The phrase "shaded portion" is correct and usable in written English.
It is most commonly used to refer to an area that has been filled in to indicate a certain boundary or range, as seen in a graph or chart. For example, "The shaded portion of the chart indicates the amount of rainfall in the previous month."
The high resistivity surface (greater than 1000 Ω m) is shown by the shaded portion.
The shaded portion consists of two regions, in which the middle area is not feasible for both COD and dicamba removal efficiencies (NFRCD) and other region is feasible for only COD removal efficiency (Y 1).
The width of the shaded portion indicates the posterior density distribution of the N e estimates.
The darker shaded portion of each bar represents the log-odds score given the previously selected targets; the full length of the bar is the score obtained if the target were selected first.
The agreement charts in Figure 3 clearly show that agreement is quite high as the rectangles within the unit square are fairly darkened and the 'one category away' discrepancy means the shaded portion fills up the rectangles for BI-RADS and Boyd, but not for Wolfe and Tabár.
On 3 and 17 September and 20 October during the normal commercial harvest for 'Gala', 'McIntosh' and 'Mutsu' trees in 2009, fruits were collected from the outside edge of the canopy (fully exposed to sunlight) as well as the interior (heavily shaded portion around the central leader).
He instructed each of us on how to color and shade a portion of his printed black-and-white drawing.
Altocumulus clouds usually have shading underneath portions of the clouds.
Lay out the area for the ball in the center of the blank and shade the portions of the wood to be removed.
Two instants of the cross-section of the nanotool are indicated as 1 and 2. Continued nanotool rotation will remove the dark-shaded portion of the sample.
To reconstruct the green image x ̂ g, h from the unaliased (shaded in Figure 8b) portions of t g, we carry out a standard demodulation, as follows: x ̂ g, h = h 2 ( n ) ⋆ { f ( n ) · { h 1 ( n ) ⋆ t g ( n ) ⏟ isolate unaliased } ⏞ modulation }, ⏟ isolate signal.
