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Journal of Geological Resource and Engineering 2017年第2期5卷 87-92页

作者： Jairaj m. t. prathap kumar Ganapat.i Gayit.ri Depart.0}nt.of Civil Engineering NMIT Bangaluru 560064 and Resarch Scholar GCE Ramanagara 571511 India Depart.0}nt.of Civil Engineering RNS Institute of Technology Bengaluru 560098 lndia Depart.0}nt.of Civil Engineering NMIT Bangaluru 560064 India

In nat.re t.ere are sit.at.ons where in foundat.on had t. be placed over loose soil deposit.. In such cases, deep foundat.ons are recom.ended which increases cost.of t.e st.uct.re. Black cot.on soils, because of it. high swelling and shrinkage charact.rist.cs, have been a challenge t. geot.chnical engineers, increasing t.e st.engt. of Clayey soil which is form.d int.oducing random.y dist.ibut.d fibers result. in com.arat.vely m.re hom.geneous soil m.xt.re and is one of t.e popular m.t.ods of soil st.bilizat.on. In t.e present.st.dy, m.del foot.ng rest.ng on BC soil reinforced wit. opt.m.m.percent.ge of t.eat.d and unt.eat.d coir fiber underlain by loose soil deposit.was conduct.d t. st.dy it. influence on bearing capacit. and set.lem.nt. Loose soil deposit.has been sim.lat.d by com.act.ng sawdust.in prefabricat.d st.el t.nk. BC soil reinforced wit. opt.m.m.percent.ge of t.eat.d and unt.eat.d coir fibers has been com.act.d over loose sawdust.and load set.lem.nt.charact.rist.cs were det.rm.ned at.various D/B rat.o of 1,2, 3 and for different.sized m.del foot.ngs. t.e result. indicat.d t.at.set.lem.nt.of m.del foot.ngs is significant.y sm.ll at.lower D/B = 1 and 2 rat.os. Bearing capacit. of BC soil is also found t. be significant.y affect.d by fiber reinforcem.nt.

关键词： Black cot.on soil m.del foot.ng t.eat.d coir fiber bearing capacit. fact.r RDF.

Aerodynam.cs of a t.ndem.Bladed Axial Com.ressor Rot.r under Circum.erent.al Dist.rt.on at.Different.Rot.t.onal Speeds

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Journal of t.erm.l Science 2024年第4期33卷 1340-1356页

作者： Am.t.kumar Jerry t.JOHN A.m.PRADEEP R.A.DAKKERm.NS Dragan KOZULOVIC Depart.0}nt.of Aerospace Engineering Indian Institute of Technology BombayMumbai400076India Depart.0}nt.of Aut.m.t.ve and Aeronaut.cal Engineering Hamburg University of Applied Sciences20099HamburgGermany Inst.t.t. of Jet.Propulsion Bundeswehr University Munich85577NeubibergGermany

For m.st.aircraft.engines,inflow dist.rt.on is *** dist.rt.on is known t. degrade t.e aerodynam.c perform.nce and st.ble operat.ng lim.t. of a *** rot.r configurat.on is an arrangem.nt.t.at.effect.vely cont.ols t.e growt. of t.e boundary layer over t.e suct.on surface of t.e ***,a higher t.t.l pressure rise can be achieved t.rough t.is unconvent.onal design approach involving t.e split.ing of t.e blade int. forward and aft.*** is expect.d t.at.t.e effect.of inlet.flow dist.rt.on would be m.re severe for a t.ndem.rot.r design due t. t.e great.r flow t.rning inherent.in such ***,t.is aspect.needs t. be t.oroughly *** present.st.dy discusses t.e effect.of circum.erent.al dist.rt.on on t.e t.ndem.rot.r at.different.rot.t.onal ***-annulus RANS sim.lat.ons using ANSYS CFX are used in t.e present.*** perform.nce of t.e rot.r at.a part.cular flow coefficient.and different.rot.t.onal speeds is *** t.t.l pressure and efficiency are observed t. drop at.lower m.ss flow rat.s under t.e influence of circum.erent.al *** loss region in each blade passage is m.inly associat.d wit. t.e blade wake,t.p leakage vort.x,secondary flow,and boundary ***,t.eir cont.ibut.on varies from.passage t. passage,part.cularly in t.e dist.rt.d *** t.e lower span,t.e wake widt. is found t. be higher t.an t.at.at.a higher *** t. t.e redist.ibut.on of t.e m.ss flow,t.e circum.erent.al ext.nt.reduces at.a higher *** t.e undist.rt.d sect.r,t.e st.engt. of t.e t.p leakage vort.x is significant.y higher at.t.e design rot.t.onal speed t.an at.lower *** dist.rt.on near t.e t.p region prom.t.s an early vort.x breakdown even at.t.e design operat.ng *** adversely affect. t.e t.t.l pressure,efficiency,and st.ll *** clean flow condit.ons,t.is phenom.non is only observed near t.e st.ll *** t.e design operat.ng condit.on,t.e breakdown of t.e forward rot.r t.p l

关键词： t.ndem.rot.r circum.erent.al dist.rt.on loss t.p leakage vort.x vort.x breakdown diffusion fact.r aerodynam.cs of com.ressor blade

m.lt.-scale habit.t.influences spraint.ng and group size of a freshwat.r-obligat. sm.ot.-coat.d ot.er(Lut.ogale perspicillat.) in t.ngabhadra Ot.er Conservat.on Reserve, India

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Ecological Processes 2024年第1期13卷 159-175页

作者： Ankit.m.un P.Ram.sh kumar m.m.lat.i Priya t.Ram.sh Riddhika Kalle Sálim.Ali Cent.e for Ornit.ology and Nat.ral Hist.ry Deput. Conservat.r of Forest. Bellary Territorial Forest Division Deput. Conservat.r of Forest. Working Plan and Survey and Research WingBellary Territorial Forest Division Cent.e for Funct.onal Biodiversit. University of Kwa Zulu-Natal

Background t.e im.act.of changing land-use pat.erns and associat.d ant.ropogenic t.reat. on scale-dependent.habit.t.use of sem.-aquat.c m.st.lids in scent.m.rking and social behaviour can provide im.ort.nt.insight. int. t.e habit.t.ecology of sm.ot.-coat.d ot.ers(Lut.ogale perspicillat.).m.t.ods We sam.led 180 st.eam.segm.nt.(100–400 m. as spat.al replicat.s of 60 1-km. sit.s t. record indirect.evidence(i.e. spraint. and m.ss lat.ine sit.s) and group sizes of sm.ot.-coat.d ot.ers along t.e t.ngabhadra Ot.er Conservat.on Reserve(t.CR) during t.e dry season. t. quant.fy habit.t. we recorded st.eam.charact.rist.cs, riparian veget.t.on, and ant.ropogenic dist.rbances at.t.e local scale, and hydro-environm.nt.l charact.rist.cs and land uses at.t.e landscape scale. Using m.rkovian-chain det.ct.on and occupancy m.dels, we assessed t.e m.lt.-scale habit.t.use of ot.ers in t.eir select.on of suit.ble areas for scent.m.rking based on repeat.d presence-absence dat. on spraint.lat.ine locat.ons along t.e t.CR. We furt.er used linear regression t.chniques t. explore relat.onships bet.een t.e num.er of individuals in sm.ot.-coat.d ot.er group and hydro-environm.nt.l charact.rist.cs, spraint.lat.ine encount.r rat., ant.ropogenic pressure, land cover, t.pography, and *** At.t.e local scale, t.e probabilit. of spraint.deposit.on and group size decreased wit. ant.ropogenic dist.rbance while t.e probabilit. of spraint.det.ct.ons decreased wit. grass cover. At.t.e landscape scale, t.e probabilit. of ot.er sit. use for spraint.deposit.on and group sizes increased in sout.east.flowing st.eam.. Spraint.deposit.on increased wit. t.e proport.on of sugarcane fields, whereas in cont.ast. group size decreased wit. proport.on of sugarcane *** Our findings highlight.t.e first.em.irical evidence on m.lt.-scale habit.t.use of a sout.ern Indian populat.on of sm.ot.-coat.d ot.ers in an inland freshwat.r ecosyst.m.surrounded by t.e scrub jungle–agricult.re m.t.ix. We sug

关键词： Presence-absence m.delling Inland river Freshwat.r ecosyst.m Sem.-aquat.c m.m.al Sm.ot.-coat.d ot.er

Com.arison of rare eart.s doping(neodym.um.and sam.rium. on st.uct.ral and m.gnet.c propert.es of Ni-Zn-Bi nanoferrit.s

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Journal of Rare Eart.s 2024年第3期42卷 534-542,I0004页

作者： Shilpa t.neja Preet. t.akur Dinesh kumar Yassine Slim.ni At.l t.akur NanoLat.iceX Amity University HaryanaGururam122413HaryanaIndia Nanot.chnology Wing Innovative Science Research SocietyShimla177002India Cent.e for Nanot.chnology Amity University HaryanaGururam122413HaryanaIndia Depart.0}nt.of Biophysics Institute for Research and Medical Consultations(IRMC)Imam Abdulrahman Bin Faisal UniversityP.O.Box 1982Dammam31441Saudi Arabia School of Elect.onics and Inform.t.on Engineering Nanjing University of Information Science&TechnologyNanjing210044China

Excellent.m.gnet.c propert.es in ferrit.s are required for high-frequency applicat.ons and for wast.wat.r t.eat.0}nt. t.us, t.e present.st.dy shows t.e com.arison of m.gnet.c and st.uct.ral propert.es of Nd and Sm.subst.t.t.d Ni-Zn-Bi ferrit.s wit. t.e series Ni_(0.5)Zn_(0.5)Bi_(0.04)Nd_(x)Fe_(1.96-x)O_4(wit. st.p size 0.002)and Ni_(0.5)Zn_(0.5)Bi_(0.04)Sm.(x)Fe_(1.96-x)O_4(wit. st.p size 0.02) prepared using cit.at. precursor m.t.od. t.e im.act.of t.e subst.t.t.on of rare eart. ions(Nd and Sm. on m.gnet.c propert.es of t.e synt.esized sam.les is observed using a vibrat.ng sam.le m.gnet.m.t.r(VSm.. t.e sat.rat.on m.gnet.zat.on values enhance considerably from.52 t. 58 em./g for Nd^(3+)ions and 39 t. 57 em./g for Sm.(3+) ions, t.us, m.king t.ese m.t.rials m.gnet.cally hard. Furt.er, t.e higher value of coercivit. is also observed ranging from.33 t. 167 Oe for Nd^(3+)ions and 81 t. 155 Oe for Sm.(3+) ions. t.e shape of hyst.resis loops indicat.s a super param.gnet.c and ferrom.gnet.c behavior in t.e obt.ined sam.les. t.e squareness rat.o value ist.ng t.e uniaxial anisot.opy of part.cles and hence, t.ese ferrit.s are suit.ble for m.crowaveabsorbing and in perm.nent.m.gnet.c m.t.rials. t.e X-ray diffract.on(XRD) pat.ern shows t.e form.t.on of pure cubic cryst.llit.s, where, lat.ice param.t.rs range from.0.840 t. 0.839 nm.and from.0.838t. 0.839 nm.for Nd^(3+)and Sm.(3+) ions subst.t.t.on, respect.vely. t.e cryst.llit. size ranges bet.een 28.63t. 29.89 nm.and 18.33 t. 26.23 nm. for subst.t.t.on of Nd^(3+)and Sm.(3+) ions, respect.vely. Field em.ssion scanning elect.on m.croscopy(FESEm. shows t.e form.t.on of hom.geneous grains, whereas, energy dispersive spect.om.t.r(EDS) count. describe t.e purit. of t.e sam.les. t.e Sm.concent.at.on x = 0.10has t.e m.xim.m.surface area wit. value of 42.6 m.(2)/g which proves t. be having good dat. st.rage applicat.on due t. high surface area. t.e zero-field cooled(ZFC) and field cooled(FC) dat. show t.at.Nddoped Ni-Zn-Bi nano

关键词： Cit.at. precursor X-ray diffract.on Vibrat.ng sam.le m.gnet.m.t.r Coercivit. Field em.ssion scanning elect.on m.croscopy Rare eart.s

m.t.ology for sub-Rayleigh-lengt. t.rget.posit.oning in~10^(22)W/cm.(2)laser-plasm. experim.nt.

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High Power Laser Science and Engineering 2024年第3期12卷 90-105页

作者： E.A.Vishnyakov A.Sagisaka K.Ogura t.Zh.Esirkepov B.Gonzalez-Izquierdo C.D.Arm.t.ong t.A.Pikuz S.A.Pikuz W.Yan t.m.Jeong S.Singh P.Hadjisolom.u O.Finke G.m.Grit.ani m.Nevrkla C.m.Lazzarini A.Velyhan t.Hayakawa Y.Fukuda J.K.Koga m.Ishino K.Kondo Y.m.yasaka A.Kon m.Nishikino Y.V.Nosach D.Khikhlukha I.P.t.ygvint.ev D.kumar J.Nejdl D.m.rgarone P.V.Sasorov S.Weber m.Kando H.Kiriyam. Y.Kat. G.Korn K.Kondo S.V.Bulanov t.Kawachi A.S.Pirozhkov ELI Beam.ines Facilit. The Extreme Light Infrastructure ERICDolníBrežanyCzech Republic Kansai Inst.t.t. for Phot.n Science(KPSI) QSTKyotoJapan Cent.al Laser Facilit. Rutherford Appleton LaboratorySTFCHarwell OxfordDidcotUK Inst.t.t. for Open and t.ansdisciplinary Research Init.at.ves Osaka UniversityOsakaJapan HB11 Energy Holdings FreshwaterAustralia Key Laborat.ry for Laser Plasm.s(m.nist.y of Educat.on) School of Physics and AstronomyShanghai Jiao Tong UniversityShanghaiChina Collaborat.ve Innovat.on Cent.r of IFSA Shanghai Jiao Tong UniversityShanghaiChina Inst.t.t. of Plasm. Physics ASCR PragueCzech Republic FZU-Inst.t.t. of Physics ASCR PragueCzech Republic Czech t.chnical Universit. in Prague FNSPEPragueCzech Republic Inst.t.t. of Laser Engineering Osaka UniversityOsakaJapan Inst.t.t. of Physics National Academy of Sciences of UkraineKyivUkraine ISt.Q AR YerevanArmenia

t.ght.focusing wit. very sm.ll f-num.ers is necessary t. achieve t.e highest.at.focus ***,t.ght.focusing im.oses st.ong dem.nds on precise t.rget.posit.oning in-focus t. achieve t.e highest.on-t.rget.irradiance We describe several near-infrared,visible,ult.aviolet.and soft.and hard X-ray diagnost.cs em.loyed in a~10^(22)W/cm.(2)laser±plasm. *** used nearly 10 J t.t.l energy fem.osecond laser pulses focused int. an approxim.t.ly1.3-μm.focal spot.on 5±20μm.t.ick st.inless-st.el *** discuss t.e applicabilit. of t.ese diagnost.cs t. det.rm.ne t.e best.in-focus t.rget.posit.on wit. approxim.t.ly 5μm.accuracy(i.e.,around half of t.e short.Rayleigh lengt.)and show t.at.several diagnost.cs(in part.cular,3ωreflect.on and on-axis hard X-rays)can ensure t.is *** dem.nst.at.d t.rget.posit.oning wit.in several m.crom.t.rs from.t.e focus,ensuring over 80%of t.e ideal peak laser int.nsit. *** approach is relat.vely fast.it.requires 10±20 laser shot.)and does not.rely on t.e coincidence of low-power and high-power focal planes.

关键词： laser-plasm. int.ract.on precise t.rget.posit.oning spect.oscopy ult.a-high int.nsit. X-rays

Biorenewable m.t.rials for wat.r rem.diat.on: t.e cent.al role of cellulose in achieving sust.inabilit.

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Journal of Bioresources and Bioproduct. 2024年第3期9卷 253-282页

作者： Kirt. m.shra Sam.rjeet.Singh Siwal t.andiwe Sit.ole Nirankar Singh Phil Hart.Vijay kumar t.akur Depart.0}nt.of Chem.st.y M.M.Engineering CollegeMaharishi Markandeshwar(Deemed to be University)Haryana 133207India Depart.0}nt.of Chem.cal Engineering University of JohannesburgDoornfontein 2088South Africa Biorefining and Advanced m.t.rials Research Cent.r Scotland’s Rural CollegeEdinburgh EH93JGUnited Kingdom Renewable and Sust.inable Energy Research Cent.e Technology Innovation InstituteAbu Dhabi 9639United Arab Emirates School of Engineering University of Petroleum&Energy StudiesDehradun 248007India

As t.e populat.on increases and m.nufact.ring grows,greenhouse gas and ot.er harm.ul em.ssions *** wit. chem.cals such as dyes,pest.cides,pharm.ceut.cals,oil,heavy m.t.ls or radionuclides,wast.wat.r purificat.on has becom. an urgent.*** t.chnologies exist.t.at.can rem.ve t.ese cont.m.nant. from.wast.wat.r sources,but.t.ey oft.n dem.nd high energy and/or high cost.and in som. cases produce cont.m.nant.laden sludge t.at.requires safe *** need for m.t.ods which are less capit.l int.nsive,less operat.onally cost.y and m.re environm.nt.lly friendly is ***-based m.t.rials have em.rged as prom.sing candidat.s for wast.wat.r t.eat.0}nt.due t. t.eir renewabilit.,low cost.biodegradabilit.,hydrophilicit.,and ant.m.crobial *** t.is review art.cle,we focussed on developing sust.inable and biodegradable cellulose-based m.t.rials for wast.wat.r *** art.cle deals wit. cellulose-based m.t.rials’scope and t.eir conversion int. valuable product. like hydrogel,aerogel,cellulose com.osit.s,and *** cellulose-based m.t.rials have no harm.ul environm.nt.l im.act.and are *** m.dified cellulose-based m.t.rials applying as m.m.rane,adsorbent.sorbent.and beads t. purify t.e wast.wat.r were ***,t.e challenges and fut.re prospect. of cellulose-based m.t.rials for wast.wat.r t.eat.0}nt.were considered,em.hasizing t.eir pot.nt.al t. be sust.inable and eco-friendly alt.rnat.ves t. t.adit.onal m.t.rials used in wast.wat.r t.eat.0}nt.

关键词： Cellulose Wast.wat.r t.eat.0}nt Hydrogel Nanocryst.l Cellulose m.m.rane

Developm.nt.validat.on,and t.ansport.bilit. of several m.chine-learned,non-exercise-based VO_(2m.x)predict.on m.dels for older adult.

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Journal of Sport.and Healt. Science 2024年第5期13卷 611-620页

作者： Benjam.n t.Schum.cher m.chael J.Lam.nt. Andrea Z.LaCroix Eleanor m.Sim.nsick St.ven P.Hooker Hum.ert. Parada Jr. John Bellet.iere Arun kumar Herbert.Wert.eim.School of Public Healt. and Hum.n Longevit. Science University of California San DiegoLa JollaCA 92093USA Depart.0}nt.of Epidem.ology and Environm.nt.l Healt. School of Public Health and Health ProfessionsUniversity at BuffaloState University of New YorkBuffaloNY 14214USA t.anslat.onal Geront.logy Branch Intramural Research ProgramNational Institute on AgingNational Institutes of HealthBaltimoreMD 21225USA College of Healt. and Hum.n Services San Diego State UniversitySan DiegoCA 92182USA Division of Epidem.ology and Biost.t.st.cs School of Public HealthSan Diego State UniversitySan DiegoCA 92182USA Universit. of California San Diego m.ores Cancer Cent.r La JollaCA 92093USA Com.ut.r Science and Engineering and Halicioglu Dat. Science Inst.t.t. University of California San DiegoLa JollaCA 92093USA

Background:t.ere exist.few m.xim.l oxygen upt.ke(VO_(2m.x))non-exercise-based predict.on equat.ons,fewer using m.chine learning(m.),and none specifically for older *** direct.m.asurem.nt.of VO_(2m.x)is infeasible in large epidem.ologic cohort.st.dies,we sought.t. develop,validat.,com.are,and assess t.e t.ansport.bilit. of several m. VO_(2m.x)predict.on ***:t.e Balt.m.re Longit.dinal St.dy of Aging(BLSA)part.cipant. wit. valid VO2_(m.x)t.st. were included(n=1080).Least.absolut. shrinkage and select.on operat.r,linear-and t.ee-boost.d ext.em. gradient.boost.ng,random.forest.and support.vect.r m.chine(SVm.algorit.m. were t.ained t. predict.VO_(2m.x)*** developed t.ese algorit.m. for:(a)t.e overall BLSA,(b)by sex,(c)using all BLSA variables,and(d)variables com.on in aging ***,we quant.fied t.e associat.ons bet.een m.asured and predict.d VO_(2m.x)and ***:t.e age was 69.0±10.4 years(m.an±SD)and t.e m.asured VO_(2m.x)was 21.6±5.9 m./kg/*** absolut. shrinkage and select.on operat.r,linear-and t.ee-boost.d ext.em. gradient.boost.ng,random.forest.and support.vect.r m.chine yielded root.m.an squared errors of 3.4 m./kg/m.n,3.6 m./kg/m.n,3.4 m./kg/m.n,3.6 m./kg/m.n,and 3.5 m./kg/m.n,*** quart.les of m.asured VO_(2m.x)showed an inverse gradient.in m.rt.lit. *** VO_(2m.x)variables yielded sim.lar effect.est.m.t.s but.were not.robust.t. ***:m.asured VO_(2m.x)is a st.ong predict.r of *** m. can im.rove t.e accuracy of predict.on as com.ared t. sim.ler approaches but.est.m.t.s of associat.on wit. m.rt.lit. rem.in sensit.ve t. *** st.dies should seek t. reproduce t.ese result. so t.at.VO_(2m.x),an im.ort.nt.vit.l sign,can be m.re broadly st.died as a m.difiable t.rget.for prom.t.ng funct.onal resiliency and healt.y aging.

关键词： Cardiorespirat.ry fit.ess Predict.on algorit.m. Epidem.ology m.rt.lit.

t.anslocat.r prot.in and neurodegenerat.on: insight. from.Alzheim.r’s disease

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Neural Regenerat.on Research 2025年第4期20卷 1090-1091页

作者： Arpit.kumar Pradhan Rainer Rupprecht.Gerhard Ram.es Klinik für Anaest.esiologie und Int.nsivm.dizin der t.chnischen Universit.t.m.nchen Klinikum rechts der IsarMunichGermany Graduat. School of Syst.m.c Neurosciences Ludwig-Maximilians-Universität MünchenMartinsriedGermany Depart.0}nt.of Psychiat.y and Psychot.erapy University RegensburgRegensburgGermany

t.e 18 kDa t.anslocat.r prot.in(t.PO)locat.d on t.e out.r m.t.chondrial m.m.rane regulat.s several key cellular processes including m.t.chondrial hom.ost.sis,cholest.rol t.ansport.apopt.sis,cell proliferat.on,and m.int.nance of m.t.chondrial healt.(Rupprecht.et.al.,2022,2023).t.PO is expressed in bot. peripheral organs and t.e cent.al nervous syst.m.wit. a m.re pronounced expression in t.ssues t.at.produce *** m.in reason why t.PO has garnered so m.ch at.ent.on is because it.plays a key role in neurost.roidogenesis by t.ansferring cholest.rol from.t.e out.r t. t.e inner m.t.chondrial m.m.rane,which is t.e rat.-lim.t.ng st.p in neurost.roid synt.esis.A cholest.rol-recognizing am.no acid consensus dom.in has been ident.fied in t.e cyt.solic C t.rm.nus of t.e t.PO prot.in by bot. in vit.o and sit.-direct.d m.t.genesis experim.nt.(Li et.al.,2001).However,t.e role of t.PO in t.e process of neurost.roid synt.esis has been challenged by several st.dies,part.cularly t.PO knockout.m.dels,which suggest.t.at.t.PO rem.val does not.affect.t.e phenot.pe or t.e syst.m.s viabilit.(t. et.al.,2014).However,ligands t.rget.ng t.PO have been shown t. enhance levels of neurost.roids which suggest. t.at.neurost.roidogenesis is one of t.e m.jor funct.onal roles m.diat.d by t.e t.PO prot.in.

关键词： cholest.rol organs

Handgrip st.engt. in t.pe 2 diabet.cs and nondiabet.cs:A com.arat.ve cross-sect.onal st.dy am.ng adult. in rural m.sore

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Journal of Int.grat.ve Nursing 2024年第3期6卷 150-154页

作者： Deepak ANIL m.RAKESH Shabeena AKBAR Vijaylakshm. Rao VADAGA D.Sunil kumar Depart.0}nt.of Com.unit. m.dicine JSS Medical CollegeJSS Academy of Higher Education and ResearchMysoreKarnatakaIndia

Object.ves:t.e object.ve of t.is st.dy is t. assess t.e handgrip st.engt.(HGS)in pat.ent. wit. t.pe 2 diabet.s,com.are it.wit. nondiabet.s age-m.t.hed individuals,and assess t.e correlat.on bet.een diabet.c st.t.s and HGS am.ng diabet.c *** and m.t.ods:A com.unit.-based cross-sect.onal st.dy was conduct.d in rural m.sore,India,for 4 ***-eight.clinically diagnosed t.pe 2 diabet.cs and 58 nondiabet.cs part.cipat.d in t.e *** handheld dynam.m.t.r was used t. t.st.t.e HGS of all subject. in t.eir dom.nant.*** t.t.st.was used t. analyze t.e differences in HGS bet.een pat.ent. wit. and wit.out.***:t.e m.an dynam.m.t.r reading am.ng diabet.cs was 19.08±7.51,whereas t.at.in nondiabet.cs was 27.474±*** was a significant.difference in HGSs bet.een diabet.cs and nondiabet.cs(Pm.scle st.engt. and qualit. in t.e upper ext.em.t.es are associat.d wit. t.pe 2 diabet.s and can lead t. funct.onal and physical *** pat.ent.’HGS should be evaluat.d prom.t.y t. ident.fy any disabilit.es and plan for appropriat. t.erapy.

关键词： Diabet.cs dynam.m.t.r handgrip m.scle st.engt.

Cellulose-based sm.rt.m.t.rials:Novel synt.esis t.chniques,propert.es,and applicat.ons in energy st.rage and conversion devices

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Elect.on 2024年第2期2卷 159-195页

作者： Pariksha Bishnoi Sam.rjeet.Singh Siwal Vijay kumar t.akur Depart.0}nt.of Chem.st.y M.M.Engineering CollegeMaharishi Markandeshwar(Deemed to be University)Mullana-AmbalaHaryanaIndia Biorefining and Advanced m.t.rials Research Cent.r Scotland's Rural College(SRUC)EdinburghUK 3School of WaterEnergy and EnvironmentCranfield UniversityCranfieldUK

t.ere has been a significant.scope t.ward t.e cut.ing-edge in-vest.gat.ons in hierarchical carbon nanost.uct.red elect.odes originat.ng from.cellulosic m.t.rials,such as cellulose nanofibers,available from.nat.ral cellulose and bact.rial *** of energy st.rage syst.m.(ESSs)are t.pically est.blished upon inorganic/m.t.l m.xt.res,carbonaceous im.licat.ons,and pet.oleum.derived hydrocarbon ***,t.ese convent.onal subst.nces m.y need help fulfilling t.e ever-increasing needs of *** has grown significant.y as an im.ressive 1D elem.nt.due t. it. nat.ral availabilit.,eco-friend-liness,recyclabilit.,st.uct.ral ident.t.,sim.le t.ansform.t.on,and dim.nsional ***,in t.is review art.cle,we have discussed t.e role and overview of cellulose-based hydrogels in ***,t.e ext.act.on sources and solvent. used for dissolut.on have been dis-cussed in ***,t.e propert.es(such as self-healing,t.ans-parency,st.engt. and swelling behavior),and applicat.ons(such as flexible bat.eries,fuel cells,solar cells,flexible supercapacit.rs and carbon-based derived from.cellulose)in energy st.rage devices and conclusion wit. exist.ng challenges have been updat.d wit. recent.findings.

关键词： bat.eries cellulose-based m.t.rials energy st.rage devices fuel cells hydrogels supercapacit.rs