Earth's density of 5.515
grams per cubic centimeter falls between these two figures, suggesting Kepler - 78b is, like Earth, made of rock with an iron core.
The dark matter was about 1000 light - years across and had an even density equivalent to four hydrogen
atoms per cubic centimeter.
Public buses came in second with around 95,000
particles per cubic centimeter, followed by cycling at 84,000 particles / cubic centimeter and walking at around 46,000 particles / cubic centimeter.
The number of cells found was also about 10 times
less per cubic centimeter than in even the harshest habitats found elsewhere on Earth.
Their capacitance of 934 microfarads per square centimeter and energy density of 3.2
milliwatts per cubic centimeter rival commercial lithium thin - film batteries, with a power density two orders of magnitude higher than batteries, the researchers claimed.
There's enough vinyl cyanide (C2H3CN) in the moon's liquid methane seas to make about 10 million cell - like
balls per cubic centimeter of ocean, researchers calculate.
The researchers have made fibers as long as 50 meters and found they remain flexible with high capacity of 300
Farad per cubic centimeter.
Their magnesium alloy matrix composite is reinforced with silicon carbide hollow particles and has a density of only 0.92 grams
per cubic centimeter compared to 1.0 g / cc of water.
The mass of its companion is near that of Jupiter, but its minimum density of 23 grams
per cubic centimeter suggests that it may be an ultralow - mass carbon white dwarf.
This formed a flexible tellurium cathode with an energy density of 1800 milliwatt
hours per cubic centimeter which allowed it to store 50 per cent more energy than a conventional lithium cobalt oxide electrode of the same size.
That density depends upon the temperature of the Ps, but it is likely to be in the range of 1018 Ps
atoms per cubic centimeter, which is about 3 % of the density of ordinary air.
But the particle gas of which the clusters are made up is extremely rarefied, more so than any vacuum produced in a laboratory on Earth, with a density in the range of 10 - 3 to 10 - 2
particles per cubic centimeter.
The density of neutrons during the tens of picoseconds the NIF target undergoes ignition is expected to be 1033
per cubic centimeter.
By observing the sun's fuzzy halo, and the way the light was scattered by smog particles, planetary scientists could discern that these particles were indeed fluffy — with a density of only 0.1 gram
per cubic centimeter and a radius of 0.9 micrometer — and not globular, like droplets.
The moon's density is 0.86 grams
per cubic centimeter and its mass is 2.5 x 1017 kilograms.
The plasmas contained 105 to 106 single - positive beryllium - 9 ions (9Be +) at particle densities of 108to 109
per cubic centimeter.
Although they are about 40 % larger than Jupiter, all four are far less dense, ranging from 0.166 grams
per cubic centimeter to 0.894 g / cm ³.
For example, the density of freshwater under standard conditions is approximately one gram
per cubic centimeter.
(Vesta has an overall density of 3.46 grams
per cubic centimeter, about 40 percent less than Earth.)
Here, we discuss a cosmological simulation in which the central 50 M ⊙ (where M ⊙ is the mass of the Sun) clump breaks up into two cores having a mass ratio of two to one, with one fragment collapsing to densities of 10 − 8 grams
per cubic centimeter.
Amalthea's overall heft is surprisingly similar to water ice: about 1 gram
per cubic centimeter.
They came up with a surprisingly high value (for an icy body): over 4 grams
per cubic centimeter.
The team found that the density of the moon is 0.86 grams
per cubic centimeter and its mass is 2.5 x1017 kilograms.
If one created this false vacuum from one ounce of matter, its density would be a phenomenal 1080 grams
per cubic centimeter.
The odd world, whose density is on average at least 23 grams
per cubic centimeter (or about twice that of lead), is probably crystalline and possibly largely composed of ultradense diamond.
At the relatively low pressures found near Earth's surface, basaltic magma would have had a density of about 2.7 grams
per cubic centimeter, the tests suggest.
But at the hellish temperatures and pressures found at a depth of 1400 kilometers, its density probably would have been about 5 grams
per cubic centimeter, the researchers report online today in Nature.
This lowered the peak condensate density to 5 × 1010 atoms
per cubic centimeter and cooled the entire cloud in all three dimensions to a kinetic temperature of 450 ± 80 picokelvin.
This clock can maintain stable ticks for nearly 10 seconds with 10,000 strontium atoms trapped at a density above 10 trillion atoms
per cubic centimeter.
The planet is about 16 times as massive as Earth but just a little over twice as wide, making its density about 8 grams
per cubic centimeter, Néstor Espinoza, an astrophysicist at the Pontifical Catholic University of Chile in Santiago, and colleagues report.
Pluto, the best - known Kuiper belt object, lies midway between these extremes, with a density of about 2.0 grams
per cubic centimeter.
From the same measurements, they calculated that the planet's density is 5.3 grams
per cubic centimeter, closely resembling Earth's density (5.5 grams per cubic centimeter).
Reporting October 30 in Nature, one team estimates the planet's density to be 5.3 grams
per cubic centimeter; the other estimates 5.57 grams per cubic centimeter.
Some seem to be comprised almost entirely of rock, with densities as high as 3.0 grams
per cubic centimeter.
The planet has 1.15 + / - 0.04 Jupiter - masses and a diameter of 1.26 + / - 0.03 of Jupiter's; and at an inferred density of (0.75 gram
per cubic centimeter), the planet is believe to be a «bloated» gas giant).
When considered with earlier observations, the new measurements indicate that Make - make has a density of 1.7 ± 0.3 grams
per cubic centimeter, which enabled the astronomers to deduce that the dwarf planet has the shape and appearance of an oblate spheroid — a sphere flattened slightly at both poles — with axes of 1,430 ± 9 kilometers and 1,502 ± 45 kilometers (889 ± 6 to 933 ± 28 miles).
Places like waterfalls and beaches where negative ions are naturally produced can have a negative ion concentration of up to 10,000 negative ions
per cubic centimeter whereas busy cities can have negative ion levels as low as 100 ions per cubic centimeter.