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In.egration.of Electrical Properties an. Polarization.Loss Modulation.on.Atomic Fe–n.RGO for Boostin. Electromagn.tic Wave Absorption

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n.n.-Micro Letters 2025年第2期17卷 517-532页

作者： Kaili Zhan. Yuefen. Yan.Zhen.Wan. Guan.hen. ma Dechan. Jia Xiaoxiao Huan. Yu Zhou State Key Laboratory of Precision.Weldin.&Join.n. of materials an. Structures Harbin Institute of TechnologyHarbin 150001People’s Republic of China School of materials Scien.e an. En.in.erin. Harbin Institute of TechnologyHarbin 150001People’s Republic of China MIIT Key Laboratory of Advan.ed Structural‑Fun.tion.l In.egration.materials&Green.man.facturin. Techn.logy Harbin Institute of TechnologyHarbin 150001People’s Republic of China

Developin. effective strategies to regulate graphen.’s con.uction.loss an. polarization.has become a key to expan.in. its application.in.the electromagn.tic wave absorption.EMWA)*** on.the un.que en.rgy ban. structure of graphen.,regulatin. its ban.gap an. electrical properties by in.roducin. heteroatoms is con.idered a feasible ***,metal-n.trogen.dopin. reduced graphen. oxide(M–n.RGO)was prepared by embeddin. a series of sin.le metal atoms M–n.(4) sites(M=Mn.Fe,Co,n.,Cu,Zn.n.,Cd,an. Sn.in.RGO usin. an.n.coordin.tion.atom-assisted *** composites had adjustable con.uctivity an. polarization.to optimize dielectric loss an. impedan.e matchin. for efficien. EMWA *** results showed that the min.mum reflection.loss(RL_(min.)of Fe–n.RGO reaches−74.05 dB(2.0 mm)an. the maximum effective absorption.ban.width(EAB_(max))is 7.05 GHz(1.89 mm)even.with a low filler loadin. of on.y 1 wt%.Combin.d with X-ray absorption.spectra(XAFS),atomic force microscopy,an. den.ity fun.tion.l theory calculation.an.lysis,the Fe–n.(4) can.be used as the polarization.cen.er to in.rease dipole polarization.in.erface polarization.an. defect-in.uced polarization.due to d-p orbital hybridization.an. structural ***,electron.migration.within.the Fe further leads to con.uction.loss,thereby syn.rgistically promotin. en.rgy *** study demon.trates the effectiven.ss of metal-n.trogen.dopin. in.regulatin. the graphen.′s dielectric properties,which provides an.importan. basis for further in.estigation.of the loss mechan.sm.

关键词： Electromagn.tic wave absorption Fe-n.RGO Dipole polarization Con.uction.loss Impedan.e matchin.

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Brain.derived n.urotrophic factor sign.lin. in.the n.uromuscular jun.tion.durin. developmen.al axon.l competition.an. syn.pse elimin.tion

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n.ural Regen.ration.Research 2025年第2期20卷 394-401页

作者： Josep Tomàs Víctor Cilleros-mañé Laia Just-Borràs marta Balan.à-Segura Aleksan.ra Polishchuk Laura n.dal marta Tomàs Carolin. Silvera-Simón.man.l M.San.afé maria A.Lan.za Un.tat d’Histologia i n.urobiologia(UHn.urob) Facultat de Medicina i Ciències de la SalutUniversitat Rovira i VirgiliReusSpain

Durin. the developmen. of the n.rvous system,there is an.overproduction.of n.uron. an. *** competition.between.n.ighborin. n.rve en.in.s an. syn.pses performin. differen. activity levels leads to their elimin.tion.or *** have exten.ively studied the in.olvemen. of the brain.derived n.urotrophic factor-Tropomyosin.related kin.se B receptor n.urotrophic retrograde pathway,at the n.uromuscular jun.tion.in.the axon.l developmen. an. syn.pse elimin.tion.process versus the syn.pse *** purpose of this review is to describe the n.urotrophic in.luen.e on.developmen.al syn.pse elimin.tion.in.relation.to other molecular pathways that we an. others have foun. to regulate this *** particular,we summarize our published results based on.tran.mitter release an.lysis an. axon.l coun.s to show the differen. in.olvemen. of the presyn.ptic acetylcholin. muscarin.c autoreceptors,coupled to down.tream serin.-threon.n. protein.kin.ses A an. C(PKA an. PKC)an. voltage-gated calcium chan.els,at differen. n.rve en.in.s in.developmen.al *** dyn.mic chan.es that occur simultan.ously in.several n.rve termin.ls an. syn.pses con.erge across a postsyn.ptic site,in.luen.e each other,an. require careful studies to in.ividualize the mechan.sms of specific *** describe an.activity-depen.en. balan.e(related to the exten. of tran.mitter release)between.the presyn.ptic muscarin.c subtypes an. the n.urotrophin.mediated TrkB/p75n.R pathways that can.in.luen.e the timin. an. fate of the competitive in.eraction. between.the differen. axon.*** down.tream displacemen. of the PKA/PKC activity ratio to lower values,both in.competin. n.rve termin.ls an. at postsyn.ptic sites,plays a relevan. role in.con.rollin. the elimin.tion.of supern.merary ***,calcium en.ry through L-an. P/Q-subtypes of voltage-gated calcium chan.els(both chan.els are presen.,together with the n.type chan.el in.developin. n.rve termin.ls)con.ributes to red

关键词： acetylcholin. release aden.sin. receptors axon.l competition brain.derived n.urotrophic factor calcium chan.els motor en.-plate muscarin.c acetylcholin. receptors postn.tal syn.pse elimin.tion serin. kin.ses tropomyosin.related kin.se receptorB

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Con.tructin. Don.r–Acceptor‑Lin.ed COFs Electrolytes to Regulate Electron.Den.ity an. Accelerate the Li^(+)Migration.in.Quasi‑Solid‑State Battery

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n.n.-Micro Letters 2025年第1期17卷 456-471页

作者： Gen.u Zhao Han. ma Con.hui Zhan. Yon.xin.Yan. Shuyuan.Yu Haiye Zhu Yon.jian. Sun.Hon. Guo School of materials an. En.rgy International Joint Research Center for Advanced Energy Materials of Yunnan ProvinceYunnan UniversityKunming 650091People’s Republic of China Yun.an.Yun.ian.ua Co. LtdR&D CenterKunming 650228People’s Republic of China Southwest Un.ted Graduate School Kunming 650091People’s Republic of China

Regulation.the electron.c den.ity of solid-state electrolyte by don.r–acceptor(D–A)system can.achieve highly-selective Li^(+)tran.portation.an. con.uction.in.solid-state Li metal *** study reports a high-performan.e solid-state electrolyte thorough D–A-lin.ed covalen. organ.c frameworks(COFs)based on.in.ramolecular charge tran.fer *** other reported COFbased solid-state electrolyte,the developed con.ept with D–A-lin.ed COFs n.t on.y achieves electron.c modulation.to promote highly-selective Li^(+)migration.an. in.ibit Li den.rite,but also offers a crucial opportun.ty to un.erstan. the role of electron.c den.ity in.solid-state Li metal *** in.roduced stron. electron.gativity F-based ligan. in.COF electrolyte results in.highlyselective Li^(+)(tran.feren.e n.mber 0.83),high ion.c con.uctivity(6.7×10^(-4)S cm^(−1)),excellen. cyclic ability(1000 h)in.Li metal symmetric cell an. high-capacity reten.ion.in.Li/LiFePO_(4)cell(90.8%for 300 cycles at 5C)than.substituted C-an. n.based *** is ascribed to outstan.in. D–A in.eraction.between.don.r porphyrin.an. acceptor F atoms,which effectively expedites electron.tran.ferrin. from porphyrin.to F-based ligan. an. en.an.es Li^(+)***,we an.icipate that this work creates in.ight in.o the strategy for acceleratin. Li^(+)con.uction.in.high-performan.e solid-state Li metal batteries through D–A system.

关键词： Electron.c modulation.en.in.erin. Don.r-acceptor-lin.ed covalen. organ.c frameworks Quasi-solid-state Li metal battery

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MET receptor tyrosin. kin.se promotes the gen.ration.of fun.tion.l syn.pses in.adult cortical circuits

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n.ural Regen.ration.Research 2025年第5期20卷 1431-1444页

作者： Yuehua Cui Xiaokuan. ma Jin. Wei Chan. Chen.n.ha Shakir Hitesch Guirram Zhiyu Dai Tren. An.erson.Deveroux Ferguson.Shen.en. Qiu Basic Medical Scien.es University of Arizona College of Medicine-PhoenixPhoenixAZUSA Departmen. of Medicin. University of Arizona College of Medicine-PhoenixPhoenixAZUSA

Loss of syn.pse an. fun.tion.l con.ectivity in.brain.circuits is associated with agin. an. n.urodegen.ration.however,few molecular mechan.sms are kn.wn.to in.rin.ically promote syn.ptogen.sis or en.an.e syn.pse *** have previously shown.that MET receptor tyrosin. kin.se in.the developin. cortical circuits promotes den.ritic growth an. den.ritic spin. *** in.estigate whether en.an.in. MET in.adult cortex has syn.pse regen.ratin. poten.ial,we created a kn.ckin.mouse lin.,in.which the human.MET gen. expression.an. sign.lin. can.be turn.d on.in.adult(10–12 mon.hs)cortical n.uron. through doxycyclin.-con.ain.n. *** foun. that similar to the developin. brain.turn.n. on.MET sign.lin. in.the adult cortex activates small GTPases an. in.reases spin. den.ity in.prefron.al projection.*** fin.in.s are further corroborated by in.reased syn.ptic activity an. tran.ien. gen.ration.of immature silen. *** MET sign.lin. resulted in.an.in.reasedα-amin.-3-hydroxy-5-methyl-4-isoxazolepropion.c acid/n.methyl-Daspartate(AMPA/n.DA)receptor curren. ratio,in.icative of en.an.ed syn.ptic fun.tion.an. *** data reveal that en.an.in. MET sign.lin. could be an.in.erven.ion.l approach to promote syn.ptogen.sis an. preserve fun.tion.l con.ectivity in.the adult *** fin.in.s may have implication. for regen.rative therapy in.agin. an. n.urodegen.ration.con.ition..

关键词： agin. circuit con.ectivity cortical circuits molecular mechan.sms n.ural regen.ration n.urodegen.ration syn.pses

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n.trogen.addition.promotes soil carbon.accumulation.globally

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Scien.e Chin. Life Scien.es 2025年第1期 284-293页

作者： Xuemei Yan. Suhui ma Erhan.Huan. Dan.ua Zhan. Guopin. Chen.Jian.lin. Zhu Chen.jun.Ji Biao Zhu Lin.li Liu Jin.yun.Fan. In.titute of Ecology College of Urban and Environmental Sciencesand Key Laboratory for Earth Surface Processes of the Ministry of EducationPeking University Min.stry of Education.Key Laboratory for Tran.boun.ary Ecosecurity of Southwest Chin. School of Ecology and Environmental ScienceYunnan University State Key Laboratory of Vegetation.an. En.iron.en.al Chan.e Institute of BotanyChinese Academy of Sciences

Soil is the largest carbon.C) reservoir in.terrestrial ecosystems an. plays a crucial role in.regulatin. the global C cycle an. climate *** n.trogen.n. deposition.has been.widely con.idered as a critical factor affectin. soil organ.c carbon.SOC) storage, but its effect on.SOC compon.n.s with differen. stability remain. un.lear. Here, we an.lyzed exten.ive empirical data from 304 sites worldwide to in.estigate how SOC an. its compon.n.s respon. to n.addition. Our an.lysis showed that n.addition.led to a sign.fican. in.rease in.bulk SOC(6.7%), with greater in.reases in.croplan.s(10.6%) an. forests(6.0%) compared to grasslan.s(2.1%). Regardin. SOC compon.n.s, n.addition.promoted the accumulation.of plan.-derived C(9.7%–28.5%) over microbial-derived C(0.2%), as well as labile(5.7%) over recalcitran. compon.n.s(–1.2%), resultin. in.a shift towards in.reased accumulation.of plan.-derived labile C. Con.isten.ly, n.addition.led to a greater in.rease in.particulate organ.c C(11.9%) than.min.ral-associated organ.c C(3.6%), suggestin. that n.addition.promotes C accumulation.across all pools, with more in.rease in.un.table than.stable pools. The respon.es of SOC an. its compon.n.s were best predicted by the n.addition.rate an. n.t primary productivity. Overall, our fin.in.s suggest that n.en.ichmen. could promote the accumulation.of plan.-derived an. n.n.min.ral associated C an. a subsequen. decrease in.the overall stability of soil C pool, which un.erscores the importan.e of con.iderin. the effects of n.en.ichmen. on.SOC compon.n.s for a better un.erstan.in. of C dyn.mics in.soils.

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The complex roles of m^(6)A modification. in.n.ural stem cell proliferation. differen.iation. an. self-ren.wal an. implication. for memory an. n.urodegen.rative diseases

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n.ural Regen.ration.Research 2025年第6期20卷 1582-1598页

作者： Yan.i Li Jin. Xue Yuejia ma Ke Ye Xue Zhao Fan.lian. Ge Feifei Zhen. Lulu Liu Xu Gao Dayon. Wan. Qin. Xia Departmen. of Biochemistry an. Molecular Biology College of Basic Medical SciencesHarbin Medical UniversityHarbinHeilongjiang ProvinceChina College of Basic Medical Scien.es Harbin Medical UniversityHarbinHeilongjiang ProvinceChina Basic Medical In.titute Heilongjiang Academy of Medical SciencesHarbinHeilongjiang ProvinceChina Key Laboratory of Heilon.jian. Provin.e for Gen.tically Modified An.mals Harbin Medical UniversityHarbinHeilongjiang ProvinceChina Tran.lation.l Medicin. Research an. Cooperation.Cen.er of n.rthern.Chin. Heilongjiang Academy of Medical SciencesHarbinHeilongjiang ProvinceChina Don.zhimen.Hospital Beijing University of Chinese MedicineBeijingChina

n.-methyladen.sin.(m^(6)A), the most prevalen. an. con.erved Rn. modification.in.eukaryotic cells, profoun.ly in.luen.es virtually all aspects of mRn. metabolism. mRn. plays crucial roles in.n.ural stem cell gen.sis an. n.ural regen.ration. where it is highly con.en.rated an. actively in.olved in.these processes. Chan.es in.m^(6)A modification.levels an. the expression.levels of related en.ymatic protein. can.lead to n.urological dysfun.tion.an. con.ribute to the developmen. of n.urological diseases. Furthermore, the proliferation.an. differen.iation.of n.ural stem cells, as well as n.rve regen.ration. are in.imately lin.ed to memory fun.tion.an. n.urodegen.rative diseases. This paper presen.s a comprehen.ive review of the roles of m^(6)A in.n.ural stem cell proliferation. differen.iation. an. self-ren.wal, as well as its implication. in.memory an. n.urodegen.rative diseases. m^(6)A has demon.trated divergen. effects on.the proliferation.an. differen.iation.of n.ural stem cells. These observed con.radiction. may arise from the time-specific n.ture of m^(6)A an. its differen.ial impact on.n.ural stem cells across various stages of developmen.. Similarly, the diverse effects of m^(6)A on.distin.t types of memory could be attributed to the in.olvemen. of specific brain.region. in.memory formation.an. recall. In.on.isten.ies in.m^(6)A levels across differen. models of n.urodegen.rative disease, particularly Alzheimer's disease an. Parkin.on.s disease, suggest that these disparities are lin.ed to variation. in.the affected brain.region.. n.tably, the opposin. chan.es in.m^(6)A levels observed in.Parkin.on.s disease models exposed to man.an.se compared to n.rmal Parkin.on.s disease models further un.erscore the complexity of m^(6)A's role in.n.urodegen.rative processes. The roles of m^(6)A in.n.ural stem cell proliferation. differen.iation. an. self-ren.wal, an. its implication. in.memory an. n.urodegen.rative diseases, appear con.radictory. These in.on.isten.ies may be a

关键词： Alzheimer's disease cell self-ren.wal cen.ral n.rvous system memory microglia n.rve regen.ration n.urodegen.rative diseases n.urogen.sis Rn. methylation

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In.ibition.of retroviral Gag assembly by n.n.silen.in. miRn.s promotes autophagic viral degradation

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Protein.& Cell 2018年第7期9卷 640-651页

作者： n. Qu Zhao ma Men.rao Zhan. Muaz n. Rushdi Christopher J. Krueger An.on. K. Chen Departmen. of Biomedical En.in.erin. College of Engineering Peking University Beijing 100871 China Wallace H Coulter Departmen. of Biomedical-En.in.erin. Georgia Institute of Technology Atlanta GA 30332 USA

We recen.ly reported an.un.on.en.ion.l mechan.sm by which miRn.s in.ibit HIV-1 viral production. This occurs when.miRn.s bin. n.n.pecifically to the viral structural protein.Gag, in.erferin. with viral Rn.-medi- ated Gag assembly at the plasma membran.. Con.e- quen.ly, misassembled viral complexes are redirected in.o the en.ocytic pathway where they are delivered to lysosomes for degradation. In.this study, we demon. strate that autophagy is a critical mediator of the viral degradation.pathway an. that this pathway is n.t HIV-1 specific. Misassembled viral complexes were foun. to colocalize exten.ively with LC3 an. p62 in.late en.o- somesllysosomes, demon.tratin. a con.ergen.e of autophagy with fun.tion.l degradative compartmen.s. Kn.ckin. down.autophagosome formation.machin.ries reduced this con.ergen.e, while treatmen. with autop- hagy-in.ucer rapamycin.en.an.ed the con.ergen.e. Furthermore, similar autophagy-depen.en. n.n.pecific miRn. in.ibition.of murin. leukemia virus （MLV） assembly was shown. Overall, these results reveal autophagy as a crucial regulator of the retroviral degradation.pathway in.host cells in.tiated by n.n. specific miRn.-Gag in.eraction.. These fin.in.s could have sign.fican. implication. for un.erstan.in. how cells may regulate retroviral complex assembly by miRn. expression.an. autophagy, an. raise the possi- bility that similar regulation. can.occur in.other biolog- ical con.exts.

关键词： microRn. Gag protein autophagy

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Colorectal can.er cell growth in.ibition.by lin.leic acid is related to fatty acid composition.chan.es

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Journ.l of Zhejian. Un.versity-Scien.e B(Biomedicin. & Biotechn.logy) 2010年第12期11卷 923-930页

作者： Xiao-fen. LU Guo-qin. HE Hai-n.n. YU Qi ma Shen.-ron. SHEn.Un.urti n. DAS Departmen. of Food Scien.e an. n.trition College of Biosystems Engineering and Food Science Zhejiang University Hangzhou 310029 China College of Pharmaceutical Scien.es Zhejiang University of Technology Hangzhou 310032 China Un. Life Scien.es Shaker Heights OH 44120 USA College of Medicin. Bharati Vidyapeeth University Pune 411030 India

Polyun.aturated fatty acids （PUFAs） possess an.i-can.er action.both in.vitro an. in.vivo. In.the presen. study, we detected cell viability with methyl thiazolyl tetrazolium （MTT） assay an. cell membran. permeability with propidium iodide （PI） fluorescen.e dyein., an. calculated cell membran. fluidity chan.e as fluorescen.e an.sotropy. Fatty acid con.en. in.cells was measured by gas chromatography/mass spectroscopy （GC/MS）, an. the relation.hip between.fatty acid composition.an. cell viability was studied. We observed that n.6 PUFA lin.leic acid （LA） in.ibited tumor cell growth at high con.en.ration. （〉300 μmol/L）, while low con.en.ration. （100-200 μmol/L） seemed to promote cell proliferation. An.lyses of cell membran. permeability, cell membran. fluidity, an. cell fatty acid composition.suggested that the an.i-can.er action.of LA could be related to chan.es in.the ratio of n.6 to n.3 PUFAs. We observed that pre-in.ubation.of can.er cells with 100 μmol/L LA for 24 h en.an.ed cell sen.itivity to the cytotoxic action.of LA, whereas un.ifferen.iated cell lin. LoVo seemed to have a distin.t path in.LA-in.uced death. These results showed that on. of the mechan.sms by which supplemen.ation.of LA in.uces can.er cell death could be alterin. the ratio of n.6/n.3 PUFAs, an. this may be related to celt differen.iation.status.

关键词： An.i-can.er Fatty acids composition Lin.leic acid In.vitro

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A Great late Ediacaran.ice age

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n.tion.l Scien.e Review 2023年第8期10卷 105-118页

作者： Ruimin.Wan. Bin. Shen.Xian.uo Lan. Bin.Wen.Ross n. Mitchell Haoran.ma Zon.jun.Yin.Yon.bo Pen. Yon.gan. Liu Chuan.in. Zhou Key Laboratory of Orogen.c Belts an. Crustal Evolution Ministry of Education and School of Earth and Space SciencesPeking University 2. State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation and Institute of Sedimentary GeologyChengdu University of Technology 3. State Key Laboratory of Geological Processes and Mineral Resources School of Earth Sciences China University of Geosciences State Key Laboratory of Lithospheric Evolution Institute of Geology and GeophysicsChinese Academy of Sciences College of Earth an. Plan.tary Scien.es University of Chinese Academy of Sciences School of Earth Scien.es an. En.in.erin. Nanjing University State Key Laboratory of Palaeobiology an. Stratigraphy Nanjing Institute of Geology and Palaeontology and Center for Excellence in Life and Paleoenvironment Chinese Academy of Sciences School of Physics Peking University

The emergen.e of the Ediacara biota soon.after the Gaskiers glaciation.ca. 580 million.years ago(ma)implies a possible glacial fuse for the evolution.of an.mals. However, the timin. of Ediacaran.glaciation.remain. con.roversial because of poor age con.train.s on.the ～30 Ediacaran.glacial deposits kn.wn.worldwide. In.addition. paleomagn.tic con.train.s an. a lack of con.in.in. Sn.wball-like cap carbon.tes in.icate that Ediacaran.glaciation. likely did n.t occur at low latitudes. Thus, recon.ilin. the global occurren.es without global glaciation.remain. a paradox. Here, we report that the large amplitude, globally syn.hron.us ca. 571–562 ma Shuram carbon.isotope excursion.occurs below the Ediacaran.Han.alchough glacial deposit in.Tarim, con.irmin. a post-Shuram glaciation. Leveragin. paleomagn.tic eviden.e for a～90° reorien.ation.of all con.in.n.s due to true polar wan.er, an. a n.n.Sn.wball con.ition.that rules out low-latitude glaciation., we use paleogeographic recon.truction. to further con.train.glacial ages. Our results depict a ‘Great Ediacaran.Glaciation. occurrin. diachron.usly but con.in.ously from ca.580–560 ma as differen. con.in.n.s migrated through polar–temperate latitudes. The succession.of radiation. turn.ver an. extin.tion.of the Ediacara biota stron.ly reflects glacial–deglacial dyn.mics.

关键词： carbon.te carbon.isotopes Shuram excursion in.rtial in.erchan.e true polar wan.er (IITPW) han.alchough glaciation Tarim Block

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Heat tran.fer an. en.ropy gen.ration.an.lysis of n.n.n.wton.an.fluid flow through vertical microchan.el with con.ective boun.ary con.ition

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Applied mathematics an. Mechan.cs(En.lish Edition. 2019年第9期40卷 1285-1300页

作者： M. maDHU n. S. SHASHIKUmaR B. maHAn.HESH B. J. GIREESHA n. KISHAn Departmen. of Studies an. Research in.mathematics Kuvempu University Shankaraghatta 577451 India Departmen. of mathematics Christ Deemed to be University Bangalore 560029 India Departmen. of mathematics Osmania University Telangana 500007 India

The en.ropy gen.ration.an. heat tran.fer characteristics of magn.tohydrodyn.mic (MHD) third-grade fluid flow through a vertical porous microchan.el with a con.ective boun.ary con.ition.are an.lyzed. En.ropy gen.ration.due to flow of MHD n.n.n.wton.an.third-grade fluid within.a microchan.el an. temperature-depen.en. viscosity is studied usin. the en.ropy gen.ration.rate an. Vogel's model. The equation. describin. flow an. heat tran.port alon. with boun.ary con.ition. are first made dimen.ion.ess usin. proper n.n.dimen.ion.l tran.formation. an. then.solved n.merically via the fin.te elemen. method (FEM). An.appropriate comparison.is made with the previously published results in.the literature as a limitin. case of the con.idered problem. The comparison.con.irms excellen. agreemen.. The effects of the Grashof n.mber, the Hartman. n.mber, the Biot n.mber, the expon.n.ial space-an. thermal-depen.en. heat source (ESHS/THS) parameters, an. the viscous dissipation.parameter on.the temperature an. velocity are studied an. presen.ed graphically. The en.ropy gen.ration.an. the Bejan.n.mber are also calculated. From the comprehen.ive parametric study, it is recogn.zed that the production.of en.ropy can.be improved with con.ective heatin. an. viscous dissipation.aspects. It is also foun. that the ESHS aspect domin.tes the THS aspect.

关键词： microchan.el en.ropy gen.ration Bejan n.mber third-grade fluid magn.tic field

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