Sentence examples for impressive developments in the from inspiring English sources

The reforms also abolished ineffective instruments (e.g., job-creation schemes), reorganized long-term unemployment benefits, and introduced the requirement to prove job search effort.2 As a result, some impressive developments in the German labor market were observed.

There have been impressive developments in the field of nanotechnology in the recent past years, with numerous methodologies formulated to synthesize nanoparticles of particular size and also of shape depending on specific requirement.

Despite impressive developments in the expression of prokaryotic MPs, eukaryotic MP production has lagged behind and there is a need for new expression strategies.

Impressive developments in the areas of imaging technology and imaging tracers have strengthened preclinical imaging studies on the hallmarks of cancer.

Despite the impressive developments in bipedal robots in the last 10 years, people with dexterous physical jobs such as moving furniture or carrying plates in a busy restaurant aren't likely to be automated out of a job anytime soon (though stationary assembly jobs are under siege now as much as ever, with devices like Rethink Robotics' Baxter).

Lastly, although we don't have fully autonomous robot surgeons, there have been a number of impressive developments in computer-assisted surgery.

It operated, mostly informally, until 1999, when the IAWE Steering Committee Meeting at the 10th ICWE, Copenhagen, Denmark, decided to open a wide debate and study new tools to make the IAWE coherent with the impressive development in wind engineering.

In addition, the impressive development in nanotechnology has made it possible to alter fiber surface at the nano level without influencing key physical characteristics of fiber.

Driven by the impressive development in nanofabrication technologies and nanoscale engineering, silicon photonics has rapidly become the platform of choice for on-chip integration of high performing photonic devices, now extending their functionalities towards quantum-based applications.

During the last decade, microstructured reactors have received an impressive development in several fields of applications, especially in the field of catalysis where heat and mass transfers need to be improved.

Seawater Reverse Osmosis (SWRO) technology, driven by the impressive development in membrane materials, modules and process design, currently shows an overall energy consumption of 3 4 kW h per m3 of desalted water, substantially lower than thermal systems; however, the theoretical energy demand to produce 1 m3 of potable water from 2 m3 of seawater (50% recovery factor) is 1.1 kW h.