2011-№4(33) Article 13

I.A. Zeltser, E.N. Moos

Methodological and instrument aspects of structural-sensitive x-ray spectroscopy of the surfaces of condensed media and nanostructures (part 1). р. 144-167

Скачать статью

UDC 592:539.2:537.533.2

 

The paper analyzes the method of structural-sensitive x-ray spectroscopy of solid surfaces and describes the method of x-ray photoelectron spectroscopy. The article also treats new methods of semiconductor investigation, it analyzes pre-threshold trigger and electron emission caused by continuous resonance combinational dispersion.

 

structural-sensitive spectroscopy, x-rays, ion, electron, vacuum, emission, atomic particles, xraydiffraction, synchrotron radiation, auger-electron.

 

References

1. Aleksandrov, P.A. Ustanovka dlja issledovanija vneshnego fotojeffekta pri difrakcii rentgenovskih luchej [Installation for the study of photoemission X-ray diffraction]. Instruments and Experimental Techniques. – 1986. – № 1. – pp. 198-201.

2. Gravshin, Ju.M. Difrakcionnyj rentgenovskij fotojelektronnyj spektrometr [X-ray photoelectron diffraction spectrometer]. Electronics industry. – 1989. – Issue 4. – pp. 23-25​​.

3. Gravshin, Ju.M. Rentgenovskij avtomatizirovannyj p’ezogoniometr, upravljaemyj JeVM [Automated X-ray pezogoniometr controlled by electronic computer]. Electronics industry. – 1989. – Issue 4. – pp. 25-27.

4. Zashkvara, V.V. Jelektronno-opticheskie svojstva jelektrostaticheskogo sfericheskogo zerkala i sistem na ego osnove [Electro-optical properties of electrostatic spherical mirror and systems on the basis]. Technical Physics. – 1988. -Vol. 58. – Issue 10. – pp. 2010-2020.

5. Zel’cer, I.A. Difrakcionnyj rentgenovskij fotojelektronnyj spektrometr [X-ray photoelectron diffraction spectrometer]. Materialy Vserossijskogo simpoziuma po jemissionnoj jelektronike, 17–19 sentjabrja 1996. [Materials of the All-Russian Symposium on Emission Electronics, 17-19 September 1996.] – Ryazan, 1996. – pp. 188-200.

6. Zel’cer, I.A. Metod difrakcionnoj rentgenovskoj fotojelektronnoj spektroskopii dlja issledovanija struktury poverhnosti i pripoverhnostnyh oblastej poluprovodnikovyh kristallov [The method of diffraction X-ray photoelectron spectroscopy to study the structure of the surface and near-surface regions of semiconductor crystals]. Materialy VII Mezhdunar. konf. po mikrojelektronike, 16–18 oktjabrja 1990. [Materials of the 7th International. Conf. Microelectronics, 16-18 October 1990] – Vol 1. – Minsk, 1990. – pp. 285-286.

7. Zel’cer, I.A. Trehkristal’naja rentgenovskaja difraktometrija v issledovanii tonkih kristallicheskih sloev [Three-crystal X-ray diffraction in the study of thin crystalline layers]. Electronics industry. – 1982. – Issue 10-11. – pp. 63-67.

8. Koval’chuk, M.V. Difrakcionnyj vakuumnyj rentgenofotojelektronnyj spektrometr [The diffraction X-ray photoelectron spectrometer vacuum]. Instruments and Experimental Techniques. – 1987. – Vol. 3. – pp. 191-195.

9. Koval’chuk, M.V. Novyj metod jenergodispersionnogo izmerenija fotojelektronnoj jemissii, vozbuzhdennoj stojachej rentgenovskoj volnoj [A new method for measuring the energy-photoelectron emission excited by a standing x-ray wave]. Solid State Physics. – 1986. – Vol. 28. – №. 2. – pp. 558-562.

10. Koval’chuk, M.V. Rentgenovskie stojachie volny – novyj metod issledovanija struktury kristallov [X-ray standing waves – a new method for studying the structure of crystals]. Successes of physical sciences. – 1986. – Vol. 149. – Issue 1. – pp. 69-103.

11. A.G. Denisov, I.A. Zel’cer, R.S. Senichkina, M.V. Koval’chuk, Ju.N. Shilin, e.a. Ustrojstvo dlja issledovanija sovershenstva struktury monokristallicheskih sloev [The device is perfect for exploring the structure of single-crystal layers]. Patent RF no.1226210, 22.12.85.

12. A.G. Denisov, I.A. Zel’cer, R.S. Senichkina, M.V. Koval’chuk, Ju.N. Shilin, e.a. Ustrojstvo dlja issledovanija sovershenstva struktury monokristallicheskih sloev [The device is perfect for exploring the structure of single-crystal layers]. Patent RF no. 1396023, 15.01.88.

13. Hertel, N. A new method of measuring electron emission from monocrystals under X-ray diffraction conditions. N. Hertel. Phys. Lett. A. – 1980. – Vol. 75. – N. 6. –
P. 501–502.

14. Kikuta, S. Double – Crystal Vacuum X – Ray Diffractometer. S. Kikuta. Rev. Scient. Instrum. – 1977. – Vol. 48. – N 12. – P. 1576–1580.

Uncategorized