Examples of 'gas molecules' in a sentence
Meaning of "gas molecules"
small particles of gas that move around freely and collide with each other
How to use "gas molecules" in a sentence
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gas molecules
Separation of small gas molecules on thin films.
Gas molecules are separate from each other.
We have got a bunch of gas molecules or atoms.
Model of gas molecules contained within a box.
The average velocity of the gas molecules.
Real gas molecules interact with each other.
And dart off to become gas molecules.
Such gas molecules may be referred to as ballast gas.
At this extreme altitude gas molecules are widely separated.
Air pressure depends on the number of gas molecules.
The spaces between gas molecules are very big.
The hydrogen ions become hydrogen gas molecules.
Speed of gas molecules when they escape to space.
Average speed of the gas molecules.
Think of gas molecules in a room.
See also
Nb correct for the volume occupied by gas molecules.
The number of gas molecules is increased.
Sound is just the force of billions of tiny gas molecules.
Of gas molecules of the atmosphere.
Gas pressure is directly proportional to the number of gas molecules.
The silicon dihalide gas molecules can be condensed at low temperatures.
Enveloped by adhering gas molecules.
The gas molecules can have an enormous number of possible configurations.
Pressure results from collisions of gas molecules with a surface.
Certain gas molecules or atoms can also operate as scattering centres.
Atmosphere pressure is the result of gas molecules colliding with objects.
The gas molecules collide more frequently with the wall.
This occurs due to the increased movement of the gas molecules.
Collisions between gas molecules do not result in the loss of energy.
In principle the smallest pores are filled first with gas molecules.
But not all gas molecules have the same mass.
Maxwell also described the properties of gas molecules using statistics.
The approaching gas molecules are dissociatively adsorbed onto the metal surface.
Complex compounds are materials formed by adsorption of gas molecules on a solid adsorbent.
This happens when gas molecules lose energy and slow down.
Thus the mechanical energy of the blades is transferred to the gas molecules.
Consider the diffusion of gas molecules through very small capillary pores.
This causes uncertainties in the measurements of most atmospheric trace gas molecules.
The uptake of the absorbed gas molecules increases as the pressure increases.
Think of a cage whose bars are so small you could lock gas molecules in it.
Collisions between gas molecules and the walls of the container are elastic.
The pores should be large enough to allow the gas molecules to enter.
The solubility of gas molecules is known to decrease with increase in the temperature.
Vacuum production is also required so electrons do not collide with gas molecules.
Air consists of different gas molecules but also liquid or solid aerosol particles.
Energy is therefore transferred between the light wave and the gas molecules.
The air is very thin and gas molecules are constantly exiting into space.
Adsorption refers to the process of physically separating gas molecules from one another.
The carrier gas molecules are ionised and to a lesser extent the sample species.
They do not depend on the size of the gas molecules for hydrogen separation.
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