MODELOWANIE MATEMATYCZNE PROCESU WYCIĄGANIA ŚWIATŁOWODU WYKORZYSTUJĄCE RÓWNANIE LANGEVINA

Aitchanov B.H., Aitchanova Sh.K., Baimuratov O.A., Aldibekova A.N.: A Simplified Model of the Control System with PFM. XII International Conference on Information Technology and Engineerin. 17(5)/2015, 1465–1468.
  Google Scholar

Aitchanov B.H., Aldibekova A.N.: Primenenie dinamicheskogo chastotnoimpulsnogo modulyatora v sistemah upravleniya s ispolzovaniem yadernogo magnitnogo rezonansa v ustroystvah omagnichivaniya zhidkostey. Vestnik KazNTU.
  Google Scholar

Aitchanov B.H., Baimuratov O.A., Aldibekova A.N.: Pulse – Frequency control system of the fluids magnetization of the used nulear magnetic resonance. The 2nd International Virtual Conference on Advanced Scientific Results (SCIECONF – 2014), 473–477.
  Google Scholar

Aitchanov B.H., Tergeusizova A.S.: Tehnologicheskij process vytjazhki opticheskih sterzhnej kak objekt avtomatizirovannogo upravlenija. Doklady Nacional'noj akademii nauk Respubliki Kazahstan 2/2017, 91–95.
  Google Scholar

Aitchanov B.H.: Metody matematicheskogo opisanija chastotno-impulsnyh sistem upravlenija obektami s zapazdyvaniem. Vestnik KazNTU 2(30)/2002, 72–82.
  Google Scholar

Aitchanov B.H.: Time-domain quantization in dynamic pulse-frequency systems with transport delay. Poisk, Natural and technical sciences series, 209–214.
  Google Scholar

Aitzhanov B.Kh., Kurmanov B.K., Umarov T.F.: Dynamic Pulse Frequency Modulation in Objects Control with Delay. Asian Journal of Control 14(6)/2012, 1662–1668.
  Google Scholar

Aitzhanov B.Kh., Nikulin V.V., Baimuratov O.A.: Mathematical Modeling of Digital Pulse-Frequency Modulation Control Systems Developed for Objects with Transport Delay. The Chinese Control and Decision Conference 2013, 1407–1411.
  Google Scholar

Chostkovskij D.B.: Strukturnyj sintez sistemy upravlenija processom vytjazhki gradientnyh opticheskih volokon. Vestnik SamGTU. Serija Tehnicheskie nauki 4(27)/2010, 73–78.
  Google Scholar

Friman R.: Volokonno-opticheskie sistemy svjazi. Tehnosfera, Moscow 2003.
  Google Scholar

http://oplib.ru – Open Library – Open library of educational information (available 15.05.2019).
  Google Scholar

Listvin A.V., Listvin V.N., Shvyrkov D.V.: Opticheskie volokna dla liniy sviazi. LESARart, Moscow 2003.
  Google Scholar

Roy P., et al.: Active Optical Fibers: New design and alternative method of fabrication. Photonics, Dehli 2008.
  Google Scholar

Sandoz F., et al.: A Novel process to manufacture high efficiency laser fibers. Photonics, Dehli 2008.
  Google Scholar

Sarkar A., Orchanian B., Chan A.: A Novel VAD process. Proceedings of the International Wire & Cable Symposium, Providence 2008.
  Google Scholar

Zhiro A.: Tehnologii proizvodstva opticheskih volokon. Obzor poslednih razrabotok. Nauka i tehnika 4/2009, 22–27.
  Google Scholar