|
Session A |
-
Water Calorimetry I |
|
Oral |
A1 |
 |
Application of water calorimetry as absorbed dose to water standards for
radiotherapy dosimetry |
|
A. Krauss |
|
A2 |
|
Water calorimeter-based electron beam reference dosimetry and
determination of beam quality conversion factors for clinical electron
beams |
|
|
K.J. Stewart, C.K. Ross, N.V. Klassen, J.P. Seuntjens |
|
A3 |
|
A high-resolution ultrasonic thermometer for measuring absorbed dose in
water calorimeters |
|
H. Heather Chen-Mayer, R. Tosh |
|
Poster |
A4 |
|
Studies of heat transport from a point source in the NIST Domen water
calorimeter |
|
|
H. Heather Chen-Mayer, R. Tosh |
|
Session B |
-
Water Calorimetry II |
|
Oral |
B1 |
|
Vessel designs and correction factors for water calorimetry |
|
|
C.K. Ross, M.R. McEwen, N.V. Klassen |
|
B2 |
|
What spectral methods can tell us about heat transfer effects in water
calorimeters |
|
R. Tosh, H. Heather Chen-Mayer |
|
B3 |
|
Development of a water calorimeter for medium-energy x-rays |
|
|
L.A. de Prez, E. van Dijk, P.G.M. Damen |
|
Session C |
-
Graphite Calorimetry I |
|
Oral |
C1 |
|
Improvements in absorbed dose standards at ENEA-INMRI (Italy) |
|
A.S. Guerra, C. Caporali, R.F. Laitano, M. Pimpinella |
|
C2 |
|
Test of the new GR9 graphite calorimeter, comparison with GR8 |
|
J. Daures, A. Ostrowsky |
|
C3 |
|
The comparison of the ARPANSA and IAEA-K4 graphite calorimeters for the
measurement of absorbed dose from 60Co |
|
|
G. Ramanathan, D.V. Webb, D.J. Butler, C.P. Oliver |
|
C4 |
|
Determination of the specific heat capacity of graphite using absolute
and differential methods |
|
|
S. Picard, D. Burns, P. Roger |
|
Poster |
C5 |
|
Recent advances on the BIPM absorbed dose calorimeter |
|
|
S. Picard, D. Burns, P. Roger |
|
C6 |
|
Absorbed dose to graphite at LNHB : from GR8 to GR9 - a detailed
fabrication process of GR9 |
|
|
A. Ostrowsky, J. Daures |
|
C7 |
|
Energy range and application enhancement of the BEV graphite
calorimeter: first assignments and preliminary results |
|
A. Baumgartner, J. Witzani, A. Leitner, F.J. Maringer |
|
C8 |
|
Heat defect in graphite calorimeters |
|
|
G. Ramanathan |
|
Session D |
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Graphite Calorimetry II |
|
Oral |
D1 |
|
Improvements to the UK primary standard therapy level electron beam
calorimeter |
|
|
M. Bailey, G.A. Bass, E. Kirby, N.D. Lee, G.A. Mapp, D.R. Shipley |
|
D2 |
|
NACP-02 perturbation correction factors for NPL primary standard of
absorbed dose to water in high energy electron beams |
|
|
E. Chin, J. Seuntjiens, H. Palmas, A. DuSautoy, D. Shipley, M. Bailey,
F. Verhaegen |
|
D3 |
|
Comparisons of calorimetric and ionometric measurements in heavy-ion
beams |
|
|
M. Sakama, T. Kanai, A. Fukumura |
|
D4 |
|
A prototype calorimeter for HDR Ir-192 brachytherapy sources |
|
|
T. Sander, H. Palmans, S. Duane |
|
Session E |
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Ionization chambers-Low and medium energies |
|
Oral |
E1 |
|
Investigation of the standard temperature-pressure correction factor at
low x-ray energies |
|
|
D.J. La Russa, M. McEwen, D.W.O. Rogers |
|
E2 |
|
Correction for the charge of secondary electrons and Auger electrons
during the measurement of air kerma and exposure by free air ionization
chambers |
|
|
N. Takata, A. Begum |
|
E3 |
|
Determination of the absorbed dose to water in water for x rays below 50
keV |
|
|
T. Schneider, B. Lange, H.J. Selbach |
|
E4 |
|
Realization of reference air-kerma rate for low-energy photon sources
used in brachytherapy |
|
|
H.-J. Selbach, H.-M. Kramer |
|
Poster |
E5 |
|
Measuring conditions for medical diagnostic X-rays at LNHB |
|
|
M. Denozičre, W. Ksouri |
|
E6 |
|
BIPM standard for mammography |
|
|
C. Kessler |
|
E7 |
|
Dosimetric references for medium energy x-rays at LNHB: progress |
|
|
W. Ksouri, M. Denozičre |
|
E8 |
|
The effect of scattering photons for x-ray air-kerma calibrations |
|
T. Kurosawa, Y. Morishita, T. Matsumoto, N. Saito |
|
Session F |
-
Ionization chambers-Kerma |
|
Oral |
F1 |
|
A new method to determine effective air volume for the BIPM ionometric
standards |
|
|
D.T. Burns, C. Kessler, P. Roger |
|
F2 |
|
The primary standard for air kerma for 60Co and 137Cs photon beams in
the Netherlands |
|
|
E. van Dijk |
|
F3 |
|
Air kerma primary standard: experimental and simulation studies on
Cs-137 |
|
J. Cardoso, C. Oliveira, L. Santos |
|
Session G |
-
Special standards |
|
Oral |
G1 |
|
Traceability and absorbed dose standards for small fields, IMRT and
helical tomotherapy |
|
|
S. Duane, H. Palmans, P. Sharpe, S. Vynckier |
|
G2 |
|
NPL’s progress towards absorbed dose standards for proton beams |
|
|
H. Palmans, R. Thomas, D. Shipley, A. Kacperek |
|
G3 |
|
A proposal for primary standards of absorbed dose in a beta field |
|
|
T.P. Selvan, P.R.B. Saull, D.W.O. Rogers |
|
G4 |
|
Dosimetry in synchrotron radiation beam by ionization air chambers |
|
M. Bovi, M. Pimpinella, M.P. Toni, K. Casarini, E. Quai, G. Tromba, A.
Vascotto, D. Dreossi |
|
Poster |
G5 |
|
The development of a calibration service for ophthalmic applicators |
|
|
G.A. Bass, M.J. Palmer |
|
G6 |
|
Dosimetry in support of non intrusive inspection of cargo containers |
|
|
P. M. Bergstrom |
|
Session H |
-
Ionization chambers-Absorbed dose |
|
Oral |
H1 |
|
Evaluation of different methods for determining the magnitude of initial
recombination in ionization chambers |
|
K. Derikum |
|
H2 |
|
Monte Carlo calculations for the BIPM ionometric standard for absorbed
dose to water |
|
|
D.T. Burns |
|
H3 |
|
Comparison of ionometric and calorimetric determination of absorbed dose
to water for cobalt-60 gamma rays |
|
|
L. Büermann, E. Gargioni, G. Hilgers, A. Krauss |
|
Poster |
H4 |
|
Monte Carlo simulation of a graphite ionisation chamber |
|
|
J. Solc, V. Sochor |
|
Session I |
-
Ionization chambers-Linacs |
|
Oral |
I1 |
|
Experimental beam quality correction factors kQ
determined in clinical high-energy photon beams |
|
|
A.H.L. Aalbers, M.T. Hoornaert, A. Minken, H. Palmans, M.W.H. Pieksma,
L. de Prez, N. Reynaert, S. Vinckier, F.W. Wittkämper |
|
I2 |
|
Direct calibration of ionization chambers in linac electron beams |
|
|
M.R. McEwen, C.K. Ross |
|
I3 |
|
Experimental kQQ0
electron beam quality correction factors for the type NACP02 and
PTW34001 plane parallel chambers |
|
|
G. Stucki, S. Voros |
|
I4 |
|
Procedures for absorbed dose to water determination in high energy
photon and electron beams by ferrous sulphate dosimeter at ENEA-INMRI
(Italy) |
|
M. Pimpinella, A.S. Guerra, S. La Civita, R.F. Laitano |
