Compacted storage systems

Compacted Storage. Because of space constraints in buildings and the need to better utilize storage space, movable compacted storage systems... 

In place of two separate spent fuel pit buildings used in CNAI for intermediate storage of spent fuel, a single storage pit is provided inside the containment (Fig. 2). Due to a compact storage system, the capacity is enough for 40 years of operation. This concept allows development of the final spent fuel disposal strategy in parallel with commercial plant operation. 

Faulty installation of USTs encompasses a wide variety of problems, for example, accidents from vehicles colliding with the storage system, or faulty installation arising from inadequate compaction of backfills and unsealing of joints. Therefore, precautions should be taken to ensure that poor construction or installation do not degrade the performance of the USTs. 

Compact, lightweight, and cost-effective hydrogen storage systems enabling greater than 300 mile range in all light-duty vehicle platforms. 

Metal hydride alloys for distributed storage and transportation Development of hydrogen absorbing alloys for - automobiles - compact stationary storage tank - large-scale storage system Development of alloys for commercial use... 

Compression plasma flow was obtained using a quasi-stationary plasma accelerator of the magneto-plasma compressor of compact geometry whose energy storage system consisted of a capacitor bank of 1200 pF at an initial... 

Finally, Part IV reviews miscellaneous technical developments that do not fit neatly into the scheme of the preceding parts. These concern, in particular, the application of polymers in the field of optical memories, treated in Chapter 12, which refers also to currently important data storage systems (compact disks, digital versatile disks, and blue-ray disks). Moreover, the application potential of polymers in the fields of photosensors and photocatalysts is outlined in Chapters 13 and 14, respectively. 

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