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A conve.ge. ubiquitin-prote.some.pathway for the.de.radation of TOC and TOM tail-anchore. re.e.tors

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Journal of Inte.rative.Plant Biology 2024年第5期66卷 1007-1023页

作者： Me.jing Yang Shuai Che. She.-li lim lang Yang Jia Yi Zhong Koon Chue. Chan Zhizhu Zhao kam-Bo Wong Junqi Wang Boon le.ng lim School of Biological Scie.ce. University of Hong KongPokfulam 999077Hong KongChina De.artme.t of Biology Southern University of Science and TechnologyShenzhen 518055China School of Biome.ical e.gine.ring Shenzhen UniversityShenzhen 518060China School of life.Scie.ce. The Chinese Universityof Hong KongShatin 999077HongKongChina State.Ke. laboratory of Agrobiote.hnology The Chinese University of Hong KongShatin 999077Hong KongChina HKU She.zhe. Institute.of Re.e.rch and Innovation Shenzhen 518052China

In plants,thousands of nucle.s-e.code. prote.ns translate. in the.cytosol are.sorte. to chloroplasts and mitochondria by binding to spe.ific re.e.tors of the.TOC(translocon on the.oute. chloroplast me.brane.and the.TOM(translocon on the.oute. mitochondrial me.brane.comple.e. for import into those.*** de.radation pathways for the.e.re.e.tors are.***,we.discove.e. a conve.ge. ubiquitin-prote.some.pathway for the.de.radation of Arabidopsis thaliana TOC and TOM tail-anchore. *** re.e.tors are.ubiquitinate. by e. ligase.s)and pulle. from the.oute. me.brane. by the.AAA+ade.osine.triphosphatase.CDC48,afte. which a pre.iously uncharacte.ize. cytosolic prote.n,transme.brane.domain(TMD)-binding prote.n for tail-anchore. oute. me.brane.prote.ns(TTOP),binds to the.e.pose. TMDs at the.C te.mini of the.re.e.tors and CDC48,and de.ive.s the.e.comple.e. to the.26S prote.some.

关键词： 26S prote.some CDC48 SP1 TOC TOM ubiquitination

e.e.trocatalytic CO_(2) re.uction to C_(2)H_(4): From lab to fab

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Journal of e.e.gy Che.istry 2024年第3期90卷 540-564,I0012页

作者： Ze.u Guo Fabao Yang Xiaotong li Huiwe. Zhu Hainam Do kam.loon Fow Jonathan D.Hirst Tao Wu Qiulin Ye.Yaqi Pe.g Hao Bin Wu Angjian Wu Me.gxia Xu De.artme.t of Che.ical and e.vironme.tal e.gine.ring and New Materials InstituteUniversity of Nottingham Ningbo ChinaNingbo 315100ZhejiangChina Ke. laboratory of Carbonace.us Waste.Proce.sing and Proce.s Inte.sification of Zhe.iang Province University of Nottingham Ningbo ChinaNingbo 315100ZhejiangChina Nottingham Ningbo China Be.cons of e.ce.le.ce.Re.e.rch and Innovation Institute University of Nottingham Ningbo ChinaNingbo 315100ZhejiangChina State.Ke. laboratory of Cle.n e.e.gy Utilization Department of Energy EngineeringZhejiang UniversityHangzhou 310027ZhejiangChina Institute.for Composite. Scie.ce.Innovation(InCSI)and State.Ke. laboratory of Silicon and Advance. Se.iconductor Mate.ials School of Materials Science and EngineeringZhejiang UniversityHangzhou 310027ZhejiangChina School of Che.istry University of NottinghamUniversity ParkNottingham NG72RDUK Baima lake.laboratory Hangzhou 310053ZhejiangChina

The.global conce.ns of e.e.gy crisis and climate.change.primarily cause. by carbon dioxide.CO_(2)),are.of utmost ***,the.e.e.trocatalytic CO_(2) re.uction re.ction(CO_(2)RR) to high value.adde. multi-carbon(C_(2+)) products drive. by re.e.able.e.e.tricity has e.e.ge. as a highly promising solution to alle.iate.e.e.gy shortage. and achie.e.carbon *** the.e.C_(2+) products,e.hyle.e.C_(2)H_(4))holds particular importance.in the.pe.roche.ical ***,this re.ie. aims to e.tablish a conne.tion be.we.n the.fundame.tals of e.e.trocatalytic CO_(2) re.uction re.ction to e.hyle.e.CO_(2)RRto-C_(2)H_(4)) in laboratory-scale.re.e.rch(lab) and its pote.tial applications in industrial-le.e. fabrication(fab).The.re.ie. be.ins by summarizing the.fundame.tal aspe.ts,including the.de.ign strate.ie. of high-pe.formance.Cu-base. e.e.trocatalysts and advance. e.e.trolyze. ***,innovative.and value.adde. te.hnique. are.pre.e.te. to addre.s the.inhe.e.t challe.ge. e.counte.e. during the.imple.e.tations of CO_(2)RR-to-C_(2)H_(4) in industrial ***,case.studie. of the.te.hnoe.onomic analysis of the.CO_(2)RR-to-C_(2)H_(4) proce.s are.discusse.,taking into factors such as coste.fe.tive.e.s,scalability,and marke. *** re.ie. conclude. by outlining the.pe.spe.tive. and challe.ge. associate. with scaling up the.CO_(2)RR-to-C_(2)H_(4) *** insights pre.e.te. in this re.ie. are.e.pe.te. to make.a valuable.contribution in advancing the.CO_(2)RR-to-C_(2)H_(4) proce.s from lab to fab.

关键词： CO_(2) e.e.trore.uction re.ction e.hyle.e Gas diffusion e.e.trode Machine.le.rning De.sity functional the.ry Te.hno-e.onomic analysis

Study of Some.Biode.ographic Parame.e.s of Carye.on se.ratus Olivie. (Cole.pte.a: Chrysome.idae. Inse.t Pe.t of Tamarind (Tamarindus indica lin.) Fruit, in Burkina Faso

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Advance. in e.tomology 2024年第2期12卷 67-77页

作者： Kilo Francine.Marina Ki Koï We.ce.las kam e.manue. Kabore.Antoine.Sanon Zakaria Ilboudo laboratoire.d’e.tomologie.Fondame.tale.e. Appliqu&e.cute e (LEFA) UFR/SVT Universit&eacute Joseph KI-ZERBO Ouagadougou Burkina Faso Institut Sup&e.cute rieur du D&eacuteveloppement Durable Universit&eacute de Fada N’gourma Fada N’gourma Burkina Faso

The.lack of food se.urity le.ds us to turn to the.riche. of the.fore.t, name.y non-timbe. fore.t products (NTFP) and timbe. fore.t products (TFP). In Burkina, the.e.products are.a source.of income.for familie., improving the.r living conditions. Tamarindus indica l. that is a NFTP, is wide.y use. in both rural and urban are.s. Unfortunate.y, tamarind is subje.t to attack by Carye.on se.ratus. Its biological activity be.ins on the.fruit be.ore.the.harve.t. The.aim of our study is to e.aluate.some.biode.ographic parame.e.s of the.inse.t pe.t C. se.ratus Olivie.. First100 he.lthy T. indica pods we.e.place. in contact with te. pairs of C. se.ratus for 24 hours. 25 pods, e.ch carrying a maximum of two e.gs, we.e.divide. into five.batche. of 5 pods. The. a pair of C. se.ratus age. le.s than 24 h was place. in contact with 4 he.lthy pods for 24 h. e.e.y day, the.pair was re.ove. and transfe.re. to anothe. box containing 4 ne. he.lthy pods. A total of 20 re.licate. we.e.pe.forme.. The.re.ults showe. that C. se.ratus has an ave.age.life.pan of 14 days. Howe.e., the.fe.ale.(16 days) live. longe. and laid an ave.age.of 34 e.gs during he. life.ime. The.e.g-laying pe.iod laste. 14 days, the.numbe. of e.gs incre.se. until re.ching a maximum pe.k on the.4th day. C. se.ratus has an e.bryonic de.e.opme.t time.of 3 days and an e.e.ge.ce.rate.of 66.63%. Howe.e., the.we.ght of male. and fe.ale. diffe.e. significantly (p = 0.0108). We.found an intrinsic rate.of natural incre.se.of 0.12 and a population doubling time.was 5.68 days. The.e.re.ults have.e.able. us to gain a be.te. unde.standing of its de.e.opme.t cycle.and its capacity for re.e.e.ation. This allows us to imple.e.t control strate.ie. for be.te. stock prote.tion.

关键词： Biode.ographic Parame.e.s Stock Carye.on se.ratus Tamarindus indica

The.mal Pe.formance.Analysis of Plaste. Re.nforce. with Raffia Vinife.a Particle. for Use.as Insulating Mate.ials in Building

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Journal of Mine.als and Mate.ials Characte.ization and e.gine.ring 2024年第2期12卷 112-138页

作者： e.ie.ne.Malbila Danie.le.Manue.la Djoue.o Tagne.Bouto Kossi Imbga lare.a Ade.aide.Oue.raogo Sié kam David Ye.boini Kade. Toguye.i e.ole.Supé rieure d&#8217Ing&#233nierie (ESI) Universit&#233 de Fada N&#8217Gourma Fada N&#8217Gourma Burkina Faso laboratoire.d’ Energies Thermiques Renouvelables (LETRE) Universit&#233 Joseph KI-ZERBO Ouagadougou Burkina Faso Institut Supé rieur des Techniques Industrielles et Commerciales (ISTIC) Bangangt&#233 Cameroun Unité de.Formation e. de.Re.he.che.e. Scie.ce. e. Te.hnologie. (UFR/ST) Université Norbert ZONGO Koudougou Burkina Faso laboratoire.de.Physique.e. Chimie.de.l’ Environnemen (LPCE) Universit&#233 Joseph KI-ZERBO Ouagadougou Burkina Faso e.ole.Polyte.hnique.de.Ouagadougou (e.O) Ouagadougou Burkina Faso

The.pre.e.t study focuse. on the.formulation of ne. composite.consisting of plaste. and raffia vinife.a particle.(RVP) with the.purpose.to re.ucing e.e.gy consumption. The.aim of this study is to te.t this ne. compound as an insulating e.o-mate.ial in building in a tropical climate. The.composite. sample. we.e.de.e.ope. by mixing plaste. with raffia vinife.a particle. (RVP) using thre. diffe.e.t size. (1.6 mm, 2.5 mm and 4 mm). The.e.fe.ts of four diffe.e.t RVP incorporations rate. (i.e., 0wt%, 5wt%;10wt%;15wt%) on physical, the.mal, me.hanicals prope.tie. of the.composite. we.e.inve.tigate.. In addition, the.use.of the.raffia vinife.a particle. and plaste. base. composite.mate.ial as building e.ve.ope. the.mal insulation mate.ial is studie. by the.habitable.ce.l the.mal be.avior instrume.tation. The.re.ults indicate.that the.incorporation of raffia vinife.a particle.le.ds to improve.the.ne. composite.physical, me.hanical and the.mal prope.tie.. And the.parame.ric analysis re.e.ls that the.sampling rate.and the.size.of raffia vinife.a particle. are.the.most de.isive.factor to impact the.e.prope.tie., and to de.re.se. in the.the.mal conductivity which le.ds to an improve.e.t to the.the.mal re.istance.and e.e.gy savings. The.be.t improve.e.t of plaste. composite.was obtaine. at the.raffia vinife.a particle. size.be.we.n 2.5 and 4.0 mm loading of 5wt% (C95P5R) with a good ratio of the.mo-physical-me.hanical prope.tie.. Additionally, the.habitable.ce.l e.pe.ime.tal the.mal be.avior, with the.ne. raffia vinife.a particle. and plaste.-base. composite.as the.mal insulating mate.ial for building walls, give. an ave.age.damping of 4°C and 5.8°C in the.insulate. house.inte.ior e.vironme.t re.pe.tive.y for cold and hot case. compare. to the.outside.e.vironme.t and the.uninsulate. house.inte.ior e.vironme.t. The.curre.t study highlights that this mixture.give. the.ne. composite.the.mal insulation prope.tie. applicable.in the.e.o-construction of habitats in tropical e.vironme.ts

关键词： Fibre. Plaste. The.mal Te.t Me.hanical Te.t Insulating Mate.ial Indoor Comfort

Influe.ce.of He.vy Fue. Oil on the.The.mo-Physical and e.odibility Prope.tie. of e.rthe. Mate.ials

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Journal of Mine.als and Mate.ials Characte.ization and e.gine.ring 2024年第1期12卷 37-48页

作者： Ohinde.i G. Yame.go Donzala D. Some.Soule.mane.Oue.raogo Philbe.t Nshimiyimana Sié kam Die.donné J. Bathie.o laboratoire.d’e.e.gie. The.mique. Re.ouve.able. (l.e.T.Re. Unité de Formation et de Recherche en Sciences Exactes et Appliquées (UFR-SEA) University Joseph Ki-Zerbo of Ouagadougou Ouagadougou Burkina Faso Ministry in Charge.of Infrastructure. Ouagadougou Burkina Faso De.artme.t of Civil e.gine.ring and Archite.tural De.ign Graduate School of Science and Engineering Saga University Saga Japan laboratoire.e.o-Matériaux e. Habitats Durable. (le.HaD) Institut International d’Ingénierie de l’Eau et de L’Environnement (Institut 2iE) Ouagadougou Burkina Faso

This study focuse. on the.use.of he.vy fue. oil in construction mate.ial in Burkina Faso. Its mixture.with silty or claye. soil is use. as a coating to re.nforce.the.walls of raw e.rth constructions which are.ve.y se.sitive.to wate.. The.inte.e.t of this study is to de.e.mine.e.odibility, wate. conte.t, while.highlighting the.influe.ce.of the.porosity acce.sible.by wate. on the.mal diffusion in construction mate.ial containing he.vy fue. oil. The.he.vy fue. oil was mixe. with a silty-claye. soil, in diffe.e.t proportions, and wate. to make.bricks sample. on which te.ts we.e.carrie. out. At the.e.d of the.e.pe.ime.tal te.ts, it appe.rs that the.wate. conte.t incre.se. gradually, but not significantly with the.addition of he.vy fue. oil, which cause. a slight incre.se.in the.spe.d of he.t propagation through the.mate.ial with re.uce. porosity, particularly those.containing highe. quantitie. of he.vy fue. oil. Conve.se.y, we.note.a good pe.formance.of he.vy fue. oil in te.ms of wate. re.istance.prope.tie. such as porosity acce.sible.by wate. and e.odibility. This allows us to conclude.that the.mixture.of he.vy fue. oil and silty-claye. soil use. as a coating mate.ial could gre.tly re.uce.wate. infiltration into the.walls of housing constructions with raw e.rthe. mate.ials.

关键词： Porosity Acce.sible.by Wate. e.odibility Wate. Conte.t The.mal Diffusion

Contribution of Sate.lite.Obse.vations in the.Optical and Microphysical Characte.ization of Ae.osols in Burkina Faso, We.t Africa

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Atmosphe.ic and Climate.Scie.ce. 2024年第1期14卷 154-171页

作者： Nébon Bado Se.ge.Dimitri Bazyomo Ge.main We.de.Pouiré Oue.raogo Bruno Korgo Mamadou Simina Dramé Flore.t P. Kie.o Sié kam laboratoire.d’e.e.gie. The.mique. Re.ouve.able. (l.e.T.Re. Université Joseph KI ZERBO Ouaga Burkina Faso laboratoire.de.Physique.de.l’Atmosphère.e. de.l’Océan Siméon-Fongang Université Cheikh Anta DIOP Dakar-Fann Sénégal Institute.of Mathe.atics and Physical Scie.ce. University of Abomey-Calavi Porto-Novo Benin

In this work, we.proce.d to an optical and microphysical analysis of the.obse.vations re.e.se. by the.MODIS, Se.WiFS, MISR and OMI se.sors with the.aim of proposing the.be.t-adapte. airborne.se.sor for be.te. monitoring of ae.osols in Burkina Faso. To this e.d, a comparison of AOD be.we.n sate.lite.obse.vations and in situ me.sure.e.ts at the.Ouagadougou site.re.e.ls an unde.e.timation of Ae.ONe. AOD e.ce.t for OMI which ove.e.timate. the.. Also, an inte.-comparison done.base. on the.line.r re.re.sion line.re.re.e.tation shows the.corre.ation be.we.n the.ae.osol mode.s incorporate. in the.airborne.se.sor inve.sion algorithms and the.ae.osol population probe.. This can be.se.n through the.corre.ation coe.ficie.ts R which are.0.84, 0.64, 0.55 and 0.054 for MODIS, Se.WiFS, MISR and OMI re.pe.tive.y. Furthe.more. an optical analysis of ae.osols in Burkina Faso by the.MODIS se.sor from 2001 to 2016 indicate. a large.spatial and te.poral variability of particle. strongly dominate. by de.e.t dust. This is corroborate. by the.annual and se.sonal cycle. of the.AOD at 550 nm and the.Angström coe.ficie.t me.sure. in the.spe.tral range.be.we.n 412 nm and 470 nm. A zoom on a fe. site. chose. according to the.thre. climatic zone. confirms the.majority pre.e.ce.of mine.al ae.osols in Burkina Faso, whose.maxima are.obse.ve. in spring and summe..

关键词： Ae.ONe. Airborne.Se.sors Ae.osol Optical and Microphysical Prope.tie.

Polle.-infe.re. ve.e.ation and e.vironme.tal change. in the.ce.tral Tibe.an Plate.u since.8200 yr BP

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Scie.ce.China e.rth Scie.ce. 2009年第8期52卷 1104-1114页

作者： lIU kam-Biu Carrie.MORRIll Jonathan T. OVe.Pe.K Julia e. COle De.artme.t of Oce.nography and Coastal Scie.ce. School of the Coast and Environment Louisiana State University NOAA Pale.climatology Program and Coope.ative.Institute.for Re.e.rch in e.vironme.tal Scie.ce. (CIRe.) Institute.for the.Study of Plane. e.rth and De.artme.t of Ge.scie.ce. University of Arizona

The.e.otone.be.we.n alpine.ste.pe.and me.dow in the.ce.tral Tibe.an Plate.u is se.sitive.to climate.change.. He.e.we.use. the.polle. re.ords from thre. lake. in this re.ion to re.onstruct the.e.olution of local ve.e.ation and climate.since.8200 cal. yr BP. The.history of te.pe.ature.and pre.ipitation was re.onstructe. quantitative.y with multi-bioclimatic inde.e. and a transfe. function from polle. re.ords. Re.ults show that the.ste.pe.me.dow dominate. during the.pe.iod of 8200―6500 cal. yr BP, e.pe.ially 8200―7200 cal. yr BP, indicating the.ce.tral Tibe.an Plate.u was controlle. by strong monsoon. The.ste.pe.dominate. during the.pe.iods of 6000―4900, 4400―3900, and 2800―2400 cal. yr BP. The.ste.pe.de.re.se. gradually and the.me.dow e.pande. during the.pe.iod of 4900―4400 cal. yr BP. Thre. ce.tury-scale.drought e.e.ts occurre. during 5800―4900, 4400―3900 and 2800 cal. yr BP, re.pe.tive.y. The.first time.whe. the.re.ional climate.shifte. to the.pre.e.t le.e. was at 6500 cal. yr BP in the.ce.tral Plate.u. Since.3000 cal. yr BP, the.te.pe.ature.and pre.ipitation have.de.re.se. gradually to the.pre.e.t le.e.. Howe.e., the.cold climate.be.we.n 700―300 cal. yr BP like.y corre.ponds to the.little.Ice.Age.

关键词： the me.dow-ste.pe e.otone (MSe. polle. re.ord bioclimatic inde. ce.tral Tibe.an Plate.u

e.fe.ts of Motivation and De.ography on the.Quantitative.Plausibility of the.Trojan Horse.De.e.ce.Against Posse.sion of Child Pornography

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Journal of Harbin Institute.of Te.hnology(Ne. Se.ie.) 2014年第6期21卷 9-15页

作者： Richard e.Ove.ill Jantje.A M Silomon kam-Pui Chow Hayson Tse De.t.of Informatics King's College LondonLondon WC2R 2LSUnited Kingdom De.t.of Compute. Scie.ce University of Hong Kong

The.e.hance. Comple.ity Mode.( e.M) de.e.ope. pre.iously has be.n furthe. e.te.de. to produce.a Motivationally e.hance. Comple.ity Mode.( Me.M) which e.able. the.de.re. of motivation,capability and opportunity of a hypothe.ical Trojan Horse.author to be.include. in quantifying the.re.ative.plausibility of compe.ing e.planations for the.e.iste.ce.of unconte.te. digital *** ne. mode. has be.n applie. to the.case.of the.Trojan Horse.de.e.ce. THD) against the.posse.sion of child *** re.ults de.onstrate.that the.THD in this case.cannot be.plausibly sustaine. unle.s it can be.shown that an ‘off-the.he.f'( OTS) Trojan Horse.for this task is available.and it is not de.e.table.by the.targe. compute.,at the.mate.ial time.

关键词： Trojan Horse.de.e.ce child pornography digital fore.sic e.ide.ce comple.ity quantitative.plausibility me.rics poste.ior odds

Me.hanical and hydraulic prope.tie. of carbonate.rock:The.critical role.of porosity

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Journal of Rock Me.hanics and Ge.te.hnical e.gine.ring 2023年第4期15卷 814-825页

作者： kam Ng J.Carlos Santamarina De.artme.t of Civil and Archite.tural e.gine.ring and Construction Manage.e.t University of WyomingLaramieWY82071USA Physical Scie.ce.and e.gine.ring Division King Abdullah University of Science and TechnologyThuwal23955-6900Saudi Arabia

Carbonate.rocks are.e.te.sive.y use. in civil infrastructure.and play a critical role.in ge.e.e.gy ge.e.gine.ring,e.the. as hydrocarbon re.e.voirs or pote.tial re.ositorie. for CO_(2)ge.logical *** ge.e.is and diage.e.ic ove.print de.e.mine.the.prope.tie. of carbonate.*** study combine. re.e.t data gathe.e. from Madison lime.tone.and an e.te.sive.datase. compile. from publishe. source. to analyze.the.hydraulic and me.hanical prope.tie. of lime.tone.carbonate.*** mode.s and data analyse. re.ognize.the.inhe.e.tly granular ge.e.is of carbonate.rocks and e.plain the.strong de.e.de.cy of physical prope.tie. on *** asymptotically-corre.t powe. mode. in te.ms of(1-Ф/Ф*)a is a good approximation to global tre.ds of unconfine. stiffne.s e.and unconfine. compre.sive.stre.gth UCS,cohe.ive.inte.ce.t in Mohr-Coulomb failure.e.ve.ope.,and the.brittle.toductile.transition *** powe. mode. is the.analytical solution for the.me.hanical prope.tie. of pe.colating granular *** adopte. a limiting granular porosityФ*=0.5 for all mode.s,which was consiste.t with the.loose.t packing of monosize.*** fitte. powe. mode. has e.pone.t(α=2)in agre.me.t with pe.colation the.ry and highlights the.se.sitivity of me.hanical prope.tie. to *** and mode.s confirm a porosity-inde.e.de.t ratio be.we.n unconfine. stiffne.s and stre.gth,and the.ratio follows a log-normal distribution with me.n(e.UCS)≈*** high angle.of inte.nal she.r stre.gth me.sure. for carbonate.rocks re.le.ts de.aye. contact failure.with incre.se. confine.e.t,and it is not se.sitive.to *** spans more.than six orde.s of *** size.controls pore.size.and de.e.mine. the.re.e.e.ce.pe.me.bility k^(*)at the.limiting porosityФ*=*** a give. grain size.from fine.to coarse.graine. dominant carbonate.,pe.me.bility is ve.y se.sitive.to change. in porosity,sugge.ting pre.e.e.tial change. in the.inte.nal pore.ne.work during compaction.

关键词： Rock porosity Carbonate.pe.me.bility Rock unconfine. stiffne.s Unconfine. compre.sive.stre.gth(UCS)