To date, the information technology is an integral part of te aching students of a technical university. In a pandemic condition, it gives the opportunity to build an effective educational process due to constant communication between teachers and students in a general chat, constant access to theoretical and practical materials and to improve your results (retake the assignment, test). Kazan National Research Technological University teaches students using distance technologies. LMS MOODLE is used as a learning management system at Kazan National research Technological University. The alternative systems are also Google Meet, Zoom, MS Teams. A variety of learning platforms at the same time allows to satisfy all possible requests of students and teachers and organizes online and distance learning at a higher level.
REFERENCES
1.
M. P.
Brown
and K.
Austin
, The New Physique
(Publisher Name
, Publisher City
, 2005
), pp. 25
–30
.2.
M. P.
Brown
and K.
Austin
, Appl. Phys. Letters.
85
2503
–2504
(2004
).3.
R. T.
Wang
, “Title of Chapter,” in Classic Physiques
edited by R. B.
Hamil
(Publisher Name, Publisher City
, 1999
), pp. 212
–213
.4.
C. D.
Smith
and E. F.
Jones
, “Load-cycling in cubic press,” in
Shock Compression of Condensed Matter-2001
, AIP Conference Proceedings
620
edited by M. D.
Furnish
, et al. (AIP Publishing
, Melville, NY
, 2002
), pp. 651
– 654
.5.
B. R.
Jackson
and T.
Pitman
, U.S. Patent No. 6,345,224 (8 July 2004
)6.
D. L.
Davids
, “Recovery effects in binary aluminum alloys
,” Ph.D. thesis, Harvard University
, 1998
.7.
R. C.
Mikkelson
(private communication).8.
A. G.
Laptev
, V. A.
Danilov
and I. V.
Vishnyakova
, Theoretical Engineering.
51
661
–665
(2004
).9.
O. A.
Tseitlin
and I. V.
Vishnyakova
, Theoretical Foundations of Chemical Engineering.
41
424
–429
(2007
).10.
I. M.
Lerner
, V. V.
Kondratyev
, V. V.
Kadushkin
, D. V.
Shushpanov
and I. V.
Vishnyakova
, Information science and education.
8
57
–63
(2019
).11.
A. A.
Lubnina
, M. V.
Shinkevich
, E. N.
Yalunina
, I. V.
Gaidamashko
, A. F.
Savderova
and M. A.
Komissarova
, Espacios.
39
25
–36
(2018
).12.
F. R.
Khakimov
, O. S.
Kharitonova
, V. V.
Bronskaya
, T. V.
Ignashina
and D. S.
Balzamov
, Journal of Physics: Conference Series.
1399
033092
(2019
).13.
D. S.
Balzamov
, E. Y.
Balzamova
, A. I.
Khaibullina
and L. S.
Sabitov
, IOP Conference Series: Materials Science and Engineering.
570
012009
(2019
).14.
O. Y.
Khatsrinova
, A.
Troitsky
, J.
Khatsrinova
and W.
Bronskaya
, Advances in Intelligent Systems and Computing.
1134
924
–933
(2020
).15.
A. G.
Mukhametzyanova
, K. A.
Alekseev
and F. F.
Galimov
, Chemical and Petroleum Engineering.
52
90
–95
(2016
).16.
K. A.
Alekseev
, A. G.
Mukhametzyanova
and G. S.
D'yakonov
, Theoretical Foundations of Chemical Engineering.
51
266
–273
(2017
).17.
O. Y.
Khatsrinova
, O.
Seliverstova
, J.
Khatsrinova
, E.
Tarasova
and S.
Barabanova
, Advances in Intelligent Systems and Computing.
1134
267
–276
(2020
).18.
E. Y.
Ilaltdinova
, S. V.
Frolova
and I. V.
Lebedeva
, Advances in Intelligent Systems and Computing.
677
44
–52
(2018
).19.
20.
21.
22.
V. A.
Pleshakov
, Collection of scientific articles
, edited by V. A.
Slastenin
and E. A.
Levanova
(MPGU-MOSPI
, Moscow
, 2005
) 21
, pp. 48
–49
.23.
E. N.
Strelchuk
, Use and Role of the Concept in Russian and Foreign Pedagogy Perspectives of science and education.
1
10
–19
(2019
).24.
S. L.
Mishlanova
, N. P.
Ivinsky
and T. V.
Penkova
, Bulletin of the Leningrad State University named after A.S. Pushkin.
3
28
–29
(2010
).25.
M. V.
Klarin
, Innovation in Learning: Metaphors and Models: An Analysis of Foreign Experience
(Nauka Publ
., Moscow
, 1997
), p. 223
.26.
27.
28.
E. G.
Kabachenko
, Metaphorical modeling of basic concepts of pedagogical discourse (Dissertation, 2007)
.29.
30.
R. R.
Dmitricheva
, I. O.
Antonova
, G. V.
Manuyko
, G. A.
Aminova
, V. V.
Bronskaya
, R. S.
Shaikhetdinova
, D. S.
Balzamov
and O. S.
Kharitonova
, IOP Conf. Ser.: Mater. Sci. Eng.
862
062045
(2020
).31.
O. S.
Kharitonova
, V. V.
Bronskaya
, T. V.
Ignashina
, A. A.
Al-Muntaser
and L. E.
Khairullina
, IOP Conference Series: Earth and Environmental Science.
315
032025
(2019
).32.
G. V.
Manuiko
, I. I.
Salakhov
, G. A.
Aminova
, I. G.
Akhmetov
, G. S
Dyakonov
, V. V.
Bronskaya
and E. V.
Demidova
, Theoretical Foundations of Chemical Engineering.
44
139
–149
(2010
).33.
G. A.
Aminova
, G. V.
Manuiko
, V. V.
Bronskaya
, T. V.
Ignashina
, G. S.
D'yakonov
, D. V.
Bashkirov
and É. V.
Demidova
, Journal of Engineering Physics and Thermophysics.
81
1247
–1251
(2008
).34.
G. V.
Manuiko
, G. A.
Aminova
, V. V.
Bronskaya
, T. V.
Ignashina
, G. S.
D'Yakonov
and D. V.
Bashkirov
, Theoretical Foundations of Chemical Engineering.
42
336
–339
(2008
).35.
G. A.
Aminova
, G. V.
Manuiko
, G. I.
Litvinenko
, G. S.
D'Yakonov
, V. L.
Zolotarev
, A. G.
Filipova
, T. V.
Ignashina
, V. V.
Davydova
and O. V.
Antonova
, Russian Journal of Applied Chemistry.
75
1146
–1150
(2002
).36.
G. V.
Manuyko
, D. V.
Bashkirov
, V. V.
Bronskaya
, T. V.
Ignashina
, O. S.
Kharitonova
and G. A.
Aminova
, IOP Conference Series: Materials Science and Engineering.
734
012066
(2020
).37.
N. V.
Kamenez
, O. I.
Vaganova
, Z. V.
Smirnova
, M. N.
Bulayeva
, E. A.
Kuznetsova
and A.
Maseleno
, International Journal of Engineering and Technology.
7
4085
–4089
(2018
).38.
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