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Triboelectric Nanogenerators for Blue Energy Harvesting
ACS Nano, 2016Blue energy in the form of ocean waves offers an enormous energy resource. However, it has yet to be fully exploited in order to make it available for the use of mankind. Blue energy harvesting is a challenging task as the kinetic energy from ocean waves is irregular in amplitude and is at low frequencies.
Usman, Khan, Sang-Woo, Kim
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Mocean Energy unveils Blue X wave energy converter
The Engineer, 2021Technology aims to provide renewable energy to subsea systems
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Generation of 5.2 fs, energy scalable blue pulses
Optics Letters, 2022In this Letter, ultrashort blue pulses spanning 350–500 nm are generated by combining the broadband frequency doubling technology with the two-stage multiplate continuum (MPC) generation scheme. We prepare relatively broadband input pulses and use a two-stage configuration for MPC generation, allowing us to employ thinner and less solid plates for ...
Feilong Hu +5 more
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New ionomer membranes for blue energy
2005 International Conference on Future Power Systems, 2005Blue energy is energy gained from the difference between fresh and salt water. As this type of power generation does not consume fossil fuel, it belongs to the green energy sources, i.e. a type of sustainable energy. There are two methods of blue power generation: osmosis and reverse electrodialysis. Both types require membranes. The paper explains the
R. Ross, J. Krijgsman
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Harvesting Large-Scale Blue Energy
2016Harvesting water wave energy is a great challenge to traditional electromagnetic generator (EMG) mainly due to its low frequency, large area of distribution, random in amplitude and high cost. This chapter presents how TENG can be an effective technology for harvesting water wave energy by using triboelectric effect and electrostatic induction effect ...
Wang, Zhong Lin +4 more
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Nanogenerators: A new paradigm in blue energy-harvesting
2021The depletion of natural energy sources demands non-conventional efficient alternatives with sustainable utility. The outstanding performance of nanomaterials resolves the energy scarcity issue through the introduction of small-scale, energy-harvesting devices, called nanogenerators.
Arpita Adhikari, Joydip Sengupta
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Blue Energy: Salinity Gradient for Energy Conversion
2015Similar to a difference in elevation, potential energy is also associated with a difference in salt concentration so that electric power can eventually be produced by exploiting the salinity gradient between freshwater of rivers and seawater. Unfortunately, exploiting the salinity gradient for power production is not so easy as waterfalls.
CHIESA, PAOLO +2 more
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Winter energy requirements of blue grouse
Canadian Journal of Zoology, 1992We measured the effects of temperature (Ta) on the metabolic rate of 6 blue grouse (Dendragapus obscurus) during winter with indirect respiration calorimetry. The standard metabolic rate was 0.812 L O2∙(kg0.734)−1∙h−1 and was 24% higher than that predicted allometrically.
Peter J. Pekins +2 more
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