1) ลักษณะรูปทรงบนพื้นผิว และ 2) ปริ

1) ลักษณะรูปทรงบนพื้นผิว และ 2) ปริมาณการดูดกลืนแสงบนแต่ละบริเวณของพืนผิวแตกต่างกัน จึงสามารถศึกษาชนิดและสถานะทางเคมีของธาตุองค์ประกอบ รวมถึงลักษณะโครงสร้างทางกายภาพรอบอะตอมของธาตุที่สนใจ

By scanning incident photon energy and capturing PEEM image at each energy step, a series of images which contains photoabsorption spectra from nanometer-sized areas of the sample can be obtained. Alternatively, photon energy is fixed and an electron energy analyzer is used to determine the photoemission spectra of photoelectrons emitted from certain areas of the sample.

ผลลัพธ์ (อังกฤษ) 1:

1) features on the surface shape and absorb light, volume 2) on each of the different surface area area. Can learn the type and status of the chemical element composition, including physical characteristics, the structure of the atom that the interest cycle.By scanning incident photon energy and capturing PEEM image at each energy step, a series of images which contains photoabsorption spectra from nanometer-sized areas of the sample can be obtained. Alternatively, photon energy is fixed and an electron energy analyzer is used to determine the photoemission spectra of photoelectrons emitted from certain areas of the sample.

ผลลัพธ์ (อังกฤษ) 2:

1) shape on the surface and 2) the amount of absorbed light on each area of different surfaces. You can study the type and status of chemical elements. Including the physical structure of the atoms of interest By scanning incident photon energy and capturing PEEM image at each energy step, a series of images which contains photoabsorption spectra from nanometer-sized areas of the sample can be obtained. Alternatively, photon energy. is fixed and an electron energy analyzer is used to determine the photoemission spectra of photoelectrons emitted from certain areas of the sample.

ผลลัพธ์ (อังกฤษ) 3:

1) to form on the surface, and 2) the quantity of light absorption on each area of the พืน skin different It can study the type and status of chemical elements elements. Including the physical structure around atoms interested

.By scanning incident photon energy and capturing PEEM image at each energy step a series, of images which contains photoabsorption. Spectra from nanometer-sized areas of the sample can be obtained. Alternatively photon energy, is fixed and an electron. Energy analyzer is used to determine the photoemission spectra of photoelectrons emitted from certain areas of the sample.