The phrase "affect every element" is correct and usable in written English.
It can be used when discussing the impact or influence of something on all components or parts of a system or situation.
Example: "The new policy is expected to affect every element of the organization, from management to staff."
Alternatives: "influence all aspects" or "impact every component".
Thus, even though seawater is derived in part by the chemical differentiation and evaporation of river water, the processes involved affect every element differently, indicating that simple evaporation and concentration are entirely secondary to other processes.
The inter-die parameter fluctuations which are caused by various variations of lot-to-lot, wafer-to-wafer and die-to-die can affect every element on a chip equally [16].
But the more we bring it to the attention of the public, the more people fight behind the scenes and make sure this is seen in front of the scenes, then we will affect every element of how people see the world".
The diversity of and relationship between impacts highlight the complexity and severity of a threat which affects every element of the pastoral system of production, from the reproductive health and success of livestock, to their ability to access food and water, to the ease with which livestock can be taken to market.
The idea is that a multi-element dynamical system exhibiting "complex" behaviour will tend to lie somewhere between extremes of highly integrated, where every element tends to affect every other, and highly segregated, where elements behave almost independently.
In accordance with generally accepted dimensions of well-being scales [ 36], the SWB construct consists of a cognitive element (life satisfaction), a positive affect element (happy and strong) and a negative affect element (unhappy and tired).
Moreover, the abnormalities of a single element concentration will affect the total element distribution pattern in the biological system.
This problem can affect any element of an installation or a repair.
The mineralogy of fault zones can also affect element distribution during fluid-rock interactions (Yamaguchi et al. 2011b).
Another characteristic that might affect element concentrations is the use of mineral supplements.
Given these results, we can investigate whether genes likely to affect element transport or binding to proteins are located under any of these novel peaks.
