Document Library


LaTeX Style Files for FINUDA Notes



 


FINUDA Tracking Note 92-01.
 


FINUDA Tracking Note 92-02.
 


FINUDA Tracking Note 92-03.
 


FINUDA Tracking Note 93-01.
 


FINUDA Note 01-LNF-ST-94.
 


Introduction. The construction details of the first straw tube prototype of FINUDA experiment have been described elsewhere. In the beginning of May this year, the prototype was tested with a 1 GeV/c pi- beam at CERN. In this note we described the test beam setup and an evaluation of space resolution of the prototype. The contributions to straw space resolution due to electron diffusion, ionization statistics and jitter in time measurements are considered.
FINUDA Note 02-LNF-ST-94.
 


Abstract A cylindrical tracking detector with an inner radius of one meter employing straw tubes is being envisaged for the FINUDA experiment aimed at hypernuclear physics at DAPHNE, the Frascati phi-factory. A prototype using several 10 mm and 20 mm diameter, two meter long aluminized mylar straws has been assembled and tested with a one GeV/c pion beam. While operating with dimethyl ether gas gain, space resolution, and device systematics have been studied. A simple method of correction for systematics due to straw eccentricity has been developed and, once applied, a space resolution better than 40 mu m can be reached.
FINUDA Note 03-LNF-ST-94 and LNF-94/047 (IR).
 


Abstract. In this work the electrical characteristics of FINUDA straws and the influence of electrostatic and gravitational forces on wire positioning is considered. Signal transmission parameters, electric field of eccentric straws, and static position of the wire under the influence of electrical and gravitational forces are all important aspects to be analytically estimated for aiding many of the detector design issues. A simple and classical approach of analysis can be used to treat these arguments and provides a number of insights with valuable practical importance.
FINUDA Note 04-LNF-ST-94.
 


Abstract We have studied various gas mixture that can be used for the high accuracy drift chambers at FINUDA, and found that a (70-30) gas mixture of helium-isobutane is optmum. The relative variations of spatial accuracies resulting from mechanical positioning inaccuracies are also discussed.
FINUDA Note 05-TO-..-94.
 


Abstract. We describe the construction of a full scale prototype drift chamber module of a high accuracy drift chamber for FINUDA at DAPHNE
FINUDA Note 06-TO-DC-94.
 


FINUDA Note 07-TO..-94.
 


 

 

FINUDA, 1995.
 


FINUDA Note 80-, 1994.
 


 

 

Abstract A cable routing system for the FINUDA experiment at DAPHNE is described. Signal and supply cables, gas tubes, optical fibers, controls are routed from the detector inside the magnet to patch-panels, and from here to front-end electronics mounted on the magnet. From the magnet, cables travel to the counting room via a telescopic overhead arm, trays attached to DAPHNE hall and PVC ducts crossing the wall.

FINUDA note 09/LNF/OPR/1995.


 

 

FINUDA note 10/LNF/FEE/95.


 

 

FINUDA note 15/LNF/FEE/95


 

 

Abstract The DAPHNE phi-factory and the FINUDA and KLOE experiments are reviewed, and their status reported

FINUDA note 16/LNF/PUB/95


 

 

Abstract We have measured with beam the performances of a large (115x57) cm2 planar drift chamber filled with a He-iC4H10 (70-30) mixture. The spatial resolution is better than 100 um along the whole drift cell. Local and integrated efficiencies are 99.3+-0.2 % and 98.1+-0.2 % respectively. The coordinate along the wire is measured by the charge division method and the resolution at the center is 0.61% of the length.

FINUDA note 17/TO/DC/95


 

 

Abstract The present document contains an up-to-date overview of the status of the FINUDA detector. The basic design and the main physics issues remain those ofthe Proposal. However, a considerable deal of improvements and adaptation to the machine needs was performed and the detector design is, at present, nearly frozen. Also the tests on prototypes are practically completed, and all sub-detectors are passing to the phase of tendering and mass producions, with the objective of having the detector components ready for mid '96.

FINUDA note 19/LNF/ALL/95


 

 

FINUDA note 20/LNF/ST/95


 

 

FINUDA note 21/LNF/OPR/1995


 

 

FINUDA note 22/LNF/ST/95


 

 

FINUDA note 23/LNF/MGN/95


 

 

FINUDA note 24/LNF/ST/95


 

 

FINUDA note 25/LNF/PUB/95


 

 

FINUDA note 26/LNF/STR/1995


 

 

FINUDA note 28/LNF/ST/95


 

 

FINUDA note 29/LNF/ST/95


 

 

FINUDA note 30/LNF/FEE/95


 

 

FINUDA note 33/LNF/DAQ/1996


 

 

FINUDA note 34/LNF/OPR/1996


 

 

FINUDA note 35/LNF/OPR/1996


 

 

FINUDA note 36/LNF/OFF/1996


 

 

FINUDA note 38/LNF/DAQ/1996, preprint LNF-96/032(P)


 

 

FINUDA note 39/TO/DC/1996


 

 

FINUDA note 40/LNF/ST/1997


 

 

Finuda Note 50/LNF/OFL/98


 

 

Finuda Note 51/LNF/STB/99


 

 

Finuda Note 52/LNF/STB/99


 

 

Finuda Note . 01/TO/TRG/00.


 

 

Finuda Note ..


 

 

Finuda Note 02/LNF/TRG/07


 

 

Finuda Note 53/LNF/STB/07



 

  dp 23 Jul 07