Sentence examples for small scale capacity from inspiring English sources

The concept of MDC was first introduced by Cao et al. (2009) on a small scale (capacity of 3 mL of salt water) and later by Jacobson et al. with larger scale (approximately, 1 L salt water capacity) (Cao et al. 2009; Jacobson et al. 2011a, b).

The results from our relatively small-scale capacity assessments can provide the starting point for comparisons with results of future similar initiatives.

Whereas the small scale system with capacity less than 1000 l/day, the fiber reinforced plastic multi-wick solar still is appropriate (Tiwari and Garg 1985).

Discharge plasma technology for hydrogen production is of fast response, large capacity, small scale and portability, which is suitable for automobiles and ships.

While it may be expected that interaction among genotypes (competition, facilitation or synergistic effects) may be enhanced at small scale, the differential adaptive capacity to distinct environmental conditions provided by distinct alleles or sets of alleles (genotypes) may be expected to influence resistance and resilience of natural populations at larger scales.

For small scale systems, the sum channel capacity depends on the signature alphabets while for large scale systems, the channel capacity tends to be independent of the signature alphabets.

In addition, a small scale pilot system with the capacity of 20 kWe is constructed to achieve the operation with a full power ratio, and the developed mid-temperature solar thermochemical power concept is experimentally validated.

As mentioned in the previous subsection, the channel capacity in the small scale system depends on the input and signature alphabets.

However, its application in the actual industrial practice is hampered by the fact that the existing available information related to the optimization of operating parameters is restricted mainly to small scale operations with reported experiments with capacity in the range of few milliliters to 1 l.

We have developed a technical-economic approach to selecting the optimum arrangement of microturbines (i.e. number of units and nominal power) and planning its operational strategy in small scale combined heat and power systems (capacities up to 500 kW) for three modes of operation: one-way connection (OWC) mode, two-way connection (TWC) mode, and heat demand following (HDF) mode.

The impact of higher turbine efficiency on liquefaction capacity is predicted for small scale Helium liquefiers.