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Practical works for students of Chemical Technology course |
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Intermetallic hydride synthesis and study of equilibrium in IMC-hydrogen systems |
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Hydrogen decrepitation of alloys and intermetallic compounds (HD-process) |
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Synthesis of Sm2Fe17N3 nitride through nitrogenation of Sm2Fe17 intermetallic compound |
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Study of HDDR influence on morphology of Nd2Fe14B intermetallic compound |
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Diploma works, accomplished in the Laboratory |
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1 |
A.L. Kostenko |
Study of reduction of zirconium halogenides in glow discharge plasma |
1974 |
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2 |
S.V.Mozgin |
Interaction of atomic hydrogen with rhenium compounds in glow discharge plasma |
1975 |
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3 |
S.V.Mitrokhin |
Interaction of atomic hydrogen with derivatives of tungsten, iron and molybdenum in glow discharge plasma |
1975 |
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4 |
A.F.Aerov |
Plasmochemical synthesis and physico-chemical study of rhenium hydride |
1976 |
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5 |
M.V.Lototsky |
Plasmochemical synthesis of several intermetallic hydrides |
1976 |
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6 |
E.Yu.Snegov |
Synthesis of hydrides of intermetallic compounds crystallizing in Laves phase type |
1978 |
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7 |
S.V.Tsutsuran |
Study of interaction in Ti-Al-H system at high pressures |
1980 |
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8 |
A.F.Ustinov |
Study of interactions in Ti-V-Ni-H system |
1980 |
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9 |
M.G.Serkova |
Calorimetric study of FeTi-H2 system |
1983 |
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10 |
D.N.Zvukov |
Study of hydrogen interaction with vanadium-based alloys |
1983 |
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11 |
N.N.Kinaev |
Influence of aluminium and vanadium on absorption properties of TiFe |
1984 |
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12 |
O.V.Fateev |
Study of interaction in LaMg2-H2 system |
1985 |
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13 |
A.P.Lisovsky |
Resistometric study of Ti-V-H2 system |
1985 |
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14 |
E.A.Volynskaya |
Determination of formation enthalpies of intermetallic compounds of RE-Al by solvation calorimetry method |
1985 |
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15 |
R.R.Kaumov |
Hydrogen interaction with Ti-Fe-Ce alloys |
1986 |
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16 |
S.Yu.Zinevich |
Hydrogen interaction with alloys of (Ta1-xMx)Cr2 systems, where M=Zr, Ti |
1987 |
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17 |
S.A.Koval |
Hydrogen interaction with alloys of Ti-V-Fe system |
1989 |
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18 |
A.P.Gurjev |
Изучение гидридного диспергирования и его влияния на кинетику гидрирования в системе V-H2 |
1989 |
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19 |
S.V.Klyamkina |
Study of LaNi5-xCux - H2 system using Calvet Calorimetry method |
1989 |
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20 |
I.V.Buyanova |
Influence of large plastic deformations and hydrogen on α-ω transition in Ti-Zr system |
1989 |
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21 |
N.V.Kandalova |
Study of hydrogen interaction with alloys of R-Mg-Cu systems, where R=Ce,La |
1989 |
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22 |
S.M.Potovina |
Study of hydrogen interaction with MgCuLa и MgCuCe intermetallics |
1990 |
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23 |
A.M.Melomed |
Synthesis and properties of intermetallic hydrides of CeNi and ErNi |
1990 |
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24 |
M.A.Zakharova |
Calorimetric study of hydrogen interaction with alloys of Ti-Zr-Mn-T systems, where T= V,Cr,Fe,Co,Ni |
1991 |
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25 |
A.Yu.Kovriga |
Study of hydrogen interaction with multicomponent alloys on base of Laves phases |
1992 |
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26 |
V.A.Demidov |
Interaction of TiMn2, ZrCr2 and TiCr1.8 with hydrogen at pressures up to 2000 atm |
1992 |
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27 |
R.P.Romanko |
Interaction of hydrogen with Ti1-xZrxCr2-yFey compounds |
1994 |
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28 |
A.P.Shlychkov |
Study of hydrogen interaction with ErCuAl, HoCuAl, DyCuAl intermetallics |
1994 |
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29 |
A.A.Bobrova |
Study of interaction of Sm2Fe17 intermetallics with hydrogen and nitrogen |
1994 |
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30 |
A.P.Bespalov |
Interaction of RNi3 (R=Ce, Er) intermetallic compounds with hydrogen at pressures up to 2000 atm |
1995 |
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31 |
A.Z.Kobaladze |
Interaction of hydrogen with multicomponent TiCr2- and TiMn2-based alloys |
1996 |
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32 |
V.V.Trubitsin |
Synthesis, X-ray and magnetic studies of hydride phases in RNi3 - H2 systems, where R=Er, Ce |
1996 |
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33 |
T.A.Zotov |
Synthesis and hydrogen absorption properties of alloys of Ti-V-Mn system |
1999 |
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34 |
E.A.Aksenova |
Calorimetric study of hydrogen interaction with Ti0,9Zr0,1Mn1,3V0,5 compound |
2002 |
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35 |
B.V.Lagutov |
Study of hydrogen absorbtion properties of alloys of Ti-Zr-Mn system in the region of existence of Laves phase |
2005 |
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36 |
S.V.Kondrashov |
Study of structure of amorphous CeNi2 и Ce3Al-based hydrides |
2005 |
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37 |
E.V.Gerasimova |
Calorimetric study of ZrMn2+x-H2 system |
2005 |
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38 |
A.V.Arsatov |
Study of hydrogen absorption properties of pseudobinary RT5 compounds |
2006 |
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39 |
V.V.Lazarev |
Influence of mechanochemical treatment on the structure and hydrogen absorption properties of Ti-Cr-Mo alloys |
2007 |
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40 |
A.V.Smirnov |
Investigation of the Zr1-yDyyMn2+x-H2 system |
2007 |
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41 |
I.A.Romanov |
Synthesis and investigation of AB5 intermetallics for MH-electrodes working in a wide temperature range |
2007 |
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42 |
R.B.Sivov |
Synthesis and properties of Laves phase intermetallic hydrides under high pressures |
2008 |
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43 |
Yu.L.Yaropolov |
Hydrogen interaction with amorphous Zr alloys |
2008 |
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44 |
D.I.Ibarbia |
Hydrogen interaction with R6M2-xSi3 и RNi1-xCux compounds, where R=Ce,Gd,Tb,Dy,Er, M=Co,Ni |
2009 |
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45 |
A.N.Kazakov |
Hydrogen absorption properties of NdNi5-based intermetallic compounds |
2010 |
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46 |
А.A.Tatarintsev |
Hydrogen interaction with vanadium alloys |
2011 |
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47 |
А.A.Chepiga |
Investigation of hydrogen interaction with vanadium alloys |
2011 |
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48 |
E.A.Asmolova |
Study of hydrogen interaction with TbNi0.4Co0.6 compound |
2013 |
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49 |
M.A.Osipova |
Synthesis and properties of R-T-Al (R=Ce, Sm, Er; T=Ni, Co) hydrides |
2013 |
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50 |
А.A.Glasdov |
Mechanochemical synthesis and hydrogen sorption properties of hydrogen-sorbing compositions |
2013 |
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51 |
P.S.Kuznetsov |
Hydrogen interaction with V-Ni alloys |
2013 |
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52 |
A.N.Kuimov |
Influence of hydrogen and nitrogen on the structure and magnetic properties of (Sm1-хRх)2Fe16V, R = Ho, Er; х = 0; 0.2; 0.4 |
2017 |
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53 |
S.S.Turygin |
Hydrogen sorption properties of V-Mn alloys |
2018 |
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54 |
M.A.Prokhorenkov |
Hydrogen interaction with multicomponent Ti- and Zr-based alloys |
2019 |
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55 |
D.K.Ovezov |
Interactions in V-Mn-H system |
2019 |
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56 |
L.A.Kachalova |
nteractions of hydrogen and intermetallic compounds Zr(Mo,V)2 with structure of Laves phase C15 |
2019 |
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57 |
S.O.Batalova |
Influence of nonstoichiometry on properties of R3Ni9+x (R = Y, La; х from 0 to 2.4) hydride phases |
2020 |
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58 |
M.A.Sobko |
Synthesis of high entropy alloy hydrides with hexagonal Laves phase structure |
2020 |
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