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Trans.ational Multimodality Optical Imaging

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As.es.ing cypermethrin-contaminated s.il w.th three different earthw.rm tes. methods

丛书名： Artech Hous. s.ries.Bioinformatics.& Biomedical Imaging

2008年

作者： Intes. Xavier Azar, fred s.

Includes.bibliographical references.and index.

ISBN: (纸本)9781596933071;9781596933088

Includes.bibliographical references.and index.

关键词： s.ectros.opic imaging Diagnos.ic imaging--Digital techniques Imaging s.s.ems.in medicine

来源：畅想之星图书光盘版（南... 评论

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Journal of Environmental s.iences 2008年第11期20卷 1381-1385页

作者： wong Hang Gi Michelle Laboratory for Cons.rvation and Utilization of Bio-Res.urce and s.hool of Life s.ience Yunnan UniversityKunming 650091China

A s.ries.of tes.s.(lethal,s.blethal,and behavioral) on earthw.rms.w.re conducted as.an eco-as.es.ment of *** this.s.udy,the toxicity of cypermethrin-contaminating s.il on adult and juvenile earthw.rms.w.s.*** the acute and chronic tes.s.an avoidance res.ons. tes. w.s.carried *** w.s.s.ow. that the all-round toxicity from cypermethrin w.s.w.ak on adult *** w.th adult earthw.rms.the toxicity of juvenile earthw.rms.from cypermethrin es.ecially chronic toxicity increas.d...

关键词： earthw.rms pes.icide cypermethrin s.rvival fecundity avoidance res.ons. environment dis.upting chemicals

Microalgae as.Bioabs.rbents.for Treating Mixture of Electroplating and s.w.ge Effluent

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Biomedical and Environmental s.iences 1991年第3期4卷 250-261页

作者： s.s.CHAN H.CHOw.M.H.wong Department of Biology Hong Kong Baptist College 224 Waterloo Road Kowloon Hong KongDepartment of Biology Hong Kong Baptist College 224 Waterloo Road Kowloon Hong KongDepartment of Biology Hong Kong Baptist College 224 Waterloo Road Kowloon Hong Kong

The effectivenes. of copper and nickel uptake by microalgae grow. in the mixture of electroplating effluent and s.w.ge w.s.s.udied. The res.lts.s.ow.d that a high percentage of copper removal (68.1%-88.2%) w.s.achieved by Chlorellapyrenoidos. (s.rain No. 26) reared in the mixture of 90% electroplating effluent and 10% raw.s.w.ge during the firs. 3 days.des.ite the fact that cell grow.h w.s.inhibited. s.milar res.lts.w.re als. obtained by us.ng Chlorella HKBC-C3, another s.ecies.collected from one of the heavy metal polluted s.tes.in Hong Kong, is.lated and cultured in the Biology Department. There w.s.no s.gnificant difference (P>0.05) in the removal of copper and nickel from the effluent betw.en thes. 2 algal s.ecies. How.ver, it w.s.noted that removal of nickel from the mixture by the tw. s.ecies.w.re comparatively low.r (68%).

关键词： rate Microalgae as.Bioabs.rbents.for Treating Mixture of Electroplating and s.w.ge Effluent

THE EFFECT OF MINE TAILINGs.ON LEVELs.OF HEAVY METALs.IN s.Aw.TER

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Acta Oceanologica s.nica 1986年第3期5卷 401-415页

作者： C.s.wong,F.A.w.ITNEY,w.K.JOHNs.N,LU XIANKUN,w.JINPING,w.s.ENGs.N,LIJINXIA Ocean Chemis.ry Divis.on Ins.itute of Ocean s.iences s.dney B.C. Canada Ocean Chemis.ry Divis.on Ins.itute of Ocean s.iences s.dney B.C. Canada Ocean Chemis.ry Divis.on Ins.itute of Ocean s.iences s.dney B.C. Canada s.andong College of Oceanology Qingdao China Third Ins.itute of Oceanography s.ate Oceanic Adminis.ration Xiamen China Third Ins.itute of Oceanography s.ate Oceanic Adminis.ration Xiamen China Third Ins.itute of Oceanography s.ate Oceanic Adminis.ration Xiamen China

Changes.in levels.of heavy metals.in s.aw.ter res.lting from the addition of mine tailings.w.re s.udied us.ng plas.ic enclos.res. Nominal concentrations.of 10 mg l-1 and 100 mg l-1 of mine tailings.from a B. C. molybdenum mine w.re added, and the metal levels.w.re follow.d together w.th s.dimentation rates. particle s.ze dis.ribution and other oceanographic and biological time-s.ries.parameters.over s.xteen days. No s.bs.antial elevation in levels.of zinc, cadmium and copper w.s.obs.rved in the tailing bags.compared to that in a background control bag w.th no addition of tailings. Lead s.ow.d a s.bs.antial increas. in s.aw.ter follow.ng tailing addition and its.removal apparently w.s.w.th detritus.s.ttling follow.ng a plankton bloom, and inorganic s.ttling of fine tailing particles.

关键词： Pb THE EFFECT OF MINE TAILINGs.ON LEVELs.OF HEAVY METALs.IN s.Aw.TER Cd

Calibration of a rule-bas.d intelligent netw.rk s.mulation model

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Journal of Modern Trans.ortation 2016年第1期24卷 48-61页

作者： A. A. Memon M. Meng Y. D. wong s. H. Lam IVEs.(International Vis.on for Engineering s.lutions. Abu Dhabi United Arab Emirates TUM CREATE 1 CREATE Way #10-02 CREATE Tower Singapore 138602 Singapore s.hool of Civil and Environmental Engineering Centre for Infrastructure Systems Nanyang Technological UniversitySingapore 639798 Singapore Trans.ortation Infras.ructure Office Macao S.A.R. China

This.paper is.focus.d on calibration of an intelligent netw.rk s.mulation model （INs.M） w.th reallife trans.ortation netw.rk to analys. the INs.M＇s.feas.bility in s.mulating commuters. travel choice behaviour under the influence of real-time integrated multimodal traveller information （IMTI）. A trans.ortation netw.rk model for the central and w.s.ern areas.of s.ngapore w.s.s.mulated in PARAMICs.and integrated w.th INs.M expert s.s.em by means.of an application programming interface to form the INs.M. Upon calibration, INs.M w.s.able to realis.ically pres.nt complicated s.enarios.in w.ich real-time IMTI w.s.provided to commuters.and the netw.rk performance meas.res.being recorded.

关键词： Traffic s.mulation Integrated travellerinformation. Calibration Mode choice

Multifocal photoacous.ic micros.opy us.ng a s.ngle-element ultras.nic trans.ucer through an ergodic relay

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Light(s.ience & Applications. 2020年第1期9卷 717-723页

作者： Yang Li Terence T.w.wong Junhui s.i Hs.n-Chia Hs. Lihong V.w.ng Caltech Optical Imaging Laboratory Andrew and Peggy Cherng Department of Medical EngineeringDepartment of Electrical EngineeringCalifornia Institute of Technology1200 East California BoulevardPasadenaCA 91125USA Department of Biomedical Engineering Washington University in St.LouisCampus Box 1097One Brookings DriveSt.LouisMO 63130-4899USA Trans.ational and Advanced Bioimaging Laboratory Department of Chemical and Biological EngineeringHong Kong University of Science and TechnologyHong KongChina

Optical-res.lution photoacous.ic micros.opy(OR-PAM)has.demons.rated high-s.atial-res.lution imaging of optical abs.rption in biological *** date,mos. OR-PAM s.s.ems.rely on mechanical s.anning w.th confocally aligned optical excitation and ultras.nic detection,limiting the w.de-field imaging s.eed of thes. *** s.veral multifocal OR-PA(MFOR-PA)s.s.ems.have attempted to addres. this.limitation,they are hindered by the complex des.gn in a cons.rained phys.cal ***,w. pres.nt a tw.-dimens.onal(2D)MFOR-PAM s.s.em that utilizes.a 2D microlens.array and an acous.ic ergodic *** a s.ngle-element ultras.nic trans.ucer,this.s.s.em can detect PA s.gnals.generated from 400 optical foci in parallel and then ras.er s.an the optical foci patterns.to form an MFOR-PAM *** s.s.em improves.the imaging res.lution of an acous.ic ergodic relay s.s.em from 220 to 13μm and enables.400-folds.s.orter s.anning time than that of a conventional OR-PAM s.s.em at the s.me res.lution and las.r repetition *** demons.rated the imaging ability of the s.s.em w.th both in vitro and in vivo experiments.

关键词： element res.lution utilize

The pathw.y and fate of the heavy metal mixture in Xiamen marine experiment enclos.res

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Acta Oceanologica s.nica 1990年第3期9卷 389-403页

作者： Li Jinxia, Du Ronggui, Zhang Gongxun , C. s. wong, R. w. Macdonald2 and w. K. Johns.n2 Third Ins.itute of Oceanography, s.ate Oceanic Adminis.ration, Xiamen , China Ins.itute of Ocean s.iences. P. O. Box 6000, s.dney, B. C. V8L 4B2, Canada

The pathw.y and fate of heavy metals.w.re s.udied in 10m3 enclos.res.at Xiamen Bay in 1985. The dis.olved metals.added are removed rather quickly during the firs. days. and their half-removal times.( t1/2) (d) are as.follow.: Pb 5. 4-5. 8, Hg 6. 7-14, Zn 11-22, Cu 16 - 29, and Cd 30-89. Zinc is.trans.erred biologically to particles.during phytoplankton bloom. The main Fate of added metals.after 27 days.is.as.follow.; over 80% Cd and 60% Cu remain in dis.olved phas., more than 60% Pb and 50% Hg trans.er to s.ttling s.ttlement, w.ile Zn is.equally dis.ributed in dis.olved phas. and s.ttling s.ttlement. The w.ll uptake is.les. than 2% of the total metals.added. Organic materials.play an es.ential role in the partition and the trans.er of heavy metals.in w.ter column. Terrigenous.and autochthonous.particles.s.ow.different affinities.to different metals. Mos. heavy metals.as.ociate w.akly w.th zooplankton. The Binding of Cd, Pb, Zn and Cu to the particles.s.ow. dis.inctive features.related to the diagenetic alteration.

关键词： The pathw.y and fate of the heavy metal mixture in Xiamen marine experiment enclos.res

s.aps.otPrune: A Novel Bitcoin-Bas.d Protocol Tow.rd Efficient Pruning and Fas. Node Boots.rapping

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Ts.nghua s.ience and Technology 2024年第4期29卷 1037-1052页

作者： Pengfei Huang Xiaojun Ren Teng Huang Arthur s.ndor Voundi Koe Duncan s.wong Hai Jiang Ins.itute of Artificial Intelligence and Blockchain Guangzhou UniversityGuangzhou 510006China Ins.itute of Artificial Intelligence and Blockchain Guangzhou UniversityGuangzhou 510006Chinaand also with Pazhou LabGuangzhou 510330China

Node s.nchronization is.es.ential for the s.ability of the Bitcoin netw.rk. Critics.have rais.d doubts.about the ability of a new.node to quickly and efficiently s.nchronize w.th the Bitcoin netw.rk and alleviate the s.orage pres.ure from exis.ing full nodes.to s.ockpile new.data. Bas.c pruning and other techniques.have been explored to addres. thes. concerns.but have been ins.fficient to reduce node s.nchronization delay and effectively s.ppres. the grow.h of s.nchronized data. In this.s.udy, w. propos. s.aps.otPrune, a novel pruning and s.nchronization protocol that achieves.fas. node boots.rapping in the Bitcoin blockchain. Real Bitcoin his.orical data are leveraged to meas.re the s.nchronization time and monitor the netw.rk traffic during node boots.rapping. The protocol requires.data dow.loads.that are 99.70% les. than Bitcoin Core, 81% les. than CoinPrune, and 60% les. than s.aps.ots.ve, thereby s.ving 97.23% of dow.load time. Findings.s.ow.that the propos.d des.gn enhances.the s.orage efficiency and reduces.the node s.nchronization delay compared w.th exis.ing techniques. w. hypothes.ze that the efficiency of this.protocol increas.s.w.th the block height.

关键词： s.nchronization blockchain Uns.ent Trans.ction Output(UTXO)pruning s.aps.ot fas. boots.rapping

Bridging the gap:axonal fus.on drives.rapid functional recovery of the nervous.s.s.em

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Neural Regeneration Res.arch 2018年第4期13卷 591-594页

作者： Jean-s.bas.ien Teoh Michelle Yu-Ying wong Tarika Vijayaraghavan Brent Neumann Neuros.ience Program Monash Biomedicine Discovery Institute and Department of Anatomy and Developmental BiologyMonash University

Injuries.to the central or peripheral nervous.s.s.em frequently caus. long-term dis.bilities.becaus. damaged neurons.are unable to efficiently *** inherent deficiency neces.itates.the need for new.treatment options.aimed at res.oring los. function to *** to humans.a number of s.ecies.pos.es. far greater regenerative capabilities.and can therefore provide important ins.ghts.into how.our ow. nervous.s.s.ems.can be *** particular,s.veral invertebrate s.ecies.have been s.ow. to rapidly initiate regeneration pos.-injury,allow.ng s.parated axon s.gments.to *** proces.,know. as.axonal fus.on,repres.nts.a highly efficient repair mechanis. as.a regrow.ng axon needs.to only bridge the s.te of damage and fus. w.th its.s.parated counterpart in order to re-es.ablis. its.original *** recent findings.in the nematode Caenorhabditis.elegans.have expanded the promis. of axonal fus.on by demons.rating that it can res.ore complete function to damaged ***,w. revealed the importance of injury-induced changes.in the compos.tion of the axonal membrane for mediating axonal fus.on,and dis.overed that the level of axonal fus.on can be enhanced by promoting a neuron＇s.intrins.c grow.h potential.A complete unders.anding of the molecular mechanis.s.controlling axonal fus.on may permit s.milar approaches.to be applied in a clinical s.tting.

关键词： axonal fus.on axon regeneration nervous.s.s.em repair nerve injury phos.hatidyls.rine functional repair axonal trans.ort Caenorhabditis.elegans