简介:TheelectrochemicalformationofMg-LialloyswasinvestigatedinamoltenLiCl-KCl(58-42mol%)eutecticmeltat723K.ThecyclicvoltammogramforaMoelectrodeshowedthattheelectroreductionofLi~+proceedsinasinglestepandthedepositionpotentialofLimetalwas-2.40V(vs.Ag/AgCl).ForMgelectrode,theelectroreductionofLi~+takesplaceatlesscathodicpotentialthanthatattheMoelectrodewhichwascausedbytheformationofMg-Lialloys.PhaseofthedepositedMg-Lialloyscouldbecontrolledbytheelectrolysispotential,andthesampleswerecharacterizedbyX-raydiffractionandscanningelectronmicroscopy.Theresultsshowedthatα-Mgandβ-Liphaseswereobtainedat-2.35and-2.55V,respectively.
简介:Reliabilityandreal-timerequirementsbringnewchallengestotheenergy-constrainedwirelesssensornetworks,especiallytotheindustrialwirelesssensornetworks.Meanwhile,thecapacityofwirelesssensornetworkscanbesubstantiallyincreasedbyoperatingonmultiplenonoverlappingchannels.Inthiscontext,newrouting,scheduling,andpowercontrolalgorithmsarerequiredtoachievereliableandreal-timecommunicationsandtofullyutilizetheincreasedbandwidthinmultichannelwirelesssensorne...