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blockchain-Assiste. Se.ure.Fine.Graine. Se.rchable.e.cryption for a Cloud-base. He.lthcare.Cybe.-Physical Syste.

Ie.e.CAA Journal of Automatica Sinica 2021年第12期8卷 1877-1890页

作者： mamta brij b.Gupta Kuan-Ching Li Victor C.m.Le.n Kostas e.Psannis Shingo Yamaguchi Ie.e the.De.artme.t of Compute. e.gine.ring National Institute of Technology the.Asia Unive.sity the.macquarie.Unive.sity the.De.artme.t of Compute. Scie.ce.and Information e.gine.ring Providence University the.Compute. Scie.ce.and Software.e.gine.ring Shenzhen University the.Unive.sity of british Columbia the.De.artme.t of Applie. Informatics University of Macedonia the.Graduate.School of Scie.ce. and Te.hnology for Innovation Yamaguchi University

The.conce.t of sharing of pe.sonal he.lth data ove. cloud storage.in a he.lthcare.cybe. physical syste. has be.ome.popular in re.e.t time. as it improve. acce.s *** privacy of he.lth data can only be.pre.e.ve. by ke.ping it in an e.crypte. form,but it affe.ts usability and fle.ibility in te.ms of e.fe.tive.***-base. se.rchable.e.cryption(AbSe.has prove. its worth by providing fine.graine. se.rching capabilitie. in the.share. cloud ***,it is not practical to apply this sche.e.to the.de.ice. with limite. re.ource. and storage.capacity be.ause.a typical AbSe.involve. se.ious *** a he.lthcare.cloud-base. cybe.-physical syste.(CCPS),the.data is ofte. colle.te. by re.ource.constraint de.ice.;the.e.ore.he.e.also,we.cannot dire.tly apply AbSe.*** the.propose. work,the.inhe.e.t computational cost of the.AbSe.sche.e.is manage. by e.e.uting the.computationally inte.sive.tasks of a typical AbSe.sche.e.on the.blockchain ***,it make. the.propose. sche.e.suitable.for online.storage.and re.rie.al of pe.sonal he.lth data in a typical *** the.assistance.of blockchain te.hnology,the.propose. sche.e.offe.s two main ***,it is fre. from a truste. authority,which make. it ge.uine.y de.e.tralize. and fre. from a single.point of ***,it is computationally e.ficie.t be.ause.the.computational load is now distribute. among the.conse.sus node. in the.blockchain ***,the.task of initializing the.syste.,which is conside.e. the.most computationally inte.sive.and the.task of partial se.rch toke. ge.e.ation,which is conside.e. as the.most fre.ue.t ope.ation,is now the.re.ponsibility of the.conse.sus *** e.iminate. the.ne.d of the.truste. authority and re.uce. the.burde. of data use.s,***,in comparison to e.isting de.e.tralize. fine.graine. se.rchable.e.cryption sche.e.,the.propose. sche.e.has achie.e. a significant re.uction in storage.and computational cost for the.se.re.

关键词： Cloud-base. cybe.-physical syste.s(CCPS) data e.cryption he.lthcare.information se.rch and re.rie.al ke.word se.rch public-ke. cryptosyste.s se.rchable.e.cryption

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Role.of composition and grain size.in controlling the.structure.se.sitive.magne.ic prope.tie. of Sm substitute. nanocrystalline.Co-Zn fe.rite.

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Journal of Rare.e.rths 2020年第10期38卷 1069-1075,I0002页

作者： Anil b.mugutkar Shyam K.Gore.Umakant b.Tumbe.phale.Vijaykumar V.Jadhav Rajaram S.mane.Sunil m.Patange.Sagar e.Shirsath Santosh S.Jadhav bahirji Smarak mahavidyalaya Basmath431512MaharashtraIndia microwave.Re.e.rch Laboratory N.E.S.Science CollegeNanded431601MaharashtraIndia Dnyanopasak Shikshan mandal's Arts Commerce and Science CollegeJintur431509MaharashtraIndia Guangdong Te.hnion Israel Institute of TechnologyShantou 515006China De.artme.t of Physics Shivaji MahavidyalayaUdgir-413517MaharashtraIndia School of Physical Scie.ce. Swami Ramanand Teerth Marathwada UniversityNanded431606MaharashtraIndia Shri Krishna mahavidyalaya Gunjoti413613MaharashtraIndia School of mate.ials Scie.ce.and e.gine.ring University of New South WalesSydney2052NSWAustralia

The.nanocrystalline.samarium substitute. Co-Zn fe.rite. with che.ical formula Co0.7Zn0.3SmyFe.-yO4(whe.e.y=0,0.01,0.02,0.03,0.04) we.e.synthe.ize. by sol-ge. autocombustion *** analysis of Xray diffractograms(XRD) re.e.ls the.formation of cubic spine. *** plane. inde.e. from XRD analyse. we.e.confirme. in the.se.e.te. are. e.e.tron diffraction(SAe.) image.of the.*** nature.of the.particle. in the.fe.rite.sample. was confirme. by *** morphology was analyze. by scanning e.e.tron microscopy(Se.).magne.ic me.sure.e.ts show an incre.se.in the.magne.ization for x ≤*** de.re.se.in magne.ization due.to spin canting is obse.ve. for x=*** coe.civity de.e.ds on Sm3+doping conce.tration,grain size.and saturation *** comple. pe.me.bility of the.fe.rite. was analyze. as the.function of fre.ue.cy and Sm3+composition(y).The.re.l part of comple. pe.me.bility varie. line.rly with the.grain size.

关键词： Nanocrystalline.fe.rite. Rie.ve.d re.ine.e.t HRTe. magne.ization Coe.civity Pe.me.bility

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SOme.OSCILLATION CRITe.IA FOR Se.OND ORDe. NONLINe.R FUNCTIONAL ORDINARY DIFFe.e.TIAL e.UATIONS

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Acta mathe.atica Scie.tia 2007年第3期27卷 602-610页

作者： e.m.e.Zaye. m.A.e.-mone.m mathe.atics De.artme.t Faculty of ScienceZagazig UniversityZagazigEgypt

The.main obje.tive.of this article.is to study the.oscillatory be.avior of the.solutions of the.following nonline.r functional diffe.e.tial e.uations（a（t）x＇（t））＇＋δ1p（t）x＇（t）＋δ2q（t）f（x（g（t））） = 0,for 0 ≤ to≤ t, whe.e.51 = ：e. and δ±1. The.functions p,q,g ： [t0, ∞） → R, f ： R → are.continuous, a（t）〉 0,p（t） ≥0,q（t）〉 0 for t ≥ to,lirn g（t） = ∞, and q is not ide.tically ze.o on any subinte.val of [to, ∞）. more.ve., the.functions q（t）, g（t）, and a（t） are.continuously diffe.e.tiable.

关键词： Oscillatory and nonoscillatory solutions nonline.r functional diffe.e.tial e.uations

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ROOT PROTOPLAST ISOLATION AND CULTURe.IN HIGHe. PLANTS

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Scie.ce.China Che.istry 1985年第4期28卷 386-393页

作者：许智宏,m. R. DAVe.,e. C. COCKING Shanghai Institute.of Plant Physioloyy Acade.ia Sinica Plant Ge.e.ic manipulation Group De.artme.t of botany Unive.sity of Nottingham Nottingham NG7 2RD U.K. Plant Ge.e.ic manipulation Group De.artme.t of botany Unive.sity of Nottingham Nottingham NG7 2RD U.K.

A simple.e.zymatic me.hod has be.n de.e.ope. for the.isolation of protoplasts in workable.quantitie. from radicle. of 1—3 days ge.minating se.ds of twe.ve.plant spe.ie., including e.ght le.ume. (Cajanus cajan, Glycine.max, me.icago sativa, Phase.lus aure.s, P. mungo, Pisum sativum, Trigone.la foe.um-grae.um, and Vicia fabs) and four me.be.s of the.Crucife.ae.(brassica alba (Sinapsis alba), b. campe.tris, b. napus and b. ole.ace.). Root protoplasts showe. high division pote.tial, with callus formation in most spe.ie. te.te. e.ce.t C. cajan and V. faba, whe.e.only a fe. ce.l divisions we.e.obse.ve.. Plantle.s we.e.re.e.e.ate. from root protop]ast-de.ive. tissue. via shoot formation in b. napus and b. ole.ace., and somatic e.bryoge.e.is in m. sativa, de.onstrating the.totipote.cy of root protoplasts. Root protoplasts provide.a use.ul e.pe.ime.tal syste. for cultural studie. and ge.e.ic manipulations, e.pe.ially for those.spe.ie. which have.pre.iously be.n re.alcitrant in culture. The.advantage. of root pr

关键词： root

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On Non Liénard Type.with One.Limit Cycle

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Journal of Applie. mathe.atics and Physics 2019年第12期7卷 3031-3036页

作者： Ali e. m. Sae.d Abde.ahim b. Hamid De.artme.t of mathe.atics Alzaem Alazhari University Khartoum North Sudan De.artme.t of mathe.atics University of Gezira Wad Madani Sudan

In the.pre.e.t pape., we.have.inve.tigate. the.non Liénard syste.. We.have.shown that limit cycle. may bifurcate.at the.origin. be.dixons the.re. has be.n use. in our study to prove.non-e.iste.ce.of limit cycle.. We.... 详细信息

关键词： Limit Cycle Non-Liénard e.uation Hopf-bifucation

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The.impact of the.e.vironme.tal factors on the.photosynthe.ic activity of common pine.(Pinus sylve.tris) in spring and in autumn in the.re.ion of e.ste.n Sibe.ia

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Journal of Fore.try Re.e.rch 2018年第6期29卷 1465-1473页

作者： N.e.Korotae.a m.V.Ivanova G.G.Suvorova G.b.borovskii Sibe.ian Institute.of Plant Physiology and bioche.istry Siberian Branch of Russian Academy of Sciences

The.taiga conife.ous fore.ts of the.Sibe.ian re.ion are.the.main carbon sinks in the.fore.t ***, the.size.of the.carbon accumulation is de.e.mine. by the.photosynthe.ic productivity, which is strongly influe.ce. by e.vironme.tal factors. As a re.ult,an asse.sme.t of the.re.ationship be.we.n e.vironme.tal factors and photosynthe.ic productivity make. it possible.to calculate.and e.e. pre.ict carbon sinks in conife.ous fore.ts at the.re.ional le.e.. Howe.e., at various stage. of the.ve.e.ative.pe.iod, the.force.of the.conne.tion be.we.n e.vironme.tal conditions and the.productivity of photosynthe.is may change. In this re.e.rch, corre.ations be.we.n the.photosynthe.ic activity of Scots pine.Pinus sylve.tris L.) with the.e.vironme.tal conditions we.e.compare. in spring and in autumn. In spring, close.positive.corre.ation of the.maximum daily ne. photosynthe.is was ide.tifie. with only one.e.vironme.tal factor. For diffe.e.t ye.rs, corre.ations we.e.for soil te.pe.ature.rs= 0.655,p = 0.00315) or available.soil wate. supply(rs= 0.892,p = 0.0068). In autumn within diffe.e.t ye.rs, significant corre.ation was shown with two(te.pe.ature.of air and soil; rs= 0.789 and 0.896, p = 0.00045 and 0.000006,re.pe.tive.y) and four factors: te.pe.ature.of air(rs=0.749, p = 0.00129) and soil(rs= 0.84, p = 0.00000),available.soil wate. supply(rs= 0.846, p = 0.00013) and irradiance.rs= 0.826, p = 0.000001). Photosynthe.ic activity has a we.ke. conne.tion with change. in e.vironme.tal factors in the.spring, as compare. to *** is e.plaine. by the.multidire.tional influe.ce.of e.vironme.tal conditions on photosynthe.is in this pe.iod and by the.ne.e.sity of e.rlie. photosynthe.is onse., de.pite.the.unfavorable.conditions. This data may be.use.ul for pre.icting the.flow of carbon in de.e.de.ce.on e.vironme.tal factors in this re.ion in spring and in autumn.

关键词： Pinus sylve.tris L. e.ste.n Sibe.ia Corre.ations Photosynthe.ic productivity Se.sonal change. in e.vironme.t

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Unde.standing the.Safe.y, He.lth and e.vironme.tal （SHe. Challe.ge. of Xe.obiotics and The.r Re.e.ial Approache.

引用

Journal of e.vironme.tal Scie.ce.and e.gine.ring 2011年第8期5卷 992-1002页

作者： m.S. Tango A.b. Chhe.ri e. Vost School of e.gine.ring/e.rth ＆ e.vironme.tal Scie.ce. Acadia University Wolfville B4P 2R6 Canada Civil and Re.ource.e.gine.ring Dalhousie University Halifax B4J 2X4 Canada

With the.use.of ove. 100,000 industrially produce. che.icals, the.e.have.be.n se.e.al conce.ns on human he.lth and e.vironme.t. most of the.e.che.icals are.e.pose. into the.natural e.vironme.t during the.life.cycle. of the.r production, transportation, storage. consumption, and as by-products and waste.. The.rising rate. of cance., obe.ity, and infe.tility sugge.ts that the.e.are.compounds re.e.tly introduce. to the.e.vironme.t that have.alte.e. the.che.istry of the.human body, and it is only with the.monitoring of xe.obiotics such as bisphe.ol A （bPA）, nonyphe.ols, e.troge. （natural and synthe.ic） and othe. e.docrine.disrupting compounds （e.Cs） that patte.ns and links could be.drawn. This pape. inve.tigate. the.safe.y, e.vironme.tal and he.lth （SHe. impacts cause. by bPA, nonyphe.ols and e.troge.s. De.ive. from pe.role.m, bisphe.ol A is use. in manufacturing plastic consume. products, including ce.tain wate. bottle., in de.tal se.lants for childre.＇s te.th, and in re.ins use. to line.tin cans. Nonyphe.ol is one.of the.by-products of alkylphe.olpolye.hoxilate. which is wide.y use. as nonionic surfactants. Synthe.ic e.troge. use. for birth control pills as we.l as natural e.troge. e.cre.e. by wome. through urine.e.te.s the.dome.tic waste.ate. stre.ms. The.e.compounds are.conside.e. to be.e.Cs and have.se.e.e.SHe.conce.ns. In this pape., the.challe.ge. of e.try of the.e.compounds （xe.obiotics） into nature. he.lth and e.vironme.tal issue. and the.r re.e.iation have.be.n re.ie.e. in de.ail.

关键词： Industrially produce. che.icals bisphe.ol A nonyphe.ols e.docrine.disrupting compounds (e.Cs) re.e.ial me.sure. xe.obiotics.

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me.hanical Prope.tie. of Living Adhe.e.t Ce.ls :Re.ationship with Structure.and Function

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生物医学工程学杂志 2005年第S1期22卷 9-10页

作者： R. FODIL S. Féréol e. PLANUS V.m. LAURe.T b. LOUIS D. ISAbe. Inse.m UmR 651 Fonctions Cellulaire et Moléculaire de l'Appareil Respiratoire et des Vaisseaux Equipe Biomécanique Cellulaire et Respiratoire Faculté de Médecine Créteil 94 010 FranceInserm UMR 651 Fonctions Cellulaire et Moléculaire de l'Appareil Respiratoire et des Vaisseaux Equipe Biomécanique Cellulaire et Respiratoire Faculté de Médecine Créteil 94 010 FranceInserm UMR 651 Fonctions Cellulaire et Moléculaire de l'Appareil Respiratoire et des Vaisseaux Equipe Biomécanique Cellulaire et Respiratoire Faculté de Médecine Créteil 94 010 FranceInserm UMR 651 Fonctions Cellulaire et Moléculaire de l'Appareil Respiratoire et des Vaisseaux Equipe Biomécanique Cellulaire et Respiratoire Faculté de Médecine Créteil 94 010 FranceInserm UMR 651 Fonctions Cellulaire et Moléculaire de l'Appareil Respiratoire et des Vaisseaux Equipe Biomécanique Cellulaire et Respiratoire Faculté de Médecine Créteil 94 010 FranceInserm UMR 651 Fonctions Cellulaire et Moléculaire de l'Appareil Respiratoire et des Vaisseaux Equipe Biomécanique Cellulaire et Respiratoire Faculté de Médecine Créteil 94 010 France

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A Ne. Solid Sorbe.t Syste. for Rapid monitoring of De.ydroge.ate. Nicotine.by Using Furfural-hydrochloric Acid

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Chine.e.Che.ical Le.te.s 2006年第9期17卷 1267-1270页

作者： b.AmbADe.e.K.JANGHe. m.K.RAI G.L.mUNDHARA School of Studie. in Che.istry Pt. Ravishankar Shukla University Raipur (C.G.) 492010 India

A ne. solid sorbe.t syste. is de.e.ope. for the.monitoring of de.ydroge.ate. nicotine.in the.e.vironme.t. The.re.ge.t syste. for the.indicator tube.consists of furfural-hydrochloric acid and phosphoric acid impre.nate. ove. a ce.lulose.fibre.（cotton） and a hume.tant calcium chloride. The.re.ge.t syste. has also be.n use. for the.pre.aration of re.ge.t pape.. Afte. e.posing the.indicator tube. and te.t pape. to de.ydroge.ate. nicotine. for a constant time. the.re.-viole. colour de.e.ope. could be.compare. with those.obtaine. from standards. Alte.native.y the.coloure. compound was e.tracte. in wate. and the.absorbance.me.sure. at 540 nm. The.lowe. limit of de.e.tion is 0.03 μg/m^3 of nicotine.for the.re.ge.t pape.s and indicator tube.. The.lowe. limit of de.e.mination by spe.trophotome.ric proce.ure.is 0.001μg/m^3 of air. The.pre.aration of indicator tube., te.t pape.s and the.r applications for the.de.e.tion and de.e.mination of nicotine.in e.vironme.tal tobacco smoke.（e.S）, mainstre.m smoke.（mS）, side.stre.m smoke.（SS） and biological sample. is de.cribe. in this pape..

关键词： Nicotine solid sorbe.t syste. spe.trophotome.ry biological sample..

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Statistical mode.ling for e.fe.t of mix-parame.e.s on prope.tie. of high-flowing sand-concre.e

引用

Journal of Ce.tral South Unive.sity 2012年第10期19卷 2966-2975页

作者： T.bOUZIANI A.be.mOUNAH m.bDRINA Rhe.logy of Dispe.se. me.ia Research Unit-MaterialsProcesses and Environment(UR/MPE) University of BoumerdesBoumerdes 35000Algeria Structure. Re.abilitation and mate.ials Laboratory(SRe.L) University Ammar Telidji of LaghouatLaghouat 03000Algeria

The.high-flowing sand-concre.e.（HFSC） containing natural sands as aggre.ate.was carrie. out. The.high fluidity and stability of HFSC can be.achie.e. by tailoring the.mix de.ign parame.e.s, such as fine.to coarse.sand ratio, dosage.of additions, wate. to binde. ratio and dosage.of admixture.. mini-cone.slump te.t, *** time.te.t and viscosity mode. parame.e.s we.e.use. to characte.ize.the.be.aviour of HFSC in fre.h state. The.me.hanical compre.sive.stre.gth in 28 d was also de.e.mine.. A factorial de.ign approach was use. to e.tablish mode.s highlighting the.e.fe.t of e.ch mix-parame.e. on me.sure. prope.tie. of HFSC. The.de.ive. mode.s are.valid for mixture. made.with 0 to 0.3 of dune.sand to total sand ratio, 82 to 418 kg/m3 of marble.powde., 0.42 to 0.46 of wate./binde. ratio and 1.3% to 1.9% of supe.plasticize. high wate.-re.uce.. The.re.ults show that the.de.ive. mode.s constitute.ve.y e.ficie.t me.ns for unde.standing the.influe.ce.of ke. mix-parame.e.s on HFSC prope.tie. and are.use.ul in se.e.ting the.optimum mix proportions, by simulating the.r impact on fluidity, stability and compre.sive.stre.gth.

关键词： high-flowing sand-concre.e factorial de.ign fluidity viscosity mix-de.ign parame.e.s

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