"Az-buki" National Publishing House
Ministry of Education and Science
Wikipedia
  • Login
  • Registration
Natural Science
and Advanced Technology Education
Няма резултати
Вижте всички резултати
  • Main Page
  • About the journal
  • Aims and Scope
  • Submit your manuscript
  • Editorial Board Members
  • Contents
  • Guidelines
    • Guide for Authors
    • Reviewer's Guide
  • Publishing Ethics
  • Contact
  • Subscribe now
  • en_US
  • Main Page
  • About the journal
  • Aims and Scope
  • Submit your manuscript
  • Editorial Board Members
  • Contents
  • Guidelines
    • Guide for Authors
    • Reviewer's Guide
  • Publishing Ethics
  • Contact
  • Subscribe now
  • en_US
Няма резултати
Вижте всички резултати
Natural Science and Advanced Technology Education
Няма резултати
Вижте всички резултати
Main Page Uncategorized

Aluminum in Cryogenics

„Аз-буки“ by „Аз-буки“
02-10-2025
in Uncategorized
A A

Category "Presentation", 8. – 10. grade

Daniel Ankov, 9th grade[1]

Iva Petkova, 9th grade[1]

Supervisor: Mariyana Georgieva

  1. “Dimcho Debelyanov” Secondary School – Sofia (Bulgaria)

https://doi.org/10.53656/nat2025-3.22

Abstract. This paper is dedicated to the 200th anniversary of the discovery of aluminum and explores its applications in cryogenics. Aluminum is a group IIIA metal with a constant valence of 3, and it possesses properties that make it effective at extremely low temperatures – below -150°C. Under such conditions, it retains its strength, flexibility and stability without becoming brittle. Cryogenics studies how the behavior of materials changes they are deeply cooled. Aluminum supports cryogenic processes through its high thermal conductivity, lightness and corrosion resistance. When subjected to cryogenic treatment, aluminum exhibits enhanced mechanical properties such as increased wear resistance, dimensional stability, and improved heat dissipation. These properties facilitate the creation of components that can withstand high loads, temperature stress and wear. Aluminum also supports energy efficiency and reduces the overall weight of structures, thereby enhancing the reliability and functionality of systems under extreme conditions.

Keywords: aluminum; cryogenics; low temperatures; industrial applications

Log in to read the full text Your Image Description

Свързани статии:

Default ThumbnailThe Fatal 13 Default ThumbnailAluminum – the ‘Lucky’ 13th Element Default ThumbnailAluminum – the Lightweight Heavy in Automotive Industry Default ThumbnailUse of Aluminum in Jewelry: Aluminum Wire Jewelry
Tags алуминийиндустриални приложениякриогениканиски температури

Последвайте ни в социалните мрежи

shareTweet
Previous article

Урок по свобода в Окръжния съд – Кюстендил

Next article

Application of Aluminum in Vaccines

Next article

Application of Aluminum in Vaccines

Aluminum: „Wings of Humanity – Favorite 13“

Гимназията в Белене с концерт за 55 години

Гимназията в Белене с концерт за 55 години

Последни публикации

  • Natural Science and Advanced Technology Education, 3/2025, vol. 34
  • Natural Science and Advanced Technology Education, 2/2025, vol. 34
  • Natural Science and Advanced Technology Education, 1/2025, vol. 34
  • Обучение по ПРИРОДНИ НАУКИ и върхови технологии ГОДИШНО СЪДЪРЖАНИЕ / ГОДИНА XXXIII, 2024
  • Natural Science and Advanced Technology Education, 5-6/2024, vol. 33
  • Natural Science and Advanced Technology Education, 3-4/2024, vol. 33
  • Natural Science and Advanced Technology Education, 1-2/2024, vol. 33
  • ГОДИШНО СЪДЪРЖАНИЕ / ГОДИНА XXXII, 2023
  • Natural Science and Advanced Technology Education, 5-6/2023, vol. 32
  • Natural Science and Advanced Technology Education, 3-4/2023, vol. 32
  • Natural Science and Advanced Technology Education, 2/2023, vol. 32
  • Natural Science and Advanced Technology Education, 1/2023, vol. 32
  • Annual Contents of Natural Science and Advanced Technology Education, 2022
  • Natural Science and Advanced Technology Education, 6/2022, vol. 31
  • Natural Science and Advanced Technology Education, 5/2022, vol. 31
  • Natural Science and Advanced Technology Education, 4/2022, vol. 31
  • Natural Science and Advanced Technology Education, 3/2022, vol. 32
  • Natural Science and Advanced Technology Education, 2/2022, vol. 31
  • Natural Science and Advanced Technology Education, 1/2022, vol. 31
  • Годишно съдържание на „Обучение по природни науки и върхови технологии“
  • Natural Science and Advanced Technology Education, 6/2021, vol. 30
  • Natural Science and Advanced Technology Education, 5/2021, vol. 30

София 1113, бул. “Цариградско шосе” № 125, бл. 5

+0700 18466

izdatelstvo.mon@azbuki.bg
azbuki@mon.bg

Полезни линкове

  • Къде можете да намерите изданията?
  • Вход за абонати
  • Main Page
  • Contact
  • Subscribe now
  • Projects
  • Advertising

Az-buki Weekly

  • Вестник “Аз-буки”
  • Subscribe now
  • Archive

Scientific Journals

  • Strategies for Policy in Science and Education
  • Bulgarian Language and Literature
  • Pedagogika-Pedagogy
  • Mathematics and Informatics
  • Natural Science and Advanced Technology Education
  • Vocational Education
  • Istoriya-History journal
  • Chuzhdoezikovo Obuchenie-Foreign Language Teaching
  • Filosofiya-Philosophy

Newsletter

  • Accsess to public information
  • Условия за ползване
  • Профил на купувача

© 2012-2025 Национално издателство "Аз-буки"

Welcome Back!

Login to your account below

Forgotten Password? Sign Up

Create New Account!

Fill the forms bellow to register

All fields are required. Log In

Retrieve your password

Please enter your username or email address to reset your password.

Log In
en_US
bg_BG en_US
  • Login
  • Sign Up
Няма резултати
Вижте всички резултати
  • Main Page
  • About the journal
  • Aims and Scope
  • Submit your manuscript
  • Editorial Board Members
  • Contents
  • Guidelines
    • Guide for Authors
    • Reviewer's Guide
  • Publishing Ethics
  • Contact
  • Subscribe now
  • en_US

© 2012-2025 Национално издателство "Аз-буки"