SCIENTIFIC ABSTRACT PAISOV, A.I. - PAJAK, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238730002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Aimco Iron SOV16363
2. Rolling billets to.bars 130
S.: Rolling sheet bars into sheets 130

Cit. VIO Eff t-of Chemi
ec cal Composition and Structure of Low-
Carb~pn Ele6trical Steel on Its Coercive Forge 134
l.. Basic pharacteristics of ferromagnetics 134
-2. Relatidnship of magnetic properties to magn9tilic structure
of ferromagnetica~ 136
3. Effect of structure of low-carbon steel on itj coercive force 139
4. Effect of chemical composition of low-carbon steel on its
coercive force 144
Ch. VII. Brittleness of Rimmed Low-~Carbon Electrical Steel liq
1. ' External signs 149
2. Nature of the. rimm ed- steel brittleness 150
3. Embrittlement induced by hydrogen, phosphorus, and
nitrogen 155
Card 5/7

Arinco Iron, SOV/6363

.~ netic Aging of Low-Carbon Electrical Steel
C
VUL, Mag
.1. Concept of magnetic aging
2.-, Effect of chemical composition of steel
3. Iron nitrides formed in process of low-carbon steel aging
4. Kinetics of the magnetic aging process
5. Structural changes in process of aging
6.. Aging after annealing andquenching from 700*C
7
7.
Effect of heatireatment
8*:~ Effect of aluminum additions
Nonaging, low--carbon electrical steel with coercive forae
der 0,.8 oersted
un
Ch. IX. Heat Treatment of Low- Carbon Electrical Steel
1 H6at treatment of rimmed steel
2. Heat b~eatment of killed steel,
.3
* High -temperature annealing
1
4. n
Anneali g in hydrogen
Card 6 P
158
158
159
164
165
166
168
169
172
173
176
176
180
182
184

Armco Ir6n SOV/6363

17 7 2
S/129/62/000/005/003/011
E073/E535
AUTHORS: Zhetvin, N.P., Candidate of Technical Scicnceb,
Tunkov, V.P., Engineer and Paisov, A.I.,-Engineer
TITLE',': Non-ageing low-carbon-electrical steel
PZRIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
no.5, 1962, 21-22
TEXT: The best method of preventing magnetic ageing is to
coi.ibine nitrogen into stable aluminium nitrides. Introduction
into the ladle of large quantities of aluminium causes intensive
contamination of the steel by nonmetallic inclusions. Therefore,
silicon was used in quantities corresponding to 0.3-0.5% in the
finished steel. To reduce the burn-off of silicon, 400 to 600
of aluminium per ton of liquid steel was first introduced into
the furnace. Subsequent addition into the ladle of 400 to 600
of aluminium per ton of liquid steel (instead'of 1500 &/ton added
for the usual killed steel) ensures stability against magnetic
ageing. Steel of four experimental open-hearth heats were used,
the conposition of which was; 0.025-0-030% C, 0.11-0-19% M11,
0-30-0-50% Si, 0.017-0-025% S, 0.010% P, 0.11-0.18% Ni,
Card 1/2

MAKSIMV, S.K.; SKAKOV, Yu.A.; ZIIETVIN, N.P.; PAISOV, A.I.
Rcle of phase acmposition of precipitates in the magnetic aging
of mild steel. Izv. vys. ucheb. zav.; chern. met. 5 no-3:122-
124 162. (NIRA 15:5)
1. Moskovskiy institut stall i zavod "Serp i molot".
(Steel-Hardening) (Case hardening)

.kUTHORS: Paisov, 1~olpashnikov,
TITLE: Structure and properties of
powder)
41540'
S/136/62/0OO/0lo/oo3/oo4
E021/E435
A.I., 11'ang Ya-Chen'
SAP (sintered aluminium
PERIODICAL: Tsvetnyye inetally, no.10, 1962i 71-75
TEXT: The aim of the present.work was to establish the
connection between structure and properties. SA171 of three types
was investigated: Al + 7.5% A1203, Al + 10%0 A1203 and
Al + 8-5/ Al-203 + 0.3'n Zr. Samples were hot-pressed and also
cold-rolled with various degrees of reduction. The structure
was examined by an electron microscope, using carbon replicas of
polished and electrolytically etched mier 'osections. Mechanical
00C.
tests were carried out at room temperature and at 50 It was
shown that, after hot pressing, the oxide phase was present as
individual irregular and regular particles and not as films round
.the Al powder. The particles were not unifo 'rmly dispersed but
existed in chains. An increase in oxide content resulted in a
larger,number of particles but not in an increase in coarseness;
this indicates that the higher oxide content is due to a finer
1,nitial powder rather than a thicker initial oxide film.
Card 1/3

5/136/62/000/010/003/Oo4
Structure andproperties',... E021/E435
The SAP containing 10% 1203 (batch 2) had better mechanical
properties than that containing 7.5" "203 (batch 1) which, in
had better properties than the SAP containing 8.5',Q
turnt A1203 and
0.3% Zr (batch 3).
Results:
Batch U.T.S. Elongation Hardness
kg/m,n2 /0 (Brinell)
1 27.2, 11.5 79
2 33.1 - 84
3 23.1 13.0 64
This was true both at room and higher temperatures. Thp low
properties of the SAP contain4ng 8.5*,'0 oxide are attributed to the
nonhamogeneous structure of the specimens. Cold-rolling
resulted Ln increased strength because of the cold work in the
Card-2/3

PAISOVP A.I., kand. tekhn. nauk; SHLENSKIY, G.N., inzh.; SERGEYEVA, L.N., inzh.
Structural changes during the heating of' SAP (sintered aluminum
powder]. Trudy MATI no-57:127-134 163. - (MIRA 16z12)
0
!r

PAISOV, A.I., kand; tekhn-nauk-
Electron microscopy of SAP[sintered alumin--powder] w-ith.the
help of coal replicas. Trudy MATI no-57:95-98 163.
(MIRA 16:12)

PAISOV, A.I., kand. tekhn. nauk; g=YEVA, L.N., inzh.
O~aracter of the distribution of the =ide phase In SAY
[Sintered aluminum powder]. Trudy MATI no.57.-136-138 163.
(MIRA 16:12)

- - - --------
A(!C NR, AT5027914 SOURCE Co~i)E:---UR/2536/65/000[062PO5/0013
AUl'116i: Sakh4aroV_-G. S. (Candidate of technical sciences);,KqjMhnikov,, A. L'
n -iF-
od~cfo. of of tecKrFi'~~'
r tech icaL ciences, Professor);_g
0142y (Candidate
ent J~ Shiryayev, Ye. V. (Engineer)
OR(;.-, 14oscow Aviation Technology Institute (Moskovekiy aviatsionnry tekhnologicheskiy
ineititut)
TITIS! ForRina.and hot stamping,of sintered aluminum powder
-: .~ :
f, `7
SOURCE: Moscow. Aviatsionnyy tekhnologicheskiy institut.'Trudy, no. 62, 1965. Obra-
botka daylenlyam legkikh splavov (Pressure working of light.alloys) 5-13
TOPId, TAGS: metal stamping, sintered aluminum powder, hot die forging, closed die
forging, material deformation, metal stress
ABS'MCT: Currently some organizations can accomplish with a fair degree of success
the h6t.stamping of-hon-intricately shaped SAP (sintered aluminum powder) blanks (con-
'taining 0-11% A'209' This stamping, howeveT, involves a number of difficulties owing
to tha, low plasticity margin of the materia:1. In this connection, the authors present
the f4ndinge of.an experimental study of the deformability of SAP by hot stamping.
The SAY specimens used for forging and hot stamping differed in their A1203 content
and a6-delivered state: sintered briquets, pressed bars, clad rolled stock, etc., in
order-to determine the stampability of SAP As a function of the state of the specimen.
Carj UDC. 669.716:621.97.07
1/2

LI 13i4_3_66
AMNP. AT5027914
The -:00:11owing experiments were performed. free drop forging, hot stamping in open
di",.hot stamping in closed dies, high-temperature stamping. The free drop forging of
specimens (pneumatic drop.hammer with falling weight of 75 kg, harmar block heated
to 130-150% S&P specimens, 20x2Ox6O T=, heated to 470-500%) resulted in.their ear-
ly failure, apparently due to the unfavorable stressed state accompanying this forging
tecbnique..Hot stamping in open and closed dies~also resulte.d.-in early cracking and
failure owing to the low plasticity of SAPz However, the experimental hot stamping of.
Al-clad specimens in open dies produced much more encouraging results, since the
cladding of SAP contributes to the healing of all sorts of surface microdefects which
represent stress concentrators. Hot stamping in closed dies requires the prior vacuum
degassing of SO (particularly of S&P-2 and SAP-3, with their lower plasticity com-
pared with S&P-1: the optimal hot-stamping temperature for SAP-2 and &kP-3 should be
atleast 6000C). High-temperature stamping (at 7500C) in a 200-ton vertical hydraulic
press can,be used-to obtain intricately shaped forgings but it has the disadvantage of
resulting:inzome nonuniformity of the distribution of oxide in individual sectors of
theforging,and hence the forgings thus produced can be used only for minor purposes*
Orig. artohao: 10 figures, 1 table.
MM CODE: 11, 13/ SUBM DATE: none/ ORIG MW: 000/ OTH REF: 000
........... 1,
Ca,d- 2/2~

W eMin.nau!.; YOITASNNIKOV, A.I.~ do~ Lr:i~ I.rikhTi.nauk, prof.;
kand.t .1 jr,
TSIPULIN, I.P., inzh.; SHELAX011, V.A., k.!Ard.I,ekIrIri,,r.,aiak
Dependence of the str-ct.,.re and properties of UP [sinter-2-1
aluminum powder] on 'he sintereing -bl~rapemtur& and 6691-SE~ C""
deformation during iolling. Tru,3y MATI no.62:22-29 16- f-. (MIR-k 18.--,0)

C7 p, ~'i v 1
"iL _-1 t~'
ACC NR' AT5027917 SOURCE CODE:,UR/2536/65/001)/062/0030/00-)7
AUTHOR: Pai ~j
_,,,(tandidate of technical sciences); K~;hnikov, A. I.
(Doctor: of, techn- caF-6-c-ionces, Professor); Kotiyeva, L. U. (Candidate of chemical
I sci _qjbinovykaya~ Ye. (Engineer); (C-,.indidate of technical
sciences)
~ORG: -Moccow Aviation Technology Institute (Moskovskly aviat6ioyni~y tekhnoloFicheakiy
7-7
institu 'T
TITLE: Transformations occurring in aluminum powder/during Its heating
71776
SOURdE: Moscow. Aviatsionnyy tekhnologicheskiy institut. Trudy, no. 62, 1965.
Obrabotka davleniyem legkikh splavov (Pressure working of light alloys), 30-37
TOPIC TAGS* aluminum powder, powder metal production, heating, aluminum oxide, phase
composition# metal heat treatment
ABSTRACT: The'investigation of the changes in the amount and composition of the oxide
phase.in heated Al powder is of great interest to the heating of this powder or to its
briquettingin heated state, as well as to the heating of cold-pressed briquets to
temperatures of 600*C and higher, performed for the purposes of degassing and sincer-
ing.,The authors performed this investigation on the basis of a method proposed by
L. U. Kotiyeva, since the conventional method of determining A120 in Al powder and
in sint.ered.Al powder (SAP) accordingto the difference between Re weight of sample
COM 1/3, UDC: 669.017:669.7.017.3

ACC NRi -AT5027.9.17
and the. amount. of A metal fails to take into account the.possible changes in the
composition of the.oxide phase due to the hydration of A1203 and the decompos.1tion
of hydrated crystals. Kotiyevals method is based on determining the content of Al
metal by the customary gas-vo.lumetric method and then fitrating the solution with
H2S04 in order to determine the total amount of A in the suspension. The diffetrence
Vatweenthe total.amount of Al and Al metal reveals the amoun't of A bound in oxygen
compounds. The amount of A120 3 is then determined by calculating the bound Al in terms
of Al 0 On this basis it is established that, given the current conditions of the
2
productio*n and storage of Al powder, its oxide phase is represented by A120 -3U20'
In'the SAP obtained by sintering.and pressworking at 450*-500*C the oxide p9ase is re-
presented by monohydrate of A1203 (A1203-H20)- If the powder or SAP is heated above
550%.ite oxide phase does not contain chemically bound hydrated-crystal moisture
(yu-A1203)' The formation of y-A120 is not, however, tantamount to the complete degas-
sing of the 'material: V-A1203 'a Rghly hygroscopic and can absorb moisture chemically,
which.accounts forthe presence of considerable quantities of moisture in the residue*
The vacuum hea ting of cold-pressed briquets,at..the rat e of 50*C/hr results in the
cessation of gas releaseonly at 670-680*C. in view of the change in the composition
(and hence also density) of the oxide phase during beating, the increase in its gravi-
metric content may be accompanied by a decrease in volumetric content. Further, prior
bleating in an oxidizing atmosphere for degasaing purposes to allowable only in the ease
of-properly.nodulizei powder; beating of non-nodultzed powder leads to rapid increase
_gqrd

-6 Wod
ACC NRt AT6036hil SOURCE COM UR/2!3~6/66/ooo/6676& 3
AUTHOR: Viabnyakov, D. Ya. (Doctor of technical sciences)- Pi-ofesqor); Sovalova,
A.-A..(Candidate of technical sciences); Paisov, A. I. Candidate of technical
sciences); Dmitriyev, 11. 1. (Engineer
ORGc none
TITLE: The effect of the rate of rolling from the homogenizing temperature on the
structure and properties of KhN77TYuR (E1437B) alloy
SOURCE: Moscow. Aviatsionnyy tekbnologicheakly institut. Trudy, no. 66, 1966,
Struktura i svoystva aviatsionnykh staley i splavov (Structure and properties of
aircraft steels and alloys), 21-32
TOPIC TAGS: nickel chromium aluminum alloy, titanium containing alloy, boron con-.
taining alloy, alloy homogenization, cooling rate effect, alloy structure, alloy
proporty/KhN7TTYuR_&lloy
ABST11ACT: The structure and properties of KhN77TYuR(EIh337C) nickel-bane alloy,,,
homogenized at 1080C for 8 hr, cooled at different rates (in water, oil, air or in
furnace) and then aged at 750C for 16 hr, have-been investigated. Tests at room
temj>trature showed tbat.specimens cooled at a rate of 500 0/min (oil quenched) had'
the *highest strength and ductility, tensile strength 96.0,kg/MM2, yield strength'
69.8 kg/mm2, elongation of 18.B%, reduction of area 22.5%. -The notch toughness also
Card 1/2 66o.oi~!66Q.is'24

Acc NR, AT6036411
increased with the increasing cooling rate from 2 kg-m/cm2 in specimens cooled at a
rate of 1 'D/min to 6 kg-m/cm2 in water-quenched specimens. The highest rupture
strength van observed in specimens cooled at a moderate rate of 20 O/min. Specimens
cooled tit a higher or at a lower rate had lower heat resistance. Air cooling
(140 GhLin) causes decomposition of y-solid solution and the precipitation of the
Ni (Ti ja) strengthening phase at 780C. At lower cooling rates the decompoultion
of solid solution begins at a higher temperature (900C at 1 '/min rate). The
particlit nige of the strengthening phase decre ses with increasing cooling rate:
1200-2500 A at I 6/min and less than 500 R at 20 '/min. The microsturcture of
the allDy with a maximum rupture strength is chgracterized by a uniform diatribution-,
of the strengthening phase particles (300-500 A) within grains of y-aolid aclutioN
an accumulst-ion of chromium carbides, primarily at grain boundaries, and by the
presence of lAyers of solid solution free of the strenthening phase along the grain.
boUndsiles,,which prevent failures at smaI3 amounts of deformation. Orig. art, has;,
6 figtu-es and 2 table a.'.
MM CODEt .139. n/- BUBM DATE; none/',ORIG MWt 005/ ATD PRWS: 5107
I-Card 112 L,

~ mring A- , Y ~, 3 ke v i c L' 1 pt- - I -P-Z I -is O-V -1-1-
Z)a
IlEffect of Nitrogen on Stainless Steel,
1943.
,,auk SSSIt, otdel, Teldi, jj,,,k, iio. 5-6,
" Iz. AK
3R-52C,59019

N.Tllo"Ii i.
. JW *
~'Effect of Nitrogen on Stainl,---ss 3"Cel.11, Iz. AK
I. , - - 3
j,,auk SSsa, Otael, Tekh, I-Tauk -io. [~-6 1943.
B-R-52o5go19

1-.t% 1,~, 0l i , I . All 1 1943, n
A , , ~ . 5-r,, Fj.. 71-77

PAISOV, I.
A. SAMARiN, iAN/OTN, 1943, Part 5/6) 71-77

1, -, 7 'R
7
A
s ~,q
at 21"'
r v cz A!
fnt,~rqa,-
mnmm 5 Win
RIMM"',
N
0 M

L 11,101-65
L I rs f-12 inclusions (nonmetallic
-inclusions, intermetallides, carbides) over a 15-V long boundary section, and then
determining their percentile'ratio to the total number of the ferrit b ndaries
ryu, 5
examined. On this basis it was established that the grain boundariesIV steel con-
taining RER are actually more contaminated than in REH-free steel. Hence, REH in
reality do not decontaminate the grain boundaries. It was also found, however,
that In REM-containing steel most segregations at grain boundaries are spheroidal,
as opposed to:their rectangle and square shapes in REH-free steel. The spheroidal se-
gregations presumably represent the oxides and oxysulfides of REM and apparently are
one of the reasons for the higher impact strength of REH-containing steel. The nature
.of these segregations should be a subject of further investigations. Orig. art. has:
3 figures.,
SUB CODE: -11, 13/ SUBM, DATE: none/ ORIG REPt 005/ am REV: 000
2/2i
_Card I ~ _1 I - - I I

Wp(t) IJP(C) MJWIJDIJG
_L
ACCESSION NR: AP5022580 UR/0129/65/000/009/00'37/0041
669.85/6;620.18:669.14.018
L
AUTHOR: Belyakova, A..F.; Kryakovskiy, yu-t-h. ;_Pai8oV' 1. V.
TITLE: Effect of rare-earth metals on the structure and properties of machine
steel
SOURCE: Metallovedeniye i temicheskaya obrabotka metallov, no. 9, 1965, 37-41,
and insert facing p. 25 and top half of insert facing p. 40
TOPIC TAGS: rare earth metal, machine steel, toughness, nonmetallic inclusion,
grain structure, metal hardening
ABSTRACT: The structure and properties of th chine steels 40KhNMA and,111f
34KhN0M were investigated as a function of the addition of ferroceriu!i (0.6 and
kg/toa, respectively) to the ladle. Electrorimicroscopic, fractographic, mecha-
nical, and other tests of specimens cut out of the ingots revealed that in steels
tension is lower than in steels
with r0e.m. (rare-earth elements) grain-boundaryd~
E__ fined and less contaminated by
without r.e.m., and the bauudarie~ We eEer--de'
impurities, since roesim. have a marked affinity with impurities and interact with
112

GRYAZITOV# A*Gop inzh*QA~qn,J~Voq ddftr teldmtmuko prof.
Effect of rare earth metals on the 1wroano in hot
P2"tioltV of 1OKU6N25* steel# Vestomphinectr,,
45 noonsie-w m v6s,
(HM 16112)

4' 6 ~-b6 IIJI-~c JD
663~ SOURCE CODE:
ACC NR: At i2 UR/3107/66/000/004/0018/0022
:AUTHOR: Kreymerman, G. I. (Engineer); Tomsinskiy, V. S. (Engineer);
Paisov., I. V. (Engineer)
ORG: none
TITLE: Superstrength structural steels\
SOURCE., Nauchno-tekhnichesWoye obshchestvo mashinostroitel'noy
promyshlennosti. Sektsiya metallovedeniya i termicheskoy obrabotki. I
Metallovedeniye i termicheskaya obrabotka, no. 4, 1966, 18-22 1
TOPIC TAGS: structural steel, silicon containing steel,
steel property / 45KhNM structural steel, 45KhMF structural steel,
45KhGS structural steel, 45KhGSNMF structural steel, 45KGS2N3M structural!
steel, 45KGS2MF structural steel
ABSTRACT: The effect of I
siliconliat contents of,4p to 2.2% on the
structure and properties of alloy steels contair0ing up to 0.8% carbo
has been investigated. It was found that stecik%trength ii.creases
steadily with increasing silicon content. For instance, the strength
of steel containing 0.2% siliccn and 0.6% carbon, hardened and tem-
pered at 400C. was 135 kg/mm2, wfille Thai; of steel conta'ining 2.2% sili-i
con (otherconditions being the same) was 195 kg/MM2. The effect of
Card 1 / 2

IJP(c) JD/JG
ACC N1
AR6 20945 SOURCE CODE: LIR/0137/66/000/002/IO59/IO59
AVn10R.- Paisov, I. V.; Krechmer, V. G.
TITLE; Mechanical propertiesbf now high strength.steels
,'U - - - - - - I f", P.
SOURCE: Ref zh. Hetallurg, As. 21393
REr SOURCE: Sb. statey aspirantov i soiskateley. H-vo vyssh. i aredn. spets. obrazo-
vaniya KazSSR. Metallurgiya i obogashch., vyp. 1, 1965, 181-187
TOPIC TAGS: high strength steel, metal grain structure / KhGSNTr steel, 45KhGSTF
steel, 45KhGNTrl steel, 40KhNHA steel, 30Kh2GN2 steel
TRANSLAnON: The carbon content of the steels is 0.35-0.4596. Fine grain structure of
,the steel is attained through deoxidation and ferrotitanium. ror grain refinement,
0.12-0.32% V was adde-d. The composition of the experimental steels are as follows:
~7XWSW.M-0.37% C, 0.76% Si, 1.38% Mn, 1.34% Cr, 1.04% Ni, 0.15% Ti, and 0.27% V;
45KhGSTI.7--0.46% Cl,.0.86% Si, 1.59% Hn, 1.40% Cr, 1.10% Ni, 1.10% Ti, and 0.12% V;
WhGSTF-0.3496 C, 0.79% S1, 1.45VMn, 1.0% Cr, 0.15% Ni, 0.35% Ti, and 0.32% V. Sam-
ples were quenched from 8800C and'Ne red at 200-6000C (air cwling). After temper-
ing at '2000C 45XhGNTF1 steel had ob 80 g/mm2' ak 7.7 kgm/cm2, 6 10%, and * 40% '. Af-
ter tem;ering in the 500-6000C range we found a decrease of ak and brittle fractures
.b
UDC: 669.010.298.3

F_XCd_RR -I _Ai6Yj_M_6__( A T-~-65fi_cYT65i:-Kj6ii_9 66/ooo/oo9/ooh8/oo5l
AUTHOR: Shukyurov, R. I.;,,Palsov, 1. V.
ORG: Azerbeydzhan Polytechnical Institute (Azerbaydzhanskiy politekhnicheskiy
institut); Moscov Institute of Steel and Alloys (Moskovskiy institut stali i splavov)
TITLE:, The effect of heat treatment and alloying on the structure and properties of
silicon spring steel
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 9, 1966, 48-51
TOPIC TAGS: metal heat treatment, alloy steel, metal recrystallization, steel
structure,spring steel, silico.n steel, metal ausforming
ABSTRACT: The authors study the effect of heating temperature in the austenite re-
gion, degree of deformation and annealing temperature on the structure and properties
of 55S2 steel alloyed with chomium, molybdenum, tungsten and vanadium. The steel was
melted in a 50 kg induction furnace. The ingots were forged into a band 66 mra wide
and &10 mm thick. The continuous flat specimens were produced after annealing to en-
sure a 37mm. thickness after defamation with 25, 50 and 75% reduction. The specimens
were tensile tested on the IMCh-30 machine. The effect at a-Iloying elements ?n the
structure and properties of 55S2 steel after standard heat treatment, ausforming and
rapid quenching was studied as a function of heating temperature before rolling at
uDc: 621.789;669.14.271782

ACC NRI SOURCE CODE: UR/0193/66/000/012/0017/0018
iUTHOR: Krechmer, V4 G. (Candidate,of technical sciences);_gAinov, 1,_V.1 (Doctor of
technical sciences)
ORG: Tione
TITLE: High-strength structural steel 40KhGSTF
SOURCE: Byulleten' tekhniko-ekonomicheskoy informatsii, no. 12, 1966i 17-18
TOPIC TAGS: high strength steel, low alloy structural steel, 9ecet neat treatments
v6e.t3- mechanical property, steel wear resistance/4OKhGSTF steel
ABSTRACT: A 40KhGSTF low-alloy high strength structural steel was developed as a
wear-resistant modification of standard 30KhGS steel by increasing the carbon content
from 0.25--0.35% to 0.40-0.45% and by-additional alloying with 0.1-0.15% Ti and
0.15-4).20% V. Quenched from 880C and tempered at 200C, 40KhGSTF steel had a tensile
strength of 200kg/mm2, a yield strength of 180kg/mm2 an2elongation of 81, a reduc-
tion of area of 36% and a notch toughness of 5.0 m-k~/cm . The steel was tested for
wear resistance in a chain conveyer. The chain rollers were 36mm in diameter and heat-
treated to a hardness of 55RC, and the chain link plates were 400mm long, 12mm thick,
with a hardness of 40-42RC. After 7400-hr operation during which 700,000 tons of coal
were transported, the wear of 40KhGSTF steel rollers and link plates was 0.2-1.5 and
2.2--2.5, respectively, compared with 1.5-2.9 and 4.0-6.6 for rollers and link platesl
LLard 1/2 UDC: 669.1

ACC NR, AP7003848 SOURCW CODE 01 I/0059/C*61
AUTHORS: Paisov,,I. V. (Doctor of technical sciences, Professor); Bashnin, Yu. A. (Candi-
o of tc`c~-~k_d_ltc~_eLes, Docent); Tsurkov, V.. N. (Engineer); Maslova, Yu. N. (Engi-
aat
neer); Kats, I. Ya. (Engineer); Bocharov, V. A,; Makayuta, Z. I.
OPG: none
TITLE: Improvingithe mechanical properties of large forgings by.changing the heat treat-
ment parameters
SOURCE: Vestnik mashinostroyeniya, no. 1, 1967, 59-61
WPIQ TAGS:
I teel forging, metal heat treatment, steel, steel. property 5CKM steel,
'6(XW steel, 55Kh steel, 6CKhG steel
ABSTRACT: Factory tests on 32-ton, 1300-mm diameter forgings of 6MIT steel showed that,
the prescribed factory heat treatment for large forgings of 5MN, 6MN, 55Kh, and
6OXhG steels gave "-mechanical properties which were below the norm (a-T = 50. 0 k&/=2,
Crb = 80-0 kg/mm 29.1 6 = 84P I =. 33.0%, a n = 3.0 kgmlc2 is the norm). The factory
heat treatment (see Fig. 1) vzL? modified by the authors who replaced the isothermal
heating at 720C bj~. heating to 950C for 2-3 hours with subsequent cooling to 860C and
holding at that temperaturo for 1 hr/100-mm cross-section. Thermocouples were embedded
in the test forgings at 50 mm, at 113 R from the surface; and at the center. It was
1/2 'UDCt 621.78:621.73.002.23

MV0129/66/000/002/0044/0046
At.%; r4
Amoo7m. SOURCE CODEt
A1011 I Tomains9z, Vo S.; Paisov, I. V*
~ORG: Moscow Institute of Steel and Alloys (Mookovskiy institut etali i splavoy)
TITLEs The effect ot-o-UkQgn-Pn the brittlenessof _2~steela
SOURCE: Metallo7edeniye i termicheakaya obrabotka metallov, no. 29 19669 44-46
TOKC TAGSs spring steel, silicon steel, brittleness, e satioi. elwtic stress
~ioi
ADSMOTt A study was made of the effect of silicon on the resistance of steel to,-~-,
Wfiall plastic deformationap and also .on the relaxation of stresses In steels with',~:-
varying silicon conten-tee The contents of tested specimens are.shown in Table' I$
Table 1.
Chemical content, in 96
Steel
Ifn
Index 0 1 si I
60 . Mo 0 21 0.24 -
L60FJD*6 .0.58 0:65 0.24-
60S1.5
6=
Card 1/3
Oo6l 1.34
0.62 2.08
0.33.
0. 25
669,782t669;14.018*27:62Ool72*221,~--

...... ......
. . . . . . . . . .
1-0 h 7 2-667-
CC NR, Ap6oo7iV
authors conclude that the maximal 'elabtibi.V characteristics of 0.0 carbon steels a"
obtained with a silicon content of 0.6-1.5%'Si. The optimal. cure temperaturer - isM
(not higher than 4000)9 a temperature at vhi*ch a mi
sufficiently stable, tzwstite, W~
structure is.'prewaanto Orig.:arto.hass 3.figures
J
M. CMES 11/ RE?s::-;-~
17
j
LS

36089-66 &n (m)/EWP (k)/T/E(TP(t)/9rI IJP(c) JD/HW/DJ
ACC N2.
AP6016591 rA)A)I SOURCE CODE: UR/0129/661/000/005/0031/0033
AUTHOPSL _Pais~oyj.; Lisitska L. A.
iW,G: Moscow Institute of Steel and Alloys (Moskovskiy institut stali i splavov)
TITLE: High-streng-th steelyfor die-castkff polds
14 .1 %
SOURCE: Metallovedeniye i termicheakaya obrabotka metallovq no. 5, 1966, 31-33
TOPIC TAGS: high ~str ls%ttee_l~,Wep yield stress, bending strength, steel, cyclic
loadq sinterinW 3Kh2V8 steel, 4Khl2N8G8M steel, 1n12N25W3YuR steel, KhN77TYuR
steel
ABSTRACT: The results of a study of various high-strength steels for die-casting
molds are giveng and the basic requirements for the material are listed. Study of the
change in the mechanical properties of 3Kh2V8 steel at 600--8OOC as a function
-_-Fing indicated that there is pronou~f
temperature and the duration of cyclic temper ced
weakening of 3Kh2V8 steel at 750--8000. A material for the most important parts of
die-casting molds, dies, and punches should have a yield point of not less than 25
kG/mm2 at 750--BOOCP must retain its strength properties with repeated loading and
e sin P fcal and mechanical wear.
repeat d i t ring at 750- BOOC d must be stable to che
Steel 3Kh2V8Eas found to ;e uns able. Steel.IGM7TYuR a of doubtful valup. Steelsi
4Khl2NBG8 d 1Kh1Zff25ET3YuR1rerte found to be the'better materialsp since they
a I -_
contain min1mal ad-ouff-ifis M I Orig. art. has: 2 tables.
[SUB COI JBM DATEt &IG REF: 001/ OTH REF: 002
Cc 1~z 1 1131 ST UDC: 621-744-4.06:621-785
rd 1 1 LS

3874Q-66 zvrx (m) /til/ae (w)/WP(t) ET IIJPW JDIJG
FXCC NRs AP6025087 SOURCE CODE: UR/0122/66/000/007/0069/0071
AUTHOR: Gryaznov, A. G. (Engineer); Paisov, I. V. (Doctor of technical sciences;
'Professor)
ORG: none 3~0
,rITLE: Improving the structure and propertie of 1OKhl6N25M6 teel by the addition
of raie-earth metals
WURCE: Vestnik mashinostroyeniya, no. 7, 1966, 69-71
PIC TAGS: steel, austenitic. steel, heat resistant steel, chromium
ill cerium en'aftmimdog steel, steel structure, steel property/
,jeel, cerium,
lWhl6N25M6 steel
ABfTRACT: The effect of cerium on the structure, properties, and V the gas- and
nor;metallic-inclusion contents of lOKhl6N25M6 heat-resistant steel has been
investigated on a laboratory scale. It was found that alloying with up to 0.03%
cerium has an insignificant effect on steel macrostructure; it slightly increases
the size of individual columnar crystals and equiaxial grains, and the whole zone
of columnar crystals. TwIls, however, does not adversely effect the steel plasticity.
Cerium lowers the pxy&en1`and nonmetallic-inclusion contentj prevents the formation
of a heavy carbide network, and improves the uniformity of carbonitride distribution
,within the austenite grains. It also increases the steel's ductility, reduces its
Card 1/2 IMC: 621:669.15'24'26'

L _2,6060-66 MP(k) TJPCP) 'jr)h&Tj,jG
(t)jETjjr
ACC NRs AP6009261 SOURdE-CODE:-'UR/0122/65/ooo/011/0058/0060
AUTHOR: Gryaznov, A. G. Engineer; Paisov, 1. V.-, Doctor of technical sciences, .~~o
"?rofessor
ORG: none
TITLE: Effect of rare-earth metals (REK) on the increase in the hot plasti it of
high-alloy stainless lOKhl6N25H6 steel
14
SOURCE: Vestnik mashinostroyeniya, no. 11, 1965, 58-60
austenitic steel,
TOPIC TAGS: high alloy steel, plasticity, tensile strength, impact strength, high
temperature effect/l0Khl6N25M6 stebl,
ABSTRACT: The article deals with the ef ct of RE14, added in -the form of ferrocerlign
(-0.2% Ce), on the inechan cal pro~ertiesKf lOKhl6N25M6 (0.08-0.10%C, 1.40-1.48% Mn,
0.32-0.447. Si, 0.022% P, 0.009-0-0107. S, 15.52-15.78% Cr, 24.32-26.37% Ni, 5.85-6.33%
Mo, 0.12% Cu, 0.11-0.12% N) high-alloy austenitic stainless steel in cast and rolled
state. The specimens were tested for tensile and impact strength in hot state (at
temperatures of 400-1200*C). For comparison, a melt of the same steel but without
the addition of ferrocerium was also investigated; it still contained, however, some
residual Ce (0.0067.) becouse the charge included some scrap of steel melted with RE24.
Findings: At temperatures of 400-7000C the ultimate strength UB of the Ce-containing
cast alloy somewhat increases while plasticity decreases, whereas OrB of Ce-containing

- - - - - - - - - - -
L 2112-66 F-4T(1~)/&]P(w)/INA(d)/T/--JP(t)/E%'P(z)/RIP(b) IJP(c) Y1JAW/JD
ACCESSION NR: AP5022402 UR/036q/65/ooo/oo4/o46l/o4W;
AUTHOR: Kreymerman, G. 1-A Paisov. I. V..
TITLE: Deformation tempering of high-strength structural steel
SOURCE- Fiziko-khimicheskaya mekhanika materialov, no. 4 1965, 461-464
TOPIC TAGS: steel, 9tructural steel, low alloy,,steel, steel treatment, thermo!--
mechanical treatme , low .temperature treatmenti. steel property/45Kh steel,.
-4-51qF steel,.45KhGS2N3M steel, 45KhGS21,TF steel
ABSTRACT: The effect of additional tempering._ on the mechanical pr)t)erti= of low.
tempered andthen cold woeed alloy st s as een nvest gated. Spec, ens of
im
~5~Khf* 45 1 1 ed .s fccdUiflng an eqlal amxrt of ca on
rb
~'~%%hqq2m,tand 45KhGS214F ,10.4 to
11
0.45%, but different amounts of alloying elements, were austenitized, of qu nched
tempered at 200C for 1 hr, stretched at room temperature with 1% elongation, and
again tempered at 200C, 300C, or 400C for 2 hr. It was found that such thermome"
chanical. treatment increased the strength of the 45Kh and 4_51Msteels by 10 dan/mm2,
and that of th~ complex 45KhGS2N3M and 45KhGS2]AF steels by 25 dan/mm2. The yiUd
2
I.strengtb increased by as much as 90 dan/=2 and reached up to 24o dan/mm at a satis~-
factory ductility. In complex a3-loyed'steels, the strengthening effectwas not an";

L 2112-66
FACCESSION NR: AP5022hO2
nihilated by tempering at temperatures as high as 400C, which,.at the same time, i~:-
creased the elongation to 6-7%. Generally, the cold working of low-tempered strud-
tural steels followed by an Additional tempering raises the steel yield strength to
at leas~/220 dan/mm2 at satisfactory ductility. The bene;icial effect of cold
workin uin-alloy steels with a high content of silicod"A retained with prolonged'!-
tempering at temperatures considerably higher than that of the original low tem-
pering. Orig.- hati.- 2 figures. - [ND]
ASSOCIATION: Mookovskiycinatitut stali i splavov (Moscow Institute of Steel and
Alloys)
SUBMI l4mar65 ENCL: 00 SUB, CODE: M
NO:REF SOV: 004 omR: oo6 ATD PMSS.~r//
2~2

PA1-'--'',:)V, 1. V.
A. 1938, n. 11, py-,.. 80-83

129-2-1/11
Mechanical Properties of Certain High Strength Alloy Steels.
containing 0.4-0.45% C. 1-!-3% W, UP to 1.1% S!, uD to 2.5% r1i
and up to 1.3% Mn; additionally, one of the steels coiatained
0.14% Ti. The compositions of the ten tested steels are
given in the table, P-3. The steels were smelted in an
induction furnace with a basic lining. 10 kg ingots were
forged into 14 mm dia rod8; after forging .they were slowly
cooled and tempered a; 680 0. After the primgry inechanical
workinE the specimens were hardened from 900 C in oil and0
then tempered at various temperatures between 200 and 600 C
for two hours and cooled in air. Tensile tests were made at
room and at elevated temperatures by means of a 5 ton test
machine; impact tests were made on a Chapry test machine with
specimens notched according to Mesnager. The mechanical
properties (average values of 2 to 3 specimens) are graphed
in Figs. 2 to 7. As a result of the tests two st8els are
recommended for the temperature zange +20 to _30 C, the
respective stnngth values of which are: lim t of elasticity,
ab = 205 kg/mm , yield point, aS = 1?1 kg/mm~,
impact strength, ak 6 k6m/cm2 and crb = 225 kg/mm2,
2
Card 2/3 cr = 191 kg/mm ak 4 kgm/cm

PWOVI I. V.
%chanical properities of Some types of Nigh-Strength Anvy Steels."
(45XH2CB2 steel LU-45% carbont 1% chromitm, 2% nickel,, 1% Billcoa, 2%
un - according to designatio7n has a tenclin strength of 230
tunga~ 2
Xg/m and a notch toughness of W-Xg/am
Paper presented at the &U-Mion Conference on Heat Treatment and Metal Science
held in May 19609 Odeveae

KIDINS I.N.; FAISUV., I.V.- BBLYAKOV, B.G.; LIZUNCIV, V.I.
Beat treatment of bare rocIB nade of U7 and 55C2 steel. lc7.vyo.
ucheboxav.; chern.set. 1+ no.9-.138-142 161. (KMA 14:10)
1. MoskDvskiy institut stali.
(Tool steel-Heat treatment) (Rock drills)

PAISOV2 Ij.2-_PANCHENKo,, Ye.V.; BUTENKO, 0.1.
Proeeooes occuring during the tempering of ccaplei alloy steele
Izv. vys. ucheb. zav.; chern. met. 4 no,?:.149-153 161.
(IaRA .14:8)
lo Moskovskiy institut stali.
(Steel alloys-Heat treatment)

SHUKYUROV, R.I.; jAI�OV,9-I -V-l
Effect of certain alloying elements on elasticitV and fatigue
JjMjtB of 841icon steel for boring rods. Izv. vys ucheb. zav.;
chern. met. 7 no-9:131-136 164. iMIRA 17-.6)
1. Moskovskiy institut stali i splavov. -

TOMINSKIY, V.S.; PAISOV, I.V,
I. . ........ .... ".., .............. ... .,
Changes in the relative narrowing Of Bilicor-alloyed, stee!B.
Metalloved. i term. o"Dr. met. no.8:49-50 Ag 164. (NIRA 17:10)
1. Moskovsk.ly institut stali i spla'7ov.

PAISOV I.V.y RASHNINP YU.A.; TOMINSKIY5~ V.S.
Effect of heat treatment on the properties of alloyed tool'
steals. Stan. i instr. 35 no.10:32-33 0 164. (MIRA 17:12)

ThTARINTSF"',,
BFUYAKOVA 9 A.F . PA IS TV
=tee-,
G-rain 0:)urde
of rare ear h metaLs. v. (K"RA _3
o.9;16'1-167 165.
n
1. Yloskevskiy instit-ill'

VISENYAKOV, Dmitr1jy Takovlevich; PAISOV, Ivan Vasillyevich; LAXHTIN.
Tu.-M., reclaktor; ATTOPOVICH, R.K., te2GTc"nTWskir redaktor
(Laborator7 manual for steel and heat treatment of steel] Posobie
k laboratornym zaniatiiam po metallovedeniiu i termicheskoi obra-
botke stali. Moskva, Goo. nauchno-tekhu. izd-vo lit-ry po chernoi
i tovetnoi metallurgii, 1955. 113 P. (K&A 8:7)
(steel)

Stoe'~. for ar,%Ii i, G-ar, ro.IL431-44
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ing ~ln y ana the fttigut
varied betwen 103 -11 120 kg/Tmr'2 a'"
kg/nn2- Orig. art. has 4 fi6ures f ind
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ACUSSION INR: AP50019145
NO REr SOV
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pAIVEL, A.
Beautify the certers of collective farms and individual dwellings with verdqnt grounds.
P. 316, (Sotsialistlik pollumajandus) Vol. 12) no. 7) July 1957, Tallinn, Estonia
SO: Monthly Index of East European Acessions MAI) Vol. 6, No. 11 November 1957

i
-. " lyl'i , 'r, ; ~Injojj,n-4- j v . 4 6., 7'. 11, i.r'V-
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PATYU, L.
Community centers - Rumania
In the R-tamian club *Krasnays Grivitsa." Club nol 8, August 1952
Mmtbly List gf Russian Accessions, Library of Congress, December 1952. UNCLASSIFIED

PATYU L.
Runania - Commarity Centers
In the lbar~ania club IIK". snaia Grivitsa. hlub no. 8, 1952-
1.!Ont List of Enksi-In Ar -ber 1952--- UNCLASSIFIED-
ceZpions, Library of Congress, Decer il

FAIZSj, Janoa-
sTarTiorial Input-output balameal by Btold Yisplow U~r=
"Sonialistiacbe Planwirtsebaft.,x no.10., .196~)6 Reviewed b7
.Taws P" za, Stat szemle 41 no.6;657-658 Jo 06j.

PAIZS, Janos
"The effect of population growth on the consumer's demand"
by Michael Tucke. Reviewed by Janos Paizs. Stat szemle 42
no-5:560-562 My 164.

-PAI ZS, Z.
FAIPAR. (Faipari Tudomanyos "&yesulet) Budapest.
Experiences in the field of nanufact,iring chairs in Czechoslova-Ida.
p.243.
Vol. 8S No. F/()~ AuF I
./JePt. 195P.
Konthly List of -tast 1~.uroje-an Affessions (EEAI), LC, Vol. 8, No. 3,
Earch 1959 Unclass.

PATZS, Z.
Improvement of the armchairs for theaters and motiori-picture theaters. p.79
FAIPAR. (Faipari, Tudomanyos Egyesulet)
Budapest, Hungary
Vol. 9, no-3, Nar. 1959
Monthly List of East European Accessions (EEAI) 1-C., Vol. 8. no.7. J~y 1959
Uncl.

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CZARNY,, -TerzYp MU*; inz.; PAJAK, Barbara,.Bgr-
A four shift work eYstell in ths iron and steel lnduotr7- EkOn Org
pracy 13 no.1:5-11 162.

PAJAX, Boguslait
Chronic infla=ation of the orgital =sales (mWositis arbitalis
chronica). Neur. &a polska 10 no-3:319-325 NY-Je '60-
1. Z 11iniki Neurologlamej A.M. w.Krakovie Kierownik: prof.
dr WI.Jakimowiez
(MYOSITIS case reports)
(ORBIT dis)

PAJA~I~s~law-, STEFAJIKO, Stanislaw; SZHAJDEROWA, Regina
Clinical picture and some histopathological characteristics of the
nervous system in a case of acute por~hyria. Neurologia etc., polska
12 no.2:203-211 162. 1
1. Z Kliniki Neurologicznej A14 w Krakowie Kierownik: prof. dr
W.Jakimowicz.
(PORPHYRIA patho.1) (NERVOUS SYSTEM pathol)

I- PAJAK. .BogUa2aw;,_~SZNAJDEROWA, Regina
AUgiOgenic spinal paralysis of the upper extremities following
an injury. Neurol. neurOchir, psychiat, pol. 13 no.2'.197-2.03
163.
1. Z K-liniki Neurologicznej AM w Krakcywis Kierownik: prof. dr
W. Jakimowicz.
(SPINAL CORD INJURIES) (PARALYSIS)
(ARM) (VASCULAR DISEASES)

PAJAK, Boguslaw
Paroxysmal fear as a sign of epileptic seizures. Neurol,, neuro.,
chir. payabiat". Pol. I/* no.39529-531 My-le 164
1. Z Vojewodzkiej Poradni Neurologinwej w Krakowia (Konsal-tant
naukowya doe. dr. med. S. Zebrowk~).

PAJAK, Boguslaw; FFEEMM-BRYNIIARSKA, Danuta.
A I --I ~ .
Ataxia-teleangiecta-sis. Neurol., neurachir., psyc-lat.
14 no.3&533-535 v-y-Te 164
1. Z fainiki Neurologiemej Akademii Medy=lej v Krakc-Tie
(Kierowniks prof. dr. 1-11. Takimowicz).

DANIIWCZ, Halinaj PAJAK, ~NKukqv
Simultaneous lesions of the vestiWlar and facial nerve in
herpes zoster oticus. Neurol... nearochir.,, psychist. Pol- 15
noolt7l-76 Ja-F'65-
1. Z KlIniki Neurologioznej Akademii Medyoznej w Krakowie
(Kierowniki prof. dr. V. Jakimowiez).

PAJAK, F.
Research on sand denosits ffom the viewpoint of needs of the cemoer.-~, im-ustry. p.6
CEII~Zllvf, '-4',"tPTNO, GIP-3 (Panstwoie W dpwnictwa Technicm) 1~ralow
Vol. 12, no. 3, ~ar. 19,56
.1
So. East EurcDean Accessions List 1101. 5, 'No, 9 De-Aember 1956

SZYGOCKI, Anatol, mgr'ch6m; NURKIEJICZ, Artur, techn mech; PIECZARA,
Stefan, mgr chem.; PAJAK,_ ~ranciszek, inz.
Influence of sodium sulfite on the fluidity of sludge-
Gosp paliv 11-Special issue no.(95):3-5 Ja 163.
1. Zjednoczenie Przemyslu Cementowego, Sosnowiec, (for Szygocki
and Nurkiewicz). 2. Cementownia Nowa Huta, Krakow (for
Pieczara). 3. Najwyzsza Izba Kontroli, Delegatura Katowice
(for Pajak).

ADM-IICZKA, Jerzy; PAJAK Irena
Production of indium from Polish raw materials. Frzegl
elektroniki 4-no.12.-699-701 D 163.
1. Instytut Metali Niezelaznych, Gliwice.

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PAJAK., J; A; OMDI,,-iTA Z.
The technique of deep-hole blasting in quarryin~g stone for crushing.
P. 266 MCGOWNICIVO) Poland Vol. 11, Mo. 11, Nov. 1056
P.S. A plan of new Sovi-t Technical Conditions of the Building of Concrete
road Surfaces.
Monthly Index of Sast 'uropean A(,cer?sions (A!-'EI) Vol. (,, No.li, Nov. 1056
SO:

PAJAK5 J9
Automatic reclosing of 11 kv. circuit breakers of the VEL and VEZL t5Tes. p. 156
ENIERGETYYA (Ministerstwo Uornictwa i Bnergetyki oraz Stowarzyszenie blektrykow
Polskich) Bytom, Poland. Vol. 13, no. 6. June 1959
Honthly List of East European Accessions (EFAI) LC., Vol. 8, no. 9, September 1959
Uncl.