CONTENTS -- Preface -- Organising Committees -- Remarks on the history of workshops on "spin tools" E. Ste ens -- 1. Introduction -- 1.1. Symposia on polarization phenomena in nuclear reactions -- 1.2. Symposia on high energy spin physics -- 1.3. Joint symposia on spin physics -- 1.4. How is the spin physics community linked together? -- 2. International conference on polarized targets and ion sources, Saclay 1966 -- 2.1. Solid polarized targets -- 2.2. Spin-filtering of neutrons -- 2.3. Polarized ion sources -- 3. Early meetings relevant to spin tools -- 4. Workshops on spin tools 1981-1990 -- 5. Workshops on polarized beams and targets after 1990 -- 6. Outlook -- References -- Polarized proton beams in RHIC A. Zelenski -- 1. Introduction -- 2. Polarized sources development at RHIC -- 2.1. OPPIS upgrade with the atomic hydrogen beam injector -- 2.2. Proposal for polarized 3He++ source for eRHIC -- 3. Polarized beam acceleration in AGS and RHIC -- 3.1. Polarized beams in AGS -- 3.2. Polarized beams in RHIC -- 4. Polarization measurements in AGS and RHIC -- 5. Summary -- References -- The COSY/Jülich polarized H- and D- ion source O. Felden -- Introduction -- Atomic beam studies -- Polarimetry -- Acknowledgments -- References -- The new source of polarized ions for the JINR accelerator complex V. V. Fimushkin -- 1. Project motivation -- 2. Source of polarized ions -- 3. Status of the project realization -- References -- Resonance effects in nuclear dichroism - an inexpensive source of tensor-polarized deuterons H. Seyfarth -- 1. Introduction -- 2. Experimental setup -- 3. Measurements and results -- 4. An application of the present results -- References -- Polarized electrons and positrons at the MESA accelerator K. Aulenbacher -- 1. Introduction -- 2. MESA layout -- 2.1. General considerations, modes of operation -- 2.2. External Beam (EB) mode.

2.3. Energy Recovery LINAC (ERL) mode -- 3. The MESA source -- 4. Polarized electron scattering at MESA -- 5. Option for polarized positrons at MESA -- 6. Conclusion -- 7. Acknowledgements -- References -- Status report of the Darmstadt polarized electron injector Y. Poltoratska -- 1. Introduction -- 2. S-DALINAC -- 3. Test stand of the polarized injector -- 3.1. Layout -- 3.2. Transverse beam properties -- 3.3. Polarization -- 3.4. Time structure -- 4. Implementation of the polarized injector at the S-DALINAC -- 5. Summary and outlook -- Acknowledgments -- References -- The Mott polarimeter at MAMI V. Tioukine -- 1. Introduction -- 2. Dynamic range and reproducibility -- 2.1. Apparatus -- 2.2. Statistical efficiencies -- 2.3. Measurements at different beam currents -- 3. Reduction of systematic errors in absolute calibration -- 3.1. Systematic errors due to finite target thickness -- 3.2. Systematic errors due to calculation of S -- 4. Conclusion -- 5. Acknowledgments -- References -- Proton polarimetry at the relativistic heavy ion collider Y. Makdisi -- 1. Introduction -- 2. The silicon energy and rate response -- 3. New polarimeter detectors and electronics R&D -- 4. In situ beam tests at RHIC -- 5. The polarized jet target operation -- 6. The path forward -- 7. Summary -- 8. Acknowledgements -- References -- Polarisation and polarimetry at HERA B. Sobloher -- 1. Introduction -- 2. The HERA collider -- 2.1. Physics case for longitudinal polarisation -- 2.2. Radiative polarisation -- 2.3. Spin rotators -- 2.4. Polarisation at HERA -- 3. The HERA polarimeters -- 3.1. Transverse polarimeter TPOL -- 3.2. Longitudinal POLarimeter LPOL -- 3.3. Cavity longitudinal polarimeter -- 4. Conclusions -- Acknowledgments -- References -- Polarisation measurement at the ILC with a Compton polarimeter C. Bartels -- 1. Polarimetry at the ILC -- 2. Sources.

3. Compton polarimeters -- 4. Upstream chicane -- 5. Downstream chicane -- 6. Analysing power calibration -- 7. Measurement schemes -- 8. Cherenkov detector prototype -- References -- Time evolution of ground motion-dependent depolarisation at linear colliders A. Hartin -- 1. Introduction -- 2. BDS spin precession and time dependent depolarisation -- 3. Depolarisation at the IP -- 4. Conclusion -- References -- Electron beam polarimetry at low energies and its applications R. Barday -- 1. Introduction -- 2. Source of polarized electrons -- 3. Mott scattering -- 3.1. 100 keV Mott polarimeter -- 3.2. 5-10 MeV Mott polarimeter -- 4. Orientation of the beam polarization -- 5. Bremsstrahlung of polarized electrons -- 6. Acknowledgments -- References -- Polarized solid targets: recent progress and future prospects C. D. Keith -- 1. Introduction -- 2. Statically polarized targets -- 3. Dynamically polarized targets -- 4. Dynamic polarization of solid HD -- 5. Summary -- Acknowledgments and Appendices -- References -- HD gas distillation and analysis for HD frozen spin targets A. D'Angelo -- 1. Introduction -- 2. Hydrogen isotopes properties and nuclear polarization -- 3. HD gas distillation and analysis -- 4. Raman spectroscopy of hydrogen isotopes mixtures -- 5. Conclusions -- References -- Electron spin resonance study of hydrogen and alkyl free radicals trapped in solid hydrogen aimed for dynamic nuclear polarization of solid HD T. Kumada -- 1. Introduction -- 2. Experiment -- 3. Results and discussions -- 3.1. H-atom radicals -- 3.2. Methyl radicals -- 3.3. Ethyl radicals -- 4. Possible problems for DNP using alkyl radicals -- References -- Change of ultrafast nuclear-spin polarization upon photoionization by a short laser pulse T. Nakajima -- 1. Introduction -- 2. Scheme -- 3. Numerical results and discussions -- 4. On-going experiment.

5. Conclusions -- Acknowledgments -- References -- Radiation damage and recovery in polarized 14NH3 ammonia targets at Je erson lab J. D. Maxwell -- 1. Introduction -- 1.1. JLab polarized ammonia experiments in 2009 -- 2. Dynamic nuclear polarization -- 2.1. Radiation recovery: anneals -- 3. Polarization during radiation dose deposition -- 3.1. SANE polarization -- 3.2. eg1-dvcs polarization -- 4. Optimal microwave frequency -- 5. Anneal procedures -- 6. Unexpected behavior in SANE ammonia -- 7. Conclusions -- Acknowledgements -- References -- Polarized solid proton target in low magnetic field and at high temperature T. Uesaka -- 1. Motivation to high-temperature and low magnetic-field polarization -- 2. Principles of proton polarization -- 3. Target system -- 4. Current status of the technique -- 5. Summary -- Acknowledgment -- References -- Pulse structure dependence of the proton spin polarization rate T. Kawahara -- 1. Introduction -- 2. Optical system -- 3. Measurement -- 4. Theoretical model -- 5. Summary -- References -- Proton NMR in the large COMPASS 14NH3 target J. Koivuniemi -- 1. Ammonia target -- 2. Proton polarization -- 3. Spin Hamiltonian -- 4. Proton lineshape -- 5. Spin thermodynamics -- References -- DNP with TEMPO and trityl radicals in deuterated polystyrene L. Wang -- 1. Introduction -- 2. Samples with TEMPO doping: preparation and polarization results -- 3. Samples with the trityl doping: preparation and polarization results -- 4. Comments and conclusions -- Acknowledgments -- References -- The CLIC electron and positron polarized sources L. Rinolfi -- 1. Introduction -- 2. Generation of unpolarized positron -- 3. Generation of polarized electron -- 4. Generation of polarized positron -- 5. Summary -- 6. Acknowledgement -- References -- Status of high intensity polarized electron gun at MIT-Bates E. Tsentalovich.

1. Introduction -- 2. Approach -- 3. Gun and beam line simulations -- 4. Test chamber design and fabrication -- 5. The results of the tests -- 6. Conclusion -- References -- Target section for spin filtering studies at COSY and CERN/AD C. Barschel -- 1. Setup of the polarized target section -- 2. Polarization of hydrogen atomic gas -- 3. Working principle of the Breit-Rabi polarimeter -- 4. Calibration procedure -- 5. Signal and transition example -- 6. Timeline and conclusion -- References -- First experiments with the polarized internal gas target at ANKE/COSY M. Mikirtychyants -- 1. Introduction -- 2. PIT at ANKE -- 3. Polarized internal target commissioning -- 4. Results of the commissioning -- 5. Outlook -- 6. Acknowledgments -- References -- Extra physics with an ABS and a Lamb-shift polarimeter R. Engels -- 1. Polarized fusion -- 2. Hydrogen spectroscopy -- 2.1. The Breit-Rabi diagram of the 2S state of hydrogen and deuterium -- 2.2. The Breit-Rabi diagram of the 2P state of hydrogen and deuterium -- 3. Polarized molecules -- 4. Rare neutron decay -- References -- Systematic studies for the development of high-intensity ABS L. Barion -- 1. Introduction -- 2. Dissociator cooling effect -- 3. Trumpet nozzle -- 4. Conclusions -- References -- Upgrade of the 50 keV GaAs source of polarized electrons at ELSA D. Heiliger -- 1. Introduction -- 2. Attainable charge -- 3. Intensity upgrade -- 3.1. Transfer line -- 3.2. Beam transport -- 4. Conclusion -- References -- Lifetime measurements of DBR and nonDBR photocathodes at high laser intensities E. Riehn -- 1. Introduction -- 2. Structure of SuperLattice (SL) photocathodes -- 2.1. nonDBR-type -- 2.2. DBR-type -- 3. Reflectivity measurements -- 4. Irradiation experiments -- 5. Conclusion -- Acknowledgments -- References -- Polarized electron source based on FZD SRF gun R. Xiang -- 1. Motivation.

2. FZD SRF gun introduction.