"ideal process" is a correct and usable phrase in written English.
It refers to a perfect or optimal way of completing a task or achieving a goal. You can use it in a sentence when discussing a desired or recommended method, such as in a business or academic context. Example: "The company's success was attributed to their implementation of the ideal process for product development, resulting in efficient and high-quality outcomes."
"The ideal process is to put acorns in a weighted sack and set them in the running water for a few weeks," he said.
"There are a lot of vested interests, people thinking, 'If this stuff is passed, they'll know that I'm taking money.' " The bill must now be reworked in parliament, a less than ideal process given its highly technical subject matter.
The ideal Process disciple knows he is part of a larger system and is wholly committed to his role within that system, regardless of the chaos around him or the scoreboard or the importance of the game.
You'd explain this ideal process whereby a tiny team would iterate on ideas quickly.
Following the simulation, the project team mapped an ideal process (Fig. 1).
In this way, and ideal process is defined taking constraints from anticipated manufacturing into account.
It also assists in identifying the ideal process parameter combinations for the most suitable NTM process.
Consequently, the ideal process would utilize an existing logistic chain and a feedstock that does not need extensive pre-treatment.
It has been generally accepted that isolating the final crystal form through desolvation would be a non-ideal process; rather, a process where the final form has been directly nucleated and grown (with or without seeds) would be preferred.
Thermodynamic usually expressed as ratios, these indicators that relate actual energy use to an 'ideal' process.
This gives rise to a number of indicators which have been used to measure energy efficiency, which Patterson groups into four main categories: 1. Thermodynamic usually expressed as ratios, these indicators that relate actual energy use to an 'ideal' process.
