The phrase "affect the reflection" is correct and usable in written English.
It can be used in contexts discussing how certain factors influence or change the way something is reflected, whether literally or metaphorically.
Example: "The angle of the light can significantly affect the reflection seen in the mirror."
Alternatives: "influence the reflection" or "impact the reflection".
Numerical examples are given to examine the major factors that affect the reflection and transmission coefficients of the plates.
It shows that an elementary imperfection can affect the reflection coefficient of the extremity and reduce it.
Surface-breaking defects often have a geometry which is more complicated than the 'normal slot' used in many calibration tests, and this geometry will affect the reflection and transmission of ultrasonic surface waves incident on the defect.
The second primary factor to affect the reflection is the nanostructure height shown in comparison of Fig. 9a, b.
In the 1970s, detailed measurements were taken only on participants with more severe refractive error, and those were made through retinoscopy, a manual observation of how different strengths of corrective lenses affect the reflections bounced off the retina.
The two ideas knocked together — I was reminded of the one shot in "The Artist" that I found truly affecting: the reflection, in a shop window, of the down-and-out former silent-film star, now threadbare and unshaven, who sees himself in the evening finery behind the glass.
Once this spectrum is obtained, it can be substituted into Eq. (6) and the spectrum of the eastward component of the geoelectric field at the Earth's surface can be calculated for any location x assuming that the Earth's conductivity profile affecting the reflection coefficient R is known.
Intimacy reveals barely perceptible color variations in the underpainting, including yellow, chartreuse, red, blue and pea soup green, which affects the reflection of light from the turgid surfaces.
Nighttime land surface temperature (LST) data were used so that sun reflection does not affect the observation and we get actual emissivity data from the earth surface (Huang and Pollack 1997).
However, in an important twist to previous studies, they also explored how such changes would affect the absorption and reflection of light at the ocean surface.
Changes in the SP reflection conditions affect the ellipticity of the reflected beam and by dithering the polarization of the input beam the output signal oscillates at the dither frequency and harmonics thereof; this allows either the fundamental or the first harmonic to be detected in a lock-in amplifier.
