SCIENTIFIC ABSTRACT ISKHAKOV, S. - ISKOLD, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618830011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ISKhAKOV, S. I., Cand ,~ed Sci - (d.Lds) Ln Tacivhik S!)'L- ur,(-,, the
---I
sanitary education as a factor in their pluopkylaxis," Tashkent, 1960, 16 pp
(Tashkent State Uedical Institute) (KL, 37-60, 122)

ISKHAKOV, S. 1.
Study of apidermophyto disease incidence among the population
of Dushanbe and the Vakhsh Valley. Zdrav. Tadzh 9 no.2*.27-28
Mr-Ap 162. (WRA 15t7)
1. Iz kafedry.kozhn3rkh i nevericheakikh bolezney (zav~adoktor,
Med. nauk B. R. Rakhmatov) Wahanbinakogo meditainskogo instituta
imeni Abuali ibni Sino.
-(DUSHANBE-DMUTOMYCOSIS)
(VAKHSH VALLU-DMAMMOSIS)

ISKHAKOV2 S.I.
petr Fokich Borovokii and the study of cutaneous lsiohmniasisl
on the ce4tenary of his bixth. Zdrav. Tadzh. 20 no,3t42..,/+4 163.
(MIRA 1714)

SHARYG IN I A. I.; PEYSAKH , I. I.; -I ~_J.; MITROFANOV0 V.11.; SHASTDIA, Z.Ya.;
-49KQVI,,,
SHCHERBAKOV, I.M.; GOI-IBERG, I.B.
Information. Tekst. prom. 24 no.9:91-97 S 164.
(MMA 17:11)
-1. Direktor Voronezhskoy kordnoy fabriki (for Sharygin). 2. Nachall-
nik proizvodstvenno-tekhnicheskogo otdela upravlehiya legkoy promysh-
lennosti Soveta narodnogo khozyaystva 14oldavskoy SSR (for Peysakh).
3. Nachallnik konstruktorskogo otdela Spetsiallnogo, konstruktorskogo'
byuro Yuzhno-Kazakhstanskogo Soveta narodnogo khozyaystva, (for Iskakov)..
4. Nachallnik konstruktorskogo sektora Spetsiallnogo konstrl~orskogo
byuro Yuzhno-Kazakhstanskogo soveta narodnogo khozyaystva (for Mitro-
fanov). 5. Nachallnik Byaro tekhnicheskoy informatsii 1-felekeaskogo
11nokombinata (for Shastina). 6. Glavnyy inzh. Rhersonskogo khlop-
chat9bumazhnogo kombinata (for Shcherbakov). 7. Nachallnik tekhni-
cheskogo otdela Khersonskogo khlopchatobumazhnogq kombinata (for
Gomb~rg).

S/13'1/63/000/001/014/019
A006/A1O1
AUTHORS: Pyatakova, L. L., Iskhakov, S. S., Shitov, A* P., Miroshnikova,
K. Ye.
on the mechanism of the effect of some elements upon the properties
of oarburized steel
11FERIODICAL: Referativnyyzhurnal, Metallurgiya, no. 1, 1963,'50, abstract 1-1283
(In.collection: "Novoye v metalloved. i tekhnol. term. obrabotki
stalill, Chelyabinsk, 1962, 7 23)
TMU: The authors investigated the'Si-Mn steel system containing in %:
C 0.15 -q.24, Si 0.80 - 1.30, Mn 1.5 - 2.00 with admixtures of ~V,~ Cu, W, Bi Ti
Cr and' Plo, The steel.'is intended for the production of g6a~s. The effect of
alloying elements upon martensite transformation was studied. Mr
is most strong
1y redileed by Mn and Cr; less by Ni, V, Mo, and is almost~not reduced by Si
and Cu. Due to alloying with SI (1.0 - 1.3%) it is possible to prevent, during~
c bbt
arburizing, oversaturation of the surface C layer and t6 aiii a fiecessary..
depth of the carburized layer at an optimum c content (o.85 o.9%).. si-mnl
Card 1/2

S/137/63/000/001/014/019
On the mechanism of the effect of... A006/A101
steels have a.martensite transformation temperature as high as-300-to 3650C.
Admixtures of.Mo, V,,Cr (0-5 -:0.7%) or B (0.001 - 0.002%) to Si-Mn steel',secure
high roasting ability and satisfactory properties on large-size parts, up to
100 mm in diameter. Si-Mn steels-have a-, 132 - 167 kg/mm2, q.- 122 -145 W=2
kgm/OM2,.
10 - 15%, 't 53.5 66.6%, a~ 10.3 - 13.8 grain size Is 2.9 - 3.2
Additional alloying of the steel with V, Cu and Mo prevents grain growth,.
strengthens tho'grain boundaries and increases roasting ability. Alloying*
affects the failure resistance of the steel due to its increased ductility (in'
martensite state). Grade 17c r 2 M (17S094) steel, developed on the basis of
the-investigations, offers high fatigue contact and operational strength. Them'
use of this stbel instead of 12 X 2Hx1 (IM2NCh) steel yields savings'of about
~70 rubles per I ton. There are 12 references.
L Koblikova
[Abstracter's note: -.Complete translation]
Card,P,/2

SOROKIN)
V.K., kand.tekhrinvik; TSKHffOV, 'j.,S, Iti7h.
1-- ~~~Ow
I
-InvesUg-iting structure formation during the sIntering of iron-
graphite alloys. Trudy GPI 19 no, 1:60-68 163. (MIRA 17:7)

ISW.Xovp T-air,. asolotent
Practical training ift,malborry silWorm culture in ruml schools.
Uah. zap. Tashk. jos. 'W. inst..35 no.ls60-"
(HIRk 1739)

SHINIEVICII, Zinaida Markovna; IIA'KHAKOV, Tair; LUflrZ.-!LVjA, M.S.,, red.
LPractical studies at a school experimental and training
plot; textbook for studeuts of the 7th grade of Uzbekistan
schools] Prakticheskie zaniatiia na shkollnom.uchebno-
opytnom uchastke; uchebnoe posobie dlia uchasbehikhsia 7-go
klassa shkol UzSSR. Izd.4. Tashkent, Sredniaia i vysshaia
shkola., 1063. 154 p . (MIRA 17: 10)

IK
-20796-65 EwrW/E,,qTW/Ew(,!)APR/T; PrVPs-4- Am, (a
ACCEMON N-R., AR4047539 9/0277/64/000008/0040/034cl
SOURIM Ref. zh. Mashinostr. mat., konstr. i raschet deW. w4h. 0& vi
Abs. S.48.281
AUTMOR: Tzkhakov- T.'G~
fol w
Trr Ry of psLrU&fly--ehci~8O
LE: rhe bearing capac
CITED SOURCE: Tr, Kazanak. --viats. In-ta, vy"p. 81, 1963, 4448
TOPTC TAGS: aerodynamic bearing, bearing capacityO. partially! Oncloaqd,!bearin&,
pressure distribution. bearing fric Uon
TRANSLATION- Under the normaL premises, (ammll clearargco., iN t~%Wtrr "r
7.1a
laminar flow, negligible forces of inertia, 180thertnto lawn' Me irr"Or"Ita kuktfft 6!
the distribution of pressures in an idWtely long locaring is dffforftttat~d into two 04UIL--
tions for t~e upper and lower section of the; bearbig shell. The point ig ~n;ltde that in 1he
problew of the partially-enclosed beEiring, In addition to the usual, (for 11he complet4d,'r-
enclosed bearing) pirameterS (DaRlelY& the relative eccentricRy and. ~- ihe character-
lstac), ma additionul paranaeterv u-e encoimtered: 20 AM tho enclaoure angle iml (h*
C"d

L 20796-65
ACCESSION NR: AR4047539
'.oad angle. Two limiting cases avre ,Maid fbr~ V4000
WhenN (an infinitely great speed ot rotation), the basic eci~atfdhliu'
A teg--
cQn.qt (h the running free play). From the syrn-metry of, the boundary conditions in ds
C-~ilw Lhero followli the symmetry (A tl-ie pressure ~Jfftrfbution pattern. -11te resultant
forces of pressure and friction are found The fr-.cUonal forces cause a shift in the
journal center from the load line (hijxpBar to the BbLif t In a rotating dxy f riation coupkei)
angle T= T (ang160f ecCelith
by the negative I
does not. eyceed 25'. When 0 (inffmtely', swan rotaffonat spelwo), tj~~ bq'Ld equgtroa.
couicides with the equation for a Ii quid lubricant, and is integraW In its tinal form. !Aty'
iri a completely-nelosed bea-ring vt low rotationa~l spee&, the gas jet doea not Increase
tha.beariag.capacity. die aoLe diffEireace uing that, with partial anclo"re. the iotu-nall
an
- -1 - -
The wjftrpcdnts outtbatink nor i to,
shi
Lhe :)asic equadon, wbLich Is normdly numerical, is a more difff"t prdblem for the.'
b~earlng 4ecauso of the presenct3 of the new paxImmeters. In the
il,;7'rot-i-cai incCgTatjou of thel equat-