Band-gap engineering is a powerful technique for the design of new semiconductor materials and devices.
Band-gap engineering is a powerful technique to design new semiconductor materials and devices.
Charge transport properties of vapor grown C-60 Single crystals are investigated in the temperature range from 5-300 K by field-effect transistor and space charge limited current measurements in va
T h e long-distance waveguide communication system will handle an extremely broad band extending perhaps from 40 to 80 kmc.
Spherulitic morphology in melt-solidified poly(Epsilon-caprolactone), Tm=64 degrees C, has been examined by light and electron microscopy over a growth temperature (Tc) range 25 degrees C to 58 Deg
This paper proposes a design methodology for international ISDNs.
Though IEEE 802.16 MAC protocols have been proposed to support quality of service (QoS) guarantees for various kinds of applications, they do not suggest how to allocate service bandwidth to fulfil
Dimensioning of link capacities in packet networks in most cases is based on average traffic and some degree of over-provisioning.
Dimensioning of link capacities in packet networks is commonly based on average traffic values together with some degree of overprovisioning.
The transmission of still images over wireless channels is an exercise in tradeoffs. For bandwidth efficiency, a high source compression rate is required.
