Sentence examples for stellar effect from inspiring English sources
Love Is Stronger Than Pride (1988) Seemingly composed entirely from air currents and fragments of Spanish guitar, the lead single from the 1988 album of the same name showed Sade at their most minimal; appropriately enough, 14 years later German minimal techno legend Michael Mayer would cover it to stellar effect.
Probably soon though; it's a stellar effect.
For this particular "painterly sort of style," she explains, Ryland used a speed-paint method that dramatically reduced the overall time to finish, as well as producing a stellar effect, a detailed yet deft timelapse spectacle. .
Given that this is the second tragedy he has directed with less than stellar effects (Romeo and Juliet also had a lukewarm reception) raises the question: is the company still able to deliver?
Mamma Mia! was a recent musical film where people broke into song to stellar commercial effect, but the flop all-star movie versions of Nine and Rock of Ages illustrated the perils of bringing musicals into celluloid being.
Eq. (39) includes secular three-body dynamics (with subscript 3b), general relativistic effects (GR), tidal friction (TF), precession, stellar wind effects and mass transfer (MT).
This spread is produced by stellar evolutionary effects and tends to broaden the main sequence.
STRENGTHS The usual animalistic enhancements and blood lust, plus some truly stellar transformation effects (which won an Academy Award for the makeup artist Rick Baker) and a wink-wink soundtrack of songs about the moon ("Blue Moon," "Moondance," "Bad Moon Rising").
Writing for The Hollywood Reporter, Kirk Honeycutt called visual effects "stellar", but stated Speed Racer "proudly denies entry into its ultra-bright world to all but gamers, fanboys and anime enthusiasts".
Disruption of a triple due to a CE-event may also apply to stellar triples, however, the effect is likely less dramatic, as the relative mass lost in the CE-event to the total system mass is lower.
Also, Eq. (19) reduces to Eq. (7) describing the effect of stellar winds on the binary orbit, under the assumption of specific angular momentum loss equal to that of the donor star ((h=J_{mathrm{d}}/m_{mathrm{d}} = m_{mathrm{a}}/m_{mathrm{d}} cdot J_{mathrm{b}}/(m_{mathrm{d}}+m_{mathrm{a}})) or (eta =m_{mathrm{a}} /m_{mathrm{d}})).
