CONJUGATION OF THE VERB TO RERADIATE
PRESENT
Present
I reradiate
you reradiate
he/she/it reradiates
we reradiate
you reradiate
they reradiate
Present continuous
I am reradiating
you are reradiating
he/she/it is reradiating
we are reradiating
you are reradiating
they are reradiating
Present perfect
I have reradiated
you have reradiated
he/she/it has reradiated
we have reradiated
you have reradiated
they have reradiated
Present perfect continuous
I have been reradiating
you have been reradiating
he/she/it has been reradiating
we have been reradiating
you have been reradiating
they have been reradiating
Present tense is used to refer to circumstances that exist at the present time or over a period that includes the present time. The
present perfect refers to past events, although it can be considered to denote primarily the resulting present situation rather than the events themselves.
PAST
Past
I reradiated
you reradiated
he/she/it reradiated
we reradiated
you reradiated
they reradiated
Past continuous
I was reradiating
you were reradiating
he/she/it was reradiating
we were reradiating
you were reradiating
they were reradiating
Past perfect
I had reradiated
you had reradiated
he/she/it had reradiated
we had reradiated
you had reradiated
they had reradiated
Past perfect continuous
I had been reradiating
you had been reradiating
he/she/it had been reradiating
we had been reradiating
you had been reradiating
they had been reradiating
Past tense forms express circumstances existing at some time in the past,
FUTURE
Future
I will reradiate
you will reradiate
he/she/it will reradiate
we will reradiate
you will reradiate
they will reradiate
Future continuous
I will be reradiating
you will be reradiating
he/she/it will be reradiating
we will be reradiating
you will be reradiating
they will be reradiating
Future perfect
I will have reradiated
you will have reradiated
he/she/it will have reradiated
we will have reradiated
you will have reradiated
they will have reradiated
Future perfect continuous
I will have been reradiating
you will have been reradiating
he/she/it will have been reradiating
we will have been reradiating
you will have been reradiating
they will have been reradiating
The
future is used to express circumstances that will occur at a later time.
CONDITIONAL
Conditional
I would reradiate
you would reradiate
he/she/it would reradiate
we would reradiate
you would reradiate
they would reradiate
Conditional continuous
I would be reradiating
you would be reradiating
he/she/it would be reradiating
we would be reradiating
you would be reradiating
they would be reradiating
Conditional perfect
I would have reradiate
you would have reradiate
he/she/it would have reradiate
we would have reradiate
you would have reradiate
they would have reradiate
Conditional perfect continuous
I would have been reradiating
you would have been reradiating
he/she/it would have been reradiating
we would have been reradiating
you would have been reradiating
they would have been reradiating
Conditional or "future-in-the-past" tense refers to hypothetical or possible actions.
IMPERATIVE
Imperative
you reradiate
we let´s reradiate
you reradiate
The
imperative is used to form commands or requests.
NONFINITE VERB FORMS
Past participle
reradiated
Present Participle
reradiating
Infinitive shows the action beyond temporal perspective. The
present participle or gerund shows the action during the session. The
past participle shows the action after completion.
10 ENGLISH BOOKS RELATING TO «RERADIATE»
Discover the use of
reradiate in the following bibliographical selection. Books relating to
reradiate and brief extracts from same to provide context of its use in English literature.
In fact, what happens is that the atoms absorb and then reradiate the incoming
light (Figure 2.17). Figure 2.17 When they reradiate the light, they don't always
reradiate the same frequency as the incoming light. And actually that's all you
need ...
William C. Robertson, 2003
2
Black-Body Theory and the Quantum Discontinuity, 1894-1912
That such a resonator will alter the frequency distribution of radiant energy is
plausible, for, if it absorbs energy from an incident wave of frequency v, it will, one
supposes, reradiate that energy at its natural frequency v0 after the initial wave
has ...
3
Plasmonic Optical Antennas for Enhanced Light Detection and ...
It is well-known that the processes that enable an antenna to concentrate light
into a specific region on/near the antenna as well as its ability to reradiate power
to the far-field are inherently frequency dependent [18, 62, 76]. Larger antennas ...
Edward Simon Barnard, 2011
4
Handbook of Ecosystem Theories and Management
Thus if a group of ecosystems are bathed by the same amount of incoming
energy, the most mature ecosystem should reradiate its energy at the lowest
exergy level, that is the ecosystem would have the coldest black body
temperature.
5
Construction Ecology: Nature as a Basis for Green Buildings
Thus, if a group of ecosystems are bathed by the same incoming energy, the
most mature ecosystem should reradiate its energy at the lowestexergylevel, i.e.
theecosystem wouldhavethe lowestblack body temperature. The black body ...
Charles J. Kibert, Jan Sendzimir, G. Bradley Guy, 2003
6
The CRC Handbook of Thermal Engineering
Type Description Area Covered Effects on Shortwave Longwave Stratus Low-
lying, dense, surface Large Efficient reflector. Absorb/reradiate. to 2 km albedo =
0.5 blackbody radiation Cumulus Convectively active. Localized Efficient reflector
.
7
French Women Philosophers: A Contemporary Reader : ...
Thus, if a group of ecosystems are bathed by the same incoming energy, the
most mature ecosystem should reradiate its energy at the lowest exergy level, i.e.
the ecosystem would have the lowest black body temperature. The black body ...
8
Remote Sensing for Geoscientists: Image Analysis and ...
Objects that absorb and reradiate large amounts of energy have an emissivity
near but always less than 1.0. Objects with low emissivity do not easily absorb
and reradiate energy. Pure water has the highest natural emissivity (0.993); ...
9
Making Truth: Metaphor in Science
The incoming solar radiation is absorbed by the materials inside, which in turn
reradiate heat energy. However, the radiant heat energy emitted from inside is in
the infrared region of the spectrum. Whereas glass is transparent to umch of the ...
10
Remote Sensing for Geologists: A Guide to Image Interpretation
Emissivity is a function of a material's ability to absorb and reradiate energy. It is
defined as the ratio of radiant flux from a body to that from a blackbody at the
same kinetic temperature (a blackbody is a perfect absorber and a perfect emitter
of ...
9 NEWS ITEMS WHICH INCLUDE THE TERM «RERADIATE»
Find out what the national and international press are talking about and how the term
reradiate is used in the context of the following news items.
Floyd County's extension agent Mickler provides tips for dealing with …
“A moist soil will absorb more solar energy than a dry soil and will reradiate heat during the night. The second method of protecting outdoor plants is to cover ... «Northwest Georgia News, Mar 15»
Volunteer 'disk detectives' top 1 million classifications of possible …
The particles absorb the star's light and reradiate it as heat, which makes the stars brighter at infrared wavelengths—in this case, 22 microns—than they would ... «Phys.Org, Jan 15»
Arctic Methane Emissions 'Certain to Trigger Warming'
If we take a tube containing methane and pass a ray of the right spectral wavelength through it the methane molecules will absorb energy and reradiate it ... «Climate Central, May 14»
Less energy, more creativity
... installed a heat-trapping berm, and added a Trombe wall, a passive solar use that employs a glass wall to capture and reradiate warmth from wintertime sun. «Phys.Org, Apr 14»
What is a Dyson sphere?
The solar collectors would absorb and reradiate energy from the star. It's that reradiated energy that astronomers would need to seek. Stephen Battersby at New ... «EarthSky, Jun 13»
Seeing the Phases of Exoplanets
They found that the presence of an atmosphere made determining many of these properties more difficult since it would be able to retain heat and reradiate it ... «Universe Today, Nov 11»
Earth's Upper Atmosphere Cooling Dramatically
The energy that comes into it from the sun is absorbed by air molecules and reradiated to space during the normal ups and downs in solar energy that occur ... «Space.com, Dec 09»
How To Live Without Air Conditioning: Syrian Beehive Houses
And they had to have a high-heat-capacity roof to absorb the sun's rays during the day, and slowly reradiate it toward the interior during the cool night; the roof, ... «Treehugger, Aug 09»
Project Name: ABN AMRO Plaza, 6th Floor Podium
The impervious surfaces of cities such as concrete, bituminous roofing and the wide variety of hard surfaces, soak up solar energy and reradiate it as thermal ... «Greenroofs.com, Feb 07»
