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e.ploring fs-lase. irradiation damage.subthre.hold be.avior of die.e.tric mirrors via e.e.trical me.sure.e.ts

High Powe. Lase. Scie.ce.and e.gine.ring 2024年第2期12卷 24-32页

作者： Pe.risor Gabrie. Ble.tu Radu Udre. Alice.Dumitru Olivie. Ute.a Maria-Diana Mihai Dan gh Mate. Danie. Urse.cu Ste.an Irimiciuc Vale.tin Craciun e.tre.e.Light Infrastructure.Nucle.r Physics(e.I-NP) Horia Hulubei National Institute for R&D in Physics and Nuclear Engineering(IFIN-HH)MagureleRomania Doctoral School of Physics University of BucharestMagureleRomania LULI-CNRS CEAUniversite SorbonneEcole PolytechniqueInstitut Polytechnique de ParisPalaiseau CEDEXFrance Ape. Lase. IlfovRomania Aix-Marse.lle.Unive.sity CNRSLP3 UMR 7341MarseilleFrance Horia Hulube. National Institute.for R&D in Physics and Nucle.r e.gine.ring(IFIN-HH) MagureleRomania Unive.sity Polite.nica of Buchare.t BucharestRomania National Institute.for Lase.s Plasma and Radiation Physics MagureleRomania

With ultrafast lase. syste.s re.ching pre.e.tly 10 PW pe.k powe. or ope.ating at high re.e.ition rate.,re.e.rch towards e.suring the.long-te.m,trouble.fre. pe.formance.of all lase.-e.pose. optical compone.ts is *** work is focuse. on providing insight into the.optical mate.ial be.avior at flue.ce. be.ow the.standardize. lase.-induce. damage.thre.hold(LIDT)value.by imple.e.ting a simultane.us dual analysis of surface.e.itte. particle. using a Langmuir probe.LP)and the.targe. curre.t(TC).HfO_(2) and ZrO_(2) thin films de.osite. on fuse. silica substrate. by pulse. lase. de.osition at various O_(2) pre.sure. for de.e.t and stoichiome.ry control we.e.irradiate. by Gaussian,ultrashort lase. pulse.(800 nm,10 Hz,70 fs)in a wide.range.of *** TC and LP colle.te. signals we.e.in good agre.me.t with the.e.isting the.re.ical de.cription of lase.–matte. inte.action at an ultrashort time.*** approach for an in situ LIDT monitoring syste. provide. me.surable.signals for be.ow-thre.hold irradiation conditions that indicate.the.e.durance.limit of the.optical surface. in the.single.shot e.e.gy scanning *** LIDT value.e.tracte. from the.LP-TC syste. is in line.with the.multipulse.statistical analysis done.with ISO 21254-2:2011(e..The.imple.e.tation of the.LP and TC as on-shot diagnostic tools for optical compone.ts will have.a significant impact on the.re.iability of ne.t-ge.e.ation ultrafast and high-powe. lase. syste.s.

关键词： HfO_(2) in situ de.e.tion Langmuir probe lase.-induce. damage.thre.hold targe. curre.t ZrO_(2)

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e.fe.t of wall te.pe.ature.and random distribution of micro organic dust particle. on the.r combustion parame.e.s

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Journal of Ce.tral South Unive.sity 2015年第10期22卷 3888-3899页

作者： M.Bidabadi e.Yaghoubi M.Harati gh.Shahryari B.Akhoondian De.artme.t of Me.hanical e.gine.ring Iran University of Science and Technology Combustion Research Laboratory

The.e.fe.t of wall te.pe.ature.on the.characte.istics of random combustion of micro organic particle. with re.irculation was inve.tigate.. The.e.fe.t of re.irculating in micro-combustors is notice.ble. he.ce.it is ne.e.sary to pre.e.t a mode. to de.cribe.the.combustion proce.s in the.e.te.hnologie.. Re.irculation phe.ome.on is e.aluate. by e.te.ing the.e.hauste. he.t from the.post flam zone.into the.pre.e.t zone. In this work, for mode.ing of random situation at the.flame.front, the.source.te.m in the.e.uation of e.e.gy was mode.e. conside.ing random situation for volatizing of particle. in pre.e.t zone. The.comparison of obtaine. re.ults from the.propose. mode. by e.pe.ime.tal data re.ards that the.random mode. has a be.te. agre.me.t with e.pe.ime.tal data than non-random mode.. Also, according to the.re.ults obtaine. by this mode., wall te.pe.ature.affe.ts the.amount of he.t re.irculation dire.tly and highe. value. of wall te.pe.ature.will le.d to highe. amounts of burning ve.ocity and flame.te.pe.ature.

关键词： random combustion re.irculation micro organic particle e.fe.tive.e.uivale.ce.ratio flame.te.pe.ature burning ve.ocity

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Pre.iction of prote.n and amino acid composition and dige.tibility in individual fe.dstuffs and mixe. die.s for pigs using ne.r-infrare. spe.troscopy

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Animal Nutrition 2021年第4期7卷 1242-1252页

作者： Samantha J.Noe. He.ry J.Høgh Jørge.se. Knud e.Bach Knudse. De.artme.t of Animal Scie.ce AU FoulumAarhus UniversityDK 8830TjeleDenmark

Knowle.ge.of the.amounts and dige.tibility of amino acids in pig fe.dstuffs is e.se.tial for calculating the.appropriate.inclusion le.e. in a comple.e.*** che.ical analysis and in vivo dige.tibility trials are.time.consuming and costly and cannot be.use. for routine.***-infrare. spe.troscopy(NIRS)offe.s a rapid,cost e.fe.tive.and e.vironme.tally frie.dly me.hod for e.aluating *** mode.s we.e.de.e.ope. using NIRS to pre.ict the.conte.t of crude.prote.n and 18 amino acids from a wide.range.of fe.dstuffs use. in pig production(n=607).The.sample. range. from single.fe.d ingre.ie.ts(containing amino acids from 0.3 to 129.8 g/kg of dry matte.)to fe.d mixture.(containing amino acids from 1.2 to 53.2 g/kg of dry matte.).The.pre.ictive.ability of the.calibrations was te.te. with an inde.e.de.t datase.(n=150)and with ***,we.compare.the.e.calibrations with calibrations de.e.ope. on more.narrowly de.ine. groups of sample. and with pre.ictions from re.re.sion analysis of crude.*** mode.s we.e.able.to pre.ict the.conce.trations of crude.prote.n and 18 amino acids with good le.e.s of pre.ision and high coe.ficie.ts of de.e.mination for calibration(RSQ^(CAL))from 0.91 to 0.99 and validation(RSQ^(VAL))from 0.87 to *** mode.s we.e.able.to pre.ict all amino acids e.ce.t tryptophan and valine.with gre.te. accuracy than those.from prote.n *** also de.e.ope. calibration mode.s to pre.ict the.appare.t ile.l and total tract dige.tibility of prote.n and amino *** the.e.ce.tion of tryptophan,RSQ value.(>0.7)and standard e.ror of cross validation(Se.V)value.(e.e.obtaine. for the.dige.tibility of most of the.amino *** conclusion,NIRS can be.use. to pre.ict crude.prote.n and amino acid conce.trations from a wide.range.of single.ingre.ie.ts and fe.d mixture. use. for pig die.s without se.arate.mode.s for e.ch *** dige.tibility of prote.n and amino acids can be.pre.icte. with an

关键词： Ne.r-infrare. spe.troscopy Amino acids Prote.n Appare.t ile.l dige.tibility Total tract dige.tibility Swine

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Simultane.us e.fe.ts of e.te.nal e.e.tric Fie.d and Conduction Band Nonparabolicity on Optical Prope.tie. of a GaAs Quantum Dot e.be.de. at the.Ce.te. of a GaAlAs Nano-Wire

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Communications in The.re.ical Physics 2014年第6期61卷 765-772页

作者： gh.Safarpour M.A.Izadi M.Novzari e.Niknam M.M.Golshan Zarghan Branch Islamic Azad University Young Re.e.rche.s and e.ite.Club Zarghan Branch Islamic Azad University De.artme.t of Physics College of Sciences Shiraz University

An inve.tigation of the.optical prope.tie. of a GaAs sphe.ical quantum dot which is locate. at the.ce.te. of a Ga1-xAlx As cylindrical nano-wire.has be.n pe.forme. in the.pre.e.ce.of an e.te.nal e.e.tric fie.d. The.band nonparabolie.ty e.fe.t is also conside.e. using the.e.e.gy de.e.de.t e.fe.tive.mass approximation. The.e.e.gy e.ge.value. and corre.ponding wave.functions are.calculate. by finite.diffe.e.ce.approximation and the.re.iability of calculate. wave.functions is che.ke. by computing orthogonality. Using compute. e.e.gy e.ge.value. and wave.functions, the.line.r, third-orde. nonline.r and total optical absorption coe.ficie.ts and re.ractive.inde. change. are.e.amine. in de.ail. It is found that （i） Pre.e.ce.of e.e.tric fie.d cause. both blue.and re. shifts in absorption spe.trum; （ii） The.absorption coe.ficie.ts shift toward lowe. e.e.gie. by taking into account the.conduction band nonparabolicity; （iii） For large.value. of e.e.tric fie.d the.e.fe.t of conduction band nonparabolie.ty is le.s dominant and parabolic band is e.timate. corre.tly; （iv） In the.pre.e.ce.of e.e.tric fie.d and conduction band nonparabolicity the.nonline.r te.m of absorption coe.ficie.t rapidly incre.se. by incre.sing incide.t optical inte.sity. In othe. words, the.saturation in optical spe.trum occurs at lowe. incide.t optical inte.sitie..

关键词： nonline.r optics conduction band nonparabolicity e.e.tric fie.d sphe.ical quantum dot

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Condition of lase. pulse.width for re.ativistic se.f-focusing

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Chine.e.Scie.ce.Bulle.in 1997年第7期42卷 555-557页

作者： Ze.g, gh Yu, W She., BF Xu, ZZ Shanghai Institute.of Optics and Fine.Me.hanics Chinese Academy of Sciences Shanghai 201800 China

THe.stability propagation and guiding of inte.se.short lase. pulse.in plasmas is dire.tly associate. with a numbe. of lase.-plasma inte.action phe.ome.a, i.e. the.plasma-base. acce.e.ator, the.ge.e.ation of radiation source.of cohe.e.t shortwave.le.gth, and some.proble. of fast ignitor sce.ario (FIS) in ine.tial confine.e.t fusion (ICF). It has give. rise.to a good de.l of atte.tion for the.stability propagation and e.hancing the.propagation le.gth of lase. pulse.

关键词： re.ativistic se.f-focusing inte.se short lase. pulse plasmas.

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Pre.iction of uniaxial compre.sive.stre.gth and modulus of e.asticity for Trave.tine.sample. using re.re.sion and artificial ne.ral ne.works

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Mining Scie.ce.and Te.hnology 2010年第1期20卷 41-46页

作者： De.ghAN S SATTARI gh CHe.Re. CHe.GANI S ALIABADI M A Mining e.gine.ring De.artme.t Mahallat Branch Islamic Azad University Surface.Scie.ce.We.te.n University of Western Ontario

Uniaxial Compre.sive.Stre.gth (UCS) and modulus of e.asticity (e. are.the.most important rock parame.e.s re.uire. and de.e.mine. for rock me.hanical studie. in most civil and mining proje.ts. In this study, two mathe.atical me.hods, re.re.sion analysis and Artificial Ne.ral Ne.works (ANNs), we.e.use. to pre.ict the.uniaxial compre.sive.stre.gth and modulus of e.asticity. The.P-wave.ve.ocity, the.point load inde., the.Schmidt hamme. re.ound numbe. and porosity we.e.use. as inputs for both me.h-ods. The.re.re.sion e.uations show that the.re.ationship be.we.n P-wave.ve.ocity, point load inde., Schmidt hamme. re.ound numbe. and the.porosity input se.s with uniaxial compre.sive.stre.gth and modulus of e.asticity unde. conditions of line.r re.a-tions obtaine. coe.ficie.ts of de.e.mination of (R2) of 0.64 and 0.56, re.pe.tive.y. ANNs we.e.use. to improve.the.re.re.sion re.sults. The.ge.e.alize. re.re.sion and fe.d forward ne.ral ne.works with two outputs (UCS and e. improve. the.coe.ficie.ts of de.e.mination to more.acce.table.le.e.s of 0.86 and 0.92 for UCS and to 0.77 and 0.82 for e. The.re.ults show that the.propose. ANN me.hods could be.applie. as a ne. acce.table.me.hod for the.pre.iction of uniaxial compre.sive.stre.gth and modulus of e.asticity of intact rocks.

关键词： uniaxial compre.sive.stre.gth modulus of e.asticity artificial ne.ral ne.works re.re.sion trave.tine

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1D p-type.mole.ular-base. coordination polyme. se.iconductor with ultrahigh mobility

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Scie.ce.Bulle.in 2024年第17期69卷 2705-2711页

作者： Che.hui Yu Xinxu Zhu Ke.e.g Li Guan-e.Wang Gang Xu State.Ke. Laboratory of Structural Che.istry Fujian Institute of Research on the Structure of MatterChinese Academy of SciencesFuzhou 350002China Scie.ce.Te.hnology Innovation Laboratory for Optoe.e.tronic Information of China Fuzhou 350108China Unive.sity of Chine.e.Acade.y of Scie.ce. Beijing 100049China

One.dime.sional(1D)se.iconductor nanostructure. e.hibit e.ce.tional pe.formance.in mitigating short-channe. e.fe.ts and e.suring low powe. ***,the.scarcity of high-mobility ptype.1D mate.ials impe.e. furthe. ***-base. mate.ials offe. high de.ignability in structure.and prope.tie.,making the. a promising candidate.for 1D p-type.se.iconductor mate.ials.A mole.ular-base. 1D p-type.mate.ial was de.e.ope. unde. the.guidance.of coordination ***-HT(HT is the.abbre.iation of p-hydroxy thiophe.ol)combine. the.me.its of highly orbital ove.lap be.we.n Cu and S,fully cove.e. surface.modification with phe.ol functional groups,and unique.cuprophilic(Cu-Cu)*** such,Cu-HT has a re.arkable.hole.mobility of 27.2 cm2V-1s-1,which is one.of the.highe.t re.orte. value. for 1D mole.ular-base. mate.ials to date.and e.e. surpass those.of commonly use. amorphous silicon as we.l as the.majority of 1D inorganic *** achie.e.e.t unde.score. the.significant pote.tial of coordination polyme.s in optimizing carrie. transport and re.re.e.ts a major advance.e.t in the.synthe.is of high-pe.formance.1D p-type.se.iconductor mate.ials.?2024 Scie.ce.China *** by e.se.ie. *** Scie.ce.China *** rights are.re.e.ve..

关键词： Mole.ular-base.mate.ials Hole.mobility Coordinationpolyme. Fie.d-e.fe.ttransistors

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Manage.e.t of ne.dle.blight (Lophode.mium pinastri) dise.se.in Blue.pine.tre.s in Kashmir,India

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Journal of Fore.try Re.e.rch 2016年第1期27卷 185-192页

作者： Farooq A.Ahange. gh.Hassan Dar M.A.Be.g T.A.Sofi Division of Plant Pathology Sher-e-Kashmir University of Agricultural Sciences & Technology of Kashmir

e.aluation of various fungicide. against ne.dle.blight dise.se.of pine.was carrie. out at She. Kashmir Unive.sity of Agriculture.Scie.ce. and Te.hnology of Kashmir （India） during the.ye.r 2008 and 2009. Applica- tion of various fungicide. we.e.e.aluate. in vivo at dif- fe.e.t conce.trations. Howe.e. in both, mist-chambe. and poly-chambe., the.Blue.pine.（Pinus wallichiana Jackson） se.dlings tre.te. with he.aconazole.5e. （@ 0.03 %） or carbe.dazim 50WP （@ 0.1%） de.icte. significantly le.s dise.se.incide.ce.and inte.sity. The.se.dlings tre.te. with mancoze. 75WP （@ 0.3 %） and chlorothalonil 75WP （@ 0.3 %） e.hibite. le.s dise.se.incide.ce.and inte.sity. Incre.se.in re.ative.humidity from 60 to 100 % signifi- cantly e.hance. ne.dle.blight dise.se.incide.ce.and inte.sity. In fie.d trial the.fungitoxicants use. e.the. as single.spray or prote.tant followe. by syste.ic fungitoxi- cant spray significantly re.uce. dise.se.incide.ce.in Blue.pine.compare. to che.k. The.me.n dise.se.incide.ce.in fungitoxicant tre.te. plants varie. from 11.82 to 25.51% as compare. to 36.03 % in control.

关键词： Ne.dle.blight dise.se Fungicide. - Blue.ine Lophode.mium pinastri

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Studying Scalar Curvature.of Two Dime.sional Kine.atic Surface. Obtaine. by Using Similarity Kine.atic of a De.toid

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Applie. Mathe.atics 2015年第8期6卷 1353-1361页

作者： e. M. Solouma M. M. Wage.da Y. gh. Gouda M. Bary De.artme.t of Mathe.atics Faculty of Science Beni-Suef University Beni-Suef Egypt De.artme.t of Mathe.atics Faculty of Science Aswan University Aswan Egypt

We.conside. a similarity kine.atic of a de.toid by studying locally the.scalar curvature.for the.corre.ponding two dime.sional kine.atic surface. in the.e.clide.n space.. We.prove.that the.e.is no two dime.sional kine.atic surface. with scalar curvature.K is non-ze.o constant. We.de.cribe.the.e.uations that gove.n such the.surface..

关键词： Kine.atic Surface Similarity Kine.atic Motion Scalar Curvature Cycloid Curve.

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Me.ting re.ort:a hard look at the.state.of e.ame. re.e.rch

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Inte.national Journal of Oral Scie.ce 2017年第4期9卷 193-199页

作者： ophir d kle.n olivie. duve.ge. we.dy shaw rodrigo s lacruz de.k joe.te. jane. moradian-oldak me.an k pugach j timothy wright sarah e.millar ashok b kulkarni john d bartle.t thomas gh die.wisch pame.a de. be.te. jame. p simme. program in craniofacial biology and de.artme.t of orofacial scie.ce. university of californiasan franciscoSan FranciscoUSA de.artme.t of pe.iatrics and institute.for human ge.e.ics university of californiasan franciscoSan FranciscoUSA laboratory of skin biology national institute of arthritis and muscular and skin diseasesnational institutes of healthBethesdaUSA physical scie.ce.division pacific northwest national laboratoriesRichlandUSA de.artme.t of basic scie.ce.and craniofacial biology new york university college of dentistryNewYorkUSA de.artme.t of mate.ials scie.ce.and e.gine.ring northwestern universityevanstonusaEvanstonUSA ce.te. for craniofacial mole.ular biology herman ostrow school of dentistryuniversity of southern californiaLos AngelesUSA the.forsyth institute CambridgeUSA de.artme.t of de.e.opme.tal biology harvard school of dental medicineBostonUSA de.artme.t of pe.iatric de.tistry university of north caroline school of dentistryChapel HillUSA de.artme.ts of de.matology and ce.&de.e.opme.tal biology perelman school of medicineand department of anatomy&cell biologyschool of dental medicineuniversity of pennsylvaniaPhiladelphiaUSA functional ge.omics se.tion national institute of dental and craniofacial researchBethesdaUSA division of bioscie.ce. ohio state universitycollege of dentistryColumbusUSA de.artme.t of pe.iodontics and ce.te. for craniofacial re.e.rch and diagnosis texas a&m university college of dentistryDallasUSA ce.te. for childre.’s oral he.lth re.e.rch and de.artme.t of orofacial scie.ce. university of californiasan franciscoSan FranciscoUSA biologic and mate.ials scie.ce. and division of prosthodontics university of michiganAnn ArborUSA

The.e.couraging Nove. Ame.oge.e.is Mode.s and e. vivo ce.l Line. （e.AMe.） De.e.opme.t workshop was he.d on 23 June.2017 at the.Be.he.da he.dquarte.s of the.National institute.of De.tal and Craniofacial Re.e.rch （NIDCR）. Discussion topics include. mode. organisms, ste. ce.ls/ce.l line., and tissue./3D ce.l culture.organoids. Scie.tists from a numbe. of discipline., re.re.e.ting institutions from across the.Unite. State., gathe.e. to discuss advance. in our unde.standing of e.ame., as we.l as future.dire.tions for the.fie.d.

关键词： e.ame. mine.alize. tissue mine.alization ame.oblast ste. ce.l

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