Near-uniform internal rotation of the main sequence γ Doradus
... main-sequence A/F stars and their cores were convective. The magnetism is inferred to exist in 50 per cent of red giants with A-star progenitors, much larger than the fraction of A stars with global dipolar magnetic fields (5–10 per cent, Wolff 1983). The magnetic fields act like a greenhouse, trapp ...
... main-sequence A/F stars and their cores were convective. The magnetism is inferred to exist in 50 per cent of red giants with A-star progenitors, much larger than the fraction of A stars with global dipolar magnetic fields (5–10 per cent, Wolff 1983). The magnetic fields act like a greenhouse, trapp ...
A Detection Method for Small Kuiper Belt Objects: The Search for
... the Macho experiment for detecting stellar extinction by KBOs, but in these works, the diffraction effect during occultations has been neglected. We will show here that taking star light diffraction into account is a sine qua non condition for addressing and implementing such a detection method. We ...
... the Macho experiment for detecting stellar extinction by KBOs, but in these works, the diffraction effect during occultations has been neglected. We will show here that taking star light diffraction into account is a sine qua non condition for addressing and implementing such a detection method. We ...
Chapter 4 Magnetic Circuits
... and carbon graphite are diamagnetic. Bismuth and carbon graphite are the strongest diamagnetic materials and they are about eight times stronger than mercury and silver. Other weaker diamagnetic materials include water, diamonds, wood and living tissue. Note that the last three items are carbon-base ...
... and carbon graphite are diamagnetic. Bismuth and carbon graphite are the strongest diamagnetic materials and they are about eight times stronger than mercury and silver. Other weaker diamagnetic materials include water, diamonds, wood and living tissue. Note that the last three items are carbon-base ...
Conceptual Rotational Inertia and Angular Momentum notes
... Small-diameter structures would have to rotate at high speeds to provide a simulated gravitational acceleration of 1 g. Sensitive and delicate organs in our inner ears sense rotation. Although there appears to be no difficulty at 1 RPM, many people have difficulty adjusting to rotational rates great ...
... Small-diameter structures would have to rotate at high speeds to provide a simulated gravitational acceleration of 1 g. Sensitive and delicate organs in our inner ears sense rotation. Although there appears to be no difficulty at 1 RPM, many people have difficulty adjusting to rotational rates great ...
Momentum of Light in a Dielectric Medium
... right-hand side is the rate of change of the total energy, that of the field plus that of the material medium, but only energy attributable to the field actually propagates out of any given volume element of the medium. (This assumes that we can ignore any elastic forces in the material that can cau ...
... right-hand side is the rate of change of the total energy, that of the field plus that of the material medium, but only energy attributable to the field actually propagates out of any given volume element of the medium. (This assumes that we can ignore any elastic forces in the material that can cau ...
