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Weblio 辞書 > 英和辞典・和英辞典 > CONVECTIVEの意味・解説 > CONVECTIVEに関連した共起表現

「CONVECTIVE」の共起表現一覧(1語右で並び替え)

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developed within the wave and well-developed convective activity was present as it tracked through t
During the overnight hours, convective activity further amplified and deepened symm
Gradually, instability probably supported convective activity, and the cyclone slowly acquired tr
ncreasing wind shear and dry air suppressing convective activity, caused it to begin weakening later
ment flight into a widespread area of severe convective activity, and the air traffic controller's f
r of circulation was separated from the deep convective activity.
all fans or solar-heated chimneys to improve convective air-flow.
Basic Convective and Mesoscale Research
lites, which aid in the nowcasting of severe convective and tornadic storms.
a of clouds near Bermuda became increasingly convective, and gradually became entrained into the exp
Shortly after, the convective area consolidated, and it became Tropical De
In the hours prior to the tornado forming, convective available potential energy (CAPE) values of
A convective band from the front continued southeastward
lidated around the center of circulation and convective banding features developed along the periphe
ation centre became increasingly defined and convective banding features were apparent along the nor
J. G. Collier and J. R. Thorne (1996) Convective Boiling and Condensation 3rd edition (Oxford
n is an elevated inversion layer that caps a convective boundary layer.
The jet forms as a response to a convective circulation having upshear tilt and horizont
However, convective cloud sometimes forms inland, reducing the n
e affects the south-west of England, however convective cloud sometimes forms inland, reducing the n
d to look for lightning in a developing deep convective cloud approaching an athletic field.
The convective condensation level (CCL) represents the heig
In such case, cloud base begins at the convective condensation level (CCL), whilst with mechan
Convective, conductive, radiative and insulating proper
He constructed a model of star with a convective core and radiative envelope, named the Cowli
Spectral type A stars possess convective cores surrounded by extensive radiative enve
typically has poor thermal conductivity, so convective currents associated with a temperature gradi
-condenses as visible fog, which rises up in convective currents.
Later that day, convective developed ceased to occur as the storm neare
absorption lines in low mass stars that have convective envelopes.
rn quadrants of the storm, resulting in some convective erosion in those areas.
The convective feature was influenced by an anticyclone loc
Baumgardner JR "3-Dimensional Treatment of Convective Flow in the Earth's Mantle."
mined by a spectroscope, the velocity of the convective gas along the line of sight produces Doppler
The most used method is based on the convective heat transfer.
nd low - sometimes operable - vents to allow convective heat transfer to the indoors.
It was the first convective heating system.
This adds an element of conductive and convective heating to the radiant heat typical of a bas
a material to resist conducted, radiated, or convective heating.
tars which have radiative cores to the fully convective M dwarfs and
sed over the system, shifting the inner-core convective mass south of the center.
cesses, such as gravitational separation and convective mixing.
signs of irregular growth, caused mainly by convective motion in the gaseous medium.
fined and elongated circulation, with little convective organization near the center.
ity existed near the center, and the overall convective pattern had become more symmetric in nature.
r bad weather around the clock, particularly convective rainstorms, thunderstorms and hailstorms.
es so the same BRN can represent a myriad of convective situations.
d on these diagrams to allow calculations of convective stability or Convective Available Potential
Very low-mass, fully convective stars do not have radiative cores so the lar
Convective storm detection
nusual shape) is a large, bright and complex convective storm in Saturn's southern hemisphere.
Another source of difficulty in forecasting convective storm potential with BRN is that the BRN doe
It is, however, useful in convective storm prediction, as it illustrates the plac
orologist pioneering in the fields of severe convective storm forecasting and research.
ist whose research is concentrated on severe convective storms and tornadoes, particularly severe we
sufficiently well-developed circulation and convective structure, the National Hurricane Center (NH
ually organized, with increasing outflow and convective symmetry.
is a component of bow echoes in a mesoscale convective system that aids in creating a stronger cold
g the prolific tornado outbreak, a mesoscale convective system developed across eastern Nebraska in
Convective temperature is important to forecasting thun
The convective temperature (CT or Tc) is the approximate te
begins when air is heated from below to the convective temperature, without mechanical lift.
Shortly after, a burst of heavy convective thunderstorms developed over the ill-defined
is associated with squall lines or lines of convective thunderstorms.
It represents the ratio of convective to diffusive mass transport, and is named in
High Pr - convective transfer strong
ced Transport Phenomena: Fluid Mechanics and Convective Transport Processes, Cambridge University Pr
Nearby convective weather activity during the summer months ca
                                                                                                    


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