Examples of 'dipolar' in a sentence
Meaning of "dipolar"
Dipolar is an adjective used to describe a molecule or object that has two distinct poles or charges, often referring to its electrical or magnetic properties
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- Having north and south magnetic poles.
- Possessing a dipole.
How to use "dipolar" in a sentence
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dipolar
The dipolar energy enhances this phenomenon.
This effect is commonly referred to as dipolar truncation.
Dipolar gravitational radiation in alternative theories.
Second possible process is dipolar magnetic coupling.
Preferably a dipolar aprotic solvent or water is used as solvent.
The solvent is preferably a dipolar aprotic solvent.
Dipolar compounds have the opposite charges on adjacent atoms.
A preferred class of solvents is dipolar aprotic solvents.
Dipolar cycloaddition with azides.
Suitable solvents are dipolar aprotic solvents such as dimethylfomamide.
This view is known as dipolar theism.
Preferably it is a dipolar aprotic solvent and most preferably it is dimethylformamide.
Controlling the scattering length of ultracold dipolar molecules.
See also dipolar compounds.
The piezoelectric effect is of dipolar origin.
See also
Dipolar compounds have the charges separated over three atoms.
Water is by far the most common dipolar material.
The relaxation of the nuclear dipolar energy of several spin systems is considered.
This embracing of opposites is called dipolar.
We thus observe no dipolar coupling.
There are also speakers that can be used as bipolar or dipolar.
Suitable inert solvents include dipolar aprotic solvents.
Dipolar moments interacting with other dipolar moments tend to be temperature dependent.
This is called a dipolar field.
A dipolar magnetic field is imposed thanks to permanent magnets inside the inner sphere.
This field pattern is dipolar.
Preferred solvents are esters and dipolar aprotic solvents as described above.
The other observed relaxation mechanisms are shown to be dipolar in origin.
Which will lead to cancellation of the dipolar moment and of the quadripolar moment.
Surface potential measurements allow for the calculation of the dipolar forces.
Preferred solvents are aprotic solvents or dipolar aprotic solvents as discussed below.
Crystallization of amino acids in aqueous solution or are basically a zwitterionic or dipolar ions form.
The additive material may include dipolar ions which may be zwitterions.
The dipolar aprotic solvents have been completely removed from the interlamellar spaces.
Greater bandwidths can be obtained by capacitive or dipolar electric coupling.
The antioxidant has a dipolar molecular structure associated with its electrical charge.
The water molecules in aqueous solution are both dipolar and polarizable.
The dipolar coupling between two nuclei is inversely proportional to the cube of their distance.
Ionic polarization causes the ferroelectric effect as well as dipolar polarization.
The object of study of this thesis are dipolar systems in the quantum degenerate regime.
The results of these different methods are in agreement with dipolar interactions.
The dipolar aprotic solvent which can be used must have a significant dipolar moment.
This difference is attributed to them being dipolar ionic zwitterion compounds.
Dipolar aprotic solvents may also be used with or without added protic solvents including water.
These characteristics indicate the dominance of a dipolar electrical resonance mode.
Recovery of dipolar aprotic solvents having high boiling points adds still further process steps.
The fourth is highly asymmetrical and also has a dipolar momentum.
Most preferred are dipolar aprotic solvents such as DMF.
God is thought of as dipolar.
Dipolar Phyllosilicate has both positive and negative charges.
