Materials
There can be carbons which are not contacted with conducting additives.
These carbons only occupies volume. ‘dead volume’
Stable conductivity can be achieved by coating
Advantages of Mild Oxidation of Graphite
What happens to Graphite?
Nanochannels or micropores are made.
Effects of Mild Oxidation.
Micropores acts as ‘reservoirs’ for lithium ions sto
Crosstalk among neighboring interconnects
Capacitive crosstalk roughly proportional to kc=CIMD /CILD
⇒ Mainly fixed by the aspect ratio of lines and vias
⇒ Crosstalk level increases at each new generation
Induces delay uncertainty
A low-κ dielectric materials with a dielectric constant less than the dielectric constant of silicon dioxide, κ<4
First low-κ was applied at the
Significantly higher surface area and much narrower pore size distribution in the mesopore region
A large amount of amine-type CO2 capturing agent into its mesopores in a well dispersed manner
Synthesis of MA
PEI impregnation on MA
Amine grafting on MCM-41
Characterization of the materials prepared
CO2 adsorption-desorption measurement
Al(i-PrO)3 (41.68g)+ Alcohol solvent
Conjugated organic semiconductors
Expansion or contraction of the polymers by mobile solvated ions
Applied to several microsystems and actuated catheters, circulation pumps, etc.
Low level charge injection Quantum mechanical effects dominate
High level charge injection Coulomb forces dominate
Repulsive force between same charges
Discharging process
wh
2. 금속 산화물 나노튜브 현행 제조 기술
○현행 제조 방법들은 Templete을 필요로 하며, Templete에 금속(또는 금속 산화물)의 부착, 성장, 또는 침식을 유도하여 원하는 나노튜브를 얻어내는 방식이다.
(1) Carbon Nanotube Templete
탄소나노튜브의 구조 균일성과, 탄소나노튜브의 대량 생산기술이 확립되면서