We hqppen to have such a star that delivers EM energy to the bottom of the transparent atmosphere, and that energy warms the bottom of the atmosphere by all the well known thermal processes, until the energy loss rate, eventually
limited by radiation, matches the supply rate from the star.
Not exact matches
Staying inside can also
limit how much invisible nuclear
radiation produced
by a blast will reach your body.
Some weeks later, after
radiation therapy that was designed to
limit the extent of the surgery, he wrote to tell me that the doctors were astounded to learn that the tumor had been stopped cold
by the
radiation and that surgery would not be required.
Governor Andrew M. Cuomo today signed legislation to better protect teens from dangerous exposure to UV
radiation by limiting their access to indoor tanning facilities.
Along the way, according to a 2013 study, you'd get dosed with the
radiation equivalent of a whole - body CT scan every five to six days, increasing your lifetime cancer risk above the
limits set
by NASA.
Enormous clouds of these tiny grains scatter and absorb some of the
radiation emitted from the stars — especially visible light —
limiting what can be seen
by telescopes here on Earth.
The X-ray data also indicates that
radiation from material surrounding this black hole has consistently surpassed the so - called Eddington
limit, defined
by a balance between the outward pressure of
radiation from the hot gas and the inward pull of the gravity of the black hole.
In extreme cases, the application of X-rays is
limited by these side effects, known as «
radiation damage».
By far the most rigorously researched of the Tintin stories, it features nuclear fission, the effects of gravitation in space and why meteorites make lunar craters, as well as side references in Professor Calculus's log book to the «constant of solar
radiation» and the «
limits of the solar spectrum in the ultraviolet».
«Drug could
limit spread of deadly brain tumors: Study shows PPF could help treat glioblastomas
by sensitizing tumors to chemotherapy,
radiation treatments.»
Soot particles, also known as black carbon aerosols, affect climate
by absorbing sunlight, which warms the surrounding air and
limits the amount of solar
radiation that reaches the ground.
The rats in the study were exposed to a range of
radiation intensities, but most of these were higher than those permitted
by the current safety
limits that are imposed on mobile phone manufacturers.
The British government's chief adviser on
radiation is urging lower dose
limits for workers and the public in the light of a recent review of the dangers posed
by radiation.
ie does a slightly lower density of air mean a slightly lower ground level temperature (temperature normally decreases with height at the lower air density), so that in reality adding CO2 and subtracting more O2 actually causes miniscule or trivial global COOLING, and the (unused) ability of the changed atmosphere to absorb
radiation energy and transmit it to the rest of the air is overruled or
limited by the ideal gas law?
Radar measurements sum up the
radiation over a beam whose apeture and sampling are settled (under ideal conditions)
by the diffraction
limit of the sensor.
The
radiation to space is made less efficient
by the existence of a warm stratosphere above the air, generating IR
radiation from above, and
limiting the net cooling of the upper troposphere.
Once the
radiation limits begin to be increased this should have a catalytic effect on reducing emissions: 1) it will mean
radiation leaks are understood to be less dangerous that currently thought > less people evacuated from effected zones > reduced cost accident of accidents — reduced accident insurance cost; 2) population takes another look at the effects of
radiation > gains an understanding it is much less harmful than they thought > fear subsides > less opposition > easier and less expensive to find sites supported
by the people nearby > planning and sight approval costs come down over time
36, to use your words, convection -
limited would mean «It would be constrained
by convective activity to keep in step with ground - level temperature, not
by radiation.»
All types of solar geoengineering — known also as solar
radiation management (SRM)-- are united
by their goal of
limiting the effect of sunlight on the Earth, but they vary widely in their approach.
CO2 molecules outnumber water molecules in the upper atmosphere, where water vapor is
limited by the low saturation vapor pressure, and this is where
radiation to space matters, so CO2 plays a big role in how much energy is radiated to space.
The scenarios include: «business as usual» (BAU), which assumes no mitigation efforts are made («RCP8.5»); «mitigation», which assumes an intermediate level of emissions («RCP4.5») without negative emissions; «carbon dioxide removal» («CDR»), which assumes moderate emissions with long - term CO2 removal; and «solar
radiation management» («SRM»), which is the same as the CDR pathway, but also includes enough SRM to
limit temperatures to 1.5 C above pre-industrial levels
by 2100.
The lower sunlight means less
radiation to be absorbed
by co2, you can not make up for lower input because there is a
limit on availability of
radiation to absorb
by co2.
Projected global average temperature rise above pre-industrial levels under a range of future scenarios, «business as usual» (BAU), which assumes no mitigation efforts are made (RCP8.5); «mitigation», which assumes moderate emissions (RCP4.5) without negative emissions, «carbon dioxide removal» (CDR), which assumes moderate emissions with long - term CO2 removal; and «solar
radiation management» (SRM), which is the same as the CDR pathway but also includes enough SRM to
limit temperatures to 1.5 C
by 2100.
Eli pointed out that a dewar works
by limiting heat flow from the inside to the outside
by convection, conduction and
radiation.
It is a 1 - d model with heat flows
by radiation, conduction and, in a very
limited form, convection.
It is a discreet amount
limited by the amount of direct
radiation from the sun.
Planting trees in green areas help to
limit the UHI effect,
by providing shade, deflecting the sun's
radiation and releasing moisture back into the atmosphere.
At the same time, fewer freezing days at higher latitudes could potentially accelerate carbon releases through microbial decomposition [38,39], and this excess carbon might not be sequestered
by plants, as higher latitudes will remain
limited by insufficient solar
radiation (S6G — S6I Fig).
Gains and losses in suitable plant growing days due to projected temperature changes alone are lessened because some regions are already
limited by either solar
radiation (reducing gains at high latitudes) or water availability (reducing losses in arid regions).
It is not
limited by solar
radiation, but
by the flux of potential energy available for conversion to the kinetic energy.
In the case of gases the emissivity
limits the
radiation to some wavelengths while solid and matter emits IR at all wavelengths within
limits set
by the temperature.
With a high altitude climate characterized
by limited precipitation and high solar
radiation, this region makes up the semi-arid and arid highlands of the Bolivian altiplano.
The SAR
limit recommended
by the International Commission on non-ionizing
radiation protection is 2 W / Kg averaged over the 10g tissue.