Sentence examples for a process for growing from inspiring English sources

Dr. Keller and her team had developed a process for growing nanotubes of titanium oxide on various surfaces.

This study has demonstrated a simple process for growing high-quality SnO2 nanowires anchored directly to a FTO thin film.

In 1939 Delbrück discovered a one-step process for growing bacteriophages that, after a one-hour latent period, would multiply to produce several hundred thousands of progeny.

In this paper, we describe a microelectronics compatible process for growing high-aspect-ratio CNT arrays with application to vertical electrical interconnects.

Developments are reported of a low temperature reactive sputtering process for growing wurtzite AlN thin films with a close to homogenous c-axis inclination over a 4″ substrate wafer.

The process for growing carrots in a pot is pretty much the same as in the ground or a planter box.

Directional solidification (DS) has become the major process for growing multi-crystalline silicon (mc-Si) for solar cells in the photovoltaic industry.

Enhancing the performance of solar cells, near infrared photo-detectors and microelectronic devices through band gap engineering caused an increasing attention in processes for growing thin silicon germanium carbon (SiGeC) films in a wide range of composition and crystalline structures.

The aim of enhancing the performance of solar cells and microelectronic devices through band-gap engineering as well as the demand of using cheap organic substrates or advanced materials like "high-k dielectrics" for nanoelectronic based technologies has caused an increasing attention in alternative processes for growing thin silicon germanium carbon alloys.

At that time, production processes for growing the GaAlInP-based epilayers used for LEDs operating in the yellow to red spectral region were established on multi-wafer systems.

In general, co-evaporation and sputtering processes for growing CIGS thin films both include the metallic precursor deposition of Cu–In Ga alloy and the subsequent two-step selenization process, which consists of an initial low temperature selenization in H2Se atmosphere followed by a high temperature annealing in inert gas.