البصريات الهندسية Geometrical Optics

مدرس المساق : عمرو إسماعيل عبد اللطيف أبو عمارة

    م عنوان المحاضرة عرض حفظ
    1 Lecture 30: spherical aberrations
    2 Lecture 29: Spherocylindrical Lenses
    3 Lecture 28: Optical aberrations
    4 Lecture 27: mirrors
    5 Lecture 26:vector addition of prisms
    6 Lecture 25: Prismatic effect of lenses
    7 Lecture 24: Prisms
    8 Lecture 23: Afacal Systems ,Prisms
    9 Lecture 22: Knapp
    10 Lecture 21: Thick Lenses & Focal Lengths
    11 Lecture 20: Modeling an unknown optical system
    12 Lecture 19: Ray tracing through Concave Lenses
    13 Lecture 18: Concave Lenses
    14 Lecture 17: Focal points & Focal planes
    15 Lecture 16: Virtual Objects
    16 Lecture 15: Virtual Images
    17 Lecture 14: Lens Combination
    18 Lecture 13: Thin Lens equation
    19 Lecture 12: Ophthalmic Lenses, Vergence Of Light
    20 lecture 11: Lens makers equation
    21 lecture 10: first order optics
    22 Lecture 9: stigmatic imaging using single refracting surface & first order optics
    23 Lecture 8: dispersion, Fermat principle, optical path length
    24 Lecture 7: total internal reflection
    25 Lecture 6: specular reflection and transmission
    26 Lecture 5: light propagation, optical media and refractive index
    27 Lecture 4: image location -depth of focus - depth of field - image quality
    28 Lecture 3: Transverse Magnification - nodal points - Angular Magnification & axial Magnification
    29 Lecture 2: Optical Axis Object Characteristics Image Characteristics
    30 Lecture 1: Introduction to Geometric Optics

البصريات الفيزيائية Physical Optics

مدرس المساق : عمرو إسماعيل عبد اللطيف أبو عمارة

    م عنوان المحاضرة عرض حفظ
    1 Lecture 19: imaging and Modulation Transfer function
    2 Lecture 18: imaging and point spread function
    3 Lecture 17: interference , diffraction, imaging and point spread function
    4 Lecture 16: Clinical applications:
    5 Lecture 15: Radiometry & photometry ,light hazards
    6 Lecture 14: Scattering of Light
    7 lecture 13: Light Tissue Interaction - 2
    8 Lecture 12: Light Tissue Interaction - 1
    9 Lecture 11: lasers
    10 Lecture 10: Fluorescence
    11 Lecture 9: light sources
    12 Lecture 8: quantum theory
    13 Lecture 7: refractive index, Brewster angle, critical angle
    14 Lecture 6: electromagnetic waves, polarization
    15 Lecture 5: Young’s Experiment
    16 Lecture 4: superposition of waves, coherence of light
    17 Lecture 3: Corpuscular theory - Reflection - Refraction - diffraction
    18 Lecture 2: biological molecule that reacts to light
    19 Lecture 1: Origin of Visible Light
مساقات ذات علاقة

مركز التميز والتعليم الإلكتروني | الجامعة الإسلامية بغزة

هاتف: 2644400 8 970+ داخلي 1571| فاكس:264 4800 8 970+

البريد الإلكتروني: [email protected]

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