最終更新日:2022/12/24
The lack of core rotation on the accident airplane engines was similar to the instances of core lock experienced by CF34 engines during Bombardier’s acceptance testing, except that the accident airplane engines were exposed to more severe thermal distress than the engines on the production airplanes. Specifically, the accident airplane’s engines flamed out from high power and high altitude, whereas the engines installed on the production airplanes were shut down only after their internal temperatures were stabilized.
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元となった例文
The
lack
of
core
rotation
on
the
accident
airplane
engines
was
similar
to
the
instances
of
core
lock
experienced
by
CF34
engines
during
Bombardier’s
acceptance
testing,
except
that
the
accident
airplane
engines
were
exposed
to
more
severe
thermal
distress
than
the
engines
on
the
production
airplanes.
Specifically,
the
accident
airplane’s
engines
flamed
out
from
high
power
and
high
altitude,
whereas
the
engines
installed
on
the
production
airplanes
were
shut
down
only
after
their
internal
temperatures
were
stabilized.