The Test Studys Of Diffraction And Interferences In Three-dimensional Space

This paper presents the distribution law of maxima and minima of transmitted diffraction rays and reflected diffraction rays of single slit diffraction in three-dimensional space, the distribution law of maxima and minima of transmitted interference rays and reflected interference rays of double slits interference in three-dimensional space, the distribution law of maxima of transmitted interference rays and reflected interference rays of N-slit interference in three-dimensional space, the distribution law of maxima and minima of transmitted diffraction rays and reflected diffraction rays of grating diffraction in three-dimensional space, by a great of test observations and test measurements, and inspiring ofthe theories of correlated fields.The single slit. diffractions have been studied at three-dimensional by test. In three-dimensional orthogonal coordinates OXYZ, the plane of single slit and the YOZ plane are in the same plane, the directions of the slit is in the has the same direction. The transmitted diffraction rays and reflected diffraction rays of single slit diffractions have been studied by test at the four situations: the incident rays and the X axis are in the same direction, the incident rays in the XOZ plane, the incident rays in the XOY plane and the incident at any spatial direction. The characters of single slit diffractions in the four situations have been concluded. The laws and formulations have been presented of the maxima and minima of transmitted diffraction rays and reflected diffraction rays of single slit diffractions in the four situations.The double-slit interferences have been studied in three-dimensional space by test. At three-dimensional orthogonal coordinates OXYZ, the plane of double-slit and the YOZ plane arein the same plane, the directions of the slits is in the has the same direction. The transmitted interference rays and reflected interference rays of double-slit interferences have been studied by test at the four situations: the incident rays and the X axis are in the same direction, the incident rays in the XOZ plane, the incident rays in the XOY plane and the incident at any spatial direction. The characters of double-slit interferences in the four situations have been concluded. The laws and formulations have been presented of the maxima and minima of transmitted interference rays and reflected interference rays of double-slit interferences in the four situations.The N-slit interferences have been studied in three-dimensional space by test. At three-dimensional orthogonal coordinates OXYZ, the plane of N-slit and the YOZ plane are in the same plane, the directions of the slits is in the has the same direction. The transmitted interference rays and reflected interference rays of N-slit interferences have been studied by test atthe four situations: the incident rays and the X axis are in the same direction, the incident rays in the XOZ plane, the incident rays in the XOY plane and the incident at any spatial direction. The characters of N-slit interferences in the four situations have been concluded. The laws and formulations have been presented of the maxima of transmitted interference rays and reflected interference rays of N-slit interferences in the four situations.The grating diffractions have been studied in three-dimensional space by test. At three-dimensional orthogonal coordinates OXYZ, the plane of grating reticle and the YOZ plane are in the same plane, the directions of the reticle is in the has the same direction. The transmitted diffraction rays and reflected diffraction rays of grating diffractions have been studied by test at the four situations: the incident rays and the X axis are in the same direction, the incident rays in the XOZ plane, the incident rays in the XOY plane and the incident at any spatial direction. The characters of grating diffractions in the four situations have beenconcluded. The laws and formulations have been presented of the maxima of transmitted diffraction rays and reflected diffraction rays of grating diffractions in the four situations.