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Selection of rhizobial strains differing in their nodulation kinetics under low temperature in four temperate legume species

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Grassland Research 2023年第3期2卷 197-211页

作者： Emmanuelle D'Amours Annick Bertrand Jean Cloutier François-Philippe Chalifour Annie Claessens solen rocher Marie Bipfubusa Chantal Giroux Chantal J.Beauchamp Agriculture and Agri-Food Canada Quebec Research and Development CentreQuebec CityQuebecCanada Département de phytologie Facultédes Sciences de l'Agriculture et de l'AlimentationUniversitéLavalQuébec CityQuebecCanada Centre de recherche sur les grains(CÉROM) Saint-Mathieu-de-BeloeilQuebecCanada

Background:Winter climate change including frequent freeze-thaw episodes and shallow snow cover will have major impacts on the spring regrowth of perennial ***-bloating perennial forage legume species including sainfoin,birdsfoot trefoil,red clover,and alsike clover have been bred for their adaptation to harsh winter *** parallel,the selection of cold-tolerant rhizobial strains could allow earlier symbiotic nitrogen(N)fixation to hasten spring regrowth of ***:To identify strains forming nodules rapidly and showing high N-fixing potential,60 rhizobial strains in association with four temperate legume species were evaluated over 11 weeks under spring soil temperatures for kinetics of nodule formation,nitrogenase activity,and host ***:Strains differed in their capacity to form efficient nodules on legume hosts over *** showing higher nitrogenase activity were arctic strain N10 with sainfoin and strain L2 with birdsfoot *** clovers,nitrogenase activity was similar for control and inoculated plants,likely due to formation of effective nodules in controls by endophyte rhizobia present in ***:Selection based on nodulation kinetics at low temperature,nitrogenase activity,and yield was effective to identify performant rhizobial strains for legume *** use of cold-tolerant strains could help mitigate winter climatic changes.

关键词： cold-tolerant rhizobia Lotus corniculatus low temperature Onobrychis viciifolia rhizobium symbiosis Trifolium hybridum Trifolium pratense

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High Q and sub-wavelength THz electric field confinement in ultrastrongly coupled THz resonators

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光子学研究:英文版 2023年第7期11卷 1203-1216页

作者： SIMON MESSELOT solen COEYMANS JEROME TIGNON SUKHDEEP DHILLON JULIETTE MANGENEY Laboratoire de Physique de l’Ecole Normale Supérieure Ecole normale supérieurePSL UniversitySorbonne UniversitéUniversitéParis DiderotSorbonne Paris CitéCNRS24 rue Lhomond75005 ParisFrance

The control of light–matter coupling at the single electron level is currently a subject of growing interest for the development of novel quantum devices and for studies and applications of quantum *** the terahertz(THz)spectral range,this raises the particular and difficult challenge of building electromagnetic resonators that can conciliate low mode volume and high quality ***,we report on hybrid THz cavities based on ultrastrong coupling between a Tamm cavity and an LC circuit metamaterial and show that they can combine high quality factors of up to Q=37 with a deep-subwavelength mode volume of V=3.2×10^(-4)λ^(3).Our theoretical and experimental analysis of the coupled mode properties reveals that,in general,the ultrastrong coupling between a metamaterial and a Fabry–Perot cavity is an effective tool to almost completely suppress radiative losses and,thus,ultimately limit the total losses to the losses in the metallic *** Tamm cavity-LC metamaterial coupled resonators open a route toward the development of single photon THz emitters and detectors and to the exploration of ultrastrong THz light–matter coupling with a high degree of coherence in the few to single electron limit.

关键词： coupling cavity coupled

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Investigation of solar-induced photoelectrochemical water splitting and photocatalytic dye removal activities of camphor sulfonic acid doped polyaniline-WO3-MWCNT ternary nanocomposite

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Journal of Materials Science & Technology 2020年第3期38卷 7-18页

作者： Mir Ghasem Hosseini Pariya Yardani Sefidi Ahmet Musap Mert solen Kinayyigit Department of Physical Chemistry Electrochemistry Research LaboratoryUniversity of TabrizTabrizIran Engineering Faculty Department of Materials Science and NanotechnologyNear East University99138NicosiaNorth CyprusMersin 10Turkey Laboratory of Nanocatalysis and Clean Energy Technologies Institute of NanotechnologyGebze Technical University41400KocaeliTurkey

The camphor sulfonic acid doped polyaniline-WO3-multiwall carbon nanotube(CSA PANI-WO3-CNT)ternary nanocomposite was synthesized during in-situ oxidative polymerization and characterized by Fourier transform infrared(FTIR)spectroscopy,Raman spectroscopy,X-ray diffraction(XRD),Field emission scanning electron microscopy(FESEM),X-ray photoelectron spectroscopy(XPS),Transmission electron microscopy(TEM),and Energy-dispersive X-ray spectroscopy(EDS).The application of CSA PANIWO3-CNT ternary nanocomposite was investigated as the photocatalyst in the degradation of methylene blue dye(MB)and as the noble metal-free photoanode in photoelectrochemical water splitting under solar light *** degradation percentage of MB dye after 60 min illumination by CSA PANI-WO3-CNT ternary nanocomposite reached 91.40%which was higher than that of pure WO3(43.45%),pure CSA PANI(48.4%)and CSA PANI-WO3 binary nanocomposite(85.15%).The photocurrent density of indium tin oxide(ITO)/CSA PANI-WO3-CNT photoanode obtained 0.81 m A/cm2 at 1.23 V *** hydrogen electrode under illumination which was 1.27,2.13,and 4.26 times higher than that of the ITO/CSA PANI-WO3(0.64 m A/cm2),ITO/pure CSA PANI(0.38 m A/cm2),and ITO/pure WO3(0.19 m A/cm2).Also,the applied bias photon-to-current efficiency(ABPE)of ITO/CSA PANI-WO3-CNT was obtained 0.11%which showed two-fold,four-fold,and five-fold enhancements compared to the ITO/CSA PANI-WO3,ITO/CSA PANI,and ITO/WO3,*** electrochemical impedance spectroscopy,as well as the Mott-Schottky results,confirmed the better photoelectrocatalytic activity of ITO/CSA PANI-WO3-CNT in comparison with ITO/WO3,ITO/CSA PANI,and ITO/CSA *** observed improvement in the photocatalytic and photoelectrocatalytic performances of WO3 in the presence of CSA PANI is due to the formation of type-II heterojunction between WO3 and CSA PANI which allows the separation of charge carriers easier and *** the other hand,MWCNT addition to the CSA PANI-

关键词： Camphor sulfonic acid Polyaniline WO3 Photocatalyst Water splitting

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