These tasks are like described in the proposal. They are subject to modifications during the curse of the project. For example, after the MILAND#1 meeting, the CCD readout system of the GSPC128 will be replaced by a PM readout as the priority option. Task changes are reported in the meeting reports.

Task	Task responsible	Months	Participants	Sub-Task name, Deliverable / Milestones
T1. MWPC128	ILL	1-12	ILL BNC	D1.1: Results with small MWPC prototypes (experimental report) D1.2: Specifications of the MWPC128 detector
		12-18	ILL	D1.3: Manufacturing and preliminary results with the MWPC128 detector
		1-18	BNC GKSS ILL	D1.4: Study of the gamma background and of neutrons scattered by detector components (experimental report)
		18-24	ILL GKSS FRM-II BNC	M1.1: Neutron beam measurements with the MWPC128 detector equipped with a global readout electronics (experimental report)
T2. MSGC128	LLB	1-12	LLB ILL	D2.1: Results with small MSGC prototypes (experimental report) D2.2: Specifications of the MSGC128 detector
		12-18	LLB	D2.3: Manufacturing and preliminary results with the MSGC128 prototype
		1-18	LLB LIP	D2.4: Feasibility study of a 32 cm x 32 cm MSGC for light readout
		18-24	LLB GKSS FRM-II LIP ILL	M2.1: Neutron beam measurements with the MSGC128 detector equipped with a global readout electronics (experimental report)
T3. GSPC128	LIP	1-12	LIP CCLRC	D3.1: Results with small GSPC prototypes (experimental report) D3.2: Specifications of the GSPC128 detector
		12-18	LIP	D3.3: Manufacturing and preliminary results with the GSPC128 prototype
		18-24	LIP CCLRC ILL	M3.1: Neutron beam measurements with the GSPC128 detector equipped with a CCD camera (experimental report)
		1-18	LIP FRM-II	D3.4: Study and manufacturing of the self-triggering system for gamma discrimination
T4. ASIC	FRM-II	1-6	FRM-II ILL	D4.1: Characterization of ASIC circuits used with neutron gas detectors (report)
		6-18	FRM-II LLB ILL	D4.2: Study of signal processing algorithms applied to signals measured with the MWPC128 and/or the MSGC128 prototype, recorded with a digital oscilloscope (experimental report)
		18-24	FRM-II GKSS	D4.3: Strategy in electronics for high performing neutron gas detectors (report)
		18-24	FRM-II GKSS ILL LLB	M4.1: Preliminary test of ASIC circuits with the MWPC128 and/or the MSGC128 prototype (experimental report)
		24-36	FRM-II	M4.2: specification of the ASIC for either the MWPC128 or the MSGC128 prototype Manufacturing, test and commissioning (experimental report)
T5. Global readout electronics	GKSS	1-18	GKSS BNC	M5.1: Delay-line electronics for both the MWPC128 and the MSGC128 prototype Specification, manufacturing, and test
		1-18	GKSS ILL	M5.2: Charge division electronics for both the MWPC128 and the MSGC128 prototype Specification, manufacturing, and test
T6. Detector manufacturing	ILL	21-24	ILL All partners	M6.1: Choice of the detector (MSGC, MWPC, or GSPC)
		24-30	ILL LIP GKSS BNC	D6.1: Study of the gas vessel (drawings) D6.2: Strain and Stress calculations
		30-42	ILL all partners	D6.3: Manufacturing of the different parts of the detector
		42-48	ILL GKSS BNC LLB LIP	D6.4: Assembling of the detector and preliminary results
		36-48	ILL GKSS BNC	D6.5: Document of conformity with the European rule on pressure vessels (report)
				Other tasks to be distributed among partners, depending on the decision taken in M6.1
T7. Management, exploitation and dissemination	ILL	1-6	ILL All partners	D7.1: Dissemination of know-how
		1-18	CCLRC	M7.1: Definition of a test procedure to evaluate performances of neutron detectors
		N x 6	ILL All partners	M7.2: Meeting every 6 months, and regular JRA1-JRA2 joint meetings
		N x 12	ILL	M7.3: Annual reports
		1-48	ILL All partners	M7.4: web pages