'low process' is not standard English.
You can use the phrase 'low-level process' instead. For example, "We will use a low-level process to design the new technology."
On the other hand, the chemical bath deposition is a versatile deposition method with the following main advantages: relatively low process temperature (below 100°C), ambient pressure processing, and the use of inexpensive equipments.
We have recently developed a powerful solution processing approach to amorphous mixed metal oxides based on sol gel processing from metal alkoxide precursors and have demonstrated solution-processed IGZO TFTs prepared at low process temperature (230 275 °C) with performance and operational stress stability comparable to that of sputtered devices.
In 2011, our group in collaboration with Panasonic reported an approach based on metal alkoxide precursors, which allowed solution-processed TFTs with performance comparable with sputtered TFTs at low process temperatures of 230 250 °C, close to being compatible with the plastic substrates used in flexible electronics.
Because of the low process temperatures and very rapid polymerization (from 2 to 60 seconds), ultraviolet-cured adhesives are making rapid advances in the electronic, automotive, and medical areas.
This may be due to the relatively low process temperature for the tungsten nanowire synthesis.
For photovoltaic applications, a low process voltage is highly desirable to avoid damaging the accreting semiconductor.
Metal powder and epoxy degradation were avoided through low process temperatures.
It is also found that low process temperatures promote effective electrorefining.
Meanwhile, the temperature and concentration gradients involved in large reactors lead to poor quality and low process reproducibility.
Hence, the one-way ANOVA technique was employed successfully foridentification of the root cause liable for the low process capability.
For the latter reason, hydrothermal synthesis of ZnO has been welcomed due to its low process temperature.
