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Introductory Talks

Proton beams at IFJ Krakow—present status and future developments

Physics/Accelerator Experiments Needed for Improving Particle/Heavy Ion Transport Codes—What has been done and what should be done

Light Flashes in space: does low LET radiation have effects on brain functions

Radiation Monitoring

Trapped proton fluxes observed by LEO satellites in 23^rd solar cycle

COSRAD complex of interactive programs for prediction of space radiation environment and radiation effects onboard spacecraft

Characterization of near Earth radiation environment by Liulin type instruments

Exploitation results of the radiation monitoring system onboard the Service Module of the ISS

ISS TEPC Measurement Results

First preliminary Results from EuTEF DOSTEL

Status and results of the Altcriss Project

Radiation Measured with passive Dosimeters during STS-120 Space Mission

TL Measurements Onboard the ISS with the Pille TLD System (Expedition 15 and 16)

Dosimetry and LET spectrometry onboard ISS with TLDs and LET spectrometers exposed during 2007

HZE measurements by PADC track etch detectors during the Foton M2 and Photon M3 missions (BIOPAN-5 and BIOPAN-6 results)

High Dose rates by relativistic electrons: Observations on Foton M2/M3 satellites and on ISS

Estimate of ion absolute fluxes in the ISS (USLab): ALTEA Measurements in 2006-7 and during December 2006 SPE, results of latest analysis

A novel method to discriminate Z and kinetic energy of passthrough ions in active silicon telescopes: off line and real time capabilities for ALTEA detector

The importance of Delta rays when simulating silicon telescopes of submillimeter thickness: a cross test with several Monte Carlo Codes

Characterizing passive dosemeters for DOsimetry of BIological Experiments in Space (DOBIES)

MATROSHKA Results

MATROSHKA Overview – Data of MTR I and MTR II

Space radiation dosimetry by PADLES in the Phase 1 and Phase 2 of the MATROSHKA project

Thermoluminescence neutron Dosimetry in the ESA MATROSHKA facility

Further analysis of the MTR I and MTR II results

First Results from MATROSHKA Phase IIB inside the ISS

PHITS simulations of the MATROSHKA experiment

MATSIM—Numerical simulations of the radiation exposure of the MATROSHKA phantom

ISS attitude influence on the dose rate measured with detectors of the LIULIN 5 instrument

Calibration Results

Current and future status of ICCHIBAN project and reanalysis of dosimetric data from ICCHIBAN-1 and ICCHIBAN-3

Future ICCHIBAN Experiments Using Proton Beams

Brief results from the ICCHIBAN/Space intercomparison 2 and ongoing experiments to resolve differences in CR-39 PNTD measurements

Studies of various influence of various factors on dose quantities measured with CR-39 detectors onboard spacecraft

Variation of dose quantities from CR-39 detectors onboard ISS Russian segment: etching and angular correction

Preliminary results of S12 experiment obtained by PADC track etch detectors

Three dimensional determination of etch track parameters in plastic nuclear track detectors: findings on bulk etch rate and implications for dosimetry

High energy proton detection by PADC track etch detectors

Developments in the determination of the charged particle LET threshold of the HPA-RPD neutron PADC dosemeter, and its relevance to the estimation of neutron doses on the ISS

Dosimetry and LET spectrometry in C 290 MeV/ama HIMAC ion beam by different TLD’s and TED based LET spectrometers

Fragmentations as seen in 290 MeV/u and Ne 400 MeV/u HIMAC ion beams by MDU-Liulin energy deposition spectrometer

Calibration of the Radiation Assessment Detector (RAD) for the Mars Science Laboratory

New Instruments / Future Activities

Development of tissue equivalent detectors for space crew Dosimetry and characterization of the space radiation environment

A possible new generation personal dosimeter Tissue Equivalent Plastic Scintillator Counter (TEPSC)

Next Generation Radiation Monitoring for the ISS

EuCPAD: Review on existing devices

EuCPAD: Numerical simulations

EuCPAD: First design

Comments and suggestions for space radiation research

Update on the Status of the Development of a New Active Dosimeter for Use in Space Radiation Environment Based on the MEDIPIX2 Technology

TriTel—Recent Developments