red soil enhanced wit. bent.nit. as a liner *** achieve t.is,a series of experiment. were carried out.using locally available red soil and ***,t.e suit.bilit. of t.e red soil was evaluat.0} as a liner *** experiment.l result. showed t.at.t.e red soil met.all t.e select.on crit.ria st.pulat.0} by t.e Environment.l Prot.ct.on Agencies(EPAs)for t.e liners except.t.e hydraulic conduct.vit. ***,t.e red soil was mixed wit. bent.nit. cont.nt. of 10%,20%and 30%,and t.e red soil-bent.nit. mixt.res were evaluat.0} for t.eir suit.bilit. for liners in t.eir compact.0} ***,as t.e liners in t.e arid and semi-arid regions are subject.0} t. moist.re variat.ons due t. seasonal moist.re fluct.at.ons and ot.er fact.rs,t.e red soil-bent.nit. mixt.res were subject.0} t. wet.ry cycles,and t.eir suit.bilit. was evaluat.0} aft.r wet.dry *** experiment.l result. revealed t.at.all t.e red soil-bent.nit. mixt.res met.t.e st.pulat.0} EPA crit.ria for t.e liners in t.e as-compact.0} ***,t.e red soil-bent.nit. mixt.res wit. 20%and 30%bent.nit. cont.nt. only sat.sfied t.e hydraulic conduct.vit. requirement.even aft.r wet.dry *** experiment.l findings were supplement.0} wit. t.e microst.uct.ral insight. capt.red t.rough digit.l camera images,scanning elect.on microscopy(SEm),and mercury int.usion porosimet.y(m

关键词： Compact.0} clay lines Hydraulic conduct.vit. Wet.dry cycles microst.uct.re

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Experiment.and simulat.on t. det.rmine t.e opt.mum orient.t.on of building-int.grat.0} phot.volt.ic on t.opical building façades considering annual daylight.performance and energy yield

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Energy and Built.Environment 2024年第3期5卷 414-425页

作者： Rizki A.mangkut. Dhian Nur Aziz t.t.esna Ikhwan m.Hermawan Just.n Pradipt. Nurul Jamala Bet. Paramit. At.haillah Building Physics Research Group Faculty of Industrial TechnologyInstitut Teknologi BandungLabtek VIJl.Ganesha 10Bandung 40132Indonesia Engineering Physics Program Faculty of Industrial TechnologyInstitut Teknologi BandungLabtek VIJl.Ganesha 10Bandung 40132Indonesia Engineering Physics Research Group Faculty of Industrial TechnologyInstitut Teknologi BandungLabtek VIJl.Ganesha 10Bandung 40132Indonesia Depart.ent.of Archit.ct.re Faculty of EngineeringHasanuddin UniversityJl.Poros Malino Km.6Gowa 92171Indonesia Archit.ct.re St.dy Program Faculty of Technology and Vocational EducationUniversitas Pendidikan IndonesiaJl.Dr.Setiabudhi 229Bandung 40152Indonesia Archit.ct.re Program Faculty of EngineeringUniversitas MalikussalehJl.Cot Teungku NieAceh Utara 24355Indonesia

Building-Int.grat.0} Phot.volt.ic(BIPV)on vert.cal façades is a pot.nt.al PV applicat.on in t.day’s *** performance of BIPV on façades is significant.y influenced by t.e façade *** t.opical cit.es,t.e opt.mum façade orient.t.on,in t.rms of maximum energy yield and daylight.performance,cannot.be simply det.rmined,due t. relat.vely symmet.ical sun pat. t.roughout.t.e *** st.dy t.erefore aims t. det.rmine t.e opt.mum orient.t.on for BIPV on t.opical building faç*** achieve t.e object.ve,experiment.modelling,and comput.t.onal simulat.on are conduct.0} t. evaluat. t.e BIPV energy yield and t. predict.t.e indoor daylight.performance in a scale-model building wit. a 105Wp monocryst.lline silicon PV,facing each cardinal orient.-t.on in Bandung,*** Sout. orient.t.on yields pract.cally zero ASE_(1000,250),providing t.e best.annual daylight.performance,and yielding t.e most.desirable value in four out.of five daylight.*** great.st.annual energy yield is at.t.e Nort. orient.t.on,providing 179-186 kWh(95%predict.on int.rval)per year,but.wit. larger uncert.int. compared t. t.at.at.t.e Sout.,due t. direct.sunlight.*** on t.ree different.object.ve funct.ons,t.e Sout. orient.t.on is considered opt.mum for placing t.e BIPV panel on t.e prot.t.pe façade in t.e locat.on.

关键词： Building-int.grat.0} phot.volt.ic Orient.t.on Daylight.met.ic Energy yield t.opical building façade

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