This paper reports a new figure of merit for the selection of pyroelectric materials for thermal energy harvesting applications, for example, when the material is exposed to heat or radiation of a specified power density. The figure of merit put forward and developed is of interest to those selecting materials for the design of thermal harvesting devices or the development of novel ceramic, single-crystal and composite materials for pyroelectric harvesting application
Thermoelectrics, in particular solid-state conversion of heat to electricity, is expected to be a ke...
Solar radiation and wind provide the temporal temperature fluctuation for heating and cooling. 0.005...
Solar radiation and wind provide the temporal temperature fluctuation for heating and cooling. 0.005...
This paper reports a new figure of merit for the selection of pyroelectric materials for thermal ene...
This review covers energy harvesting technologies associated with pyroelectric materials and systems...
cited By 2International audienceWe deal with the thermal energy which is one of the ambient energy s...
International audienceThis work proposes an enhanced method for thermal energy harvesting exploiting...
International audienceThis work proposes an enhanced method for thermal energy harvesting exploiting...
International audienceThe previous chapters were devoted to the introduction to the electrocaloric e...
ABSTRACT: This study investigates the feasibility of heat energy harvesting using pyro-electric effe...
Temperature fluctuations occur regularly in our daily lives and a ubiquitous and abundant source of ...
Harvesting waste heat for useful purposes is an essential component of improving the efficiency of p...
Pyroelectric energy conversion is a novel energy process which directly transforms waste heat energy...
This article is study of pyroelectric energy converter to emit and detect radiations. Energy of elec...
Thermoelectrics, in particular solid-state conversion of heat to electricity, is expected to be a ke...
Solar radiation and wind provide the temporal temperature fluctuation for heating and cooling. 0.005...
Solar radiation and wind provide the temporal temperature fluctuation for heating and cooling. 0.005...
This paper reports a new figure of merit for the selection of pyroelectric materials for thermal ene...
This review covers energy harvesting technologies associated with pyroelectric materials and systems...
cited By 2International audienceWe deal with the thermal energy which is one of the ambient energy s...
International audienceThis work proposes an enhanced method for thermal energy harvesting exploiting...
International audienceThis work proposes an enhanced method for thermal energy harvesting exploiting...
International audienceThe previous chapters were devoted to the introduction to the electrocaloric e...
ABSTRACT: This study investigates the feasibility of heat energy harvesting using pyro-electric effe...
Temperature fluctuations occur regularly in our daily lives and a ubiquitous and abundant source of ...
Harvesting waste heat for useful purposes is an essential component of improving the efficiency of p...
Pyroelectric energy conversion is a novel energy process which directly transforms waste heat energy...
This article is study of pyroelectric energy converter to emit and detect radiations. Energy of elec...
Thermoelectrics, in particular solid-state conversion of heat to electricity, is expected to be a ke...
Solar radiation and wind provide the temporal temperature fluctuation for heating and cooling. 0.005...
Solar radiation and wind provide the temporal temperature fluctuation for heating and cooling. 0.005...