Objectives
Task 10.1. Coordination and Communication
• Management and coordination of the Work Package, including monitoring of work progress, budget spending and
reporting to the project management.
• Organisation of WP meetings as well as meetings with other WPs and coordinating presentation of results within
AIDAinnova and to the detector community.
Task 10.2. Engineering of optimised cooling substrates
• Develop the process of cooling channel integration in CMOS structures into scalable solutions
• Define the optimal geometrical features attainable for 3D printed ultra-thin cold plates in metal alloys and ceramic
composites
• Implement the full integration of cooling features into ultra-light carbon composite structures
Task 10.3. Micro-connectivity
• Define advanced engineered solutions for the hydraulic interconnection of multiple micro-structured silicon cold plates
Task 10.4. Supercritical CO2 as refrigerant
• Characterise Supercritical CO2 (sCO2) as a possible ultra-effective single-phase refrigerant for “warm” detector
cooling
• Study the design of new supercritical heat exchangers for optimal energy recovery at higher temperatures in
transcritical CO2 cycles
Task 10.5. Characterisation of ultra-light structures
• Evaluate the feasibility of a new version of the existing Frequency Scanning Interferometry (FSI) instrumentation
suited for use as an accurate survey of ultra-light and small detector structures
• Refine and standardize the methodology for vibration and distortion measurements in view of new and more precise
specifications for future detectors
Tasks
Task # | Task Name | Task Leader |
---|---|---|
10.1 | Coordination and Communication | |
10.2 | Engineering of optimised cooling substrates | |
10.3 | Micro-connectivity | |
10.4 | Supercritical CO2 as refrigerant | |
10.5 | Characterisation of ultra-light structures |
Milestones
MS # | Milestone Name | Lead beneficiary | Due Date (in months) | Means of verification |
---|---|---|---|---|
MS41 | Combined work plan with objectives and test definition for all technologies | 1 - CERN | 11 | Report (Task 10.2) |
MS42 |
Work plan taking also into account the detailed programme announced in MS10.1 |
8 - CNRS | 12 | Report (Task 10.3) |
MS43 | Mid-time report detailing the new experimental facility and results from the theoretical studies | 25 - NTNU | 22 | Report (Task 10.4) |
MS44 | Plan of investigation and prototyping for development of mirrorless FSI | 41 - UOXF | 15 | Report (Task 10.5) |
Deliverables
D # | Deliverable Name | Lead beneficiary | Type | Due Date (in months) |
---|---|---|---|---|
D10.1 |
Cooling device demonstrators |
30 - CSIC | Report | 46 |
D10.2 | Hydraulic interconnection technologies | 8 - CNRS | Report | 43 |
D10.3 |
Supercritical CO2 as a refrigerant |
25 - NTNU | Report | 44 |
D10.4 | Upgraded FSI | 41 - UOXF | Report | 45 |