It is described in the current issue of Chemical Communications.Nicolas Mano of the University of Texas at Austin and his colleagues, together with Fei Mao of TheraSense, a Californian company, were looking for a suitable power source for implantable sensors and the amplifier-transmitter circuits that report those sensors' results.
When selecting a propulsion engine for a given ship a suitable power allowance for all factors such as weather, fouling, wear and tear, as well as the need to maintain the service speed at around 85percentnt of the maximum continuous rating, should all be taken into consideration.
The combination of graphene aerogel self-coating method, flexibility and superior electrochemical performance makes the proposed device a suitable power source for e-textile applications.
With a load resistance of 50 kΩ, a maximum output power of 20 μW and an average power of 7.1 μW are achieved with the energy harvester, thus making it a suitable power supply for sensor nodes in wireless sensor network applications.
This article also proposes the use of a simple resource allocation scheme combined with a suitable power control mechanism for the opportunistic access to the primary band, based on the Geo-DB information, aiming at minimizing the interference induced to licensed and other secondary users using location as a key element.
Consequently, a suitable power model is used for variance.
With photovoltaic technology being realized as a suitable renewable power for the fulfillment of increasing world energy consumption, dye-sensitized solar cells (DSSCs) have attracted a great deal of attention because of their potential as next-generation photovoltaic devices [1 3].
Their currently available efficiencies make them suitable power sources for terrestrial application in certain remote or hostile environments.
Moreover, the expander reaches an electrical isentropic effectiveness about 65% for an optimum pressure ratio around 7, being a suitable system for power applications from low grade heat sources.
In addition, this paper describes a Fuzzy Logic Controller (FLC) design that is aimed at regulating the conditioning circuits to provide and maintain suitable electrical power for a wide range of applications.
