The temperature monitoring system of a BGO calorimeter

Parks, J.R.

April 1949

The constant temperature bath is in operation. A ballistic type instability was detected in the calo...

Performance of a BGO calorimeter in a tagged photon beam from 260 to 1150 MeV

P. Levi Sandri
F. Ghio
D. Moricciani
M. Breuer
M. Rigney
J-P. Didelez
Ch. Djalali
M. Anghinolfi
N. Bianchi
M. Capogni
L. Casano
P. Corvisiero
A. D' Angelo
E. De Sanctis
R. Di Salvo
G. Gervino
B. Girolami
L. Hu
V. Muccifora
E. Polli
A.R. Reolon
G. Ricco
M. Ripani
P. Rossi
M. Sanzone
C. Schaerf
M. Taiuti
A. Zucchiatti

January 1996

20 BGO crystals with photomultiplier readout that form one sector of a large solid angle BGO calorim...

Determination of the temperature change by means of an outcoming signal of electric resistance in an isoperibolic calorimetric cell. Obtainment of heat solution

Liliana Giraldo-gutierréz
Juan Carlos Moreno-piraján

August 2014

Abstract: An isoperibolic calorimetric cell is built with glass surrounded by plastic insulation. Th...

The temperature monitoring system of a BGO calorimeter

Castoldi, M
Di Salvo, R
Ghio, F
Girolami, B
Zucchiatti, A
Bellini, V
Capogni, M
Casano, L
Ciciani, L
D'ANGELO, A
Gervino, G
Levi Sandri, P
Moricciani, D
Nicoletti, L
Rossi, P
Schaerf, C

January 1998

The temperature variations of a BGO crystal ball were monitored with a set of 177 platinum probes an...

BGO temperature dependence and energy measurements in the ATIC calorimeter

Isbert, J.
Adams, J. H.
Ahn, H. S.
Bashindzhagyan, G. L.
Batkov, K. E.
Chang, J.
Christl, M.
Fazely, A. R.
Ganel, O.
Gunasingha, R. M.
Guzik, T. G.
Kim, K. C.
Kouznetsov, E. N.
Panasyuk, M. I.
Panov, A. D.
Wefel, J. P.
Schmidt, W. K.H.
Seo, E. S.
Sokolskaya, N. V.
Wu, J.
Zatsepin, V. I.

January 2005

The Advanced Thin Ionization Calorimeter (ATIC) Balloon Experiment had a successful test flight and ...

The GRAAL high resolution BGO calorimeter and its energy calibration and monitoring system

Ghio, F.
Girolami, B.
Capogni, M.
Istituto Nazionale di Fisica Nucleare, Rome (Italy). Laboratori Nazionali di= Frascati

January 1997

Submitted to Nuclear Instrument and Methods in Physics ResearchConsiglio Nazionale delle Ricerche - ...

Temperature effects in the ATIC BGO calorimeter

Isbert, J.
Adams, J. H.
Ahn, H. S.
Bashindzhagyan, G. L.
Batkov, K. E.
Christl, M.
Fazely, A. R.
Ganel, O.
Gunashingha, R. M.
Guzik, T. G.
Chang, J.
Kim, K. C.
Kouznetsov, E. N.
Lin, Z. W.
Panasyuk, M. I.
Panov, A. D.
Schmidt, W. K.H.
Seo, E. S.
Sokolskaya, N. V.
Watts, John W.
Wefel, J. P.
Wu, J.
Zatsepin, V. I.

August 2008

The Advanced Thin Ionization Calorimeter (ATIC) Balloon Experiment had a successful test flight and ...

The development of a virtual heat bath for calorimeters

Pickrell, M.M.
Bracken, D.S.
Rudy, C.R.

December 1998

All existing calorimeter systems for sensitive nuclear assay employ a heat bath surrounding the samp...

Calibration and monitoring for crystal calorimetry

Zhu, Ren Yuan

January 2005

Crystal calorimetry provides excellent energy resolution in high energy and nuclear physics. The lig...

Measuring the deposited energy by the scintillation calorimeter in the ATIC experiment

Panov, A. D.
Zatsepin, V. I.
Sokolskaya, N. V.
Adams, J. H.
Ahn, H. S.
Bashindzhagyan, G. L.
Watts, J. W.
Wefel, J. P.
Wu, J.
Ganel, O.
Guzik, T. G.
Gunashingha, R. M.
Isbert, J.
Kim, K. C.
Christl, M.
Kouznetsov, E. N.
Panasyuk, M. I.
Seo, E. S.
Chang, J.
Schmidt, W. K.H.
Fazely, A. R.

September 2008

The purpose of the ATIC balloon experiment is to measure the energy spectra of primary cosmic rays w...

Temperature sensitivity of a quartz crystal microbalance for TGA in Space

Magni, Marianna
Saggin, Bortolino
Scaccabarozzi, Diego
Tarabini, Marco
Palomba, Ernesto
Longobardo, Andrea
Dirri, Fabrizio
Zampetti, Emiliano

January 2018

This research activity investigates the temperature-frequency relationship of quartz crystal microba...

The use of calorimetry in nuclear materials management

Nutter, J.D.
O`Hara, F.A.
Rodenburg, W.W.

July 1996

A calorimeter is a device to measure evolved or adsorbed heat. For our purposes, the heat measured i...

Dual-Readout calorimetry with crystal calorimeters: Texas Tech.

Akchurin, N
Alwarawrah, A
Cardini, A
Ciapetti, G
Ferrari, R
Franchino, S
Fraternali, M
Gaudio, G
Hauptman, J
Lacava, F
La Rotonda, L
Livan, M
Meoni, E
Pinci, D
Policicchio, A
Popescu, S
Susinno, G
Roh, Y
Vandelli, W
Venturelli, T
Voena, C
Volobouev, I
Wigmans, R

January 2009

The hadronic performance of a Dual-Readout calorimeter consisting of a crystal em section and a hadr...

Optimization of response of BGO sectors for a 4 π electromagnetic calorimeter

ZUCCHIATTI, A
CASTOLDI, M
GERVINO, G
TERZI, F
ANGHINOLFI, M
BIANCHI, N
CASANO, L
CORVISIERO, P
DE SANCTIS, E
GIROLAMI, B
LEVI SANDRI, P
LUCHERINI, V
MAZZASCHI, L
MOKEEV V, I
MUCCIFORA, V
POLLI, E
REOLON A, R
RICCO, G
RIPANI, M
ROSSI, P
SANZONE, M
TAIUTI, M.
D'ANGELO, ANNALISA
PICOZZA, PIERGIORGIO
SCHAERF, CARLO

January 1992

The behaviour of BGO sectors, designed for an electromagnetic calorimeter to be operated at up to 2 ...

Non-contact luminescence lifetime cryothermometry for macromolecular crystallography

Mykhaylyk, V
Wagner, A
Kraus, H

January 2017

Temperature is a very important parameter when aiming to minimize radiation damage to biological sam...

Calorimetry progress report

Parks, J.R.

April 1949

The constant temperature bath is in operation. A ballistic type instability was detected in the calo...

Performance of a BGO calorimeter in a tagged photon beam from 260 to 1150 MeV

P. Levi Sandri
F. Ghio
D. Moricciani
M. Breuer
M. Rigney
J-P. Didelez
Ch. Djalali
M. Anghinolfi
N. Bianchi
M. Capogni
L. Casano
P. Corvisiero
A. D' Angelo
E. De Sanctis
R. Di Salvo
G. Gervino
B. Girolami
L. Hu
V. Muccifora
E. Polli
A.R. Reolon
G. Ricco
M. Ripani
P. Rossi
M. Sanzone
C. Schaerf
M. Taiuti
A. Zucchiatti

January 1996

20 BGO crystals with photomultiplier readout that form one sector of a large solid angle BGO calorim...

Determination of the temperature change by means of an outcoming signal of electric resistance in an isoperibolic calorimetric cell. Obtainment of heat solution

Liliana Giraldo-gutierréz
Juan Carlos Moreno-piraján

August 2014

Abstract: An isoperibolic calorimetric cell is built with glass surrounded by plastic insulation. Th...

The temperature monitoring system of a BGO calorimeter

Castoldi, M
Di Salvo, R
Ghio, F
Girolami, B
Zucchiatti, A
Bellini, V
Capogni, M
Casano, L
Ciciani, L
D'ANGELO, A
Gervino, G
Levi Sandri, P
Moricciani, D
Nicoletti, L
Rossi, P
Schaerf, C

January 1998

The temperature variations of a BGO crystal ball were monitored with a set of 177 platinum probes an...

BGO temperature dependence and energy measurements in the ATIC calorimeter

Isbert, J.
Adams, J. H.
Ahn, H. S.
Bashindzhagyan, G. L.
Batkov, K. E.
Chang, J.
Christl, M.
Fazely, A. R.
Ganel, O.
Gunasingha, R. M.
Guzik, T. G.
Kim, K. C.
Kouznetsov, E. N.
Panasyuk, M. I.
Panov, A. D.
Wefel, J. P.
Schmidt, W. K.H.
Seo, E. S.
Sokolskaya, N. V.
Wu, J.
Zatsepin, V. I.

January 2005

The Advanced Thin Ionization Calorimeter (ATIC) Balloon Experiment had a successful test flight and ...

The GRAAL high resolution BGO calorimeter and its energy calibration and monitoring system

Ghio, F.
Girolami, B.
Capogni, M.
Istituto Nazionale di Fisica Nucleare, Rome (Italy). Laboratori Nazionali di= Frascati

January 1997

Submitted to Nuclear Instrument and Methods in Physics ResearchConsiglio Nazionale delle Ricerche - ...

Temperature effects in the ATIC BGO calorimeter

Isbert, J.
Adams, J. H.
Ahn, H. S.
Bashindzhagyan, G. L.
Batkov, K. E.
Christl, M.
Fazely, A. R.
Ganel, O.
Gunashingha, R. M.
Guzik, T. G.
Chang, J.
Kim, K. C.
Kouznetsov, E. N.
Lin, Z. W.
Panasyuk, M. I.
Panov, A. D.
Schmidt, W. K.H.
Seo, E. S.
Sokolskaya, N. V.
Watts, John W.
Wefel, J. P.
Wu, J.
Zatsepin, V. I.

August 2008

The Advanced Thin Ionization Calorimeter (ATIC) Balloon Experiment had a successful test flight and ...

The development of a virtual heat bath for calorimeters

Pickrell, M.M.
Bracken, D.S.
Rudy, C.R.

December 1998

All existing calorimeter systems for sensitive nuclear assay employ a heat bath surrounding the samp...

Calibration and monitoring for crystal calorimetry

Zhu, Ren Yuan

January 2005

Crystal calorimetry provides excellent energy resolution in high energy and nuclear physics. The lig...

Measuring the deposited energy by the scintillation calorimeter in the ATIC experiment

Panov, A. D.
Zatsepin, V. I.
Sokolskaya, N. V.
Adams, J. H.
Ahn, H. S.
Bashindzhagyan, G. L.
Watts, J. W.
Wefel, J. P.
Wu, J.
Ganel, O.
Guzik, T. G.
Gunashingha, R. M.
Isbert, J.
Kim, K. C.
Christl, M.
Kouznetsov, E. N.
Panasyuk, M. I.
Seo, E. S.
Chang, J.
Schmidt, W. K.H.
Fazely, A. R.

September 2008

The purpose of the ATIC balloon experiment is to measure the energy spectra of primary cosmic rays w...

Temperature sensitivity of a quartz crystal microbalance for TGA in Space

Magni, Marianna
Saggin, Bortolino
Scaccabarozzi, Diego
Tarabini, Marco
Palomba, Ernesto
Longobardo, Andrea
Dirri, Fabrizio
Zampetti, Emiliano

January 2018

This research activity investigates the temperature-frequency relationship of quartz crystal microba...

The use of calorimetry in nuclear materials management

Nutter, J.D.
O`Hara, F.A.
Rodenburg, W.W.

July 1996

A calorimeter is a device to measure evolved or adsorbed heat. For our purposes, the heat measured i...

Dual-Readout calorimetry with crystal calorimeters: Texas Tech.

Akchurin, N
Alwarawrah, A
Cardini, A
Ciapetti, G
Ferrari, R
Franchino, S
Fraternali, M
Gaudio, G
Hauptman, J
Lacava, F
La Rotonda, L
Livan, M
Meoni, E
Pinci, D
Policicchio, A
Popescu, S
Susinno, G
Roh, Y
Vandelli, W
Venturelli, T
Voena, C
Volobouev, I
Wigmans, R

January 2009

The hadronic performance of a Dual-Readout calorimeter consisting of a crystal em section and a hadr...

Optimization of response of BGO sectors for a 4 π electromagnetic calorimeter

ZUCCHIATTI, A
CASTOLDI, M
GERVINO, G
TERZI, F
ANGHINOLFI, M
BIANCHI, N
CASANO, L
CORVISIERO, P
DE SANCTIS, E
GIROLAMI, B
LEVI SANDRI, P
LUCHERINI, V
MAZZASCHI, L
MOKEEV V, I
MUCCIFORA, V
POLLI, E
REOLON A, R
RICCO, G
RIPANI, M
ROSSI, P
SANZONE, M
TAIUTI, M.
D'ANGELO, ANNALISA
PICOZZA, PIERGIORGIO
SCHAERF, CARLO

January 1992

The behaviour of BGO sectors, designed for an electromagnetic calorimeter to be operated at up to 2 ...

Non-contact luminescence lifetime cryothermometry for macromolecular crystallography

Mykhaylyk, V
Wagner, A
Kraus, H

January 2017

Temperature is a very important parameter when aiming to minimize radiation damage to biological sam...

Calorimetry progress report

Parks, J.R.

April 1949

The constant temperature bath is in operation. A ballistic type instability was detected in the calo...

Performance of a BGO calorimeter in a tagged photon beam from 260 to 1150 MeV

P. Levi Sandri
F. Ghio
D. Moricciani
M. Breuer
M. Rigney
J-P. Didelez
Ch. Djalali
M. Anghinolfi
N. Bianchi
M. Capogni
L. Casano
P. Corvisiero
A. D' Angelo
E. De Sanctis
R. Di Salvo
G. Gervino
B. Girolami
L. Hu
V. Muccifora
E. Polli
A.R. Reolon
G. Ricco
M. Ripani
P. Rossi
M. Sanzone
C. Schaerf
M. Taiuti
A. Zucchiatti

January 1996

20 BGO crystals with photomultiplier readout that form one sector of a large solid angle BGO calorim...

Determination of the temperature change by means of an outcoming signal of electric resistance in an isoperibolic calorimetric cell. Obtainment of heat solution

Liliana Giraldo-gutierréz
Juan Carlos Moreno-piraján

August 2014

Abstract: An isoperibolic calorimetric cell is built with glass surrounded by plastic insulation. Th...

The temperature monitoring system of a BGO calorimeter

Abstract

Extracted data

The temperature monitoring system of a BGO calorimeter

Abstract

Extracted data

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