Guliieva N. Getting porous penetrating materials using natural mineral - saponite in self-propagating high-temperature synthesis

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0415U002395

Thesis Registration Form

0415U002395.pdf

Applicant for

Specialization

  • 05.02.01 - Матеріалознавство

15-05-2015

Specialized Academic Board

К 32.075.02

Lutsk National Technical University

Essay

Materials of theoretical and experimental studies of porous penetrating material composites saponite - titanium and saponite - aluminum including and without inclusion pore agent are presented in the thesis. Specimen were made of cylindrical form with height 220 mm and with diameter 40 mm. Next dry radial and isostatic pressing within vice clamps 500 … 700 MPa was exercised. Sintering was carried out by SHS-process for composite saponite - titanium 80 sec at temperature 1350 °C, and for composite saponite - aluminum 75,2 sec at 1300 °C, provides manufacturing of saponite - titanium to purify drinking water and saponite - aluminum to purify industrial and process water.

Read more

Files

aref.doc

dis.pdf

Similar theses

0524U000117

Nataliia Y. Imbirovych

Mechanisms and patterns of plasma-electrolytic synthesis of biocoatings based on titanium alloys

0523U100235

Yulisa G. Chabak

Development of the scientific basis of enhancing the operational properties of alloyed cast irons by improving the chemical composition and applying highly concentrated energy sources for surface treatment. – Qualifying work as а scientific report

0423U100094

Romanenko Yaroslav M

Formation under high pressure of tool PCBN composites with homogeneous structure and increased damping capacity

0523U100002

Trostianchyn Andrii

The concept of hydrogen treatment to improve the structural-phase state and properties of functional materials based on alloys of rare earth and transition metals

0421U103868

Voloshyna Liudmyla V.

Higher wear resistance of an oil gear pump for tractor diesel engines