We investigate how beams with orbital angular momentum (OAM) behave under total internal reflection. This is studied in two complementary experiments: In the first experiment, we study geometric shifts of OAM beams upon total internal reflection (Goos-H"anchen and Imbert-Fedorov shifts, for each ...
Now it is well-established that the quark spin contributes about ∼ 30% of the proton spin [1–3], and the remaining contributions come from the gluon spin and the orbital angular momenta of quarks and gluons. Among these contributions, the understanding of the gluon spin has posed a ...
This has not been done since it would result in downgrading the CDW-EIS method from its second-order status to a first-order perturbation formalism. The latter treatment is known as the symmetric eikonal (SE) method [11]. Moreover, if normalization of total scattering states were to be blam...
Analysis of the projection of the total orbital angular momentum along the interelectronic axis for doubly excited states of atomsdoi:10.1088/0953-4075/25/1/011Zhangguo_ChenC G BaoChii Dong Lin
Age Dependent Angular Momentum, Orbital Period and Total Mass of Detached Binariesdoi:10.1017/S1743921311028109O DemircanM TuysuzFaruk SoyduganSelcuk Bilir
These states are usually classified as: (1) Feshbach resonances, resulting from the capturing of the incoming electron to a free electronic orbital of the target, and showing up as narrow structures in the elastic and TCS; and (2) shape resonances, due to temporary trapping of the incoming ...