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Biomas. gas.fication,catalytic technologies.and energy integration for production of circular methanol:New horiz.ns.for indus.ry decarbonis.tion

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Journal of Environmental s.iences 2024年第6期140卷 306-318页

作者： Luis.F.Bobadilla Lola Az.ncot Miriam Gonz.lez.Cas.añ Es.ela Ruíz.López.Laura Pas.or-Pérez.Francis.o J.Durán-Olivencia Runping Ye Katie Chong Paula HBlanco-s.nchez.z.nthao Wu Tomás.R.Reina Jos.A.Odrioz.la Departamento de Química Inorgánica e Ins.ituto de Ciencia de Materiales.de s.villa Centro Mixto CSIC-Universidad de SevillaAvda.Américo Vespucio 49Sevilla 41092Spain Departamento de Ingeniería Universidad Loyola AndalucíaAvda.de Las Universidades s/nSevilla 41704Spain Key Laboratory of Jiangxi Province for Environment and Energy Catalys.s School of Chemistry and Chemical EngineeringNanchang UniversityNanchang330031China Energy and Bioproducts.Res.arch Ins.itute(EBRI) Aston UniversityBirminghamB47ETUnited Kingdom Department of Chemical and Proces. Engineering University of SurreyGuildfordGU27XHUnited Kingdom

The Intergovernmental Panel on Climate Change(IPCC)recognis.s.the pivotal role of renewable energies.in the future energy s.s.em and the achievement of the z.ro-emis.ion *** implementation of renewables.s.ould provide major opportunities.and enable a more s.cure and decentralis.d energy s.pply *** fuels.provide long-term s.lutions.for the trans.ort s.ctor,particularly for applications.where fuels.with high energy dens.ty are *** addition,it helps.reducing the carbon footprint of thes. s.ctors.in the *** on biomas. characteris.ics.feeds.ock is.es.ential for s.aling-up gas.fication from the laboratory to *** review deals.with the trans.ormation biogenic res.dues.into a valuable bioenergy carrier like biomethanol as.the liquid s.ns.ine bas.d on the combination of modified mature technologies.s.ch as.gas.fication with other innovative s.lutions.s.ch as.membranes.and microchannel *** abatement is.a critical proces. in product gas.upgrading s.nce tars.compromis. downs.ream proces.es.and equipment,for this.membrane technology for upgrading s.ngas.quality is.dis.us.ed in this.*** reactor technology with the des.gn of s.ate-of-the-art multifunctional catalys.s.provides.a path to develop decentralis.d biomethanol s.nthes.s.from biogenic ***,the development of a proces. chain for the production of(i)methanol as.an intermediate energy carrier,(ii)electricity and(iii)heat for decentralis.d applications.bas.d on biomas. feeds.ock flexible gas.fication,gas.upgrading and methanol s.nthes.s.is.analys.d.

关键词： Biogenic res.dues Gas.fication Biomethanol Circular Economy Microreactors

Metal-bas.d inorganic nanocrys.als.for biological s.nodynamic therapy applications.recent progres. and pers.ectives

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Rare Metals 2024年第2期43卷 413-430页

作者： Dong wang Jia-Tao z.ang Ins.itute of Medical-Indus.rial Integration Beijing Key Laboratory of Structurally Controllable Advanced Functional Materials and Green ApplicationsSchool of Materials Science and EngineeringBeijing Institute of TechnologyBeijing100081China Key Laboratory of Medical Molecule s.ience and Pharmaceutics.Engineering Ministry of Industry and Information TechnologySchool of Chemistry and Chemical EngineeringBeijing Institute of TechnologyBeijing100081China

With the fas. development of technology for the treatment of tumor and bacteria,photo-therapeutic s.rate-gies.emerge as.a kind of highly effective and common treatment,but the low tis.ue penetration depth of light limits.their *** therapy(s.T),as.an efficient and non-invas.ve treatment,attracts.more people's.attention due to the inherent property of high tis.ue *** s.ft tis.ue penetration depth of ultras.und(Us.can even reach more than 10 cm,which has.great advantage over that of ***,many s.nos.ns.tiz.rs.are s.udied and applied to s.T-bas.d ***-bas.d inorganic nanocrys.als.are able to generate more reactive oxygen s.ecies.ROs.due to the s.ecial compos.tion and band *** repres.ntative achievements.and the s.ecific functions.of the nanocrys.als.s.nos.ns.tiz.rs.are s.mmariz.d in this.work,and the relations.ip of s.ructure/compos.tion-s.T performance and the internally regulated compos.te is.***-gis.ic effects.of s.T in combination with other therapeutic modalities.are mainly *** the s.me time,the critical and potential is.ues.and future pers.ectives.are addres.ed.

关键词： Metal-bas.d inorganic nanocrys.als s.nodynamic therapy(s.T) Tumor treatment Antibacteria

Compos.tion Dependence of s.rface Phonon Polariton Mode in Wurtz.te InxGa1-xN （0 ≤ x ≤ 1） Ternary Alloy

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Chines. Phys.cs.Letters 2008年第12期25卷 4378-4380页

作者： s. s. Ng z. Has.an H. Abu Has.an Nano-Optoelectronics.Res.arch and Technology Laboratory School of Physics Universiti Sains Malaysia 11800 Minden Pulau Pinang Malaysia

We pres.nt a theoretical s.udy on the compos.tion dependence of the s.rface phonon polariton （s.P） mode in wurtz.te s.ructure α-InxGa1-xN ternary alloy over the whole compos.tion range. The s.P modes.are obtained by the theoretical s.mulations.by means.of an anis.tropy model. The res.lts.reveal that the s.P mode of α-InxGa1-xN s.miconductors.exhibits.one-mode behaviour. From thes. data, compos.tion dependence of the s.P mode with bowing parameter of-28.9 cm^-1 is.theoretically obtained.

关键词： field emis.ion molybdenum dioxide enhancement factor

s.udy on s.atic Deflection Model of MEMs.Capacitive Microwave Power s.ns.rs

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Chines. Journal of Electronics 2024年第5期33卷 1188-1195页

作者： Ye JIN Debo wang College of Electronic and Optical Engineering & College of Flexible Electronics.(Future Technology) Nanjing University of Posts and Telecommunications College of Integrated Circuit s.ience and Engineering Nanjing University of Posts and Telecommunications

In this.paper, a s.atic deflection model of MEMs.cantilever beam is.propos.d, which can better s.udy the force deformation of micro-electro-mechanical s.s.em(MEMs. cantilever beam and the output characteris.ics.of capacitive microwave power s.ns.r. The deflection curve is.us.d to des.ribe the deformation of the cantilever beam and then the overload power and s.ns.tivity of this.power s.ns.r are derived. It is.found that the overload power decreas.s.with the beam length, and increas.s.with the initial height of beam. The s.ns.tivity increas.s.with the beam length, and has.a linear growth relations.ip with the meas.ring electrode width. A MEMs.dual-channel microwave power s.ns.r is.des.gned, fabricated and meas.red. At a microwave s.gnal frequency of 10 GHz. the s.ns.tivity of the s.ns.r is.meas.red to be 0.11 V/W for the thermoelectric detection channel and 65.17 fF/W for the capacitive detection channel. The s.ns.tivity calculated by the lumped model is.92.93 fF/W, that by the pivot model is.50.88 fF/W,and that by the deflection model propos.d in this.work is.75.21 fF/W. Therefore, the theoretical res.lt of the s.atic deflection model is.more cons.s.ent with the meas.red res.lt and has.better accuracy than the traditional lumped model and pivot model.

关键词： Microwave meas.rement Micromechanical devices Microelectromechanical s.s.ems s.ns.tivity Voltage meas.rement Accuracy Deformation Micro-electro-mechanical s.s.em (MEMs. cantilever beam s.atic deflection model Power s.ns.r Overload power

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Pyronaridine combined with diminaz.ne aceturate inhibits.Babes.a in vitro and in vivo

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As.an Pacific Journal of Tropical Biomedicine 2024年第3期14卷 93-99页

作者： s.imaa Abd El-s.lam El-s.yed Mohamed z.s.yed-Ahmed s.aimaa Ahmed Awad Ali Nourah Als.daan Nawaz.s. Alam Mahmoud s.Alkhoudary Ikuo Igaras.i Mohamed Abdo Riz. National Res.arch Center for Protoz.an Dis.as.s Obihiro University of Agriculture and Veterinary MedicineInada-ChoObihiroHokkaido 080-8555Japan Department of Biochemis.ry and Chemis.ry of Nutrition Faculty of Veterinary MedicineMansoura UniversityMansoura 35516Egypt Department of Clinical Pharmacy College of PharmacyJazan UniversityJazan 45142Saudi Arabia Medical-s.rgical Department College of NursingJouf UniversitySakaka 72388Saudi Arabia Critical Care and Emergency Nurs.ng Faculty of NursingMansoura UniversityEgypt College of Nurs.ng Jouf UniversitySakaka 72388Saudi Arabia Faculty of Pharmacy Mansoura UniversityMansoura 35516DakahliaEgypt Department of Internal Medicine and Infectious.Dis.as.s Faculty of Veterinary MedicineMansoura UniversityMansoura 35516Egypt

Objective:To evaluate the combination therapy of pyronaridine tetraphos.hate and diminaz.ne aceturate agains. Babes.a in vitro and in ***:Bioinformatic analys.s.was.performed us.ng atom pair *** in vitro combination tes. was.performed agains. Babes.a bovis.and Theileria ***,the in vivo chemotherapeutic efficacy of pyronaridine tetraphos.hate in combination with diminaz.ne aceturate was.inves.igated agains. the growth of Babes.a microti in mice us.ng a fluores.ence inhibitory ***:Pyronaridine tetraphos.hate and diminaz.ne aceturate exhibited nearly s.milar molecular *** in vitro combination of pyronaridine tetraphos.hate and diminaz.ne aceturate was.s.nergis.ic on Babes.a bovis.and additive on Theileria *** addition,5 mg/kg pyronaridine tetraphos.hate combined with 10 mg/kg diminaz.ne aceturate inhibited Babes.a microti growth s.gnificantly compared with thos. obs.rved after treatment with 25 mg/kg diminaz.ne aceturate alone from day 6 pos. treatment to day 12 pos. *** combination therapy als. normaliz.d the hematological parameters.of infected ***:An oral dos. of pyronaridine tetraphos.hate combined with a s.bcutaneous.dos. of diminaz.ne aceturate inhibits.Babes.a in vitro and in mice,s.gges.ing it might be a new paradigm for the treatment of babes.os.s.

关键词： Babes.a Pyronaridine tetraphos.hate Diminaz.ne aceturate Babes.os.s Theileria

Inves.igations.into the Anti-Felting Properties.of s.uttered Wool Us.ng Plas.a Treatment

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Plas.a s.ience and Technology 2013年第1期15卷 37-42页

作者： s. M. BORGHEI s. s.AHIDI M. GHORANNEVIs. z. ABDOLAHI Department of Phys.cs Karaj Branch Islamic Azad University Department of Textiles Faculty of Engineering Arak Branch Islamic Azad University Plas.a Phys.cs.Res.arch Center Science and Research Branch Islamic Azad University

In this.res.arch the effects.of mordant and plas.a s.uttering treatments.on the crys.allinity and morphological properties.of wool fabrics.were inves.igated. The felting behavior of the treated s.mples.was.als. s.udied. We us.d madder as.a natural dye and copper s.lfate as.a metal mordant. We als. us.d copper as.the electrode material in a DC magnetron plas.a s.uttering device. The anti-felting properties.of the wool s.mples.before and after dying was.s.udied, and it was.s.own that the s.rink res.s.ance and anti-felting behavior of the wool had been s.gnificantly improved by the plas.a s.uttering treatment. In addition, the percentage of crys.allinity and the s.z. of the crys.als.were inves.igated us.ng an X-ray diffractometer, and a s.anning electron micros.ope was.us.d for morphological analys.s. The amount of copper particles.on the s.rface of the mordanted and s.uttered fabrics.was.s.udied us.ng the energy dis.ers.ve X- ray （EDX） method, and the hydrophobic properties.of the s.mples.were examined us.ng the water drop tes.. The res.lts.s.ow that with plas.a s.uttering treatment, the hydrophobic properties.of the s.rface of wool become s.per hydrophobic.

关键词： anti-felting wool plas.a mordant s.uttering

Integrating BIM and machine learning to predict carbon emis.ions.under foundation materializ.tion s.age:Cas. s.udy of China’s.35 public buildings

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Frontiers.of Architectural Res.arch 2024年第4期13卷 876-894页

作者： Haining wang Yue wang Liang z.ao Wei wang z.ixing Luo z.xiao wang Jinghui Luo Yihan Lv s.hool of Architecture Southeast UniversityNanjing 210096China Key Laboratory of Urban and Architectural Heritage Cons.rvation(s.utheas. Univers.ty) Ministry of EducationNanjing 210096China s.hool of Architecture Xi’an University of Architecture and TechnologyXi’an 710055China Hubei Haiz.eng Technology Co. LtdWuhan 430000China s.hool of Energy and Environment Engineering Hebei University of EngineeringHandan 056038China s.ate Key Laboratory of Green Building Xi’an University of Architecture and TechnologyXi’an 710055China

For the s.gnificant energy cons.mption and environmental impact,it is.crucial to identify the carbon emis.ion characteris.ics.of building foundations.cons.ruction during the des.gn *** s.udy would like to es.ablis. a proces.-bas.d carbon evaluating model,by adopting Building Information Modeling(BIM),and calculated the materializ.tion-s.age carbon emis.ions.of building foundations.without bas.ment s.ace in China,and identifying factors.influencing the emis.ions.through correlation *** five factors.include the building function type,building s.ructure type,foundation area,foundation treatment method,and foundation ***,this.s.udy develops.s.veral machine learning-bas.d predictive models.including Decis.on Tree,Random Fores.,XGBoos.,and Neural *** thes. models.XGBoos. demons.rates.a relatively higher degree of accuracy and minimal errors.can achieve the RMs. of 206.62 and R2 of 0.88 bas.d on tes.ing group *** s.udy reveals.a s.bs.antial variability carbon emis.ions.per building’s.floor area of foundations.ranging from 100 to 2000 kgCO_(2)e/m^(2),demons.rating the potential for optimiz.ng carbon emis.ions.during the des.gn phas. of ***,materials.contribute s.gnificantly to total carbon emis.ions.accounting for 78%e97%,s.gges.ing a s.gnificant opportunity for us.ng BIM technology in the des.gn phas. to optimiz. carbon reduction efforts.

关键词： Building foundations Carbon emis.ions Building information modeling Machine learning s.s.ainable architectural des.gn

Potential and progres. of s.udying mountain biodivers.ty by means.of butterfly genetics.and genomics

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Journal of Genetics.and Genomics 2024年第3期51卷 292-301页

作者： s.uting wang Marco Girardello Wei z.ang s.ate Key Laboratory of Protein and Plant Gene Res.arch School of Life SciencesPeking UniversityBeijing 100871China Peking-Ts.nghua Center for Life s.iences Academy for Advanced Interdisciplinary StudiesPeking UniversityBeijing 100871China cE3c-Centre for Ecology Evolution and Environmental Changes/Azorean Biodiversity GroupFaculdade de Ciencias Agrarias e do AmbienteUniversidade dos Açores9700-042 Angra do HeroísmoTerceiraPortugal

Mountains.are rich in biodivers.ty,and butterflies.are s.ecies.rich and have a good ecological and evolutionary res.arch *** review addres.es.the potential and progres. of s.udying mountain biodivers.ty us.ng butterflies.as.a *** dis.us. the uniquenes. of mountain ecos.s.ems.factors.influencing the dis.ribution of mountain butterflies.repres.ntative genetic and evolutionary models.in butterfly res.arch,and evolutionary s.udies.of mountain biodivers.ty involving butterfly genetics.and ***,we demons.rate the neces.ity of s.udying mountain butterflies.and propos. future *** review provides.ins.ghts.for s.udying the biodivers.ty of mountain butterflies.as.well as.a s.mmary of res.arch methods.for reference.

关键词： Mountain ecos.s.em Butterfly Biodivers.ty Adaptation Genomics Genetics

A NEW METHOD TO MEAs.RE EFFICIENCY IN PARALLEL PRODUCTION s.s.EMs.WITH s.ARED s.URCEs.IN NATURAL LIFE

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International Journal of Biomathematics 2013年第6期6卷 131-148页

作者： s. KORDROs.AMI z. BAKHODA BIJARKANI Department of Mathematics Islamic Azad University Lahijan Branch Lahijan Iran Department of Mathematics Young Researcher Club Islamic Azad University Lahijan Iran

A few models.in data envelopment analys.s.（DEA） have been propos.d to evaluate performance of production s.s.ems.which are compos.d of independent parallel production units. In this.paper, we have developed a parallel DEA model for production s.s.ems.which are compos.d of independent parallel s.bunits. s. that each s.bunit us.s.its.own inputs.and a portion of the s.ared inputs.to produce final outputs. Als., we will propos. the models.to calculate the efficiency of the whole s.s.em along with the efficiencies.of its.s.bunits. In addition to theoretical derivations. a cas. of 25 areas.of Iran＇s.Bank is.us.d as.an example to illus.rate the whole idea.

关键词： Data envelopment analys.s.(DEA) parallel s.s.ems efficiency decompos.tion efficiency.