The development of earth-abundant, low-cost, highly active, and durable bifunctional catalysts competent for efficient electrochemical water-splitting is intensively demanding and of vital importance to realize high-purity hydrogen production.
According to the job strain model, an active job entails work situations that often are intensively demanding and involve the workers in activities over which they feel a large amount of control and also the freedom to use all available skills.
It is heavily dictated by customer demand, and the customers intensively demand smaller and lighter electronics devices with high cost-effectiveness [1].
But it is clear, as many of us know from personal experience, that concentrating intensively on an intellectually demanding project for hours typically leaves you feeling mentally dull.
This possible abnormal activity of energy generation can be related to the fact that melanoma (and also other cancers) is intensively positive in positron emission tomography (PET) scans due to their intense demand for energy, where tumor has up-regulated receptors that take in glucose and subsequently have high levels of glycolysis.
Seasonal patterns in foraging activity showed that open-space specialists foraged more intensively above agricultural fields during the migration period, while edge-space specialists foraged also during the energy demanding period of lactation.
To that end, specific materials and structures with novel biocompatibility, stability, and electron transport property are demanded, for example, the intensively investigated nanomaterials [4, 5].
Asymmetric hydrogenation ranks to the most intensively researched way of preparation of enantiomerically pure compounds which are demanded e.g. in pharmaceutical industry, cosmetics or agriculture.
Moreover, methods of cultivation would vary with land cultivated more intensively near the city, because the more valuable land near the city would demand a high rate of return.
Effect of many parameters including fundamental period, level of inelastic behavior, number of stories, damping model, damping ratio, structural strain hardening, earthquake excitation, level of soil flexibility, aspect ratio on height-wise distribution of damage (ductility demand) are intensively investigated.
