نتایج جستجو برای: tau method

تعداد نتایج: 1649185  

2016
Weixiao Han Chen Liang Baofa Jiang Wei Ma Ying Zhang

This study aimed to describe the characteristics of natural disasters and associated losses from 1985 to 2014. The Mann-Kendall method was used to detect any long-term trends and abrupt changes. Hotspot analysis was conducted to detect the spatial clusters of disasters. We found an increasing trend in the occurrence of integrated natural disasters (tau = 0.594, p < 0.001), particularly for floo...

Journal: :The British journal of nutrition 2010
Rosane A Ribeiro Emerielle C Vanzela Camila A M Oliveira Maria L Bonfleur Antonio C Boschero Everardo M Carneiro

Taurine (TAU) supplementation increases insulin secretion in response to high glucose concentrations in rodent islets. This effect is probably due to an increase in Ca2+ handling by the islet cells. Here, we investigated the possible involvement of the cholinergic/phospholipase C (PLC) and protein kinase (PK) A pathways in this process. Adult mice were fed with 2% TAU in drinking water for 30 d...

Journal: :Statistics in medicine 2004
Robert A Rigby D Mikis Stasinopoulos

The Box-Cox power exponential (BCPE) distribution, developed in this paper, provides a model for a dependent variable Y exhibiting both skewness and kurtosis (leptokurtosis or platykurtosis). The distribution is defined by a power transformation Y(nu) having a shifted and scaled (truncated) standard power exponential distribution with parameter tau. The distribution has four parameters and is d...

Journal: :Nano letters 2016
Feng Liang Yiying Zhang Wooyoung Hong Yuanlin Dong Zhongcong Xie Qimin Quan

Amyloid plaques and neurofibrillary tangles are the pathological hallmarks of Alzheimer's disease. However, there has been a long-standing discussion on the dynamic relations between Aβ and tau proteins, partially due to the lack of a tool to track protein dynamics in individual live neurons at the early stage of Aβ generation and tau phosphorylation. Here, we developed nanoplasmonic fiber tip ...

1997
Brian K. Heltsley

New, preliminary tau physics results are reported from tau-pair data acquired with the CLEO 11 detector operating at the Cornell Electron Storage Ring. The tau m~s is measured as m, = 1777.6 + 0.9 + 1.5 MeV/cz by exploiting the kinematics of events in which both taus decay hadronicdly. The electronic branching fraction is determined to be B,=O. 1742+0.0015+0.0023 by counting di-electron tau-pai...

Journal: :Journal of applied physiology 2006
Charles S Chung David M Ajo Sándor J Kovács

Transmitral Doppler echocardiography is the preferred method of noninvasive diastolic function assessment. Correlations between catheterization-based measures of isovolumic relaxation (IVR) and transmitral, early rapid filling (Doppler E-wave)-derived parameters have been observed, but no model-based, causal explanation has been offered. IVR has also been characterized in terms of its duration ...

The aim of this note is to study the submajorization inequalities for $tau$-measurable operators in a semi-finite von Neumann algebra on a Hilbert space with a normal faithful semi-finite trace $tau$. The submajorization inequalities generalize some results due to Zhang, Furuichi and Lin, etc..

2012
Yazi Ke Joe Dramiga Ulrich Schütz Jillian J. Kril Lars M. Ittner Hannsjörg Schröder Jürgen Götz

Tau dysfunction characterizes neurodegenerative diseases such as Alzheimer's disease (AD) and frontotemporal lobar degeneration (FTLD). Here, we performed an unbiased SAGE (serial analysis of gene expression) of differentially expressed mRNAs in the amygdala of transgenic pR5 mice that express human tau carrying the P301L mutation previously identified in familial cases of FTLD. SAGE identified...

2012
J. Solsvik S. Tangen

Techniques in the family of weighted residual methods; the orthogonal collocation, Galerkin, tau, and least-squares methods, are adopted to solve a non-linear and highly coupled pellet problem. Based on a residual measure and problem matrix condition numbers, the Galerkin and tau methods are favorable solution techniques for the pellet equations. On the other hand, the orthogonal collocation is...

Journal: :Physical review letters 2009
B Aubert Y Karyotakis J P Lees V Poireau E Prencipe X Prudent V Tisserand J Garra Tico E Grauges M Martinelli A Palano M Pappagallo G Eigen B Stugu L Sun M Battaglia D N Brown L T Kerth Yu G Kolomensky G Lynch I L Osipenkov K Tackmann T Tanabe C M Hawkes N Soni A T Watson H Koch T Schroeder D J Asgeirsson B G Fulsom C Hearty T S Mattison J A McKenna M Barrett A Khan A Randle-Conde V E Blinov A D Bukin A R Buzykaev V P Druzhinin V B Golubev A P Onuchin S I Serednyakov Yu I Skovpen E P Solodov K Yu Todyshev M Bondioli S Curry I Eschrich D Kirkby A J Lankford P Lund M Mandelkern E C Martin D P Stoker H Atmacan J W Gary F Liu O Long G M Vitug Z Yasin V Sharma C Campagnari T M Hong D Kovalskyi M A Mazur J D Richman T W Beck A M Eisner C A Heusch J Kroseberg W S Lockman A J Martinez T Schalk B A Schumm A Seiden L Wang L O Winstrom C H Cheng D A Doll B Echenard F Fang D G Hitlin I Narsky P Ongmongkolkul T Piatenko F C Porter R Andreassen G Mancinelli B T Meadows K Mishra M D Sokoloff P C Bloom W T Ford A Gaz J F Hirschauer M Nagel U Nauenberg J G Smith S R Wagner R Ayad W H Toki R J Wilson E Feltresi A Hauke H Jasper T M Karbach J Merkel A Petzold B Spaan K Wacker M J Kobel R Nogowski K R Schubert R Schwierz D Bernard E Latour M Verderi P J Clark S Playfer J E Watson M Andreotti D Bettoni C Bozzi R Calabrese A Cecchi G Cibinetto E Fioravanti P Franchini E Luppi M Munerato M Negrini A Petrella L Piemontese V Santoro R Baldini-Ferroli A Calcaterra R de Sangro G Finocchiaro S Pacetti P Patteri I M Peruzzi M Piccolo M Rama A Zallo R Contri E Guido M Lo Vetere M R Monge S Passaggio C Patrignani E Robutti S Tosi K S Chaisanguanthum M Morii A Adametz J Marks S Schenk U Uwer F U Bernlochner V Klose H M Lacker T Lueck A Volk D J Bard P D Dauncey M Tibbetts P K Behera M J Charles U Mallik J Cochran H B Crawley L Dong V Eyges W T Meyer S Prell E I Rosenberg A E Rubin Y Y Gao A V Gritsan Z J Guo N Arnaud J Béquilleux A D'Orazio M Davier D Derkach J Firmino da Costa G Grosdidier F Le Diberder V Lepeltier A M Lutz B Malaescu S Pruvot P Roudeau M H Schune J Serrano V Sordini A Stocchi G Wormser D J Lange D M Wright I Bingham J P Burke C A Chavez J R Fry E Gabathuler R Gamet D E Hutchcroft D J Payne C Touramanis A J Bevan C K Clarke F Di Lodovico R Sacco M Sigamani G Cowan S Paramesvaran A C Wren C L Davis A G Denig M Fritsch W Gradl A Hafner K E Alwyn D Bailey R J Barlow G Jackson G D Lafferty T J West J I Yi J Anderson C Chen A Jawahery D A Roberts G Simi J M Tuggle C Dallapiccola E Salvati R Cowan D Dujmic P H Fisher S W Henderson G Sciolla M Spitznagel R K Yamamoto M Zhao P M Patel S H Robertson M Schram P Biassoni A Lazzaro V Lombardo F Palombo S Stracka L Cremaldi R Godang R Kroeger P Sonnek D J Summers H W Zhao M Simard P Taras H Nicholson G De Nardo L Lista D Monorchio G Onorato C Sciacca G Raven H L Snoek C P Jessop K J Knoepfel J M Losecco W F Wang L A Corwin K Honscheid H Kagan R Kass J P Morris A M Rahimi S J Sekula Q K Wong N L Blount J Brau R Frey O Igonkina J A Kolb M Lu R Rahmat N B Sinev D Strom J Strube E Torrence G Castelli N Gagliardi M Margoni M Morandin M Posocco M Rotondo F Simonetto R Stroili C Voci P Del Amo Sanchez E Ben-Haim G R Bonneaud H Briand J Chauveau O Hamon Ph Leruste G Marchiori J Ocariz A Perez J Prendki S Sitt L Gladney M Biasini E Manoni C Angelini G Batignani S Bettarini G Calderini M Carpinelli A Cervelli F Forti M A Giorgi A Lusiani M Morganti N Neri E Paoloni G Rizzo J J Walsh D Lopes Pegna C Lu J Olsen A J S Smith A V Telnov F Anulli E Baracchini G Cavoto R Faccini F Ferrarotto F Ferroni M Gaspero P D Jackson L Li Gioi M A Mazzoni S Morganti G Piredda F Renga C Voena M Ebert T Hartmann H Schröder R Waldi T Adye B Franek E O Olaiya F F Wilson S Emery L Esteve G Hamel de Monchenault W Kozanecki G Vasseur Ch Yèche M Zito M T Allen D Aston R Bartoldus J F Benitez R Cenci J P Coleman M R Convery J C Dingfelder J Dorfan G P Dubois-Felsmann W Dunwoodie R C Field M Franco Sevilla A M Gabareen M T Graham P Grenier C Hast W R Innes J Kaminski M H Kelsey H Kim P Kim M L Kocian D W G S Leith S Li B Lindquist S Luitz V Luth H L Lynch D B Macfarlane H Marsiske R Messner D R Muller H Neal S Nelson C P O'Grady I Ofte M Perl B N Ratcliff A Roodman A A Salnikov R H Schindler J Schwiening A Snyder D Su M K Sullivan K Suzuki S K Swain J M Thompson J Va'vra A P Wagner M Weaver C A West W J Wisniewski M Wittgen D H Wright H W Wulsin A K Yarritu C C Young V Ziegler X R Chen H Liu W Park M V Purohit R M White J R Wilson M Bellis P R Burchat A J Edwards T S Miyashita S Ahmed M S Alam J A Ernst B Pan M A Saeed S B Zain A Soffer S M Spanier B J Wogsland R Eckmann J L Ritchie A M Ruland C J Schilling R F Schwitters B C Wray B W Drummond J M Izen X C Lou F Bianchi D Gamba M Pelliccioni M Bomben L Bosisio C Cartaro G Della Ricca L Lanceri L Vitale V Azzolini N Lopez-March F Martinez-Vidal D A Milanes A Oyanguren J Albert Sw Banerjee B Bhuyan H H F Choi K Hamano G J King R Kowalewski M J Lewczuk I M Nugent J M Roney R J Sobie T J Gershon P F Harrison J Ilic T E Latham G B Mohanty E M T Puccio H R Band X Chen S Dasu K T Flood Y Pan R Prepost C O Vuosalo S L Wu

We search for a light Higgs boson A0 in the radiative decay Upsilon(3S)-->gammaA(0), A(0)-->tau+tau-, tau+-->e+nu(e)nu(tau), or tau+-->mu+nu(mu)nu(tau). The data sample contains 122x10(6) Upsilon(3S) events recorded with the BABAR detector. We find no evidence for a narrow structure in the studied tau+tau- invariant mass region of 4.03<m(tau+tau-)<10.10 GeV/c2. We exclude at the 90% confidence ...

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