Now showing items 8896-8915 of 14494

    • O-2-naphthyl diphenylthiophosphinate 

      MAGUE, JT; PUNJI, B; GANESAMOORTHY, C; BALAKRISHNA, MS (BLACKWELL PUBLISHING, 2007)
      The molecule of the title compound, C10H7OP(S)(C6H5)(2) or C22H17OPS, exhibits distorted tetrahedral geometry about the P atom. The P=S bond of 1.9355 (4)angstrom is shorter than that found in Ph3P=S [1.950 (3)angstrom] ...
    • O-H Bond elongation in co-ordinated water through intramolecular P = O center dot center dot center dot H-O bonding. 'Snap-shots' in phosphate ester hydrolysis 

      MURUGAVEL, R; SATHIYENDIRAN, M; POTHIRAJA, R; BUTCHER, RJ (ROYAL SOC CHEMISTRY, 2003)
      Molecular structure of [Cu(dtbp)(2)(phen)(OH2)] (dtbp- H = di-tert-butylphosphate, phen = 1,10-phenanthroline), determined at 293, 203 and 93 K, provides useful snap-shots of O-H bond activation of a metal-bound water, ...
    • O-METHYLATION OF KHUSINOL AND ITS DERIVATIVES AND A ONE-STEP INTRODUCTION OF TERTIARY METHOXY FUNCTIONS IN KHUSINOL 

      AGRAWAL, RC; KARKHANIS, DW; AUDICHYA, TD; TRIVEDI, GK; BHATTACHARYYA, SC (COUNCIL SCIENTIFIC INDUSTRIAL RESEARCH, 1985)
    • Object oriented design of an interactive mechanism simulation system - Clodion 

      DIXIT, DS; SHANBHAG, SH; MUDUR, SP; ISAAC, K; CHINCHALKAR, S (PERGAMON-ELSEVIER SCIENCE LTD, 1999)
      Mechanical system simulation software is of fundamental importance to computer aided design in mechanical engineering Such software systems considerably reduce turn around time and have applications in various industries ...
    • Object-oriented design for power system applications 

      KHAPARDE, SA; PANDIT, S; SOMAN, SA (IEEE, 2000)
      A sound design method is based upon a sound theoretical foundation, yet it offers degrees of freedom for artistic innovation. In the object oriented paradigm, the world is viewed as a collection of objects interacting with ...
    • An Object-Oriented Design for Two-Dimensional Vortex Particle Methods 

      RAMACHANDRAN, P; RAMAKRISHNA, M (ASSOC COMPUTING MACHINERY, 2009)
      Vortex methods offer a grid-free alternative to simulating incompressible, viscous, fluid flows. They require the use of fairly sophisticated algorithms and can be complicated to implement for general flows. This article ...
    • Object-oriented network topology processor 

      KHAPARDE, SA; PANDIT, S; SOMAN, SA (IEEE, 2001)
      Modern power systems have grown both in size and complexity. Various constraints, such as security, economy and environmental regulations, are forcing power systems to operate closer to their design capabilities and security ...
    • Oblique ballistic impact behavior of composites 

      RAJAGOPAL, A; NAIK, NK (SAGE PUBLICATIONS LTD, 2014)
      An analytical model has been presented for oblique ballistic impact behavior of composites based on wave theory and energy balance between the projectile and the target. The change in obliquity of the projectile during ...
    • Oblique ballistic impact behavior of composites 

      RAJAGOPAL, A; NAIK, NK (SAGE PUBLICATIONS LTD, 2014)
      An analytical model has been presented for oblique ballistic impact behavior of composites based on wave theory and energy balance between the projectile and the target. The change in obliquity of the projectile during ...
    • Observation of an Antimatter Hypernucleus 

      ABELEV, BI; AGGARWAL, MM; AHAMMED, Z; ALAKHVERDYANTS, AV; ALEKSEEV, I; ANDERSON, BD; ARKHIPKIN, D; AVERICHEV, GS; BALEWSKI, J; BARNBY, LS; BAUMGART, S; BEAVIS, DR; BELLWIED, R; BETANCOURT, MJ; BETTS, RR; BHASIN, A; BHATI, AK; BICHSEL, H; BIELCIK, J; BIELCIKOVA, J; BIRITZ, B; BLAND, LC; BONNER, BE; BOUCHET, J; BRAIDOT, E; BRANDIN, AV; BRIDGEMAN, A; BRUNA, E; BUELTMANN, S; BUNZAROV, I; BURTON, TP; CAI, XZ; CAINES, H; CALDERON, M; CATU, O; CEBRA, D; CENDEJAS, R; CERVANTES, MC; CHAJECKI, Z; CHALOUPKA, P; CHATTOPADHYAY, S; CHEN, HF; CHEN, JH; CHEN, JY; CHENG, J; CHERNEY, M; CHIKANIAN, A; CHOI, KE; CHRISTIE, W; CHUNG, P; CLARKE, RF; CODRINGTON, MJM; CORLISS, R; CRAMER, JG; CRAWFORD, HJ; DAS, D; DASH, S; LEYVA, AD; DE SILVA, LC; DEBBE, RR; DEDOVICH, TG; DEPHILLIPS, M; DEREVSCHIKOV, AA; DE SOUZA, RD; DIDENKO, L; DJAWOTHO, P; DOGRA, SM; DONG, X; DRACHENBERG, JL; DRAPER, JE; DUNLOP, JC; MAZUMDAR, MRD; EFIMOV, LG; ELHALHULI, E; ELNIMR, M; ENGELAGE, J; EPPLEY, G; ERAZMUS, B; ESTIENNE, M; EUN, L; EVDOKIMOV, O; FACHINI, P; FATEMI, R; FEDORISIN, J; FERSCH, RG; FILIP, P; FINCH, E; FINE, V; FISYAK, Y; GAGLIARDI, CA; GANGADHARAN, DR; GANTI, MS; GARCIA-SOLIS, EJ; GEROMITSOS, A; GEURTS, F; GHAZIKHANIAN, V; GHOSH, P; GORBUNOV, YN; GORDON, A; GREBENYUK, O; GROSNICK, D; GRUBE, B; GUERTIN, SM; GUPTA, A; GUPTA, N; GURYN, W; HAAG, B; HAMED, A; HAN, LX; HARRIS, JW; HAYS-WEHLE, JP; HEINZ, M; HEPPELMANN, S; HIRSCH, A; HJORT, E; HOFFMAN, AM; HOFFMANN, GW; HOFMAN, DJ; HOLLIS, RS; HUANG, B; HUANG, HZ; HUMANIC, TJ; HUO, L; IGO, G; IORDANOVA, A; JACOBS, P; JACOBS, WW; JAKL, P; JENA, C; JIN, F; JONES, CL; JONES, PG; JOSEPH, J; JUDD, EG; KABANA, S; KAJIMOTO, K; KANG, K; KAPITAN, J; KAUDER, K; KEANE, D; KECHECHYAN, A; KETTLER, D; KIKOLA, DP; KIRYLUK, J; KISIEL, A; KLEIN, SR; KNOSPE, AG; KOCOLOSKI, A; KOETKE, DD; KOLLEGGER, T; KONZER, J; KOPYTINE, M; KORALT, I; KOROLEVA, L; KORSCH, W; KOTCHENDA, L; KOUCHPIL, V; KRAVTSOV, P; KRUEGER, K; KRUS, M; KUMAR, L; KURNADI, P; LAMONT, MAC; LANDGRAF, JM; LAPOINTE, S; LAURET, J; LEBEDEV, A; LEDNICKY, R; LEE, CH; LEE, JH; LEIGHT, W; LEVINE, MJ; LI, C; LI, L; LI, N; LI, W; LI, X; LI, Y; LI, Z; LIN, G; LINDENBAUM, SJ; LISA, MA; LIU, F; LIU, H; LIU, J; LJUBICIC, T; LLOPE, WJ; LONGACRE, RS; LOVE, WA; LU, Y; LUO, X; MA, GL; MA, YG; MAHAPATRA, DP; MAJKA, R; MAL, OI; MANGOTRA, LK; MANWEILER, R; MARGETIS, S; MARKERT, C; MASUI, H; MATIS, HS; MATULENKO, YA; MCDONALD, D; MCSHANE, TS; MESCHANIN, A; MILNER, R; MINAEV, NG; MIODUSZEWSKI, S; MISCHKE, A; MITROVSKI, MK; MOHANTY, B; MONDAL, MM; MOROZOV, B; MOROZOV, DA; MUNHOZ, MG; NANDI, BK; NATTRASS, C; NAYAK, TK; NELSON, JM; NETRAKANTI, PK; NG, MJ; NOGACH, LV; NURUSHEV, SB; ODYNIEC, G; OGAWA, A; OKADA, H; OKOROKOV, V; OLSON, D; PACHR, M; PAGE, BS; PAL, SK; PANDIT, Y; PANEBRATSEV, Y; PAWLAK, T; PEITZMANN, T; PEREVOZTCHIKOV, V; PERKINS, C; PERYT, W; PHATAK, SC; PILE, P; PLANINIC, M; PLOSKON, MA; PLUTA, J; PLYKU, D; POLJAK, N; POSKANZER, AM; POTUKUCHI, BVKS; POWELL, CB; PRINDLE, D; PRUNEAU, C; PRUTHI, NK; PUJAHARI, PR; PUTSCHKE, J; QIU, H; RANIWALA, R; RANIWALA, S; RAY, RL; REDWINE, R; REED, R; RITTER, HG; ROBERTS, JB; ROGACHEVSKIY, OV; ROMERO, JL; ROSE, A; ROY, C; RUAN, L; SAHOO, R; SAKAI, S; SAKREJDA, I; SAKUMA, T; SALUR, S; SANDWEISS, J; SANGALINE, E; SCHAMBACH, J; SCHARENBERG, RP; SCHMITZ, N; SCHUSTER, TR; SEELE, J; SEGER, J; SELYUZHENKOV, I; SEYBOTH, P; SHAHALIEV, E; SHAO, M; SHARMA, M; SHI, SS; SICHTERMANN, EP; SIMON, F; SINGARAJU, RN; SKOBY, MJ; SMIRNOV, N; SORENSEN, P; SOWINSKI, J; SPINKA, HM; SRIVASTAVA, B; STANISLAUS, TDS; STASZAK, D; STEVENS, JR; STOCK, R; STRIKHANOV, M; STRINGFELLOW, B; SUAIDE, AAP; SUAREZ, MC; SUBBA, NL; SUMBERA, M; SUN, XM; SUN, Y; SUN, Z; SURROW, B; SVIRIDA, DN; SYMONS, TJM; DE TOLEDO, AS; TAKAHASHI, J; TANG, AH; TANG, Z; TARINI, LH; TARNOWSKY, T; THEIN, D; THOMAS, H; TIAN, J; TIMMINS, AR; TIMOSHENKO, S; TLUSTY, D; TOKAREV, M; TRAINOR, TA; TRAM, VN; TRENTALANGE, S; TRIBBLE, RE; TSAI, OD; ULERY, J; ULLRICH, T; UNDERWOOD, DG; VAN BUREN, G; VAN LEEUWEN, M; VAN NIEUWENHUIZEN, G; VANFOSSEN, JA; VARMA, R; VASCONCELOS, GMS; VASILIEV, AN; VIDEBAEK, F; VIYOGI, YP; VOKAL, S; VOLOSHIN, SA; WADA, M; WALKER, M; WANG, F; WANG, G; WANG, H; WANG, JS; WANG, Q; WANG, XL; WANG, Y; WEBB, G; WEBB, JC; WESTFALL, GD; WHITTEN, C; WIEMAN, H; WINGFIELD, E; WISSINK, SW; WITT, R; WU, Y; XIE, W; XU, H; XU, N; XU, QH; XU, W; XU, Y; XU, Z; XUE, L; YANG, Y; YEPES, P; YIP, K; YOO, IK; YUE, Q; ZAWISZA, M; ZBROSZCZYK, H; ZHAN, W; ZHANG, J; ZHANG, S; ZHANG, WM; ZHANG, XP; ZHANG, Y; ZHANG, ZP; ZHAO, J; ZHONG, C; ZHOU, J; ZHOU, W; ZHU, X; ZHU, YH; ZOULKARNEEV, R; ZOULKARNEEVA, Y (AMER ASSOC ADVANCEMENT SCIENCE, 2010)
      Nuclear collisions recreate conditions in the universe microseconds after the Big Bang. Only a very small fraction of the emitted fragments are light nuclei, but these states are of fundamental interest. We report the ...
    • Observation of an Energy-Dependent Difference in Elliptic Flow between Particles and Antiparticles in Relativistic Heavy Ion Collisions 

      ADAMCZYK, L; ADKINS, JK; AGAKISHIEV, G; AGGARWAL, MM; AHAMMED, Z; ALEKSEEV, I; ALFORD, J; ANSON, CD; APARIN, A; ARKHIPKIN, D; ASCHENAUER, E; AVERICHEV, GS; BALEWSKI, J; BANERJEE, A; BARNOVSKA, Z; BEAVIS, DR; BELLWIED, R; BETANCOURT, MJ; BETTS, RR; BHASIN, A; BHATI, AK; BHATTARAI, P; BICHSEL, H; BIELCIK, J; BIELCIKOVA, J; BLAND, LC; BORDYUZHIN, IG; BOROWSKI, W; BOUCHET, J; BRANDIN, AV; BROVKO, SG; BRUNA, E; BULTMANN, S; BUNZAROV, I; BURTON, TP; BUTTERWORTH, J; CAI, XZ; CAINES, H; SANCHEZ, MCD; CEBRA, D; CENDEJAS, R; CERVANTES, MC; CHALOUPKA, P; CHANG, Z; CHATTOPADHYAY, S; CHEN, HF; CHEN, JH; CHEN, JY; CHEN, L; CHENG, J; CHERNEY, M; CHIKANIAN, A; CHRISTIE, W; CHUNG, P; CHWASTOWSKI, J; CODRINGTON, MJM; CORLISS, R; CRAMER, JG; CRAWFORD, HJ; CUI, X; DAS, S; LEYVA, AD; DE SILVA, LC; DEBBE, RR; DEDOVICH, TG; DENG, J; DE SOUZA, RD; DHAMIJA, S; DI RUZZA, B; DIDENKO, L; DING, F; DION, A; DJAWOTHO, P; DONG, X; DRACHENBERG, JL; DRAPER, JE; DU, CM; DUNKELBERGER, LE; DUNLOP, JC; EFIMOV, LG; ELNIMR, M; ENGELAGE, J; EPPLEY, G; EUN, L; EVDOKIMOV, O; FATEMI, R; FAZIO, S; FEDORISIN, J; FERSCH, RG; FILIP, P; FINCH, E; FISYAK, Y; FLORES, E; GAGLIARDI, CA; GANGADHARAN, DR; GARAND, D; GEURTS, F; GIBSON, A; GLISKE, S; GREBENYUK, OG; GROSNICK, D; GUPTA, A; GUPTA, S; GURYN, W; HAAG, B; HAJKOVA, O; HAMED, A; HAN, LX; HARRIS, JW; HAYS-WEHLE, JP; HEPPELMANN, S; HIRSCH, A; HOFFMANN, GW; HOFMAN, DJ; HORVAT, S; HUANG, B; HUANG, HZ; HUCK, P; HUMANIC, TJ; IGO, G; JACOBS, WW; JENA, C; JUDD, EG; KABANA, S; KANG, K; KAPITAN, J; KAUDER, K; KE, HW; KEANE, D; KECHECHYAN, A; KESICH, A; KIKOLA, DP; KIRYLUK, J; KISEL, I; KISIEL, A; KLEIN, SR; KOETKE, DD; KOLLEGGER, T; KONZER, J; KORALT, I; KORSCH, W; KOTCHENDA, L; KRAVTSOV, P; KRUEGER, K; KULAKOV, I; KUMAR, L; LAMONT, MAC; LANDGRAF, JM; LANDRY, KD; LAPOINTE, S; LAURET, J; LEBEDEV, A; LEDNICKY, R; LEE, JH; LEIGHT, W; LEVINE, MJ; LI, C; LI, W; LI, X; LI, X; LI, Y; LI, ZM; LIMA, LM; LISA, MA; LIU, F; LJUBICIC, T; LLOPE, WJ; LONGACRE, RS; LU, Y; LUO, X; LUSZCZAK, A; MA, GL; MA, YG; DON, DMMDM; MAHAPATRA, DP; MAJKA, R; MARGETIS, S; MARKERT, C; MASUI, H; MATIS, HS; MCDONALD, D; MCSHANE, TS; MIODUSZEWSKI, S; MITROVSKI, MK; MOHAMMED, Y; MOHANTY, B; MONDAL, MM; MUNHOZ, MG; MUSTAFA, MK; NAGLIS, M; NANDI, BK; NASIM, M; NAYAK, TK; NELSON, JM; NOGACH, LV; NOVAK, J; ODYNIEC, G; OGAWA, A; OH, K; OHLSON, A; OKOROKOV, V; OLDAG, EW; OLIVEIRA, RAN; OLSON, D; PACHR, M; PAGE, BS; PAL, SK; PAN, YX; PANDIT, Y; PANEBRATSEV, Y; PAWLAK, T; PAWLIK, B; PEI, H; PERKINS, C; PERYT, W; PILE, P; PLANINIC, M; PLUTA, J; POLJAK, N; PORTER, J; POSKANZER, AM; POWELL, CB; PRUNEAU, C; PRUTHI, NK; PRZYBYCIEN, M; PUJAHARI, PR; PUTSCHKE, J; QIU, H; RAMACHANDRAN, S; RANIWALA, R; RANIWALA, S; RAY, RL; RILEY, CK; RITTER, HG; ROBERTS, JB; ROGACHEVSKIY, OV; ROMERO, JL; ROSS, JF; RUAN, L; RUSNAK, J; SAHOO, NR; SAHU, PK; SAKREJDA, I; SALUR, S; SANDACZ, A; SANDWEISS, J; SANGALINE, E; SARKAR, A; SCHAMBACH, J; SCHARENBERG, RP; SCHMAH, AM; SCHMIDKE, B; SCHMITZ, N; SCHUSTER, TR; SEGER, J; SEYBOTH, P; SHAH, N; SHAHALIEV, E; SHAO, M; SHARMA, B; SHARMA, M; SHI, SS; SHOU, QY; SICHTERMANN, EP; SINGARAJU, RN; SKOBY, MJ; SMIRNOV, D; SMIRNOV, N; SOLANKI, D; SORENSEN, P; DESOUZA, UG; SPINKA, HM; SRIVASTAVA, B; STANISLAUS, TDS; STEVENS, JR; STOCK, R; STRIKHANOV, M; STRINGFELLOW, B; SUAIDE, AAP; SUAREZ, MC; SUMBERA, M; SUN, XM; SUN, Y; SUN, Z; SURROW, B; SVIRIDA, DN; SYMONS, TJM; DE TOLEDO, AS; TAKAHASHI, J; TANG, AH; TANG, Z; TARINI, LH; TARNOWSKY, T; THOMAS, JH; TIAN, J; TIMMINS, AR; TLUSTY, D; TOKAREV, M; TRENTALANGE, S; TRIBBLE, RE; TRIBEDY, P; TRZECIAK, BA; TSAI, OD; TURNAU, J; ULLRICH, T; UNDERWOOD, DG; VAN BUREN, G; VAN NIEUWENHUIZEN, G; VANFOSSEN, JA; VARMA, R; VASCONCELOS, GMS; VIDEBAEK, F; VIYOGI, YP; VOKAL, S; VOLOSHIN, SA; VOSSEN, A; WADA, M; WANG, F; WANG, G; WANG, H; WANG, JS; WANG, Q; WANG, XL; WANG, Y; WEBB, G; WEBB, JC; WESTFALL, GD; WHITTEN, C; WIEMAN, H; WISSINK, SW; WITT, R; WU, YF; XIAO, Z; XIE, W; XIN, K; XU, H; XU, N; XU, QH; XU, W; XU, Y; XU, Z; XUE, L; YANG, Y; YANG, Y; YEPES, P; YI, L; YIP, K; YOO, IK; ZAWISZA, M; ZBROSZCZYK, H; ZHANG, JB; ZHANG, S; ZHANG, XP; ZHANG, Y; ZHANG, ZP; ZHAO, F; ZHAO, J; ZHONG, C; ZHU, X; ZHU, YH; ZOULKARNEEVA, Y; ZYZAK, M (AMER PHYSICAL SOC, 2013)
      Elliptic flow (v(2)) values for identified particles at midrapidity in Au + Au collisions, measured by the STAR experiment in the beam energy scan at RHIC at root s(NN) = 7.7-62.4 GeV, are presented. A beamenergy-dependent ...
    • Observation of Charge Asymmetry Dependence of Pion Elliptic Flow and the Possible Chiral Magnetic Wave in Heavy-Ion Collisions 

      ADAMCZYK, L; ADKINS, JK; AGAKISHIEV, G; AGGARWAL, MM; AHAMMED, Z; ALEKSEEV, I; ALFORD, J; APARIN, A; ARKHIPKIN, D; ASCHENAUER, EC; AVERICHEV, GS; BANERJEE, A; BELLWIED, R; BHASIN, A; BHATI, AK; BHATTARAI, P; BIELCIK, J; BIELCIKOVA, J; BLAND, LC; BORDYUZHIN, IG; BOUCHET, J; BRANDIN, AV; BUNZAROV, I; BURTON, TP; BUTTERWORTH, J; CAINES, H; SANCHEZ, MCD; CAMPBELL, JM; CEBRA, D; CERVANTES, MC; CHAKABERIA, I; CHALOUPKA, P; CHANG, Z; CHATTOPADHYAY, S; CHEN, JH; CHEN, X; CHENG, J; CHERNEY, M; CHRISTIE, W; CONTIN, G; CRAWFORD, HJ; DAS, S; DE SILVA, LC; DEBBE, RR; DEDOVICH, TG; DENG, J; DEREVSCHIKOV, AA; DI RUZZA, B; DIDENKO, L; DILKS, C; DONG, X; DRACHENBERG, JL; DRAPER, JE; DU, CM; DUNKELBERGER, LE; DUNLOP, JC; EFIMOV, LG; ENGELAGE, J; EPPLEY, G; ESHA, R; EVDOKIMOV, O; EYSER, O; FATEMI, R; FAZIO, S; FEDERIC, P; FEDORISIN, J; FENG, Z; FILIP, P; FISYAK, Y; FLORES, CE; FULEK, L; GAGLIARDI, CA; GARAND, D; GEURTS, F; GIBSON, A; GIRARD, M; GREINER, L; GROSNICK, D; GUNARATHNE, DS; GUO, Y; GUPTA, S; GUPTA, A; GURYN, W; HAMAD, A; HAMED, A; HAQUE, R; HARRIS, JW; HE, L; HEPPELMANN, S; HEPPELMANN, S; HIRSCH, A; HOFFMANN, GW; HOFMAN, DJ; HORVAT, S; HUANG, HZ; HUANG, B; HUANG, X; HUCK, P; HUMANIC, TJ; IGO, G; JACOBS, WW; JANG, H; JIANG, K; JUDD, EG; KABANA, S; KALINKIN, D; KANG, K; KAUDER, K; KE, HW; KEANE, D; KECHECHYAN, A; KHAN, ZH; KIKOLA, DP; KISEL, I; KISIEL, A; KOETKE, DD; KOLLEGGER, T; KOSARZEWSKI, LK; KOTCHENDA, L; KRAISHAN, AF; KRAVTSOV, P; KRUEGER, K; KULAKOV, I; KUMAR, L; KYCIA, RA; LAMONT, MAC; LANDGRAF, JM; LANDRY, KD; LAURET, J; LEBEDEV; LEDNICKY, R; LEE, JH; LI, W; LI, Y; LI, C; LI, N; LI, ZM; LI, X; LI, X; LISA, MA; LIU, F; LJUBICIC, T; LLOPE, WJ; LOMNITZ, M; LONGACRE, RS; LUO, X; MA, L; MA, R; MA, YG; MA, GL; MAGDY, N; MAJKA, R; MANION, A; MARGETIS, S; MARKERT, C; MASUI, H; MATIS, HS; MCDONALD, D; MEEHAN, K; MINAEV, NG; MIODUSZEWSKI, S; MOHANTY, B; MONDAL, MM; MOROZOV, DA; MUSTAFA, MK; NANDI, BK; NASIM, M; NAYAK, TK; NIGMATKULOV, G; NOGACH, LV; NOH, SY; NOVAK, J; NURUSHEV, SB; ODYNIEC, G; OGAWA, A; OH, K; OKOROKOV, V; OLVITT, DL; PAGE, BS; PAK, R; PAN, YX; PANDIT, Y; PANEBRATSEV, Y; PAWLIK, B; PEI, H; PERKINS, C; PETERSON, A; PILE, P; PLANINIC, M; PLUTA, J; POLJAK, N; PONIATOWSKA, K; PORTER, J; POSIK, M; POSKANZER, AM; PRUTHI, NK; PUTSCHKE, J; QIU, H; QUINTERO, A; RAMACHANDRAN, S; RANIWALA, S; RANIWALA, R; RAY, RL; RITTER, HG; ROBERTS, JB; ROGACHEVSKIY, OV; ROMERO, JL; ROY, A; RUAN, L; RUSNAK, J; RUSNAKOVA, O; SAHOO, NR; SAHU, PK; SAKREJDA, I; SALUR, S; SANDWEISS, J; SARKAR, A; SCHAMBACH, J; SCHARENBERG, RP; SCHMAH, AM; SCHMIDKE, WB; SCHMITZ, N; SEGER, J; SEYBOTH, P; SHAH, N; SHAHALIEV, E; SHANMUGANATHAN, PV; SHAO, M; SHARMA, B; SHARMA, MK; SHEN, WQ; SHI, SS; SHOU, QY; SICHTERMANN, EP; SIKORA, R; SIMKO, M; SKOBY, MJ; SMIRNOV, D; SMIRNOV, N; SONG, L; SORENSEN, P; SPINKA, HM; SRIVASTAVA, B; STANISLAUS, TDS; STEPANOV, M; STOCK, R; STRIKHANOV, M; STRINGFELLOW, B; SUMBERA, M; SUMMA, BJ; SUN, X; SUN, XM; SUN, Z; SUN, Y; SURROW, B; SVIRIDA, DN; SZELEZNIAK, MA; TANG, Z; TANG, AH; TARNOWSKY, T; TAWFIK, AN; THOMAS, JH; TIMMINS, AR; TLUSTY, D; TOKAREV, M; TRENTALANGE, S; TRIBBLE, RE; TRIBEDY, P; TRIPATHY, SK; TRZECIAK, BA; TSAI, OD; ULLRICH, T; UNDERWOOD, DG; UPSAL, I; VAN BUREN, G; VAN NIEUWENHUIZEN, G; VANDENBROUCKE, M; VARMA, R; VASILIEV, AN; VERTESI, R; VIDEBAEK, F; VIYOGI, YP; VOKAL, S; VOLOSHIN, SA; VOSSEN, A; WANG, F; WANG, Y; WANG, H; WANG, JS; WANG, Y; WANG, G; WEBB, G; WEBB, JC; WEN, L; WESTFALL, GD; WIEMAN, H; WISSINK, SW; WITT, R; WU, YF; XIAO, Z; XIE, W; XIN, K; XU, YF; XU, N; XU, Z; XU, QH; XU, H; YANG, Y; YANG, Y; YANG, C; YANG, S; YANG, Q; YE, Z; YEPES, P; YI, L; YIP, K; YOO, IK; YU, N; ZBROSZCZYK, H; ZHA, W; ZHANG, XP; ZHANG, JB; ZHANG, J; ZHANG, Z; ZHANG, S; ZHANG, Y; ZHANG, JL; ZHAO, F; ZHAO, J; ZHONG, C; ZHOU, L; ZHU, X; ZOULKARNEEVA, Y; ZYZAK, M (AMER PHYSICAL SOC, 2015)
      We present measurements of pi(-) and pi(+) elliptic flow, v(2), at midrapidity in Au + Au collisions at root s(NN) = 200, 62.4, 39, 27, 19.6, 11.5, and 7.7 GeV, as a function of event-by-event charge asymmetry, A(ch), based ...
    • Observation of charge-dependent azimuthal correlations and possible local strong parity violation in heavy-ion collisions 

      ABELEV, BI; AGGARWAL, MM; AHAMMED, Z; ALAKHVERDYANTS, AV; ANDERSON, BD; ARKHIPKIN, D; AVERICHEV, GS; BALEWSKI, J; BARANNIKOVA, O; BARNBY, LS; BAUMGART, S; GORDON, A; GREBENYUK, O; GROSNICK, D; GRUBE, B; GUERTIN, SM; GUIMARAES, KSFF; GUPTA, A; GUPTA, N; GURYN, W; HAAG, B; BEAVIS, DR; HALLMAN, TJ; HAMED, A; HARRIS, JW; HEINZ, M; HEPPELMANN, S; HIRSCH, A; HJORT, E; HOFFMAN, AM; HOFFMANN, GW; HOFMAN, DJ; BELLWIED, R; HOLLIS, RS; HUANG, HZ; HUMANIC, TJ; HUO, L; IGO, G; IORDANOVA, A; JACOBS, P; JACOBS, WW; JAKL, P; JENA, C; BENEDOSSO, F; JIN, F; JONES, CL; JONES, PG; JOSEPH, J; JUDD, EG; KABANA, S; KAJIMOTO, K; KANG, K; KAPITAN, J; KAUDER, K; BETANCOURT, MJ; KEANE, D; KECHECHYAN, A; KETTLER, D; KHODYREV, VY; KIKOLA, DP; KIRYLUK, J; KISIEL, A; KLEIN, SR; KNOSPE, AG; KOCOLOSKI, A; BETTS, RR; KOETKE, DD; KONZER, J; KOPYTINE, M; KORALT, I; KORSCH, W; KOTCHENDA, L; KOUCHPIL, V; KRAVTSOV, P; KRAVTSOV, VI; KRUEGER, K; BHASIN, A; KRUS, M; KUMAR, L; KURNADI, P; LAMONT, MAC; LANDGRAF, JM; LAPOINTE, S; LAURET, J; LEBEDEV, A; LEDNICKY, R; LEE, CH; BHATI, AK; LEE, JH; LEIGHT, W; LEVINE, MJ; LI, C; LI, N; LI, Y; LIN, G; LINDENBAUM, SJ; LISA, MA; LIU, F; BICHSEL, H; LIU, H; LIU, J; LIU, L; LJUBICIC, T; LLOPE, WJ; LONGACRE, RS; LOVE, WA; LU, Y; LUDLAM, T; MA, GL; BIELCIK, J; MA, YG; MAHAPATRA, DP; MAJKA, R; MALL, OI; MANGOTRA, LK; MANWEILER, R; MARGETIS, S; MARKERT, C; MASUI, H; MATIS, HS; BIELCIKOVA, J; MATULENKO, YA; MCDONALD, D; MCSHANE, TS; MESCHANIN, A; MILNER, R; MINAEV, NG; MIODUSZEWSKI, S; MISCHKE, A; MOHANTY, B; MOROZOV, DA; BIRITZ, B; MUNHOZ, MG; NANDI, BK; NATTRASS, C; NAYAK, TK; NELSON, JM; NETRAKANTI, PK; NG, MJ; NOGACH, LV; NURUSHEV, SB; ODYNIEC, G; BLAND, LC; OGAWA, A; OKADA, H; OKOROKOV, V; OLSON, D; PACHR, M; PAGE, BS; PAL, SK; PANDIT, Y; PANEBRATSEV, Y; PAWLAK, T; BNZAROV, I; PEITZMANN, T; PEREVOZTCHIKOV, V; PERKINS, C; PERYT, W; PHATAK, SC; PILE, P; PLANINIC, M; PLOSKON, MA; PLUTA, J; PLYKU, D; BONNER, BE; POLJAK, N; POSKANZER, AM; POTUKUCHI, BVKS; PRINDLE, D; PRUNEAU, C; PRUTHI, NK; PUJAHARI, PR; PUTSCHKE, J; RANIWALA, R; RANIWALA, S; BOUCHET, J; RAY, RL; REDWINE, R; REED, R; RIDIGER, A; RITTER, HG; ROBERTS, JB; ROGACHEVSKIY, OV; ROMERO, JL; ROSE, A; ROY, C; BRAIDOT, E; RUAN, L; RUSSCHER, MJ; SAHOO, R; SAKAI, S; SAKREJDA, I; SAKUMA, T; SALUR, S; SANDWEISS, J; SCHAMBACH, J; SCHARENBERG, RP; BRANDIN, AV; SCHMITZ, N; SEELE, J; SEGER, J; SELYUZHENKOV, I; SEMERTZIDIS, Y; SEYBOTH, P; SHAHALIEV, E; SHAO, M; SHARMA, M; SHI, SS; BRIDGEMAN, A; SHI, XH; SICHTERMANN, EP; SIMON, F; SINGARAJU, RN; SKOBY, MJ; SMIRNOV, N; SORENSEN, P; SOWINSKI, J; SPINKA, HM; SRIVASTAVA, B; BRUNA, E; STANISLAUS, TDS; STASZAK, D; STRIKHANOV, M; STRINGFELLOW, B; SUAIDE, AAP; SUAREZ, MC; SUBBA, NL; SUMBERA, M; SUN, XM; SUN, Y; BUELTMANN, S; SUN, Z; SURROW, B; SYMONS, TJM; DE TOLEDO, AS; TAKAHASHI, J; TANG, AH; TANG, Z; TARINI, LH; TARNOWSKY, T; THEIN, D; BURTON, TP; THOMAS, JH; TIAN, J; TIMMINS, AR; TIMOSHENKO, S; TLUSTY, D; TOKAREV, M; TRAM, VN; TRENTALANGE, S; TRIBBLE, RE; TSAI, OD; CAI, XZ; ULERY, J; ULLRICH, T; UNDERWOOD, DG; VAN BUREN, G; VAN NIEUWENHUIZEN, G; VANFOSSEN, JA; VARMA, R; VASCONCELOS, GMS; VASILIEV, AN; VIDEBAEK, F; CAINES, H; VIYOGI, YP; VOKAL, S; VOLOSHIN, SA; WADA, M; WALKER, M; WANG, F; WANG, G; WANG, H; WANG, JS; WANG, Q; SANCHEZ, MCD; WANG, X; WANG, XL; WANG, Y; WEBB, G; WEBB, JC; WESTFALL, GD; WHITTEN, C; WIEMAN, H; WISSINK, SW; WITT, R; CATU, O; WU, Y; XIE, W; XU, N; XU, QH; XU, Y; XU, Z; YANG, Y; YEPES, P; YIP, K; YOO, IK; CEBRA, D; YUE, Q; ZAWISZA, M; ZBROSZCZYK, H; ZHAN, W; ZHANG, S; ZHANG, WM; ZHANG, XP; ZHANG, Y; ZHANG, ZP; ZHAO, Y; CENDEJAS, R; ZHONG, C; ZHOU, J; ZHU, X; ZOULKARNEEV, R; ZOULKARNEEVA, Y; ZUO, JX; CERVANTES, MC; CHAJECKI, Z; CHALOUPKA, P; CHATTOPADHYAY, S; CHEN, HF; CHEN, JH; CHEN, JY; CHENG, J; CHERNEY, M; CHIKANIAN, A; CHOI, KE; CHRISTIE, W; CHUNG, P; CLARKE, RF; CODRINGTON, MJM; CORLISS, R; CORMIER, TM; COSENTINO, MR; CRAMER, JG; CRAWFORD, HJ; DAS, D; DASH, S; DAUGHERITY, M; DE SILVA, LC; DEDOVICH, TG; DEPHILLIPS, M; DEREVSCHIKOV, AA; DE SOUZA, RD; DIDENKO, L; DJAWOTHO, P; DZHORDZHADZE, V; DOGRA, SM; DONG, X; DRACHENBERG, JL; DRAPER, JE; DUNLOP, JC; MAZUMDAR, MRD; EFIMOV, LG; ELHALHULI, E; ELNIMR, M; 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; GANGADHARAN, DR; GANTI, MS; GARCIA-SOLIS, EJ; GEROMITSOS, A; GEURTS, F; GHAZIKHANIAN, V; GHOSH, P; GORBUNOV, YN (AMER PHYSICAL SOC, 2010)
      Parity (P)-odd domains, corresponding to nontrivial topological solutions of the QCD vacuum, might be created during relativistic heavy-ion collisions. These domains are predicted to lead to charge separation of quarks ...
    • Observation of D-0 Meson Nuclear Modifications in Au plus Au Collisions at root(NN)-N-s=200 GeV 

      ADAMCZYK, L; ADKINS, JK; AGAKISHIEV, G; AGGARWAL, MM; AHAMMED, Z; ALEKSEEV, I; ALFORD, J; ANSON, CD; APARIN, A; ARKHIPKIN, D; ASCHENAUER, EC; AVERICHEV, GS; BANERJEE, A; BEAVIS, DR; BELLWIED, R; BHASIN, A; BHATI, AK; BHATTARAI, P; BICHSEL, H; BIELCIK, J; BIELCIKOVA, J; BLAND, LC; BORDYUZHIN, IG; BOROWSKI, W; BOUCHET, J; BRANDIN, AV; BROVKO, SG; BULTMANN, S; BUNZAROV, I; BURTON, TP; BUTTERWORTH, J; CAINES, H; SANCHEZ, MCD; CEBRA, D; CENDEJAS, R; CERVANTES, MC; CHALOUPKA, P; CHANG, Z; CHATTOPADHYAY, S; CHEN, HF; CHEN, JH; CHEN, L; CHENG, J; CHERNEY, M; CHIKANIAN, A; CHRISTIE, W; CHWASTOWSKI, J; CODRINGTON, MJM; CONTIN, G; CRAMER, JG; CRAWFORD, HJ; CUI, X; DAS, S; LEYVA, AD; DE SILVA, LC; DEBBE, RR; DEDOVICH, TG; DENG, J; DEREVSCHIKOV, AA; DE SOUZA, RD; DHAMIJA, S; DI RUZZA, B; DIDENKO, L; DILKS, C; DING, F; DJAWOTHO, P; DONG, X; DRACHENBERG, JL; DRAPER, JE; DU, CM; DUNKELBERGER, LE; DUNLOP, JC; EFIMOV, LG; ENGELAGE, J; ENGLE, KS; EPPLEY, G; EUN, L; EVDOKIMOV, O; EYSER, O; FATEMI, R; FAZIO, S; FEDORISIN, J; FILIP, P; FINCH, E; FISYAK, Y; FLORES, CE; GAGLIARDI, CA; GANGADHARAN, DR; GARAND, D; GEURTS, F; GIBSON, A; GIRARD, M; GLISKE, S; GREINER, L; GROSNICK, D; GUNARATHNE, DS; GUO, Y; GUPTA, A; GUPTA, S; GURYN, W; HAAG, B; HAMED, A; HAN, LX; HAQUE, R; HARRIS, JW; HEPPELMANN, S; HIRSCH, A; HOFFMANN, GW; HOFMAN, DJ; HORVAT, S; HUANG, B; HUANG, HZ; HUANG, X; HUCK, P; HUMANIC, TJ; IGO, G; JACOBS, WW; JANG, H; JUDD, EG; KABANA, S; KALINKIN, D; KANG, K; KAUDER, K; KE, HW; KEANE, D; KECHECHYAN, A; KESICH, A; KHAN, ZH; KIKOLA, DP; KISEL, I; KISIEL, A; KOETKE, DD; KOLLEGGER, T; KONZER, J; KORALT, I; KOTCHENDA, L; KRAISHAN, AF; KRAVTSOV, P; KRUEGER, K; KULAKOV, I; KUMAR, L; KYCIA, RA; LAMONT, MAC; LANDGRAF, JM; LANDRY, KD; LAURET, J; LEBEDEV, A; LEDNICKY, R; LEE, JH; LEVINE, MJ; LI, C; LI, W; LI, X; LI, X; LI, Y; LI, ZM; LISA, MA; LIU, F; LJUBICIC, T; LLOPE, WJ; LOMNITZ, M; LONGACRE, RS; LUO, X; MA, GL; MA, YG; DON, DMMDM; MAHAPATRA, DP; MAJKA, R; MARGETIS, S; MARKERT, C; MASUI, H; MATIS, HS; MCDONALD, D; MCSHANE, TS; MINAEV, NG; MIODUSZEWSKI, S; MOHANTY, B; MONDAL, MM; MOROZOV, DA; MUSTAFA, MK; NANDI, BK; NASIM, M; NAYAK, TK; NELSON, JM; NIGMATKULOV, G; NOGACH, LV; NOH, SY; NOVAK, J; NURUSHEV, SB; ODYNIEC, G; OGAWA, A; OH, K; OHLSON, A; OKOROKOV, V; OLDAG, EW; OLVITT, DL; PACHR, M; PAGE, BS; PAL, SK; PAN, YX; PANDIT, Y; PANEBRATSEV, Y; PAWLAK, T; PAWLIK, B; PEI, H; PERKINS, C; PERYT, W; PILE, P; PLANINIC, M; PLUTA, J; POLJAK, N; PORTER, J; POSKANZER, AM; PRUTHI, NK; PRZYBYCIEN, M; PUJAHARI, PR; PUTSCHKE, J; QIU, H; QUINTERO, A; RAMACHANDRAN, S; RANIWALA, R; RANIWALA, S; RAY, RL; RILEY, CK; RITTER, HG; ROBERTS, JB; ROGACHEVSKIY, OV; ROMERO, JL; ROSS, JF; ROY, A; RUAN, L; RUSNAK, J; RUSNAKOVA, O; SAHOO, NR; SAHU, PK; SAKREJDA, I; SALUR, S; SANDWEISS, J; SANGALINE, E; SARKAR, A; SCHAMBACH, J; SCHARENBERG, RP; SCHMAH, AM; SCHMIDKE, WB; SCHMITZ, N; SEGER, J; SEYBOTH, P; SHAH, N; SHAHALIEV, E; SHANMUGANATHAN, PV; SHAO, M; SHARMA, B; SHEN, WQ; SHI, SS; SHOU, QY; SICHTERMANN, EP; SINGARAJU, RN; SKOBY, MJ; SMIRNOV, D; SMIRNOV, N; SOLANKI, D; SORENSEN, P; SPINKA, HM; SRIVASTAVA, B; STANISLAUS, TDS; STEVENS, JR; STOCK, R; STRIKHANOV, M; STRINGFELLOW, B; SUMBERA, M; SUN, X; SUN, XM; SUN, Y; SUN, Z; SURROW, B; SVIRIDA, DN; SYMONS, TJM; SZELEZNIAK, MA; TAKAHASHI, J; TANG, AH; TANG, Z; TARNOWSKY, T; THOMAS, JH; TIMMINS, AR; TLUSTY, D; TOKAREV, M; TRENTALANGE, S; TRIBBLE, RE; TRIBEDY, P; TRZECIAK, BA; TSAI, OD; TURNAU, J; ULLRICH, T; UNDERWOOD, DG; VAN BUREN, G; VAN NIEUWENHUIZEN, G; VANDENBROUCKE, M; VANFOSSEN, JA; VARMA, R; VASCONCELOS, GMS; VASILIEV, AN; VERTESI, R; VIDEBAEK, F; VIYOGI, YP; VOKAL, S; VOSSEN, A; WADA, M; WANG, F; WANG, G; WANG, H; WANG, JS; WANG, XL; WANG, Y; WANG, Y; WEBB, G; WEBB, JC; WESTFALL, GD; WIEMAN, H; WISSINK, SW; WITT, R; WU, YF; XIAO, Z; XIE, W; XIN, K; XU, H; XU, J; XU, N; XU, QH; XU, Y; XU, Z; YAN, W; YANG, C; YANG, Y; YANG, Y; YE, Z; YEPES, P; YI, L; YIP, K; YOO, IK; YU, N; ZAWISZA, Y; ZBROSZCZYK, H; ZHA, W; ZHANG, JB; ZHANG, JL; ZHANG, S; ZHANG, XP; ZHANG, Y; ZHANG, ZP; ZHAO, F; ZHAO, J; ZHONG, C; ZHU, X; ZHU, YH; ZOULKARNEEVA, Y; ZYZAK, M (AMER PHYSICAL SOC, 2014)
      We report the first measurement of charmed-hadron (D-0) production via the hadronic decay channel (D-0 -> K- + pi(+)) in Au + Au collisions at root(NN)-N-s = 200 GeV with the STAR experiment. The charm production cross ...
    • Observation of enhanced exchange bias behaviour in NiCoMnSb Heusler alloys 

      NAYAK, AK; SURESH, KG; NIGAM, AK (IOP PUBLISHING LTD, 2009)
      We report the observation of large exchange bias (EB) in Ni(50-)xCo(x)Mn(38)Sb(12) Heusler alloys with x = 0, 2, 3, 4, 5, which is attributed to the coexistence of ferromagnetic (FM) and antiferromagnetic (AFM) phases in ...
    • Observation of Ferromagnetic Exchange, Spin Crossover, Reductively Induced Oxidation, and Field-Induced Slow Magnetic Relaxation in Monomeric Cobalt Nitroxides 

      GASS, IA; TEWARY, S; NAFADY, A; CHILTON, NF; GARTSHORE, CJ; ASADI, M; LUPTON, DW; MOUBARAKI, B; BOND, AM; BOAS, JF; GUO, SX; RAJARAMAN, G; MURRAY, KS (AMER CHEMICAL SOC, 2013)
      The reaction of [Co-II(NO3)(2)]center dot 6H(2)O with the nitroxide radical, 4-dimethyl-2,2-di(2-pyridyl) oxazolidine-N-oxide (L-center dot), produces the mononuclear transition-metal complex [Co-II(L-center dot)(2)](NO3)(2) ...
    • Observation of giant exchange bias in bulk Mn50Ni42Sn8 Heusler alloy 

      SHARMA, J; SURESH, KG (AMER INST PHYSICS, 2015)
      We report a giant exchange bias (EB) field of 3520 Oe in bulk Mn50Ni42Sn8 Heusler alloy. The low temperature magnetic state of the martensite phase has been studied by DC magnetization and AC susceptibility measurements. ...
    • Observation of giant magnetocaloric effect in HoCoSi 

      GUPTA, S; SURESH, KG (ELSEVIER SCIENCE BV, 2013)
      We report the magnetic and magnetocaloric properties of HoCoSi, which shows second order ferro-paramagnetic transition at 14 K. It is found to exhibit a large magnetic entropy change of 13 J/kg K for a field change of 20 ...
    • Observation of higher-order diffraction features in self-assembled photonic crystals 

      NAIR, RV; VIJAYA, R (AMER PHYSICAL SOC, 2007)
      The optical response of high quality three dimensionally (3D) ordered photonic crystals is analyzed in the high energy region. By tuning the reflectance with the angle of incidence of light, the peaks in the reflection ...
    • Observation of large positive magnetoresistance and its sign reversal in GdRhGe 

      GUPTA, S; SURESH, KG; NIGAM, AK (ELSEVIER SCIENCE SA, 2014)
      Magnetic properties, heat capacity and magnetoresistance (MR) of polycrystalline GdRhGe are investigated. It shows two antiferromagnetic transitions, one at T-1 = 31.8 K and the other at T-2 = 24 K, and field induced ...