hydrogen atom

Each of the four valency electrons of the carbon atom is shared with one of a hydrogen atom.

And the surface effect in the experiments is brought by the new-state hydrogen atom enrichment layer.

Bohr radius was the radius of the circle in which the electron moved in the ground state of the hydrogen atom, according to the Bohr theory.

And by means of semiclassical theory, the changes of HHG for realistic hydrogen atom in the static electric field is explained.

Only discrete wavelengths of matter waves may resonate within the spherical volume of a hydrogen atom.

In a semi heavy water molecule, one hydrogen atom (H) is replaced with a heftier version called deuterium (D).

In fact, it turns out that some of the relativistic wave functions for the hydrogen atom are infinite at the origin.

This states that a hydrogen atom can collapse into a previously unknown form called a hydrino, producing energy.

Under the influence of external load, the rate of ozone oxidation and hydrogen atom abstraction from the polymer chain increases.

a methyl with the hydrogen atom replaced by an amino radical.

A deuterium atom is the same as a hydrogen atom, except the former has an extra neutron in its nucleus.

An aromatic hydrocarbon group formed by the removal of a hydrogen atom from an arene.

The hydroxyl radical is a very reactive and short-lived molecule that contains one hydrogen atom and one oxygen atom.

He applied it to the problem of the electron in the hydrogen atom and worked out the spectrum of hydrogen.

Calculations show that the quietest sound we can hear vibrates the eardrum by less than the diameter of a hydrogen atom.

Structure of matter : hydrogen atom, periodic table of the elements, molecules, solid state, elementary statistical physics.

It gave agreement with experiment to high accuracy for the simple example of the hydrogen atom.

A quantum operator algebraic theory is proposed first to suit the character of the hydrogen atom.

The nucleus of the smallest atom - the hydrogen atom, contains only one proton.

We now incorporate this condition into the analysis of the hydrogen atom.

This article has normalized the solution solutions which satisfy NLSE of free particle and groumd state of electron of hydrogen atom .

Solar radiation also breaks comet water down into hydroxyl particles, composed of one oxygen and one hydrogen atom.

We're going to actually move even further down as we go from this lattice of atoms to one single hydrogen atom.

Now consider applying an external magnetic field to the hydrogen atom.

A short - lived association of an electron and a positron bound together in a configuration resembling the hydrogen atom.

Although we are now equipped to solve the Schroedinger equation for the hydrogen atom , we will first solve a simpler problem .

It's four blue zinc atoms bonding with one white hydrogen atom.

The multiphoton ionization will happen when the electric field of lasers is equivalent to the Coulomb field in a hydrogen atom.

Not as much as the hydrogen atom going from 1s to 2s to 2p, but still by much more than ordinary thermal energies at room temperature.

and R represents a hydrogen atom, a methyl group, a fluorine atom or a trifluoromethyl group.

A group of atoms derived from an alkane by the removal of one hydrogen atom.

Starting with first principles, we can compute the energy levels of the hydrogen atom with amazing precision.

The oxygen atom is nearly 16 times as heavy as the hydrogen atom.

We will consider this Zeeman effect for the hydrogen atom.

A proton or a neutron has about the same mass as a hydrogen atom.

These atoms can remove or abstract a hydrogen atom which is attached to carbon.

Zap a hydrogen atom and it will resonate at a particular rate: 1420 megahertz (MHz).

The Dirac equation for the hydrogen atom has been treated in modern mathematical physics textbooks, such as B.

Most important for applications (e. g. , the hydrogen atom) are spherically symmetric potentials, which we treat in Sect. 4. 6.

The removal of the degeneracy of the low energy levels of a hydrogen atom in a uniform magnetic field

The total current in hydrogen atom and its classical correspondence

The Radial Momentum-position Uncertainty Relation in Equality Form of Hydrogen Atom and Hydrogen-like Ion

Quantum-Mechanics Study of Interaction between Hydrogen Storage Nanotube and Hydrogen Atom

Mapping of an D-dimensional harmonic oscillator into an N-dimensional hydrogen atom under point canonical transformation

Further Quantitative Calculation and Discussion on the Results of the Stark Effect for Hydrogen Atom by Effective Hamiltonian Theory

Character of Hydrogen Atom in a Strong Magnetic Field

Energy and Wave Function of the Two-dimensional Harmonic Oscillator and Two-dimensional Hydrogen Atom

Research on Triple Differential Cross Sections for Ground State of Hydrogen Atom Ionized by Electrons

The Energy Level Revision of Two- dimensional Hydrogen Atom in the Crossed Electric- magnetic Fields

Energy and Wave Function of the Two - dimensional Harmonic Oscillator and Hydrogen Atom

How to set up the Bohr theory of hydrogen atom when lack of the Balmer formula

Investigation of high order harmonic generation and ionization of model hydrogen atoms and real hydrogen atom in intense laser field

Classical Oscillator Model of the Ground State of Hydrogen Atom

High-Harmonic Generation by Intense Laser Fields Interacting with Atoms in Three Dimensional and Two-Level Hydrogen Atom Model

The Relationship between the Two-dimensivnal Hydrogen Atom and the Two-dimensional Harmonic oscillator

The calculation of triple-differential cross sections of hydrogen atom single-ionization by electrons

the separation of hydrogen atom spectrum is easy to understand;

The Fine Structure of a Hydrogen Atom Energy Levels in a Uniform High Magnetic Field

Energy relation between two-dimensional harmonic oscillator and hydrogen atom in inverse square potential

Simplified formula of secular equation for hydrogen atom zeeman effect in a high magnetic field

Relation of Triply Differential Cross Section of Hydrogen Atom and Energy Distribution

Modification Processes of the Theory of Hydrogen Atom

Effects of static electric field on high-order harmonic generation of hydrogen atom in intense laser field

An analysis of the probability density distribution in hydrogen atom

The popular formula of perturbative matrix elements of the Stark effect of the hydrogen atom

A Derivation of Energy Levels and Stationary States of Hydrogen Atom

Study on the photoionization cross-sections of hydrogen atom in super-strong magnetic fields

General formula for calculating the radial matrix element of n-dimensional hydrogen atom

A general recurrence relation for the radial matrix elements of hydrogen atom

Semiclassical Derivation of the Energy Levels of the Hydrogen Atom

Hydrogen atom in strong magnetic field: A high accurate calculation in spheroidal coordinates

Study on moving picture of the electron in a hydrogen atom

Classical Qualitative Research on the Energy Level and Spectrum of Anti-Hydrogen Atom

Recurrence formula for radial matrix elements of n-dimensional Hydrogen atom

Theory of Quantum Phase Space and Rigorous Solution of Hydrogen Atom

Energy Modification of One-dimensional Hydrogen Atom Excited State in the Weak Magnetic Field

The Relationship Between the Three-dimensional Resonance and the Hydrogen Atom

Boson expression of hydrogen atom eigenfunction

Simplified Formula of Secular Equation for Hydrogen Atom in Stark Effect

Recurrence formula for radial matrix elements of hydrogen atom

Perturbation Calculation to the Fine- Structure Energy Level of Hydrogen Atom

Energy level splitting of the Hydrogen atom in Stark's effect

The Analysis of Hydrogen Atom High-Order Harmonic in the Bichrome Laser Field

The effects of pulse-width on laser-hydrogen atom interaction system

Permanent Electric Dipole Moment of Hydrogen Atom

Exact Quantum Theory for Hydrogen Atom in Interaction of Orbit and Spin

New Theory of Quantum Size Effects for Hydrogen Atom

The stability of hydrogen atom in a weak light field

Normalization coefficients of four kinds of raising and lowering operators of an N-dimensional hydrogen atom;

Radial probability density of hydrogen atom

Scattering states of n-dimensional hydrogen atom

Y is hydrogen atom, hydroxide, amido, alkyl or nothing;

Radial part of wave function for hydrogen atom

A discussion on the bohr's theory of hydrogen atom

Quantum Theory of Hydrogen Atom

Facture about Cartoon Model of Hydrogen Atom

Aconcise discussion of elliptic orbit and energy level in hydrogen atom

Notes on the Bohr's theory of hydrogen atom

The Stark effect of one-dimensional hydrogen atom

Normalization coefficients of four kinds of raising and lowering operators of an N-dimemsional hydrogen atom

First order Stark effect of hydrogen atom

Bohr's Model of The Hydrogen Atom

Bohr model of Hydrogen atom