Fu, Joseph H. G. (19..-....)
Vidéos
Joseph Fu - Integral geometric regularity (Part 1)
In the original form given by Blaschke in the 1930s, the famous Principal Kinematic Formula expresses the Euler characteristic of the intersection of two sufficiently regular objects in
Joseph Fu - Integral geometric regularity (Part 4)
In the original form given by Blaschke in the 1930s, the famous Principal Kinematic Formula expresses the Euler characteristic of the intersection of two sufficiently regular objects in
Joseph Fu - Integral geometric regularity (Part 2)
In the original form given by Blaschke in the 1930s, the famous Principal Kinematic Formula expresses the Euler characteristic of the intersection of two sufficiently regular objects in
Joseph Fu - Integral geometric regularity (Part 5)
In the original form given by Blaschke in the 1930s, the famous Principal Kinematic Formula expresses the Euler characteristic of the intersection of two sufficiently regular objects in
Joseph Fu - Integral geometric regularity (Part 3)
In the original form given by Blaschke in the 1930s, the famous Principal Kinematic Formula expresses the Euler characteristic of the intersection of two sufficiently regular objects in