Exact(3)
Although solid state drives are expensive, they are faster, tougher and more energy-efficient than traditional drives with spinning disks.
Although solid state junction devices with high efficiency, usually made of silicon and compound semiconductors, dominate the commercial market, these photovoltaic technologies still receive constraints in market development due to both of expensive materials and complex manufacturing processes1,2,3,4.
Although solid state storage is starting to dominate in high performance applications, displacing performance HDDs and may cost less in operating costs than HDDs in some cases, there is still a need for lower cost, lower performance storage for the large amount of longer term content.
Similar(55)
One of the earliest uses of ceramic ferrites was as a channel filter in telephony, although solid-state filters and fibre optics are making this application obsolete.
Although solid-state transistors replaced the bulky audion tubes originally used in these devices long ago, Lee De Forest's inventions and enthusiasm paved the way for the electronic age.
Although solid-state fermentation (SSF) is an attractive process for the production of enzymes, SSF is highly limited by the difficulty in controlling the operating variables which affect microbial growth and metabolites production.
Although solid-state reactions by thermal annealing based on a ZNW template have been used to synthesize ZnO-based ternary compound nanotubes, [4 6, 11] no research has been carried out on the influence of size-dependent template thermal stability on the final characteristics of such tubes.
Although solid-state nanopores fabricated in insulating membranes have been widely applied in DNA and protein translocation processes, they do not have enough spatial and temporal resolution to obtain structural information of molecules at the single-base level.
In view of this, the degradation rates of poly amino acid ester phosphazenes with different amino acids and different esters of the amino acids were studied in solution- and solid-state degradation, although solid-state degradation is more representative of how degradation would occur with in vivo scaffold materials and is the method that will be discussed [ 37].
The studies showed several peculiarities: (i) although no solid state thickening occurs during a crystallization, crystal thicknesses are with values between 11 and 20 nm very large (ii) crystal thicknesses and long spacings have a minimum at 120 °C and increase for both higher and lower crystallization temperatures.
These observations, although in the solid state, must be taken into account for future studies where intramolecular tricopper(I /O2 (or other small molecules of interest) interactions in solution are desirable.
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