SCIENTIFIC ABSTRACT KOMISSARENKO, V.S. - KOMISSAROV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824110019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V. S.
V.S. Komissarenko. Quantitative repectral determinetion of Rdmixtures in metallic
caalmiiua - P. 1260
SO: Factory Laboratory, No. 10, 1950 1

Category : USSR/Optics - Optical Methods of Analysis. Instruments K-7
Abs Jour : Ref Zhur - Fitikaj No 2) 19571 No 5158
Author : Komi8sarankop V.S.
Inst : Saratov PD~= Mkali Storage Batteries, USSR
Title Spectral Method for the Determination of Aluminum and Silicorx'in Iron
Ore.
Orig Pub Zavod. laboratoriya, 1956, 22, No 4, 453-454
Abstract An experimental method vas developed to determine the aluminum and
silicon content in Itrivorog iron ore; the aluminum and silicon re-
main after the ore is chemically processed for enrichment purposes.
The concentrations of r*luminum determined range from o-07 to 0.206%
Al/Fe', and those-of S102 range from 0.09 to 2.09% Si/Fe. The sample
for analysis is pulverized together vith carbon povder in a 1:1 pro-
portion and placed in the carbon electrode of an &-c arc. The current
if 15 amperes. The4~ of the spectrograph equals 24. The analysis is
performed with the three-stand d methods. The analytical pairs of
lines are Al 3.082.6-Ye 3055.26 A, and Si 25o6.9-Fe 2507.9 A. The
mean-squared error is 7.8% in the determination of aluminum and 10.4$
in the determination of silicon. The spectral-method data agree vith
the results of chfmical analysis.
Card 1/1
Category: USSRIAnalytic&l Chemistry - Analysis of inorganic G-2
Abs Jour:lReferat Zhur.
1957, M74
Author Komissarenko V. S.
Inst 7-not-g-1- -
.. 9 Ven -.7
Title 142
WCULmi-Wid NagResids in Mixture of
Nickelous_Ardroxid6'
alld Graphite. a6d also in Hydroxide and
Sulfate, Of- Nickel,
Orig Pub:. Zavod. lab 1'956 22,':16
or&, 0. YK 11 1323-1324
Abstract: The samples axe CON "Atd-t6 A solution Vhich is used to impreg-
nate the carbon electrodeg. The analysis is carried out accord-
single calibration graph., in 4 S, I C c divateg.
MVNiC o-or
Ca NIO & and
is determined vitkin 0.035-0-35 from 0-03 to
0.14%. Spectra axe excitated witk a Feissner generator (cap&-
citance 3000 cm, inductance--O) and are registered with a me-
dium sPectrOgr&Ph, OD spectral plates of type III sensitivity
Of 16 GOST units- There are dissolved in E01 (1:1) 5 g of nic-
Card 1/2 L ~14-

The Determination of Lithium and Sodium in Lyes 32-24-4-37/67
by the Spectral Method
density of 1.18. As inner standard a PbClP solution in lye is
used, in which case different ratios are used for the determina-
tion of lithium and sodium respectively. The spectra are recorded
on an 0-24 apparatus; data axe given in detail. The av'5ra e
square deviation is given as amounting to t i1% (re-lativef. The
method described is employed for rapid determinations carried
out in industry. Thera is I references. 1 of which is Soviet.
ASSOCIATION: Gosudarstvannyy zavoa shchelochnykh akkimulyatorov, g.3aratov
(State Factory for Lye Accuimilator3 of the City of Saratcv)
ation 2. Sodium-Determination. 3. Sodium
hydroxide-Spectrographic analysis 4. Potassi= hydroxide
--Spectrographic analysis
Card 2/2

KOWSISIA-REI TKI09 YU.S.
Fxperience in the use of operalicna! accounUng for thc-
productian results at the "Upnin Order" Fur Combine in ~'azan,
Kozh.-obuv. prom. 6 ro.2;19-23 F'64.
-WS-g- v git";
ONO 20
gg
'T
I ;w5

1OKISSARMNKO,.Tu.-S.
,Improve the quality and broaden the assortment of fur products.
Leg.prom, 14 no.2;10-14 7 '54. (MMA 7:5)
1. Direktor Kazangkogo ordena Lenina. mkhovogo kombinata.
(ftr trade)

KOMIS S.. ___
The Kazan Fur Combine during the sixth fiTe-year plan. Log-prom;
16 no.4:15-17 AP 156. (NLR& 9:8
1. Direktor Nazanskogo makhavago kombinata.
(Kazan--Fur)

-NOMISSARENKO
Experience in the accountingfor the production output by the
standard.oasta of manufacturing. Kozh.-obuv. prom. 5 no.lls
Ar6 -9 9 163. WRA 17t1)
1. Direktbr Kazanskogo mekhovogo kombinata..
Z~-

KOMISSA10-70, lu.S.
""'4' -,
~~74" - -,- -1Z~-1-1~-..;xW
Processing of far sh-!p skins preserved with the acid and salt
met,hod in the Kazan Fur Gcmbi-ne. Kozh,-obav. prom. 6 no.12t
4-6 D 1611. (MIRA 18:2)
1. Direktor Kazanskogo mekhovogo kombJnata.

NENAKHOV, Petr Zakharovich; KOHISSAROV,_A.D,. inzh., retsenzent; ORIDV,
VA.. in2h., rsjd.;--fSHISIJLYKOV,, Ye.S., inzh.j, red.; BOBROVA,
Ye,N.j tekhn. red.
(Manual of the be,ggage-woighing mid issuing attendant]Spra-
vochnik vesovshchika-razdatchika bagazha,, Moskva# Tranozbel-
dorizdat, 1962.(,:210 P. (MIRA 15: 3-1)
gailroada-Baggage)

KOMISSAROVp A,F,, inzh,
Mechanizing the oxygen cutting out of circular apertures in
curvilinear surfaces. Svar.proizv. no.7321-23 JI 162.
(MIRA 15:12)
(Gas welding and cutting-4-5quipment and supplies)

1~ ...........
AM"-w-1 AP60121
33 , Mom as&-
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AUTIJORS, IC (,qy
OM,Ssarov SOMCE" com d-lo-6-41F ft-.;, 4~
Antropov, 00 p
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none
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T1M. An automatic gJr
B
OU
BdU'C2t lzobreten4a, 'P* Class 35, No. 180320
Alt
TOPIC'TAGS: PrO'Wilhlen4m obraztV
TOP'l
A13STRACT hoisting equipment, automa tovarnyye znak" no- 7P 1966, 52
S
3 T~
tic machineg automati
oade
This Author Certificate presenta an automatiol(A 0 equipm,,,tnt
load-. The grip contains ~ casing wi
conn
ne
11ted to the pow.,
th V1.1-de, a. th hooks hinge 9riP -for lifting
ine Position Of the grasp d to a d VOL and carryin
d c rr
cu an a Yng
OtOPPing de I aw IT U--
holthe oad has 119. 1). Vloe Mounted in the
low a7-pen Position Whe.ing hook. (see To maintain the hoo
O*f
the
shaft `al~ no
eo
-11, attached load, the 0 fixing
-coke
an opening connected Piston ka of thearip
r
Plunger to 'M movable fr to the working Into shaft Of the
;he power
placed in the hollow a amO mounted in the caurior of Power cylinder
is
Wt. The f the c3rlinder. der
~ID Cylin4eZ h
Ing. This
rame activate The frame Is held by a
frame is hel
ping den d by a
S the stopping device. _XM
.0e.
UDC8 621-86.0
61
bast rigureo
L]
Orig.
06i=63
SUM
SUB W - b
Card' 2
041~2 _=6
~67
SOURcE CODE: U
ACC NR, AP)022005
.. 1, Yu. N.; Komissaroy, A.-G.; Prilipko, V. I.; SusOv, Yu- I'; JY
AUTHOR! Denisoy _ 6
Shishlyaj5iU icv. P. T.
ORG.. Joint Nuclear Research titutn- nMubn (Obioyedinom-lyy institut yaderiWkh
issle
TITLE: KLectron--counting system for stabilizing frequency of r-f oscillators e~
SOURCE: Pribory i tekhnika eksperimenta, no. 3, 1966, 107-1-14
TOPIC TAGS: rf oscillator, electronic oscillator, frequency stability
ABSTRACT: The development of a new apparatus is reported which automatically sets
and maintains the frequency of an oscillator within 0.001% in a 1-100 Me band. The
time a tT necessary for filling a counting decade (I through 6, adjustable) register-
with the pulses recurring at a frequency fx is compared with a reference time inter-
val LN tr. The comparison results in an error signal which adjusts, through a
feedback channel, the parameters of the oscillatory circuit in such a way that
fx N/6 tr, where N is the number of pulses required for filling the register.
The register capacity varies due to clearing (before each filling) not to zero,
Ni - NM - N, where NM is the maximum capacity of the register. Thus*# when N' vd-AileltsM
fX also varies always remaining f. =(Nm - N1)14 tr. The frequency error is corrected

L 06124-67
ACC NRt AP6022005
6
"coarsely" by a servomotor-operated main capacitor of the oscillatory circuit and
"finely" by an additional varicap in the same circuit. If the reference time
interval is 1 see, the value of Nm:- N' is in cps. In NMR apparatae, the value of
Nm - NI can be expressed directly in teslas or oersteds. The frequency stabilizing
system is designed for a 1--10-Me band (or 0.0235--0.2350 teslas). An additional
high-speed decade is used to widen the frequency band to 100 Me kor 2.35 tl)-
Principal circuit diagrams of the apparatus and its component parts are Wlained.
Orig. art. has: 9 figures and 5 formulas.
SUB CODE: 20,.09 / SUBM DATE: 08JUn65 / MIG REF: 002

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;, -1 ~--, -,- .,;, f I . -~4 1 - 4~ . .- --_ -.. -- .- -..-

gg-F UQ
--m ali-mill"

KOMISSAROV, A.I., kand.takhn.nauk
Plotting thread-feed graphs for shuttle sewing machines. Izv-
vys.ucheb,zav.; takh.leg. prom. no.1:111-122 158. (MIRA 11:6)
1,Moskovskly takhnologichaskiy-institut legkov promyshlennooti.
(Sewing machines)

KOMISSAROV, A. I.
"Analysis of the Upsetting Mechanl3ms of Plate-TiFhtening Machines." Thesis for degree
of Cand. Technical Sci. Sub 1 -ruI7 50, Uoscow Technological Inat of Lipht Industr7
iment L. Me Kaganovinh.
Summary 71, 4 Son 52, Dissertationg Eregented tor Derrees jijij SgIence nad_ Enrineoring !a
Moscow in 1c)50. Yrom Vechern-vaya Moskva, Jan-Dec 1950.

~ .. WWB;~S-If-T.;'~.. 111) 1 ~! - -- ~- -- -
I - - -- -
1. KOIMIS."MHOV, A. I.
2. USSR (600)
4. Electric Engineering
7. Duplex sheating machine for connecting wires, Fab.energ. 3 no. 4, 1953.
M
9. Monthl List of Russian Accessions, Library of Congress, APRIL 1953, Uncl.

Electrical Engineering Abst.
Vol- 57 No. 675
Mar- 1954
Electrical Engineering
9
921. Erection experience i ~kM W (07W
conductors. L. N. Gitr 0v
ND
KOMISSAROV. Efekt. Stantsil, 191-53yNo. 9, 32-51 JIn
Plasiali. aw
A description of experience with a 4300 in trial
section of 400kV line over wooded, billy country.
The section has I I supporting towers, the 9 inter-
mediate ones having a conductor height of 27 in.
400 inni length or side, triangular spacing or con.
ductors is used. Structural length of each conductor
is 1500 m. Each phase comprises 3 separated, con-
ductors and these were laid simultaneously, details.
being given of tinctor arrangements and of yoke and
guide pulley systems. This method avoids entangle-t
ment of conductor vvires. - During fiffing over long
spans, ground friction ensures the maintenance of
insulator chains under tension thereby preventing
bending of their pins and cyzs. Over short spans
special braking devices are required to achieve this.
Efficicrit erection demands frictionless guide pulleys
with well-lubricated ball bearings in sealed housings,
an'd also effective ficid or radio-telephone co~mmunlca-
tion between erection squads, The relative met:(s
of various suspension insulators are described, as als *
is a method or checking and marking the conductors
during erection over sites such as railway lines where
minimum interference with amenities- is essential.'
Malleable iron eyes h3%c been found unsuitable in
certpin,insullater systcms, and it is pointed out that
tensioning screws in the latter ~rc'usclcss except In
short spans. F.*,,ar--.i!ors between the con-
ductors of the Sania plilzc art; necessary to avoid
damage due to wind prwsuro. Improvements arc
suggestedin thestcclwo.,kof (lie supporting structures
to facilitate erection. 1. MCXI!RROW

133-1-18/24
AUTHORS: Kolosovi M.I., Avzenshtok, I.Ya.,,and.Komissarov A.I.7
Engineers.
TITLE: Rational Conditions of Annealing Quality Rolled Products
in, Batch Furnaces with Mechanical 0harging of Piles
(Ratsionallnye rezhimy otzhiga sortovogo prokata v kamernykh
pechakh s mekhanizirovannoy posadkoy paketov)
PERIODICAL: Stall 1958 RN0.1t pp. ?l - ?4 (USSR).
'A
ABSTRACT: In 1946, two new batch furnaces for annealing structural
rolled steel, designed by Gipromez, were erected. Character-
istic feature of these furnaces (Fig.1): under bottom firing
with additional ports for recirculation of the combu&on pro-;-
ducts; mechanised charging of piles. The initial operation of
these furnaces was found to be unsatisfactory and in order to
establish a correct annealing practice, a number of investi-
gations of the heating of metal were carried out. On the basis
of the results obtained, correct annealing practice was dev-
eloped. This results in a 100% increase in the amouat of
annealed metal (from 1946-1956), in addition fuel and power
consumption decreased by 30 and 15%, respectively, and the cost
of annealing a ton of metal decreased tom ?00 to 75 .-roubles.
It is stated that the annealing furnaces on the Chel,yabinsk
Card 1/2
Rational Conditions of Annealing Quality Rolled Products 133-1-18/24
Furnaces with Mechanical Charging of piles in Batch
Works as well as similar furnaces on the DneprosPetastall
Works are superior to furnaces on other works with sliding,
bottoms. The following PRrticipated in the investigation:
V.S. Shvetsov, B.K. Ipatov, A.A. Kbudenlkikh, G.Ye. Mysina
R-P- SYromolotovaj M-Ye. Anisimova ZoA~.TavakJLna
7j*A* Monastyrskaya. , A -A; Tomi.6a
There are 2 figares and 2 tables.
ASSOCIATION: Chelyabinsk Metallurgical Works (ChelYabinskiy
metallurgicheskiy zavod)
AVAILABLE: Library of Congress
Oard 2/2

KOMISSAROV2 A.I.; KELIN, Yu.A. (Moskva)
Characteristics of the work of the rotating thread feeder of a
shuttle sewing machine* Shvein.prom. no.1&12-16 Ja4 104.
.. I NIRA 17:3)

%at treatment of carbon and alloyed stselN by TA Doroniu-
Reviewed by M' KONIssarOvo. Stall 18 no 4:355 AP 158,(XM 110)
1 me luddy usUllurglohok- -%vod.
restus")

AUTHOR: Komisgax_qvv.Aw_Z. 133-58-4-26/40
TITLE: Review of the book by V. K. Daronin "Thermal Treatment
of Carbon and Alloy Steel" (Reteenziya na knigu
V. M. Doronina "Tormicheskaya obrabotka uglerodistoy i
legirovannoy stali")
PERIODICAL: Stall, 1958, Nr 59 p 355 (USSR)
ABSTRACT: The book is published by Metallurgizdat, 1955, 391 paGes,
301 figures. The book was reviewed by a reader's
conference on the Chelyabinsk Works. The review is
favourable.
ASSOCIATION: Chelyabinekly metallurgicheski zavod
(Cheilyabiusk Metallurgical Works~
1. Ca#on steel--Heat treatment 21 Alloy steels--Heat treatment
Card 1/1

133-58-5-9/31
AUTHORS: Kolosov, M. I., Ayzenshtok, I. Ya., Komissarov', A. I.,
Mysina, G. Ye. and Povolotskaya, M.
TITLE: The Influence of the Weight of Ingots on the Quality of
Structural Steels (Vliyaniye vesa slitka na kachestvo
konstruktsionnykh staley)
PERIODICAL: Stall, 1958, Nr 5, pp, 411-414 (USSR)
ABSTRACT: An investigation of the possibility of increasing the
weight of ingots of steels 18KhVA, 4OKbl]MA, l2Kh2N4A
and 30KhGSA from 1.2 and 2 .65 t to 4.5 t was carried out.
This increase in weight of ingots was necessary in order
to increase the throughput of the casting pit and blooming
mill as well as to increase the degree of deformation on
rolling profiles of a large cross-section (250 to 300 mm).
The investigation was carried out on eight heats made in
a 30-ton electric furnace. The experimental metal was
teemed into 1 18 2.65 and 4.5 t ingots. In order to
study the ch;;acier of crystallisation three ingots of
various sizes from each melt of each of the steels
investigated were selected. After slow cooling and a
.softening heat treatment from the twelve selected ingots
Card 1/4 axial longitudinal elates were cut. The experimental
ingots of 2.65 and .56 (charged hot into soaking pits)

133-58-5-9/31
The Influence of the Weight of Ingots on the Quality of
Structural Steels
were rolled on a blooming mill to a cross-section
250 x 250 mm. and then on a mill 800 into semis 140 x
140 mm. Ingots weighing 1.18 t were rolled on a mill
800 into semis 140 x 140 mm. For the studies of the
macrostructure and mechanical properties specimens were
taken from semis 250 x 250 on the following distances
from the top of ingots %:
Ingot 2.65 t 19, 58, 98
Ingot 4.5 t 19, 392 58, 78, 98
The macrostructure of etched specimens was evaluated
according to MAP-MChM scale. Thermal treatment of
specimens for testing mechanical properties vas done
according to MPTU2333-49. The macrostructure of ingots
is shown in Figs. J_L~. The results obtained indicated
that: 1. Macrostructural defects in rolled steels were
caused by defects in the cast structure of inGots.
2. Aacial intercrystallite cracks in rolled steel
l8KhNVA of a cross-section 250 x 250 from 4.5 t ingots
remain unwelded during rolling in spite of a considerable
Card 2/4 degree of reduction (in steel l2Kh2N4A they are welded

133-58-5-9/31
The Influence of the Welaht of Ingots on the Quality ot
Structural Steels
on both profiles 140 x 140 mm and 250 x 250 mm (from
ingots of all weights). 3. The axial porosity and
v-shaped cracks in ingots of steels 40KhNMA and 30KhGSA
are welded during rolling. 4. The degree of development
of segregation outside the central zone of ingots depends
on the chemical composition of steel and increases with
increasing weight of ingots, but does not exceed the
degree permitted by MAP-MCbM 1951. From the steels
investigated the highest development of tbl se2;regation
was observed in ingots of steel 30KhGSA. ~). The weight of
ingot has no influence on the mechanical properties of
steels. 6. The indices of mechanical properties of steels
investigated were high with the exception of the top part
of 4.5 ton ingot of steel 30KhGSA7 where-strength and
plasticity indices were lower.than is required by
standards. It is concluded that: 1. Increasing the weight
of ingots of 18DNVA~steel from 1.18 to 2.65 ton to 4.r- t
is not advantageous, as this deteriorates the macrostructure
Card 3/4 of metal due to developing axial intercrystallite cracks
which are not welded during rolling. P- Steels l2Kh2N4A

133-58-5-9/31
The Influence of the Weight of Ingots on thF quality of
Structural Steels I
and 40Kh7iMA can be cast into 4.5 ton ingots as their
structure and mechanical properties remain satisfactory.
3. The problem of casting steel 30KhGSA into 4.5 t ingots
requires further investigation.
There are 4 figures.
ASSOCIATION: Chelyabinskiy metallurgicheskiy zavod
(Chelyabinsk Metallurgical Works)
Card 4/4

A,
I j300K MmIrwoo SW/3845
an& Abram lzrailevich 1comissarOv
Lyaldwvich., Lev Stepanovich." Of
aboy obrabot1d sortovO90 PrOltata (rundmeutals
0snovy tekhnolog,-:, termiche e1 Barsy jehelysbinsk] Chelyabinsko)e
,nt of Merchant Ste Vrintede
geat Treatme go p. 2,000 cOPiea.,
knizbnbye iz&-VO.. 19590
-D Zd*** 'VT. Kolbiebov-
G.O. obramovich; Tech
rIzerg in heat trO&tment shopas Inspeition
PUFMO: This book is intended. for v0 plants. It may also be U50=1
departments,, and, lsborl&tOries Of metallwgical I=s and institutes*
to stddents in metsIlUrgical de.pertmehts Of telfti
d, in recent Vows by MIULIJUrgicel
cribe enerience gaine heat treatment Of merchant
COVMIAM-. The authors des I peciaily wMet-iduce in fts of best
plants in the s(mthern Uraisseal Theoretical VOW
Wars at the Chelyabinsk 10t811m. Leal plant. treated. elsevhere in spediAl.
treatment are not discussed beresince they are methods of in-
atment regime, are covered thOrQU9UyI and
literab=- Rest tre bar Microsti-actv= are also =tUnedo NO IMMUOLUt60
spection of merchant are 2o references, a7,1 Soviet.
are mentioneds There
Card 1/3
Pundalnentals Of Heat Treatment of j(erchant Steel Bars S07/3845
TAM OF cMn=W:
IntrOdUction
1. Buie Gharw-teristics of Beat Treatwnt Of Merchant Bars
2. Heat Treatment of Steels for Ban
Bearings 6
3. Heat Treatment of ToOlLateels
4. Annealing or ConstructlOnal Steels 29
5" Annealing Of Stainless Steels 55
6- Heat Treatment of Magnet Steels 70
7- Certain Characteristics Of ftnaces Used for Rest 73
Treatment of Merchant Bars
C ard 2/3
To

Fundamentals of Ffeat Treatment of Merchant Steel Bars
8. Layout and Work Flow in Shops for Beat Treatment
of Merchant Bars
9. Quality Inspection of Merclumt Bars After Reat Treatment
Appendixes
References
AVAUANZ: Library of Congress (T8340,jL48)
Card 3/3
80713%5
84
T-28-60

SOV/133-59-9-13/31
AUTHORS: Keys, N#V*j Ayzenshtokq I.Ya., Komissarov, At # and
' Royak, D.B., engineers
TITLEt The Production of Steel 38KhMYuA for Internal Combustion
Engines
PERIODICAL: ,Stall, 1959, Nr 9s pp 808-811 (USSR)
ABSTRACT: Changes in the technology of smelting 38Khf-fYuA steel
since the start of its production in 1952, are outlined.
The main points in the smelting technology used at
present: a) a preliminary deoxidation of the bath with
pig iron after the end of the oxidising period; at the
beginning of refiningsthe bath is deoxidised with a
mixture of silicomanganese and 75% ferrosilicon in
lumps; b) addition of ferrochromium at the beginning of
refining; c) diffusion deoxidation with coke and
ferrosilicon during 20 minutes; d),shortening of the
reducing period to 80 minutes (instead of 120 to 150
minutes in the previous technology) metal temperature
before casting 1600 to 1620*C in the ladle 1575 to 15900C.
Despite improvements in the smelting technology, the
proportion of defective metal is still high (in 1957 - 145%).
Card 1/3 Due to the appearance of spot segregation, head crops were

SOV/133-59-9-13/31
The Production of Steel 38KhMYuA for Internal Combustion Engines
increased to 25%. Most common defects encountered in
this type of steel are described: 1) Spot segregation
consisting of localised enrichment of metal in carbon,
sulphur and phosphorus; the appearance of the defect is
associated with the evolution of gas during crystallization.
2) "Bubbles" - in the axial zone of macrotemplets
discontinuities in the metal called "coarse bubblesil
(Fig 1). A fracture along the zone of the "bubbles"
appears as lamination in the form of dark thread. No
changes in structure in the zone of the defect was
noticed, non-metallic inclusions are absent. Studies of
longitudinal cross sections of ingots (Fig 2) indicated
that the defect is associated with insufficient feeding
of the ingot during its solidification. 3) Cracks -
usually situated in the central part of macrotemplets
(Fig 3). The defect was found to be caused by too early
transportation of ingot bogies after teeming (40 minutes)
by retaining the bogies in the casting pit for 2 hours
20 minutes this type of defect disappeared. An
investigation of the defects in the finished parts -
Card 2/3 blisters (Fig 5, 6 and 7) indicated that some improvements

SOV/133-59-9-13/31
The Production of Steel 38KhMYuA for Internal Combustion Engines
in the forging of semis and stamping of parts are
necessary as at present, the central part of the ingot
is pushed towards the internal working surface of the
stamped parts. The necessity of establishing well
founded standards for defects which at present are
considered as unavoidable is stressed. There are
7 figures and 6 Soviet references.
ASSOCIATIONt Chelyabinskiy metallurgicheskiy zavod
(Chelyabinsk Metallurgical Works)
Card 3/3

MS, N.Y.; KOHISSMY, A.I.
--- - -- ----- 1-----
Studying conditions for the acceleration of the sintering
process and preparing a h h-basicity fluxed sintere
I
Stall 20 no.8:694 AC T. (MIRA 13--7)
(31atering)

KRS, N.V.; KQHISWOV, A. I.
laboratory reaearob at tho Ghel7abinsk Metallurgical Plant@
Stall 20 n0-8:715 Ag 160. CHIA 13: 7)
(Opon-bearth process)

S/133/60/000/008/005/013
AUTHORS& Keysq N. V.~Iand Komisearovi As 1.
TITLEt News in Brief
PERIODICALt.. stall, 1960~10- 8v 721
TEXT& 1. In the.Chialyabiziskiy,metallurgicheskiy zavod (Chelyabinsk
Metallurgical Plant) tests'were ourried-,out in order,to.improv,e-the
electromagnetic properties of transformer steel. %J Mainly the oxidizing,,.
p6riod of melting, the temperature conditions and vario-as deoxidizing
agents for removing the non-metallic inclusions from the metal were
examined, The blowing of oxygen into the metal was Started when the carbon
content in the bath was 0.20-0.25~ and ended when the ataximum carbon con-
tent was 0-03-0,035%- optimum metal temperature in tho ladle was 1,5700..
195900C. -During p6uring, wooden frames were placed in-to the ingot molds,
t The electromagnetic properties of the sheets of 0-5 mm in thickness were
C improved bY 30-35% in the Novosibirskiy metallurgicheskiy zavod (Novosi-
oi birsk Metallurgical F. at) compared to the 1958 produets and by 52-63%
to in the M. The, quantity of waste matter, due to surface defects, de-';'
O.f creased from 3.2%.to 1.41a. In order to remove the noa-metallic inclusions,-
Ca'r
Card 1/3
a res,,l
Steel
Iri t-h

S/133/60/000/008/005/013
News in Brief
carbon tetrachlorideq the surface of the ingots was smoother and no pre-
liminary planing was necessary. The ingot molds lasted for only 8-10
smeltings. Various protective lubricating substances were tested,there-
fore. The best results were.,obtained with petrolatum consisting of the
mixture of paraffin hydrocarbons and ceresing produced by deparaffination
of aircraft oils.
Card 3/3

S/133/60/000/008/010/013
AUTHORS& Keys, N. V. and Komissarov, A. I.
TITLE% News in Brief
PERIODICALt Stall, 19609 No- 8, P. 740
TEXT& At the Chelyabinakiy metallurgicheskiy zavod (ChelyabJnsk
Metallurgichl Plant) the output of rolled productsl~~rom the 1x18"9T
(1P18N9T Ktype stainless steel was raised considerablyg and consequent-
ly the demands made on the 800 and 1100 type adjusting machines also
increased. In order to raise the capacity of the adjusting process, two
equipments for flame scarfing the stainless steel were installed. An
aluminum-magnesium powder is applied in this process. It was found that
it is economical to use flame scarfingonly for metals with rough surface
defects.
Card 1/1

AUTHORSt Keys, N. V. and Komissarovit_ Ao I.
TITLEt News in Brief
S/133/60/000/008/012/013
PERIODICAL: Stall, 1960t No. 89 P- 757
TEXT& 1. The new meltinK te2hnology:1applied at the Chelyabinakiy
metallurgichookiy zavod ( Chelyabinsk Metallurklaal Pl~nt) in order to
improve the quality of ball-bearing steel differs from the conventional
method in several aspectst the boiling period is made more intensive, pig
iron is added at the end of the oxidation phase, the metal temperature is
reduced during melting and pouring (1,530 0- 1,5500C); the steeI and slag
are tapped through an opening of 2501-300 mm. This new method decreases
the quantity of non-metallic inclusions, oxides, etc. in the metal (the
amount of specimens with inadmissible contents of oxides decreased from
14.9-16.0% to 7.7-6.0% and the amount of globular enclosures from 9.7-7-5%
to 0955-2%yo 2. The causes of the low notch toughness of the 3CxrcHA
(32ppm)~type steel were investigated. The conditions of the heat treat-
ment for this type of steel are prescribed by a standard for an average
chemical composition of the metal with 0.27-0-32% C and maximum content
Card 1/2

KLYS, N.Y.;
ImProving the qu%Zity of roller-bearing steel. S.t&ll 20
DoAtM Ag 160. . (MIN& 13; 7)
(Bearing metals)

KO~tISSAROV,_.A.I_.-O,kand.tekhn.nauk, dotsent
--- Designing mechanisms with lower pairs according to intermittent
dependences. Nauch.trudy MTILP no.18:191-203 16o. (MIRA 15:29)
1. Rafedra mashin i apparatov legkoy promyshlennosti Moskovskogo
tekhnologicheskogo instituta legkoy promysblennosti.
(Mechanical engineering)

KOMISSAROVO A.I., kand.teklin.nauk, dotsent
Designing the crankgear mechanism according to the given movement
of the crosshead. Nauch.trudy MTILP tio.18-204-215 '60..
(MIRA 15:2)
1. Kafedra masbJn i apparatov legkoy promyshlennosti Moskovskogo
tekhnologichoskogo instituta legkoy promyshlennosti.
(Cranks and crankshaft)

KOMISSAROV~--A.L,,,kand. tekhn. nauk, dotsent; MURYGIN, Ve Ye-t
assistent
Formation of the loop overlap in shuttle sewing machines.
Nauch. trudy 14TILP no.26:158-f69 162. (MIRA 17;5)
1. Kafedra mashin i apparatov legkoy promyshlennosti
Mookovskogo te10-nologicheskogo instituta legkoy prowjshlennostis

KEYS~ N.J.; KOIIIISSARO
Research being carried out by the Chelyabinsk Metallurgical
Plant. Stall 21 no.S-. -W .7070745 Ag 161. (MIRA 14:9)
(Chelyabinsk-44otallurgical plants)

8/133/6Z/000/006/004/015
A054/A 127
AUTHORS: Keys, N. V., Komissarov, A. I.
TITLE: At the Chelyabinskiy metallurgicheskiy zavod (Chelyabinsk Metallur-
gical Plant)
PERIODICAL: Stall, no. 6, 1962, 525
TEXT: 1) The corrosion resistance of the IX 18H9T (1Kh18N9T) grade steel
containing 0.09 - 0.11% carbon increases if its titanium content exceeds the
fivefold amount ~f carbon by more than 0.02%. The tendency towards intergranular
corrosion also depends on the degree of reduction of the metal and slag during
refining. This is indicated by the increased silicon content in the refining
process of heats. with high corrosion resistance. At a Ti : C = 5 ratio they pass
the corrosion test and have an average silicon content of 0.41% as compared to
heats which have to be re-tested and whose silicon content is not more than 0.29%.
The use of titanium increases upon applying on the bath surface a meniscus of
easily smelting fluorito.slag.prior to adding ferrotitanium. The accumulation of
titanium nitrides and titanium oxides in the Ingot top can be reduced by increas-
Card 1/~

S/133/62/000/006/004/015
At the. Chelyabinskiy ... A054/A127
pig iron does not impair the quality of'the steel. However, no saving can be
realised, owing to the higher price of liquid pig iron as compared to that of
scrap. 4) Testz were carried out to reduce the riser part of 500-kg ingots (with
5.74 conicity to one side, an H/D ratio of 3.7 and an ingot-body volume of
57-85 cm ) of 314435 (E1435), X15H6o (Kh15~Q), X2oH8o (Kh20N80), X131011
(M13yulO, PiB (R18), P9 (Rg), 3X2B8 MhM), 1X18H9T (M18NW) steeL
grades. With a (liquid) riser volume of 17.4% and a dozzle with a 355-mm opening
no shrinkage cavities were observed in the 54 ingot bodies tested. 5) The tech-
nology of smelting 2OX15H3MA (20KM5143MA) [AM-1 (DI-1)] steel grade in small
electric furnaces was established. The steel contained (in %): 0.15 - 0.21 C,
,< 0.60 DIn, -/, 0.60 Si,