Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P Delaye, A Fotiadi, G Roosen - Optics communications, 2000 - Elsevier
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
[PDF][PDF] RECIPROCITY AND PHASE CONJUGATION: APPLICATION TO THE STUDY OF THE DOUBLE PHASE CONJUGATE MIRROR
P Delaye, A Fotiadi, G Roosen - hal-iogs.archives-ouvertes.fr
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
[PDF][PDF] Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P Delaye, A Fotiadi, G Roosen - Optics Communications, 2000 - academia.edu
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
[引用][C] Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P Delaye, A Fotiadi, G Roosen - Optics Communications, 2000 - elibrary.ru
Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P Delaye, A Fotiadi, G Roosen - Optics Communications, 2000 - ui.adsabs.harvard.edu
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P Delaye, A Fotiadi, G Roosen - Optics Communications, 2000 - hal.science
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
[引用][C] Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P DELAYE, A FOTIADI, G ROOSEN - Optics communications, 2000 - pascal-francis.inist.fr
Reciprocity and phase conjugation : application to the study of the double phase conjugate
mirror CNRS Inist Pascal-Francis CNRS Pascal and Francis Bibliographic Databases …
mirror CNRS Inist Pascal-Francis CNRS Pascal and Francis Bibliographic Databases …
[PDF][PDF] Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P Delaye, A Fotiadi, G Roosen - Optics Communications, 2000 - researchgate.net
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
[PDF][PDF] RECIPROCITY AND PHASE CONJUGATION: APPLICATION TO THE STUDY OF THE DOUBLE PHASE CONJUGATE MIRROR
P Delaye, A Fotiadi, G Roosen - academia.edu
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
[PDF][PDF] Reciprocity and phase conjugation: application to the study of the double phase conjugate mirror
P Delaye, A Fotiadi, G Roosen - Optics Communications, 2000 - researchgate.net
We develop a theoretical model that shows that the overlap integral of two
counterpropagating waves is an invariant along propagation in a reciprocal optical system …
counterpropagating waves is an invariant along propagation in a reciprocal optical system …