A scalable casting technique should be ideally, fast, low-cost in terms of solar cell materials and energy consumption, roll-to-roll fabrication compatible, touch-free, automated, controllable, and suitable to coat small areas in an array of cells.
Threaded processing of W-curve fragments could lead to very-high-speed analysis of larger sequences or – ideally – fast, fully automated analysis of clinical samples.
This can be achieved with a mean plasma glucose of ∼8.3 8.9 mmol/L (∼150 160 mg/dL); ideally, fasting and premeal glucose should be maintained at <7.2 mmol/L (<130 mg/dL) and the postprandial glucose at <10 mmol/L (<180 mg/dL).
This makes the CUPRAC reagent an attractive and compatible post-column derivatization reagent because the reaction kinetics of post-column derivatization reagents should ideally be fast (Zacharis and Tzanavaras 2013; Apak et al. 2005).
This improvement can be sought on the numerical models themselves, who should ideally describe fast (interannual) core processes at work in the geomagnetic secular variation (e.g., Finlay et al. 2010a).
Even more so than mobile apps, VR apps need to be rendered at 60 frames per second (or, ideally, even faster).
It would ideally be faster and "bouncy".
Roadside testing for drugs of abuse has a number of requirements: it needs to be fast, ideally 15 30 s, the same speed as a breath alcohol test, very sensitive, ideally <10 ng/ml (31 nM), it should be non-invasive, with built in controls, difficult to tamper with and be portable.
The players near the basket must box out the ones on the perimeter then rush back to grab the rebound and, ideally, begin a fast break.
Among them, optical systems are ideally suited for fast and accurate classification of tumor cells and tissues, early detection of intraepithelial or intraductal diseases, including most cancers, and to assess tumor margins and response to therapy.
The model is given in explicit form without any fitting parameters and requires no iterative calculation, thus making it ideally suitable for fast prediction and evaluation of device design criteria for optimal scaling of the ReS/D UTB SOI MOSFETs.
