Noun:

ভরক্ষয়,

mass defect's Usage Examples:

(decrease) in bound systems, particularly atomic nuclei, has also been termed mass defect, mass deficit, or mass packing fraction.

This 'missing mass' is known as the mass defect, and represents the energy that was released when the nucleus was formed.

nominal mass and the monoisotopic mass is the mass defect.

This differs from the definition of mass defect used in physics which is the difference between.

alkylation series have the same Kendrick mass defect.

The Kendrick mass defect has also been defined as Kendrick~mass~defect = ( nominal~Kendrick~mass − Kendrick~mass.

(and the mass of the electrons is negligible for many purposes) and the mass defect of nucleon binding is always small compared to the nucleon mass, the.

molecule is computed by taking the sum of the accurate masses (including mass defect) of the most abundant naturally occurring stable isotope of each atom.

The difference in masses is known as the mass defect, which can be expressed as an energy equivalent.

Kendrick mass defect (KMD), which is given by Kendrick~mass~defect = nominal~Kendrick~mass − Kendrick~mass {\displaystyle {\textrm {Kendrick~mass~defect}}={\textrm.

In general, the difference (mass defect) is less than 0.

Any mass defect due to nuclear binding energy is experimentally a small fraction (less.

This mass defect is due to the potential energy associated with the nuclear force.

Mass excess should not be confused with mass defect which is the difference between the mass of an atom and its constituent.

protons and neutrons, minus the mass of the nuclear binding energy, the mass defect.

constituent particles Packing fraction (mass spectrometry), the atomic mass defect per nucleon This disambiguation page lists articles associated with the.

mass defect, is a measure of the binding energy in bound systems – in other words, the energy needed to break the system apart.

The greater the mass defect.

isotope is very close to satisfying the whole number rule, with the mass defect caused by differing binding energies being significantly smaller.

A secondary cause of deviations is the binding energy or mass defect of the individual isotopes.

This property, called the mass defect, is necessary for a stable nucleus; within a nucleus, the nuclides are.

Small corrections are due to the binding energy of the nucleus (see mass defect), the slight difference in mass between proton and neutron, and the mass.

Synonyms:

disadvantage; shortcoming;

Antonyms:

advantage; ugliness; hairiness;