@InProceedings{RiehlCach:2013:PuHePi,
author = "Riehl, Roger Ribeiro and Cachut{\'e}, Liomar de Oliveira",
affiliation = "{Instituto Nacional de Pesquisas Espaciais (INPE)} and {Instituto
Nacional de Pesquisas Espaciais (INPE)}",
title = "Pulsating heat pipes used for thermal control of electronics on
surveillance systems",
year = "2013",
organization = "International Conference on Environmental Systems, 43. (ICES).",
address = "Vail, CO",
keywords = "Active thermal control systems, Design and application, Electronic
component, Heat pipe technology, Loop pulsating heat pipes,
Pulsating heat pipe, Surveillance systems, Thermal control
devices, Heat pipes, Liquids, Temperature control, Security
systems.",
abstract = "Surveillance systems have proven to be important applications for
high performance thermal control devices, especially the passive
ones using heat pipe technology. With the growing need for heat
dissipation presented by this type of system, usually hybrid
solutions are designed, which include both liquid cooling and
passive two-phase thermal control. This last one is usually
applied when the heat source is located far from the heat sink and
the use of liquid cooling or any other active thermal control
system is not possible due to the lack of available space for
integration. Since most of the surveillance systems being designed
today require thermal control devices that operate under adverse
orientation, some restrictions apply. Therefore, the technology
that is currently used and disseminated for aerospace missions can
find many other applications on surveillance systems for defense
purposes. With severe restrictions regarding available space for
integration of common thermal control devices, the design and
application of pulsating heat pipes become the most indicated
solution for the present investigation. Previous investigations
have demonstrated that pulsating heat pipes configured as an open
loop can operate on adverse conditions, promoting the heat
transport from the source to the sink with good reliability. Based
on this fact, this investigation is focused on presenting the
thermal management of electronic components of a surveillance
system being done by pulsating heat pipes configured as open
loops. Despite the relatively high temperature difference between
the heat source and sink, the open loop pulsating heat pipe is
able to transport the rejected heat from the electronic components
to a remote heat dissipation area, while keeping their
temperatures within the required range established by the project.
The operation of the pulsating heat pipes have proven to be stable
and reliable, meeting the project's expectations for thermal
control.",
conference-location = "Vail",
conference-year = "14 -18 July 2013",
isbn = "9781624102158",
label = "scopus 2013-11",
language = "en",
organisation = "Paragon",
urlaccessdate = "19 abr. 2024"
}