Diffraction and imaging techniques in material science

Subjects: “…X-RAY DIFFRACTION…”

Atomic distribution in liquid helium by neutron diffraction. by Hurst, D.G

Física Atómica y Nuclear. (curso de introducción) by Semat, Henry

Subjects: “…X-RAY DIFFRACTION…”

Nuclear Physics by Kaplan, Irving

Subjects: “…X-RAY DIFFRACTION…”

Structure of liquid nitrogen, oxygen, and Argon by neutron diffraction. by Henshaw, D. G.

Crystal structure of thin oxide films grown on ZrNb alloys studied by RHEED [Reflection High Energy Electron Diffraction]. by Khatamian, D.

Micro y nanoestructuración de films de MnAs, caracterización de los films y sus estructuras. by Vázquez, Damián René

The Optics problem solver : a complete solution guide to any textbook.

Table of Contents: “…Waves -- Velocity of light -- Physical properties of light -- Rectilinear propagation of light -- Refraction -- Refraction at curved surfaces -- Dioptrics -- Ophthalmic optics -- Interference -- Applied interferometry -- Diffraction -- Resolution -- Absorption and scattering -- Polarization -- Ray tracing -- Plane Mirrors -- Curved mirrors -- Lenses -- Optical instruments -- Aperture and field of optical instruments -- Aberration -- The prism -- Dispersion -- Photometry -- Color, illuminance, and alphanumeric displays -- Lasers and holography -- Atomic spectrum and thermal radiation.…”

Materials characterization using nondestructive evaluation (NDE) methods /

Table of Contents: “…X-ray diffraction (XRD) techniques for materials characterization /…”

The physics problem solver: a complete solution guide to any textbook

Table of Contents: “…Optical interference -- 30. Optical diffraction -- 31. Atomic/Molecular structure -- 32. …”

3000 solved problems in physics. by Halpern, Alvin M.

Table of Contents: “…Mathematical introduction -- Equilibrium of concurrent forces -- Kinematics in one dimension -- Newton’s laws of motion -- Motion in a plane I -- Motion in a plane II -- Work and energy -- Power and simple machines -- Impulse and momentum -- Statics of rigid bodies -- Rotational motion I: Kinematics and dynamics -- Rotational motion II: Kinetic energy, angular impulse, angular momentum -- Matter in bulk -- Simple harmonic motion -- Hydrostatics -- Hydrodynamics -- Temperature and thermal expansion -- Heat and calorimetry -- Heat transfer -- Gas laws and kinetic theory -- The first law of thermodynamics -- The second law of thermodynamics -- Wave motion -- Sound -- Coulomb’s law and electric fields -- Electric potential and capacitance -- Simple electric circuits -- The magnetic field -- Magnetic properties of matter -- Induced EMF: generators and motors -- Inductance -- Electric circuits -- Electromagnetic waves -- Light and optical phenomena -- Mirrors, lenses, and optical instruments -- Interference, diffraction, and polarization -- Special relativity -- Particles of light and waves of matter -- Modern physics: atoms, nuclei, solid-state electronics.…”

Estudio por espectroscopía Mossbauer de productos de corrosión formados sobre aceros de aplicación en yacimientos de petróleo y gas. by Chung, Eduardo Edgardo

Comportamiento en transformación y caracterización microestructural de aceros de alta temperatura para reactores nucleares avanzados. by Carrizo, Dense Alejandra