## 5.08.2015

The **Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.

The **Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.

The **Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.

**Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.

**Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.

**Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.

**Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.

**Larmor** **frequency** describes the tendency of a magnetically charged electron to align with a magnetic field in which it is placed. The field exerts a torque on the charged electr. [edit]. The angular momentum vector \vec{J} precesses about the external field
axis with an angular **frequency** known as the . **Larmor Frequency**. When a magnetic moment is placed in a magnetic field it will
tend to align with the field. Classically, a magnetic moment can be visualized as . The precession angular velocity (**Larmor frequency**) is. In the case of the
electron spin precession, the angular frequency associated with the spin
transition is . The **Larmor** precession **frequency** is the rate of precession of a spin packet under
the influence of a magnetic field. The **frequency** of an RF signal, which will . The **Larmor frequency** and equation are named after the Irish Physicist and
Mathematician Joseph Larmor (1857-1942).Protons and neutrons pair up in
nuclei . He further calculated that the **frequency** of precession was directly proportional to
the strength of the applied field times a constant. **Larmor's** constant was directly . Where wø (omega zerio) is known as either the precessional, **Larmor** or
resonance **frequency**. Gamma is the gyromagnetic ratio and is a constant unique
to . **Larmor frequency**. Also found in: Dictionary, Encyclopedia, Wikipedia. Related to
**Larmor frequency**: NMR. Lar·mor fre·quen·cy. in magnetic resonance, the . Theoretical Larmour **Frequency**: 0 [MHz]. Actual Larmour **Frequency**: 0 [MHz].
Calculations are for a uniform magnetic field at the given strength. Data for actual
.