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Measurement Of The D-Star Branching Ratios

J G Adler,J J Becker,G Blaylock,T A Bolton,J C Brient,J S Brown,K O Bunnell,M Burchell,T H Burnett,R E Cassell,D M Coffman,V Cook,D H Coward,D E Dorfan,J Drinkard,G P Dubois,A L Duncan,G Eigen,K Einsweiler,B I Eisenstein,T Freese,C Gatto,Gary E Gladding,C Grab,R Hamilton,Jay Hauser,C A Heusch,D G Hitlin,J M Izen,P C Kim,L Kopke,Ang Li,W S Lockman,U Mallik,C G Matthews,R Mir,P M Mockett,R F Mozley,B Nemati,A Odian,L Parrish,R Partridge,J Perrier,D Pitman,S A Plaetzer,J D Richman,H F W Sadrozinski,M Scarlatella,T Schalk,R H Schindler,A Seiden,C Simopoulos,A L Spadafora,I E Stockdale,W Stockhausen,J J Thaler,W H Toki,B Tripsas,F Villa,S Wasserbaech,A Wattenberg,A J Weinstein,N Wermes,H J Willutzki,Dennis E Wisinski,W J Wisniewski,R Xu,Ying Zhu

PHYSICS LETTERS B（1988）

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Abstract
We report a new measurement of the D∗ branching ratios, using data obtained with the Mark III detector at the e+e− storage ring SPEAR at s=4.14 GeV. A fit to the recoil mass squared spectrum of D mesons reconstructed through the decay modes K−π+π+ and K−π+ is used to extract the D∗+ → γD+, π0D+, π+D0 and D∗0 → γD0, π0D0 branching ratios.
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