Many important storage devices have been developed with flexible characteristics, including supercapacitors15,16,17 and batteries17,18, where sufficiently thin geometrical forms lead to flexibility, by virtue of bending-induced strains (typically to values of ~1% or less) that decrease linearly with thickness, for a given bend radius.
Data storage, treatment and querying have been developed with Perl, XML and web services technologies, such as SOAP.
Finally, an internet-based cloud-enabled 3D geographic information service system for Hakka culture (HCGISS) was developed with data storage on cloud end and service functions, such as scene loading and browsing, thematic cultural maps display, information query and online virtual experience for tour, tourist route navigation to users on browser end.
A state-of-the-art solar crop dryer was developed with thermal energy storage to maintain continuity of drying of herbs for their colour and flavour vulnerability.
The modified driving circuits of piezoelectric micropumps are developed with charge recovery using energy storage capacitance.
The method was developed with stringent computational and data storage efficiency requirements in mind and is demonstrated by mapping snow depth on the Ethan Allen Firing Range in northern Vermont, USA.
Computer processors are quickly replaced by incompatible models, software programs are developed with new data formats, and digital storage media, whether digital tape, magnetic disk or solid state memory chips, are all too ephemeral.
However, the large-scale utilisation of this form of energy is possible only if the effective technology for its storage can be developed with acceptable capital and running costs.
As fusion experiment goes to steady state and high-performance data acquisition system been developed, traditional storage solutions cannot cope with the needs of fusion experiment data storage.
