Brezplačna dostava za naročila nad 69,99 € na prevzemna mesta DPD in Express One.

Preverjanje stanja naročila

Postanite del skupnosti ljubiteljev knjig z vsega sveta in uživajte v številnih ugodnostih. Ustvarite brezplačen račun

Brezplačna dostava Zásilkovna nad 69.99 €

Zbirna točka GLS 4.49 € Zbirna točka DPD 2.99 € Kurirska služba GLS 5.49 € Kurir DPD 3.49 € Kurirska služba Express One 3.49 € Zbirno mesto Express One 3.49 € Zbirno mesto Pošte Slovenije 3.49 € Dostava preko Pošte Slovenije 3.49 €

Kontakt

Kako nakupovati

Pomoč

Moj račun

▸ Prazna :-(

Brezplačna dostava za naročila nad 69,99 € na prevzemna mesta DPD in Express One.

Magnetic quantum effects in semiconductor structures

Name: Magnetic quantum effects in semiconductor structures
Brand: LAP LAMBERT Academic Publishing
SKU: 36918140
Price: 60.19 EUR
Availability: InStock
Author: Rustamjon Rakhimov
ISBN: 9786202922265

Rustamjon Rakhimov

Jasurbek Mirzaev

Jezik

Angleščina

Knjiga Mehka

Koda Libristo: 36918140

Založba LAP LAMBERT Academic Publishing, oktober 2020

Today, much attention is paid to the study of the influence of temperature and a strong electromagne... Celoten opis

Koda Libristo: 36918140

146 b

60.19 €

Na zalogi pri dobavitelju Odposlali bomo v 5-8 dneh

Do 30 dni za vračilo

Drugi so kupili tudi

GIGN, engagé pour la vie CERDAN

Mehka

20.90 €

Záhady Marsu Hartwig Hausdorf

Trda

3.02 €

Beowulf: Zabiják příšer (gamebook) Jonathan Green

Mehka

15.24 €

Today, much attention is paid to the study of the influence of temperature and a strong electromagnetic field on the quantum Hall effects, Shubnikov-de Haas oscillations and de Haas-van Alphen oscillations in semiconductor structures. At the same time, one of the important tasks is to carry out targeted scientific research in the following areas: building a specific theory of the dependence of the effective masses of free electrons, longitudinal magnetoresistance, magnetic field susceptibility, magneto-optical absorption coefficients as the main physical parameters from external actions, creating mathematical models to determine the effect a strong microwave electromagnetic field on the Shubnikov-de Haas oscillations in semiconductors.