Examples of 'energy states' in a sentence
Meaning of "energy states"
energy states ~ This phrase can have multiple meanings depending on the context. In physics, it refers to the different energy levels that an atom or molecule can exist in. In a broader sense, it can also refer to the different states or levels of energy that a person experiences throughout the day or in different situations
How to use "energy states" in a sentence
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energy states
Our positive energy states should therefore be.
Universe tends in general to lower energy states.
But there are no low energy states available to it.
Molecules can only exist in certain energy states.
It raises the energy states of the molecules up.
They have to occupy different energy states.
Move to higher energy states within the atoms.
The comparison between two energy states.
Maybe the energy states look something like this.
This article is about system energy states.
And those energy states are.
Atoms may occupy different energy states.
Lower energy states.
The higher shelves correspond to higher energy states.
The law of conservation of energy states that the total amount of.
See also
Higher energy states are then similar to harmonics of the fundamental frequency.
May be stable at lower energy states once formed.
Any additional nucleons would have to go into higher energy states.
Electrons fall from higher energy states to lower ones.
Maybe both of these have similar or not so different energy states.
Highest energy states.
Between the energies of the two energy states.
This contributes additional energy states that can be used for conduction.
I have designed a new algorithm for finding low energy states.
All the higher energy states are known collectively as the excited states.
Lower and lower energy states.
Instantaneous electron energy states are difficult to predict and even more difficult to control.
To the population of the energy states.
This discretization of energy states results in electronic transitions that vary by quantum dot size.
Helping children regulate their energy states and emotions.
A false vacuum is unstable due to the quantum tunnelling of instantons to lower energy states.
As these electrons fall back to lower energy states they emit photons.
These negative energy states are unphysical and therefore unobservable with present day instrumentation.
The spectral lines correspond to transitions between stationary energy states.
They represent allowable energy states of the system and may be constrained by boundary conditions.
Atoms and molecules can exist only in certain energy states.
Carbon dioxide is excited to higher energy states using energy added to the gas mixture.
Such material has many holes in relatively free energy states.
Conservation of Energy states that the total energy of an isolated system.
Meaning all of the electrons in their lowest possible energy states.
Manage the energy states of the laser 's atoms to control its output.
Humans rarely maintain such high energy states for long.
The lower energy states still dominate, just less so than before.
Colors are associated with different emotions and energy states.
It purifies energy states that have become convoluted, polluted and unnatural.
The laser generates light energy by converting the energy states of a material.
It may be stable at lower energy states once formed, although this is not known.
There is a set of quantum numbers associated with the energy states of the atom.
Electrons move from high energy states to lower ones, releasing photons in the process.
Then those photons enter lower and lower and lower energy states.
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