SCIENTIFIC ABSTRACT MINAYEV, B.N. - MINGALEVA, K.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202030007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 536 -~~14
STAROVOYTE24MC1, Y E. T. nd MI
"Experimental of the! FI'fcc't cf
and the Heat Exchanl';e in Un. AWjUjV-Lr Chaimol at Uitnin"Ir Motlcm
of the MediiZ
V Sb. "Tt~plo i Mnscor:1,t-no.3" . ZT-11 the CcIlectic-ri
Technical Inl"Ormation Mlin:31i, 19,12, lit) '41J-2,49 (fvcm
No 6, Jul, 72. 34. Avipticit and Rockot F4"ginez]. Allstmet: H.0 t: ..III
Translation: El-,Derlmt~alud d"..-La wc!xe olAr...Illed f(-"I. tl*,(!
at laminar motion con-alcicn of in an nanuir'Ir
iii thz~ regiun of fiosr nrau~ jjijtIt!.I hydrojLy-x.,fl,~
this Case, t1,,-! tr t Od Nd. II tlv! I I!, i.
1,< 4 '/ St; 0. 30~ >, 0; 0. 06% >, N; and 0. 015%. >,, It. I ta. mechanical Drop-
erties are RB - 290 420 gigacalories/mm2 es/trn,2.
Cyb - 101) 135 0114cllluri
18%; 0 = 15 50%; all = 1-5 gigacalorles , n/cm for thti TB2 alloy.
The mechanical properties of the alloy at increased tempe-l-aturat; (40000
are determined, and the therinal stability at 40,0-500'C is stud:Led after
thermal cycling at 350, 400, and 450%. The prospects fov usiniz, the alloy
as a heat-resistant material tip to 400*C are also indicateA. 'Fite high
corrosion resistance of the TB2 alloy in certain aggressive envtxonments
is established, and the absence of a tendency to intarcrysralliiie corrosion
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SHAPOVALOVA, 0. M., et al., Metallurgiyo t Khtmiya Titara (Anstitut Titana),
Metallurgiya Publisliing House, Vol 6, 1970, pp 117-Ml.'
is demonstrated. The TB2 alloy can also be u3ed as a I-Afghly stable con-
struction material that resists corrosion in many active. environments.
Three illustrations, six tables, and two bibliographic antriets.
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uDc 669.14.oi6.298:Ce~i.i72-1153..29
OOL-MMWC, A. A., SUKHIM, N. P., and MEYWAO T. M., All-VmLon Corres-
pondence Machine Building
"The Effect of Manganese and Nickel on the Strength of Sl;ttel under Harsb
Lxding Conditions"
Moscow, Metallovedenlye, No 6, 1971, pp 41-43
Abstract: A study vas made of the effect of manganesp azil nickel on steel
strength under harsh loading conditions. TWo groups or aiteels, the first
containing melts vith 0-5, 1-01 2-0) =4 4.o% 1;.6 ans 0.1, 0.2, and o.4~c, th!-
other vith melts containing 0, 1.0, 2.0, and 4.o% 91 and 0.2, 0-3, and 0.9~ C,
0.2-0-35% Si, 0-3-0-51%, Ph, 0.017-0.02?%P,, and 0#023-0-03% S veZ~ im,~stipled-
Strength was found to depend on the azmaling temperature nLnd the content of
C. The results are represented in curres showing the effivets of Yn amd Ni
an plastic properties and of the annealing "terature aa strexilO,,h and -the
ebanp of the cold brittleness threrAmld. The stivagtb =der hqrsh load-IMI;
conditions for steels with 4~6 I-h and 0.4% C is considerabhy losmmr than for
steels with smaller Mh content. A comparison or plataticil;y and cold brittlenets
changes of nickel-allor.4 steelB revealed th* a~seace oC m clealo ~nV3rdep*vn&,nce
betwen macroplasticity and the teadancy to brittle ralluxin. Mime figurea,
"~%- bibliographic referemnces.

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