"precision processing" is a correct and usable phrase in written English.
You can use this phrase to describe a task that requires very careful and precise attention, such as creating an item with exact measurements or refining an item to its finest details. For example, you could say, "The jeweler performed precision processing to create a perfect gemstone."
With ever-greater precision (processing speed) and transportability (bandwidth), the triumph of digital was complete.
The article describes the methods of management precision processing spatially-complex surfaces on CNC milling machines.
Here are the nerdy details: the Vega features 64 compute units, an estimated 12.5 teraflops of single precision processing power, 16GB bandwidth cache and 8K display support.
This error results from inaccurate knowledge of the device characteristics or from the effects of quantization and finite precision processing.
Precision processing in MOEMS (micro-opto-electromechanical systems) packaging has been studied based on electrochemical processes with the purpose of establishing technology for low-cost multifunctional encapsulation of microsystems and assembly of opto-electric access links in polymer.
The second is formulated within a general dynamical systems framework and is based on the assumption that the brain sustains some level of noise and/or does not utilize infinite precision processing.
Changes in the technology will provide challenging tasks for the researchers and engineers specializing in abrasive machining and high-precision processing.
These admirable results indicate that Tm3+/Ho3+/Yb3+ triply doped NMAG channel waveguide is a promising light source for medical and high-precision processing illumination.
To date, we have realized that the anisotropy of layered crystalline materials such as muscovite, in which the atomic structures are periodically weak, allows the following: the realization of the high-precision processing of crystalline materials using their atomic periods, layered unit processing in the depth direction, and the exploration of processing possibilities.
If it is possible to carry out electrochemical etching without using electrolytes, such a process will be applicable to electronic device manufacturing and precision nanoscale processing of semiconductor materials.
The instantaneous slant range equation (or history) is the key to high precision SAR processing.
