1.
In deep space it is so cold that most atoms but hydrogen and helium will condense on anything they encounter
2.
Any atom will also chemically combine with any hydrogen they encounter, forming methane, ammonia and water
3.
"The only spectroscopy that fits this plume indicates that it is a hydrogen plasma at over fifty million degrees
4.
"What about electrostatically propelled hydrogen ions?" the unnamed one asked
5.
Hydrogen was thin out here, so they weren’t making much acceleration, but they had all the time in the world
6.
As a sun I believe, collapsing interstellar hydrogen until it undergoes nuclear reactions
7.
“Why do you have a first aid kit if you are a witch?” He winced as I applied the hydrogen peroxide to his split eyebrow, and then lifted one side of his mouth to smile
8.
Structure of a molecule of water (A) and types of hydrogen bonds (B)
9.
For decreasing neutrons flow in a material there must be elements with low atomic weight, as hydrogen for example
10.
Concrete is effective material for biological protection of reactor as if it combines successfully at comparatively low cost high density and specified hydrogen content in chemically bound water
11.
254 litres of hydrogen is formed, at 50°С hydrogen volume is 1
12.
draws hydrogen molecules together to form stars and
13.
Most protons remained uncombined as hydrogen nuclei
14.
After about 379,000 years the electrons and nuclei combined into atoms (mostly hydrogen); hence the radiation decoupled from matter and continued through space largely unimpeded
15.
A hydrogen bomb would not be appropriate for dealing with a termite
16.
If the oxygen atom were not missing two elections in its outer shell, it would not be able to combine with two atoms of hydrogen, in which case the universe would not contain water, much to the detriment of humanity
17.
vegetable oils), use of the hydrogen and other
18.
We can go to work on hydrogen fuel, batteries, wind and gerbil power, in the meantime
19.
In the 1990s, the likelihood of a hydrogen explosion led to the installation
20.
chemical reaction that produces hydrogen, which is somehow leaking into the reactor
21.
The hydrogen and the radioactive
22.
Firstly, there is the risk of a hydrogen
23.
steam and hydrogen would escape into the reactor building, increasing the chances of an
24.
the containment vessel, the hydrogen could travel through the venting pipes into Reactor
25.
hydrogen travels to Reactor Three, we will have a much greater buildup of hydrogen
26.
building, but more of a concern was how much hydrogen had seeped into Reactor Three
27.
a hydrogen explosion; this is after the reactors had been in use since the 1960s
28.
The molecule’s energy balls are quickly moving in and out of the ship collecting ammonia, methane, hydrogen and helium atoms
29.
Jaden notices this is creating a tunnel through the steamy compressed hydrogen clouds
30.
He sees bright blue light coming from all directions from a liquid metallic hydrogen ocean
31.
The ship turns around, points upwards and takes off through the thick, liquid hydrogen clouds
32.
The lodge had a hydrogen making
33.
the Energy Policy Act of 2005 authorized loan guarantees for up to six new reactors, and authorized the Department of Energy to build a reactor based on the Generation IV Very-High-Temperature Reactor concept to produce both electricity and hydrogen
34.
Nigel decided to take a chance that his newer, hydrogen powered
35.
was pretty sure that the Hydrogen fuel cell in his car didn’t need
36.
Even with the hydrogen cell heater
37.
becoming the diluted hydrogen that seems to be
38.
Like the volume of hydrogen gas measured at standard temperature and pressure (STP), the
39.
greatest thing since the hydrogen bomb, but he's got a long life ahead of h im
40.
For it to be created, a cloud of hydrogen
41.
the hydrogen atoms fuse and a thermonuclear reaction begins
42.
The properties of water are not contained in the properties of hydrogen or oxygen
43.
But if hydrogen and oxygen fuse with the proper quantities (two parts of hydrogen
44.
Water originates from a composition of hydrogen and oxygen
45.
Every star is a furnace where, for example, hydrogen atoms are
46.
Intel Wing's opinion is that TR-301 collapsed of natural causes, despite its relatively young age and seemingly healthy ratio of hydrogen to helium
47.
years, according to the amount of hydrogen that can be burned and
48.
atmosphere (composed largely of hydrogen and helium)
49.
molecules in Jupiter’s atmosphere (composed largely of hydrogen and helium)
50.
ed that the hydrogen atom consists of a neutral cluster of six ganu The
51.
super counterparts of hydrogen and other elements – not the low-energy
52.
capacity that exists even in an individual hydrogen atom This was done
53.
mostly of hydrogen and helium
54.
The atmosphere of Uranus is hydrogen and helium, with a
55.
entirely of the chemical elements hydrogen and helium
56.
But the energy produced by hydrogen
57.
By this time, hydrogen fusion in the core is supplying all the star's
58.
The greater a star's mass, the more rapidly the hydrogen in its
59.
When all the hydrogen in the core of an intermediate-mass star has
60.
The temperature becomes so high that hydrogen
61.
surrounding the core, and hydrogen fusion continues in a shell
62.
hydrogen and it leaves the main sequence
63.
intermediate-mass star, hydrogen fuses in a shell outside that
64.
are tiny compared with the amount of hydrogen and helium in
65.
For example, elements other than hydrogen and
66.
determined that low-mass stars will never fuse anything but hydrogen
67.
Much like when you split the hydrogen atom to create an explosion
68.
Specifically it changed into hydrogen and helium, the two simplest atoms
69.
After sufficient hydrogen was attracted by gravitational force to create stars through nuclear fusion, heavier elements were created
70.
“We’ll have to use something besides IR to study the levels of hydrogen, but we can deal with that later
71.
methane, hydrogen, ammonia, carbon dioxide, water, etc
72.
The main gaseous products are carbon dioxide and water, from the cows’ respiration, and methane, hydrogen, and ammonia from their bodily waste
73.
“Yeah, I know the hydrogen cars cut back pollution
74.
Indeed, not only could fission-weapons designs be tested on a small scale, the same is true for much more sophisticated and high-yield hydrogen or thermonuclear fusion weapons
75.
pumping hydrogen in it through a valve, he watched at
76.
Hydrogen balloons fly high in
77.
It was believed that once a hydrogen
78.
She could smell the hydrogen
79.
Systematically alter the alignment of this magnetization, causing the hydrogen nuclei to produce a rotating magnetic field detectable by the scanner
80.
He then went into his large office and poured himself a glass of pineapple juice and gazed out of the window, back into the citadel, as the remaining inhabitants went about their daily routines He noticed old bong Toah and his wife walking around the pasture, collecting cow dung for the methane tanks to process, a chore the old couple had done for years and, although the citadel now had Hydrogen power as well as solar and hydro electric, so methane power was rarely used but it kept the old couple contented
81.
Thus, the constant impingement of heat and cold on air and water, both containing oxygen and hydrogen, would have come to impact upon the chemistry of them both in the climatic laboratory
82.
During the journey up river, the ship’s reactor separated the local water into hydrogen and oxygen and compressed the gases into liquids as it was designed to do
83.
These giant props pushed the lumbering aircraft off the ground boosted by jet engines that combined liquid hydrogen with oxygen from the air until the atmosphere grew so thin that liquid oxygen from the wing tanks was needed to support combustion
84.
Water becomes less because of incessant escape of hydrogen and oxygen in to space
85.
“Oxygen and Hydrogen are present, Captain,” says someone in the comm
86.
"It's one of those new hydrogen buses
87.
The hydrogen engine, which ran on water, was introduced in 1947 and many manufacturers began the switch to this type of engine for transportation use
88.
The company had always been on the leading edge of new technology and inventions, but when it incorporated the hydrogen engine and the German "People's Car" together in one mass-produced automobile, the company soared into international prominence
89.
A countless billion hydrogen atoms fuse in the Smug
90.
In about six billion years our sun will run out of the hydrogen energy it uses
91.
However as the massive clouds of hydrogen started to form the
92.
Now our universe consists of about 74 % of hydrogen and about
93.
its center, where as the normal hydrogen has no neutrons at all
94.
Roger Mattson analyzed the information and discovered the possibility of a hydrogen bubble above the core
95.
Two byproducts of this operation are silica and hydrogen sulfide, both harmful to human beings
96.
The gas turned out to be hydrogen sulfide – a product of the quarry – so members of the Cheektowaga Citizens Coalition (CCC) brought out their specially designed buckets and scientifically captured an air sample in the manner of forensic police
97.
Because it is heavier than air, hydrogen sulfide tends to sink, and children are more likely to be exposed to larger amounts than adults in the same situations
98.
These choices for energy include hydro, the ocean, hydrogen, wind and the sun