Now showing items 8012-8031 of 20780

    • H(infinity) bounded optimal updating - down-dating algorithm 

      KOTHARI, SD (IEEE, 2002)
      The LMS algorithm, which is widely used in the adaptive filtering community, has been proved to be H(infinity) optimal in [1]. In [2] we have analyzed the other performance measures in the H(infinity) setting which are of ...
    • H- ion implantation induced ten-fold increase of photoluminescence efficiency in single layer InAs/GaAs quantum dots 

      SREEKUMAR, R; MANDAL, A; CHAKRABARTI, S; GUPTA, SK (ELSEVIER SCIENCE BV, 2014)
      We demonstrate a ten-fold increase in photoluminescence (PL) efficiency from 50 keV H- ion-implanted InAs/GaAs quantum dots (QDs) at a temperature of 8 K and/or 145 K. Enhancement occurred without post-annealing treatment. ...
    • An H-1-Galerkin mixed finite element method for parabolic partial differential equations 

      PANI, AK (SIAM PUBLICATIONS, 1998)
      In this paper, an H-1-Galerkin mixed finite element method is proposed and analyzed for parabolic partial differential equations with nonselfadjoint elliptic parts. Compared to the standard H-1-Galerkin procedure, ...
    • An H-1-Galerkin mixed finite element method or an evolution equation with a positive-type memory term 

      PANI, AK; FAIRWEATHER, G (SIAM PUBLICATIONS, 2002)
      An H-1-Galerkin mixed finite element method is analyzed for a class of evolution equations with memory. When a classical mixed method is applied to such problems, it has not been possible to obtain any estimate for the ...
    • H-1-Galerkin mixed finite element methods for parabolic partial integro-differential equations 

      PANI, AK; FAIRWEATHER, G (OXFORD UNIV PRESS, 2002)
      H-1-Galerkin mixed finite element methods are analysed for parabolic partial integro-differential equations which arise in mathematical models of reactive flows in porous media and of materials with memory effects. Depending ...
    • H-1-NMR CORRELATION OF CHIRAL 3-PHENYLBUTANOATES FOR THE DETERMINATION OF ABSOLUTE STEREOCHEMISTRY OF CHIRAL ALCOHOLS 

      NADKARNI, PJ; SAWANT, MS; TRIVEDI, GK (PERGAMON-ELSEVIER SCIENCE LTD, 1995)
      A study of diastereoselective 1,4-addition of phenyl Grignard has been attempted on some chiral crotonates. The Pi-facial selectivities in these reactions have been determined on the basis of specific rotations of the ...
    • H-BONDING STUDIES IN NORMAL AND STERICALLY HINDERED ALCOHOLS 

      DESHPANDE, DD; NAIDU, BN (COUNCIL SCIENTIFIC INDUSTRIAL RESEARCH, 1992)
      Measurements have been carried out on volumetric, dielectric and thermodynamic behaviour of various normal and sterically hindered alcohols, cholesterol and polyethylene glycol. It is found that chemical association model ...
    • H-MOR: Density functional investigation for the relative strength of Bronsted acid sites and dynamics simulation of NH3 protonation-deprotonation 

      ELANANY, M; VERCAUTEREN, DP; KOYAMA, M; KUBO, M; SELVAM, P; BROCLAWIK, E; MIYAMOTO, A (ELSEVIER SCIENCE BV, 2006)
      The adsorption energies of NH3 at different positions in acidic mordenite, viz., main channel, side pocket, and double four-membered rings, are investigated using periodic density functional theory method. Furthermore, for ...
    • H2S detection using low-cost SnO2 nano-particle Bi-layer OFETs 

      SURYA, SG; ASHWATH, BSN; MISHRA, S; KARTHIK, ARB; SASTRY, AB; PRASAD, BLV; RANGAPPA, D; RAO, VR (ELSEVIER SCIENCE SA, 2016)
      In this article, a unique platform with an organic field-effect transistor (OFET) integrated with metal oxide nanoparticles for sensing of H2S gas is presented. Metal oxide nanoparticles such as SnO2 and ZnO synthesized ...
    • H2S sensing properties of La-doped nanocrystalline In2O3 

      KAPSE, VD; GHOSH, SA; CHAUDHARI, GN; RAGHUWANSHI, FC; GULWADE, DD (PERGAMON-ELSEVIER SCIENCE LTD, 2008)
      The nanocrystalline powders of pure and La3(+)-doped In2O3 with cubic structure were prepared by a simple hydrothermal decomposition route. The structure and crystal phase of the powders were characterized by X-ray diffraction ...
    • Hadron fragmentation inside jets in hadronic collisions 

      KAUFMANN, T; MUKHERJEE, A; VOGELSANG, W (AMER PHYSICAL SOC, 2015)
      We present an analytical next-to-leading-order QCD calculation of the partonic cross sections for the process pp -> (jeth)X, for which a specific hadron is observed inside a fully reconstructed jet. In order to obtain the ...
    • Hadron optics in three-dimensional invariant coordinate space from deeply virtual Compton scattering 

      BRODSKY, SJ; CHAKRABARTI, D; HARINDRANATH, A; MUKHERJEE, A; VARY, JP (AMERICAN PHYSICAL SOC, 2007)
      The Fourier transform of the deeply virtual Compton scattering amplitude (DVCS) with respect to the skewness parameter zeta=Q(2)/2p center dot q can be used to provide an image of the target hadron in the boost-invariant ...
    • Hadron optics: diffraction patterns in deeply virtual Compton scattering 

      BRODSKY, SJ; CHAKRABARTI, D; HARINDRANATH, A; MUKHERJEE, ASMITA; VARY, JP (Elsevier, 2006)
      We show that the Fourier transform of the deeply virtual Compton scattering (DVCS) amplitude with respect to the skewness variable ζ at fixed invariant momentum transfer squared t provides a unique way to visualize the ...
    • Hadronic resonance production in d+Au collisions at root S(NN) = 200 GeV measured at the BNL Relativistic Heavy Ion Collider 

      ABELEV, BI; AGGARWAL, MM; AHAMMED, Z; ANDERSON, BD; ARKHIPKIN, D; AVERICHEV, GS; BAI, Y; BALEWSKI, J; BARANNIKOVA, O; BARNBY, LS; BAUDOT, J; GARCIA-SOLIS, ES; GHAZIKHANIAN, V; GHOSH, P; GORBUNOV, YN; GORDON, A; GREBENYUK, O; GROSNICK, D; GRUBE, B; GUERTIN, SM; GUIMARAES, KSFF; BAUMGART, S; GUPTA, A; GUPTA, N; GURYN, W; HAAG, B; HALLMAN, TJ; HAMED, A; HARRIS, JW; HE, W; HEINZ, M; HEPPLEMANN, S; BEAVIS, DR; HIPPOLYTE, B; HIRSCH, A; HOFFMAN, AM; HOFFMANN, GW; HOFMAN, DJ; HOLLIS, RS; HUANG, HZ; HUMANIC, TJ; IGO, G; IORDANOVA, A; BELLWIED, R; JACOBS, P; JACOBS, WW; JAKL, P; JIN, F; JONES, PG; JOSEPH, J; JUDD, EG; KABANA, S; KAJIMOTO, K; KANG, K; BENEDOSSO, F; KAPITAN, J; KAPLAN, M; KEANE, D; KECHECHYAN, A; KETTLER, D; KHODYREV, VY; KIRYLUK, J; KISIEL, A; KLEIN, SR; KNOSPE, AG; BETTS, RR; KOCOLOSKI, A; KOETKE, DD; KOPYTINE, M; KOTCHENDA, L; KOUCHPIL, V; KRAVTSOV, P; KRAVTSOV, VI; KRUEGER, K; KRUS, M; KUHN, C; BHARDWAJ, S; KUMAR, L; KURNADI, P; LAMONT, MAC; LANDGRAF, JM; LAPOINTE, S; LAURET, J; LEBEDEV, A; LEDNICKY, R; LEE, CH; LEVINE, MJ; BHASIN, A; LI, C; LI, Y; LIN, G; LIN, X; LINDENBAUM, SJ; LISA, MA; LIU, F; LIU, H; LIU, J; LIU, L; BHATI, AK; LJUBICIC, T; LLOPE, WJ; LONGACRE, RS; LOVE, WA; LU, Y; LUDLAM, T; LYNN, D; MA, GL; MA, YG; MAHAPATRA, DP; BICHSEL, H; MAJKA, R; MALL, MI; MANGOTRA, LK; MANWEILER, R; MARGETIS, S; MARKERT, C; MATIS, HS; MATULENKO, YA; MCSHANE, TS; MESCHANIN, A; BIELCIK, J; MILLANE, J; MILLER, ML; MINAEV, NG; MIODUSZEWSKI, S; MISCHKE, A; MISHRA, DK; MITCHELL, J; MOHANTY, B; MOROZOV, DA; MUNHOZ, MG; BIELCIKOVA, J; NANDI, BK; NATTRASS, C; NAYAK, TK; NELSON, JM; NEPALI, C; NETRAKANTI, PK; NG, MJ; NOGACH, LV; NURUSHEV, SB; ODYNIEC, G; BIRITZ, B; OGAWA, A; OKADA, H; OKOROKOV, V; OLSON, D; PACHR, M; PAGE, BS; PAL, SK; PANDIT, Y; PANEBRATSEV, Y; PAWLAK, T; BLAND, LC; PEITZMANN, T; PEREVOZTCHIKOV, V; PERKINS, C; PERYT, W; PHATAK, SC; PLANINIC, M; PLUTA, J; POLJAK, N; POSKANZER, AM; POTUKUCHI, BVKS; BOMBARA, M; PRINDLE, D; PRUNEAU, C; PRUTHI, NK; PUTSCHKE, J; RANIWALA, R; RANIWALA, S; RAY, RL; REED, R; RIDIGER, A; RITTER, HG; BONNER, BE; ROBERTS, JB; ROGACHEVSKIY, OV; ROMERO, JL; ROSE, A; ROY, C; RUAN, L; RUSSCHER, MJ; RYKOV, V; SAHOO, R; SAKREJDA, I; BOTJE, M; SAKUMA, T; SALUR, S; SANDWEISS, J; SARSOUR, M; SCHAMBACH, J; SCHARENBERG, RP; SCHMITZ, N; SEGER, J; SELYUZHENKOV, I; SEYBOTH, P; BOUCHET, J; SHABETAI, A; SHAHALIEV, E; SHAO, M; SHARMA, M; SHI, SS; SHI, XH; SICHTERMANN, EP; SIMON, F; SINGARAJU, RN; SKOBY, MJ; BRAIDOT, E; SMIRNOV, N; SNELLINGS, R; SORENSEN, P; SOWINSKI, J; SPINKA, HM; SRIVASTAVA, B; STADNIK, A; STANISLAUS, TDS; STASZAK, D; STRIKHANOV, M; BRANDIN, AV; STRINGFELLOW, B; SUAIDE, AAP; SUAREZ, MC; SUBBA, NL; SUMBERA, M; SUN, XM; SUN, Y; SUN, Z; SURROW, B; SYMONS, TJM; BRUNA; DETOLEDO, AS; TAKAHASHI, J; TANG, AH; TANG, Z; TARNOWSKY, T; THEIN, D; THOMAS, JH; TIAN, J; TIMMINS, AR; TIMOSHENKO, S; BUELTMANN, S; TLUSTY; TOKAREV, M; TRAINOR, TA; TRAM, VN; TRATTNER, AL; TRENTALANGE, S; TRIBBLE, RE; TSAI, OD; ULERY, J; ULLRICH, T; BURTON, TP; UNDERWOOD, DG; VAN BUREN, G; VAN LEEUWEN, M; MOLEN, AMV; VANFOSSEN, JA; VARMA, R; VASCONCELOS, GMS; VASILEVSKI, IM; VASILIEV, AN; VIDEBAEK, F; BYSTERSKY, M; VIGDOR, SE; VIYOGI, YP; VOKAL, S; VOLOSHIN, SA; WADA, M; WAGGONER, WT; WANG, F; WANG, G; WANG, JS; WANG, Q; CAI, XZ; WANG, X; WANG, XL; WANG, Y; WEBB, JC; WESTFALL, GD; WHITTEN, C; WIEMAN, H; WISSINK, SW; WITT, R; WU, Y; CAINES, H; XU, N; XU, QH; XU, Y; XU, Z; YEPES, P; YOO, IK; YUE, Q; ZAWISZA, M; ZBROSZCZYK, H; ZHAN, W; SANCHEZ, MCD; ZHANG, H; ZHANG, S; ZHANG, WM; ZHANG, Y; ZHANG, ZP; ZHAO, Y; ZHONG, C; ZHOU, J; ZOULKARNEEV, R; ZOULKARNEEVA, Y; CALLNER, J; ZUO, JX; CATU, O; CEBRA, D; CENDEJAS, R; CERVANTES, MC; CHAJECKI, Z; CHALOUPKA, P; CHATTOPDHYAY, S; CHEN, HF; CHEN, JH; CHEN, JY; CHENG, J; CHERNEY, M; CHIKANIAN, A; CHOI, KE; CHRISTIE, W; CHUNG, SU; CLARKE, RF; CODRINGTON, MJM; COFFIN, JP; CORMIER, TM; COSENTINO, MR; CRAMER, JG; CRAWFORD, HJ; DAS, D; DASH, S; DAUGHERITY, M; DE SILVA, C; DEDOVICH, TG; DEPHILLIPS, M; DEREVSCHIKOV, AA; DE SOUZA, RD; DIDENKO, L; DJAWOTHO, P; DOGRA, SM; DONG, X; DRACHENBERG, JL; DRAPER, JE; DU, F; DUNLOP, JC; MAZUMDAR, MRD; EDWARDS, WR; EFIMOV, LG; ELHALHULI, E; ELNIMR, M; EMELIANOV, V; ENGELAGE, J; EPPLEY, G; ERAZMUS, B; ESTIENNE, M; EUN, L; FACHINI, P; FATEMI, R; FEDORISIN, J; FENG, A; FILIP, P; FINCH, E; FINE, V; FISYAK, Y; GAGLIARDI, CA; GAILLARD, L; GANGAHARAN, DR; GANTI, MS (AMER PHYSICAL SOC, 2008)
      We present the first measurements of the rho(770)(0),K(*)(892),Delta(1232)(++),Sigma(1385), and Lambda(1520) resonances in d+Au collisions at <radical><radicand>s(NN)</radicand></radical>=200 GeV, reconstructed via their ...
    • Hadronization geometry from net-charge angular correlations on momentum subspace (eta, phi) in Au-Au collisions at (root SNN)=130 GeV 

      ADAMS, J; AGGARWAL, MM; AHAMMED, Z; AMONETT, J; ANDERSON, BD; ARKHIPKIN, D; AVERICHEV, GS; BADYAL, SK; BAI, Y; BALEWSKI, J; BARANNIKOVA, O; BARNBY, LS; BAUDOT, J; BEKELE, S; BELAGA, VV; BELLINGERI-LAURIKAINEN, A; BELLWIED, R; BERGER, J; BEZVERKHNY, BI; BHARADWAJ, S; BHASIN, A; BHATI, AK; BHATIA, VS; BICHSEL, H; BIELCIK, J; BIELCIKOVA, J; BILLMEIER, A; BLAND, LC; BLYTH, CO; BLYTH, SL; BONNER, BE; BOTJE, M; BOUCHAM, A; BOUCHET, J; BRANDIN, AV; BRAVAR, A; BYSTERSKY, M; CADMAN, RV; CAI, XZ; CAINES, H; SANCHEZ, MCD; CASTILLO, J; CATU, O; CEBRA, D; CHAJECKI, Z; CHALOUPKA, P; CHATTOPADHYAY, S; CHEN, HF; CHEN, JH; CHEN, Y; CHENG, J; CHERNEY, M; CHIKANIAN, A; CHOI, HA; CHRISTIE, W; COFFIN, JP; CORMIER, TM; COSENTINO, MR; CRAMER, JG; CRAWFORD, HJ; DAS, D; DAS, S; DAUGHERITY, M; DE MOURA, MM; DEDOVICH, TG; DEPHILLIPS, M; DEREVSCHIKOV, AA; DIDENKO, L; DIETEL, T; DOGRA, SM; DONG, WJ; DONG, X; DRAPER, JE; DU, F; DUBEY, AK; DUNIN, VB; DUNLOP, JC; MAZUMDAR, MRD; ECKARDT, V; EDWARDS, WR; EFIMOV, LG; EMELIANOV, V; ENGELAGE, J; EPPLEY, G; ERAZMUS, B; ESTIENNE, M; FACHINI, P; FAIVRE, J; FATEMI, R; FEDORISIN, J; FILIMONOV, K; FILIP, P; FINCH, E; FINE, V; FISYAK, Y; FORNAZIER, KSF; FU, J; GAGLIARDI, CA; GAILLARD, L; GANS, J; GANTI, MS; GEURTS, F; GHAZIKHANIAN, V; GHOSH, P; GONZALEZ, JE; GOS, H; GRACHOV, O; GREBENYUK, O; GROSNICK, D; GUERTIN, SM; GUO, Y; GUPTA, A; GUPTA, N; GUTIERREZ, TD; HALLMAN, TJ; HAMED, A; HARDTKE, D; HARRIS, JW; HEINZ, M; HENRY, TW; HEPPLEMANN, S; HIPPOLYTE, B; HIRSCH, A; HJORT, E; HOFFMANN, GW; HORNER, MJ; HUANG, HZ; HUANG, SL; HUGHES, EW; HUMANIC, TJ; IGO, G; ISHIHARA, A; JACOBS, P; JACOBS, WW; JEDYNAK, M; JIANG, H; JONES, PG; JUDD, EG; KABANA, S; KANG, K; KAPLAN, M; KEANE, D; KECHECHYAN, A; KHODYREV, VY; KIM, BC; KIRYLUK, J; KISIEL, A; KISLOV, EM; KLAY, J; KLEIN, SR; KOETKE, DD; KOLLEGGER, T; KOPYTINE, M; KOTCHENDA, L; KOWALIK, KL; KRAMER, M; KRAVTSOV, P; KRAVTSOV, VI; KRUEGER, K; KUHN, C; KULIKOV, AI; KUMAR, A; KUTUEV, RK; KUZNETSOV, AA; LAMONT, MAC; LANDGRAF, JM; LANGE, S; LAUE, F; LAURET, J; LEBEDEV, A; LEDNICKY, R; LEE, CH; LEHOCKA, S; LEVINE, MJ; LI, C; LI, Q; LI, Y; LIN, G; LINDENBAUM, SJ; LISA, MA; LIU, F; LIU, H; LIU, J; LIU, L; LIU, QJ; LIU, Z; LJUBICIC, T; LLOPE, WJ; LONG, H; LONGACRE, RS; LOPEZ-NORIEGA, M; LOVE, WA; LU, Y; LUDLAM, T; LYNN, D; MA, GL; MA, JG; MA, YG; MAGESTRO, D; MAHAJAN, S; MAHAPATRA, DP; MAJKA, R; MANGOTRA, LK; MANWEILER, R; MARGETIS, S; MARKERT, C; MARTIN, L; MARX, JN; MATIS, HS; MATULENKO, YA; MCCLAIN, CJ; MCSHANE, TS; MEISSNER, F; MELNICK, Y; MESCHANIN, A; MILLER, ML; MINAEV, NG; MIRONOV, C; MISCHKE, A; MISHRA, DK; MITCHELL, J; MOHANTY, B; MOLNAR, L; MOORE, CF; MOROZOV, DA; MUNHOZ, MG; NANDI, BK; NAYAK, SK; NAYAK, TK; NELSON, JM; NETRAKANTI, PK; NIKITIN, VA; NOGACH, LV; NURUSHEV, SB; ODYNIEC, G; OGAWA, A; OKOROKOV, V; OLDENBURG, M; OLSON, D; PAL, SK; PANEBRATSEV, Y; PANITKIN, SY; PAVLINOV, AI; PAWLAK, T; PEITZMANN, T; PEREVOZTCHIKOV, V; PERKINS, C; PERYT, W; PETROV, VA; PHATAK, SC; PICHA, R; PLANINIC, M; PLUTA, J; PORILE, N; PORTER, J; POSKANZER, AM; POTEKHIN, M; POTREBENIKOVA, E; POTUKUCHI, BVKS; PRINDLE, D; PRUNEAU, C; PUTSCHKE, J; RAKNESS, G; RANIWALA, R; RANIWALA, S; RAVEL, O; RAY, RL; RAZIN, SV; REICHHOLD, D; REID, JG; REINNARTH, J; RENAULT, G; RETIERE, F; RIDIGER, A; RITTER, HG; ROBERTS, JB; ROGACHEVSKIY, OV; ROMERO, JL; ROSE, A; ROY, C; RUAN, L; RUSSCHER, MJ; SAHOO, R; SAKREJDA, I; SALUR, S; SANDWEISS, J; SARSOUR, M; SAVIN, I; SAZHIN, PS; SCHAMBACH, J; SCHARENBERG, RP; SCHMITZ, N; SCHWEDA, K; SEGER, J; SEYBOTH, P; SHAHALIEV, E; SHAO, M; SHAO, W; SHARMA, M; SHEN, WQ; SHESTERMANOV, KE; SHIMANSKIY, SS; SICHTERMANN, E; SIMON, F; SINGARAJU, RN; SMIRNOV, N; SNELLINGS, R; SOOD, G; SORENSEN, P; SOWINSKI, J; SPELTZ, J; SPINKA, HM; SRIVASTAVA, B; STADNIK, A; STANISLAUS, TDS; STOCK, R; STOLPOVSKY, A; STRIKHANOV, M; STRINGFELLOW, B; SUAIDE, AAP; SUGARBAKER, E; SUMBERA, M; SURROW, B; SWANGER, M; SYMONS, TJM; DE TOLEDO, AS; TAI, A; TAKAHASHI, J; TANG, AH; TARNOWSKY, T; THEIN, D; THOMAS, JH; TIMMINS, AR; TIMOSHENKO, S; TOKAREV, M; TRAINOR, TA; TRENTALANGE, S; TRIBBLE, RE; TSAI, OD; ULERY, J; ULLRICH, T; UNDERWOOD, DG; VAN BUREN, G; VAN DER KOLK, N; VAN LEEUWEN, M; VANDER MOLEN, AM; VARMA, R; VASILEVSKI, IM; VASILIEV, AN; VERNET, R; VIGDOR, SE; VIYOGI, YP; VOKAL, S; VOLOSHIN, SA; WAGGONER, WT; WANG, F; WANG, G; WANG, XL; WANG, Y; WANG, ZM; WARD, H; WATSON, JW; WEBB, JC; WESTFALL, GD; WETZLER, A; WHITTEN, C; WIEMAN, H; WISSINK, SW; WITT, R; WOOD, J; WU, J; XU, N; XU, Z; XU, ZZ; YAMAMOTO, E; YEPES, P; YOO, IK; YUREVICH, VI; ZBOROVSKY, I; ZHANG, H; ZHANG, WM; ZHANG, Y; ZHANG, ZP; ZHONG, C; ZOULKARNEEV, R; ZOULKARNEEVA, Y; ZUBAREV, AN; ZUO, JX (ELSEVIER SCIENCE BV, 2006)
      We present the first measurements of charge-dependent correlations on angular difference variables eta(1) - eta(2) (pseudorapidity) and phi(1) - phi(2) (azimuth) for primary charged hadrons with transverse momentum 0.15 ...
    • hag expression in Bacillus subtilis is both negatively and positively regulated by ScoC 

      KODGIRE, P; RAO, K (SOC GENERAL MICROBIOLOGY, 2009)
      In Bacillus subtilis, motility and chemotaxis require the expression of hag, which encodes flagellin. This gene is transcribed by the sigma(D) form of RNA polymerase and is regulated by a group of proteins called transition ...
    • Hair-color products and risk for non-Hodgkin's lymphoma: A population-based study in the San Francisco Bay area 

      HOLLY, EA; LELE, C; BRACCI, PM (AMER PUBLIC HEALTH ASSOC INC, 1998)
      Objectives. As part of a large, epidemiologic study of non-Hodgkin's lymphoma, this study investigated a possible association between use of hair-color products and non-Hodgkin's lymphoma. Methods. A population-based ...
    • Haldane gap in S=2 XXZ quantum antiferromagnet 

      KADOLKAR, CY; GOVEAS, N; GHOSH, DK; MURTHY, S (ELSEVIER SCIENCE BV, 1998)
      S = 2 quantum antiferromagnetic chains described by XXZ Heisenberg Hamiltonian with uniaxial anisotropy has been studied using DMRG technique. Chains of length tip to 92 have been considered keeping 50 most significant ...