Sentence examples for large scale availability from inspiring English sources
The paraffin (P1) is used as the PCM because of its low cost, high energy storage density and large scale availability.
Large scale availability of conventional organic manures being a big problem nowadays, major attention is being paid on recycling of different kinds of organic wastes for this purpose.
In recent years, increased biodiesel production has also led to a large scale availability of glycerol which necessitates its valorization by exploring new avenues [2].
Our results demonstrate the feasibility of using transplastomic tobacco leaf extracts to convert cell-wall polysaccharides into reducing sugars, fulfilling a major prerequisite of large scale availability of a variety of cell-wall degrading enzymes for biofuel industry.
The simplicity of synthesis and good electrocatalytic efficiency of prepared nanocomposites combined with large-scale availability make them attractive as Pt-free electrocatalysts.
The potential large-scale availability of biotechnology-derived vaccines makes feasible their evaluation in the prevention and/or treatment of various infectious, chronic, degenerative and cancer human diseases.
However, in spite of such significant importance of using organic matter in tropical soils, large-scale availability of organic materials from traditional sources has remained a big problem.
Opportunities generated through the large-scale availability of semantic data include: Formal semantic verification of published information leading to higher quality information from authors, for reviewers and for technical processing.
Despite the large-scale availability of these plant polysaccharides, the major challenge for accessing these fermentable sugars is the presence of a highly resilient aromatic compound called lignin (Alvira et al. 2010).
With the large-scale availability of chemical data through projects such as PubChem [14], making sense of the data and mapping between different internal and external collections has become one of the most pressing challenges facing chemical integration into modern biomedical science.
Nevertheless, in Ethiopia, large-scale availability of organic materials from traditional sources such as crop residues and animal manures is becoming a series challenge, because these sources of organic materials are under competing uses for livestock feed, fuel, thatching, temporary construction and others (IFPRI 2010).
