X線は光と同じく電磁波で波長が0.01~100Å程度のものを指す。X線

X線は光と同じく電磁波で波長が0.01~100Å程度のものを指す。X線回折では、このうち0.1Å～数Åの波長のものがよく使われる。結晶は原子が周期的に配列し、空間格子を構成しており、その周期は通常数～数十Åである。その周期と同程度または短い波長のX線が結晶に入射すると、特定の方向で強いX線が観察される、回折現象を生じる。それは、結晶格子が回折格子となり、それぞれの位置で散乱されるX線の光路差が、X線の波長の整数倍になっていると、

ผลลัพธ์ (อังกฤษ) 1:

In x-ray light as electromagnetic wavelength is 0.01-refers to the approximately 100 Angstrom. X-ray diffraction is of 0.1 Angstrom-number Å wavelength is commonly used. Crystal atoms are arranged periodically constitute the spatial lattice, the period is usually number between tens of a.. Observed incident to that cycle equal or shorter wavelength x-ray crystal and strong in a particular direction in x-ray diffraction to occur. It became the regular crystalline lattice and diffraction gratings and optical path difference of the x-rays that are scattered at each position is an integer multiple of the wavelength of x-rays

ผลลัพธ์ (อังกฤษ) 2:

X-ray wavelength in the same electromagnetic waves and light refers to a thing of about 0.01 ~ 100Å. The X-ray diffraction, is often used ones of the wavelength of these 0.1Å ~ number Å. Crystal atoms are periodically arranged, it constitutes a spatial grating, the period is usually several to several ten Å. When X-rays in the cycle and equal to or shorter wavelength is incident on the crystal, a strong X-rays are observed in a specific direction, resulting in diffraction phenomena. It is the crystal lattice becomes diffraction grating, the optical path difference of X-rays that are scattered at each position, when being an integral multiple of the wavelength of X-rays,

ผลลัพธ์ (อังกฤษ) 3:

The X line as well as the light is an electromagnetic wave with a wavelength of about 100. Ang 0.01. In this 0.1 X diffraction, one of several commonly used Å～ angstrom wavelength. The crystal in a periodic array of atoms, and the space lattice period is usually several hundred. Ang. The X line that is about the same or short wavelength incident on the crystal in a certain way, and a strong X lines are observed, to produce a diffraction phenomenon. The crystal lattice and the diffraction grating, the optical path difference of X lines are scattered at the respective positions of theIs an integer multiple of the wavelength of the X line