109 resultados para B ... n C ... f.


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v>A gliding arc discharge &nbsp;plasma and its characteristics areiv>v>described. Analysis on the production principle of the plasma is presented.&nbsp;</div><div>Some experimental results about two &nbsp;novel types &nbsp;of the gliding arc plasma generator were obtained. These types of gliding arc plasma are potentially used&nbsp;in chemical industry and environment engineering.iv>

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an style="font-family: 'Trebuchet MS', 'Lucida Sans Unicode', Arial, sans-serif; line-height: 22px">(DNS)12NS34&ldquo;&rdquo;51 Jacobian 2AdamsPoissonFFTLURe2800Kim3 Re=3300Ma=0.8&ldquo;&rdquo;使4&ldquo;&rdquo;&ldquo;&rdquo;&ldquo;&rdquo;&ldquo;&rdquo;5&ldquo;&rdquo;abESScMachSL&ldquo;&rdquo;&ldquo;&rdquo;span>

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Polycrystalline Zn1-xNixO diluted magnetic semiconductors have been successfully synthesized by an auto-combustion method. X-ray diffraction measurements indicated that the 5 at% Ni-cloped ZnO had the pure wurtzite structure. Refinements of cell parameters from powder diffraction data revealed that the cell parameters of Zn0.95Ni0.05O were a little bit larger than ZnO. Transmission electron microscopy observation showed that the as-synthesized powders were of the size similar to 60 nm. Magnetic investigations showed that the nanocystalline Zn0.95Ni0.05O possessed room temperature ferromagnetisin with the saturation magnetic moment of 0.1 emu/g (0.29 mu(B)/Ni2+). (c) 2005 Elsevier B.V. All rights reserved.

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Oryza L.Oryzeae DumortierAABBBBCCCCCCDDEEFFGGHHJJHHKKOryza officinalisBBBBCCCCCCDDEE Oryza officinalisGISH;BCDE . 1;/Fukui et al., 19922-20 70%8;-20 18DNAGISH3 . GISHOryza minutaScilla sinensis (2n = 34)1DNA Oryza minutaScilla sinensis2Scilla sinensis;DNA3DNA . GISH1Oryza minuta, O. punctataO. malampuzhaensisBBCC2Oryza minutaBO. punctataB3O. altaCCDDCD . GISHBCDE1BC;ECEBECED;CD

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Oryza L.GramineaeEhrhartoideaeOryzeaeO. sativaO. glaberrima20O. officinalis complex95BCBCCD E;AdhnrDNAITSRFLP;matK trnL trnL-trnF AdhGPA1DNA ITSCCDDITS 1 Adh 64O. rhizomatisCO. minutaBC O. officinalisO. punctataO. eichingeriCBCO. officinalisO. malampuzhaensis O. punctataO. schweinfurthiana广O. officinalis CDO. latifolia, 2 CD1177ITSITSCD 1ITS ;2FokI/DraPCR;31% 3 matK trnL-trnFnrDNAITSAdh1Adh2GPA1CBECO. officinalis O. rhizomatisO. eichingeri, 4 CDO. alta O. grandiglumis O. latifolia3CDCD使D CCDEG7152matKtrnL-trnF3Adh1Adh2 GPA1CDCO. officinalis O. rhizomatis O. eichingeriEO. australiensisCCDD O. latifolia O. altaO. grandiglumis 5 178ITSITSBBCCO. eichingeriO. punctata ITSO. eichingeriO. punctata ;O. malampuzhaensisO. minuta ITSITS;CCDDITSO. altaO. grandiglumisITSCO. latifolia D/E ITS 6 B/C6157SSR7SSR5BBCCBBCCSSRAPHe 3;O. officnalisB/C4BBCC

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使使β-13- 1. Cryptococcus laurentiiBacillus subtilisC. laurentiiB. subtilisC. laurentiiB. subtilis 2. DeccozilSportakIprodineStrobyR. glutinisDeccozilIprodioneStrobyC. laurentii100 l/LStroby2%w/vSBCC. laurentiiT. pullulans使(Penicillium expansumAlternaria alternata)SBCC. laurentiiT. pullulans 3. C. laurentiiB. subtilis-13- PALPODPPO 4. 2 mMSA0.2 mMMeJA β-13- PAL PODPPOSAMeJA25C-13-PAL0C2 mMSAMonilinia fructicola;0.2 mMMeJAM. fructicolaMeJAβ-13-PALSA 5. 1 × 108CFU/mlC. laurentii5 107CFU/mlC. laurentii0.2 mMMeJA 0.2 mMMeJAC. laurentiiP. expansum M. fructicola250CMeJAC. laurentii-13-PALPOD 6. PCRβ-13-β-13-cDNAGlu-1Glu-2RT-PCRGlu-1C. laurentii-13-;Glu-2C. laurentii

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  西西   广西128Holdridge(BT)(PE)(P)(PER)TWINSPAN西12817 1) 2) 3)a 4)b 5)c线廿 6)d 7)a 8)b竿 9) 10)a 11)b 12)c 13a 14)b 15) 16)c 17)   西;   12810

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广CNPC:N:PCN:P绿亿N:P 1603N:PNPlNP;2NPNP;3西NPN:P A1980B1999NP0515305080 g NHN03.m.2.yr-1P024816and 32 g P2Osm-2 yr-1NN:PCN:PN 1NNpP2001APN;PN2000BNP(B2000)PN;NBNN:PA2000B2000PN:P 2N:P;A使B;NPNAN:P 3NNAB; B;ANPNNPP < 0.005PP>0.05;ANPN:P;BN:P 4N(0-10 cm)N(10-20 cm)NiANPNP;BNP; NNPNPN:P 5(O-lO cm)10-20 cm;ArNPNP;BNC:NC:PN:P;N 6;200120002001;NNP;CNN:PC:P N:PNP;NP;NPNP NNPN (B)N(A)PNNPNN:P;PPC:NC

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  N0   2000(N0)5g Nm-2(N1.75)30g Nm-2(N10.5)80g Nm-2(N28)(control)100gm-2(O100)500gm-2(O500)1000gm-2(O1000)A1979退B1999CCB 20022006AB2002C(25)(60%WHC)5   pHpHN28N1.75使N0N1.75N28AB   55   5N0N1.75 N28controlO100O100015--first-order kinetics: Nm=N01exp(-kt)( R2=0.8930.97)N0N0 N0kN0kN0kk

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() 1Mn202H2OCl(a)H20Mn202Mn;(b)2H2OMn202 2MnCaClMn202线2H2O ()Tyr_zTyr_D Tyr_zTyr_D(a)Tyr_DTyr_z;(b)Tyr;(c)(H_20);(d)Tyr_D~+Tyr_z~+ () 1P_(870)(a);(b)P870C3P870+ 2IIP680a50.2.5° 3N-(C4H6N2)CCL4ChlaC4H6N2CDMCD(a)CCL4Chla5ChlaChla2Mg-O(OC131C17C=O);(b)C4H6N2Chla = 0.51CDMCDChlaC4H6N2Mg-OMg-OChlaMgOP_(680) TyrZ2H2OCMn1IIMn4III;NMn2IVMn3IV;ClMB4TMCa;CaOCOO-使Mn202TyrZ(D1-His190)MnO(TyrZTyrD) CaC1Mn

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沿 广 POPs 1. AB 2. Mn Zn Cu Zn Se AsCd A BL Cd YCd=1395.9788.34BLR=0.633B BW BH Cd As BW Cd YCd=1968.80220.72BWR=0.656BH As YAs=1496.86227.82BHR=0.656 3. PLSCoAs CrPbSe CoAs CrPbSe PLS-DA C A B AB 4. 1997 -2008 Cd CrAs B A C CdNi 5. AhRPOPs

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mtDNARFLP线DNA31YCYYCBosindicusBostaurusY2mtDNARFLP111mtDNA8173AAAAAAABBBBBBBACBBCAABosgrunniens3...

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ApaAvaBamHBclBglBglClaDraEco RIEco RVHaeHincHindHpaKpnPstPvuPvuSacSalScaSmaStuXbaXho25630线DNA,30(morph),3,BamH-BBcl-BDra-BXba-C;(p)0.005,(#pi#)0.0008,