In materials science, the Burgers vector, named after Dutch physicist Jan Burgers, is a vector, often denoted as b, that represents the magnitude and direction...

and direction of movement it causes to atoms which is defined by the Burgers vector. Plastic deformation of a material occurs by the creation and movement...

deformation. The magnitude and direction of slip are represented by the Burgers vector, b. An external force makes parts of the crystal lattice glide along...

Rotation vector, a Euclidean vector whose direction is that of the axis of a rotation and magnitude is the angle of the rotation. Burgers vector, a vector that...

pair of partial dislocations. The vector sum of the Burgers vectors of the partial dislocations is the Burgers vector of the extended dislocation. A dislocation...

movement of edge dislocations is achieved through climb. Since the Burgers vector of a perfect screw dislocation is parallel to the dislocation line,...

is known for the Burgers' equation, the Burgers vector in dislocation theory and the Burgers material in viscoelasticity. Jan Burgers was one of the co-founders...

determined by Burgers vectors. If a Burgers circuit of the unit area normal to the unit vector l j {\displaystyle l_{j}} has a Burgers vector B i {\displaystyle...

line and the Burgers vector, L ′ {\displaystyle L^{'}} is the effective particle separation, b {\displaystyle b} is the Burgers vector, and r {\displaystyle...

Burgers vector. It equals the distance between two atoms or ions in the crystal lattice. Therefore, each material has its own characteristic Burgers vectors...