【摘 要】
:
Learning from nature has inspired the creation of intelligent devices to meet the increasing needs of the advanced community and also to better understand how to imitate biology.[1-3] As one of biomim
【机 构】
:
Technical Institute of Physics and Chemistry,Chinese Academy of Sciences,Beijing,China
【出 处】
:
第二届微流控、纳流控及芯片实验室国际会议
论文部分内容阅读
Learning from nature has inspired the creation of intelligent devices to meet the increasing needs of the advanced community and also to better understand how to imitate biology.[1-3] As one of biomimetic nanodevices,nanochannels or nanopores aroused particular interest because of their potential applications in nanofluidic devices,biosensing,filtration,and energy conversions.
其他文献
Fluid flow at the nanoscale is dominated by surface effects.Phenomena that are usually unimportant in macroscopic fluid flow become highly significant at the nanoscale,forcing us to reconsider the usu
Optofluidics is the combination of microfluidics and optics,which brings a host of new advantages to conventional solid systems.The capabilities of light manipulation and biochemical sensing are inher
The reliable and rapid generation of pico-/nano-liters(pL/nL)volume droplets containing various fluids is of great interest for fundamental biomedical sciences,translational medicines and pharmaceutic
The transport of ions through the cell membrane is regulated by the channel proteins.The redox species which could precisely modulate physicochemical process in the living cells play an important role
In biofluid flow systems,often the flow problems of fluids of complex structures,such as the flow of red blood cells(RBCs)through complex capillary vessels,need to be considered.The smoothed dissipati
Superfast fluid transport has been discovered in graphitic nanoconduits including carbon nanotubes(CNTs)and graphenenanochannels,and their membrane,which has inspired great interest in water desalinat
Nanopores are tiny holes in solid-state membranes,which can serve as nanosensors for probing biological molecules such as DNA and protein.Under electric fields,charged biomolecules like DNA are pushed
Microfluidic platforms capable of automated,rapid,sensitive,and quantitative detection of biomarkers from patient samples could make a major impact on clinical or point-of-care(POC)diagnosis.
This paper proposed a robust liquid metal based microheater for high temperature applications.Generally,Eutectic Galliun-Indium(EGaIn)has been widely used to fabricate resistive microheaters in microf
Zeolites have great potential in adsorption and separation of alkane-olefin mixtures with similar properties due to their shape selectivity and huge specific surface area.To separate allyl chloride fr