SCIENTIFIC ABSTRACT POKHIL, P. F. - POKHMURSKIY, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341620006-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- --------- 7--
ACCESSIOD~ NR: 'AP306305'2
otemperature reached a- maximum. Only two zones were observed for hexogen;
absorption decreased In the first and remained constant in the second. The rd-
~sulte indicate that -,the condensed phase is dispersed during combustion at
lelevated pressures. In the combustion of the powder, the combustion efficiency
and temperature increased continuously with pressure up to a maximum of
i2350"K at (490--539)-104 newton/M2. The length of the combustion zone de-
creased with increasing pressure. The'temperature profile.of the powder flame
Was S-shaped. Determination of heat release showed that in the condensed phase
iit increases with increasing pressure. The amount of heat released in the con-
'densed phase
and Jts role in heating of the charge, compared to the overall heat
release,- are greater for nitroglycerine:powder than for hexogen. Orig. art.
'has- 2 figures.
"ASSOCIATION.- Institut khimicheskoy-' fiziki AN SSSR (Institute of Chemical
Physics AN SSSR)
,_;ard.,2/3

June
EVALUATION OF THE THERMAL EFFECT IN THE INITIAL COMBUSTION STAGE
I OF EXPLOSIVES (USSR)
and P. F.
M4
1 sev, V. M Pokhil. Zhurnal prikladnoy mekhaniki i tekhnichep~Q5
fiziki, no. 2, Mar-Apr 1963, 173-174, S/207/63/0001002/024/025'
The effect of the condensed phase reaction taking place during combustion of
e"
,Iosives was studied. The heat evolved during the condensed phase reaction
(Qi) was calculated at different pressures by the formula Q., = Q3 - Q2. where
j.- Q 2' equals.the amount of heat transferred from the smoke-gas zone to the ex-
'Pl6sive- and Q 3 equals the total heat transferred to the explosive during com-
buqtion. The values of Q2 and Q were experimentally determined by meas-
uring the surface temperature of the explosive and determining the axial tem-
perlature profile in the flame. Measurements with nitroglycerine were made
at 42 to 66 atM; Q.1 I Q21 Q3 ~ Q. (heat evolved in the gas phase), and Q (total
heat):were tabulated. , The table- shows that Q, increases with increasing
~)r~ssures while'. the amount of smoke generated by dispersion of the condensed
pha~pq decreases. Measurements of1the absorption and temperature p;-ofiles of
Card 2/2

AID Nr 989-13 13 J=e
EVALUATION OF TEE TM, MAL EFFECT (Coat'd) S/207/63/000/OD2/024/02
5
the flame were also made with hexogen and the results 20,* 40,
and .&O'bLtm. The plot shows that two different Rame zones exist: 1) a zone
close to the surface in which absorption decreases rapidly with increasing dis-
tance IlroM the .6.xpIpLihed by the fact that the concentration
-h
of the dispersed aerosol particles is highest at the surface and, 6wi g to'evap6i~-,
ratidn,'ddcreab~es xal~idlNrwith-.di.AtzLncelrtmthe'surface'; ~nd 2) a-zone in'-which ab-7
orption approaches a minimum value with increasing distance from the surface,
s
Absorption in the second zone increases with increasing pressure, and as the
pressure increases the temperature profile becomes steeper and the maximum
flam~e temperature is shifted toward the surface. The results for hexogen
show that about 15 kcalIg (about 101o of the total heat transferred to the explosive)
is evolved in the condensed phase., At medium and high pressures the initial
stage in the combustion of hexogen takes place in the dondens6d phase, Conse-
quently, heating of hex.ogen during combustfon takes place by heat conduction
'from the gas phase as well as by heat evolution in the condensed phase. [PVI
Card 2/2

P.F.;'. IWEDQ VAI 0.1.; MARGOLIN, A.D.
AnomalouB'dependenea of the gunpowder rate of burning on the
initial temperature. Dokl*AN SSSR .145 no-4:860-862 Ag 162.
(MM 15-.7)
1. Institut kh'Tnichaskoy fiziki AN SSSR. Predstavleno akademikom
V.N.Kondratlyevym.
(Combustion) (Gunpowder)

YAKOBI, V.A.; PL;iKIDIN, V.L.; POMILA, S.Ye.; Y-UtPUKHIN, P.P.
~, `---
Catalytic oxidation with an ozone-oxygen mixture. Part 1:
Wdation of 2,21-dibenzanthrozqrl.Zhur.ob.khim- 33. no.10:
3369-3373 0 163. (MMA 16:1-1)

PIAKIDIN, V.L.; YAKOBI, V.A.; POKHILA, S.Ye., KARPUKRIN, P.P.
Catalytic oxidation of 212-dibenzanthronyl by an ozone-oxygen
mixture. YUn.i kat. 3 no.2.-292-295 Iva-Ap f62. OURA 15:11)
1. Rubezhanskiy khimicheskiy kombinat i Mmrlkovskiy politekhn-tcheskiy
institut.
(Benzanthracene) (Oxidation)

SHATILOV, V.A., inzh.; POXHILICHENKO, I.M., inzh.
UBing the drainage system for controlling sudden outbur8ts. Ugol'
Ukre 4 no-9:31-32 S 160* (MIRA 13.:10)
(Coal mines and mining-Safety, measures)
(Subsidences (Earth moTements))

I i-
DON~ITLS- V.I.; -k-'-
Unit for W4 e 9 Ga-~~, pro:lo 'd no.4:25-27 163.
lr
( ~i I. lo~
,.la~. I-,- )

NOGAYTSZV, I., glavnyy zootekhnik;POXHILIKO, G., tekhnik
Self-feeder and mintaining swine unconfined by pens. Nauka i
pered. op v sellkhos 9 no.10:24-26 0 '59 (MIRA 13:3)
1. Sovkhoz *Kubanetsm, Timashevskogo rayona, KirasnodarBkogo kraya.
(Swine houses and equipment)

POKHILIKO, K.D.; DEMIYANTS, L.A.; ZAYTSHV, Kh.P.; MDSEEEVICH, I.Ye.;
'Mi KOV, P. I.
Centralized manufacture of spare parts for the equipment of
metallurgical plants. Metallurg 5 no-2:33-15 -F 160.
(MIRA 13:5)
1. Dnepropetrovskiy aovnarkhoz i Dnepropetravokiy Toetallurgi-
cheekly institut.
(Metallurgical plants--Equipment and supplies)

POXHISOT, Natan Takovlavich
Diseases of the lacrimal ducts and their treatment] Zabole-
vanlia slazootvodiashchikh putei i Ah lechexis. Koskva, Kedgis,
1958. 133 P. (MIRA 1):3)
(LACRIMAL CRGARS--DISRASES)

POKHIIXM,.M.A..
---------------
The course of typhoid fever in children. Zdravookhranenie 2 no.l:
63 Ja-F '5 9. (KU 12 -.7)
1. 1z uchastkovoy bollnitsy a. KotyuzharW, Floreahtskogo rayona
(glavnyy vrach - S.G. Ptashok).
(TYPHDID 173M)

Polalill-71CHP V.A. [Pokliylovych, V.A.]
On a theorem of M, Diernacki. Dop. AN 11,11,51? no.,4:423-42.5 ' (, 5 ,
" P., r ,
1. ;
1. Kiyevskiy po-'Itekhnichaskiy institut.

124-1957-1-499 D
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 62 (USSR)
AUTHOR: Pokhil'ko, A.F.
TITLE: Investigation of Pipe Lines at Low Pressures (Issledovaniye
truboprovodov, rabotayushchikh pri malykh naporakh)
ABSTRACT- Bibliographic entry on the Author 's dissertation for the degree
of Candidate of Technical Sciences, presented to the Leningr.
politekhn. in-t (Leningrad Polytechnic Institute), Leningrad, 1956
ASSOCIATION: Leningr. politekhn. in-t (Leningrad Polytechnic Institute),
Leningrad
1. Pipes--Pressure--AnaI~rsis
Card 1/1

POKHILIKO, G.A., starshiy nauchnyy sotrudnik
.1
Unheated pig sties for conditions in Siberia. Sbor. nauch. soob.
NIlsellstroia no.3zl2-17 160. (KRA 1516)
(Siberia--Swine houses and equipment)

MAMON, L.I., kand.tekhn.nauk, dotsent; FOKBIL'LO, K.D., inzh.; GLOMiN, L.P.j
inzh,; NEDOBACHIY, O.G., inzh. '
Contact stuffing boxes for AP-150 pumps. Rhim. mash. no.4:39-40
JJ-Ag 161. (Pumping machinery) (MIRA 14-8)

MAMON, L.I.,. kand.tekhn.puk., dotsent; POIRILIKO, K.D inzh.;
. GLOZMANJ, L.P., inzi.
Contact-screw stuffing box for MOR centrifugal pnWs. Khim,
mash. no.6:43-44 N-D t61. (MIRA 15:w)
(Centrifugal pumps)

MAMON, L.I.; HEDOBACHIY, G.G.; POKHILIKO,-I.D...-,
Contact stuffing bcr/.es for the packing of rotating shafts.
Metallurg 6 no.9:25-28 S 161. (MIPJ" 14:9)
1. Dnepropetrovskiye khimiko-tekhnologicheskiy institut, i
sovnarkhoz.
(Packing (Mechanical engineering)) _
kRolling mills--44aintenance and repair)

AUTHORS: Kolesnikov, V.N. and Pokhiliko, L.G. 51-6-2/26
TITLE: On the Problem of Measurement of Na Atom Densities
in the Column of an Are Discharge. (K voprosu. ob
izmerenii kontsentrataii atomov Na v stolbe dugovogo
razryada.)
PERIODICAL: Optika i Spektrosk iya, 1957, Vol.II, Nr.6,
pp. 689-694 (USM
ABSTRACT: N,A, Prilezhayeva has put forward a method for
determination of the density of easily ionised impurity
atoms in an isothermal plasma (Ref.1). This method
was further developed by O.P. Semenova (Ref.2) and
V.S. Mellchenko (Ref.3). The density is deduced from
the measurement of intensities of 2 spectral lines.
The authors of the present paper discuss both theoretical
and practical aspects of the above method. They show
that for reliable results one must determine accurately
the mean degree of ionisation of the plasma. Absolute
values of the probabilities of transitions and plasma
Card 1/2 temperature should also be known accurately. The

POKHILIKO, P., ofitser za-pasa (14insk)
Her vocation. Voen. znan. 42 no.4:31 Ap 165. (MLLFA 18: 3)

zr.An. 40
12

i
RMIAM, M.; GOLIKOV, N., komandir otryada; POMLI-KO2 P., (Grodno, BSSR)
-
Facts,, events.9 people& Kr7l* rod. 14 no.5:28-29 My 163.
(MIU 16:7)
(Aeronautics)

Subject : USSR/Aeronautics - Parachutism
Card 1/1 Pub. 58 - 3/15
Author Pokhillko, P.
Title Parachutists in Belorusskaye SSR
Periodical Kryl. rod., 12, 4, D 1956
AID P - 5529
Abstract An account of the 4th All-Belorussian competitions in
parachute sports held at the end of 1956 in the city
of Mohilev. Withering of the interest of the Belo-
russian population in parachutism is noted and discussed
in some length. 1 photo.
Institution : None
Submitted : No date

POKHILTKO, P. (Vitebsk)
Parachutists of the Vitebsk SJ-lk MM, Yxyl,rod, 13 no.4:.17
Ap 162. (MIRA 15:5)
(Vitebsk-Parachutists)

POKHIL'KO, P. (Kinsk)
Sports medals of a chairman. Voen.-znan. 41 no.22:39 D 165.
(MIRA 18:12)

POKHIL'KO, T. D. , Cand Med Sci -- (diss) "Problem of pathoLeiiesis of'
so-called tourniquet shock. (Experimental research)." Frunze, 1960.
16 pp; 4 pages of kymograDhs; (Kirgiz State 1,-;edical Inst); 300 copies;
price not given; (KL, 26-60, 144)

S/271/63/000/001/019/047
D413/D308
AUTHORS. Polthilo N Bud Ro O.A. and Trof imen1co
G.A.
,
TITIZ.- A temperature regulator of.improved accuracy for
thermostats
~PERIODICAL: Referativnyy zhurnal, Avto
matika, telemelchanika i
V
chislitellnaya tekhnika, no. 1, 1963, 46, abstract
Y
IA258 (Nauchn. zap.-.0de6sk. politekhn. in-t, v. 38,
1962, 64-69)

1EXT: An accurate tempera$-- ure regulator has been developed
for thermostats used in biological and other investigations with a
working volume of 1 m In tests o--' the regulator, the greatest
tem--,-)erature deviation from the set value at any point of the working
chamber did not exceed 0.30C. A high-stability copper wire resis-
tance thermometer,gerves as the tlem',)erature sensor. To increase
tile I accuracy - of regulation, feedback is introduced through an addi--
..tional sensor*:heater which is switched in by the controlling relay
contacts at the same time as the tht--rmostat heater elements. The.
Card

ACCESSION NR: AP4020317 S/0302164/0001001/0042/0045
AUTHOR: Pokhilo, N. P. (Candidate of technical sciences). Kovallchuk, I. A.
TITLE: Nonvolatile static triggers
SOURCE: Avtomatika i priborostroyeniye, no. 1, 1964, 42-45
TOPIC TAGS: trigger, static trigger, nonvolatile static trigger, retaining
information trigger, transistorized trigger, power supply interruption
ABSTR.ACT: A transistorized trigger invented by D. Hilbiber (USA Patent
2982870, Cl. 307-88,5) capable of retaining information during short-time power
interruptions is criticized for its complexity and a too-short memory
f or ' high speed of operation. New trigger circuits invented by the authors
(Author Certificate 158152., see Enclosure 1) use ferrite elements and take
advantage either of the dynamic asymmetry created by the fact that the capaci-
tances C, jk CZ (Fig Z),or of the residual magnetic flux in the ferrite cores (P
Card 1

ACCESSION 14R: AP40ZO317
and CP2. (Fig 3). This serious shortcoming is noted: the schemes require a
special smoothing -filter/ steep -front -forming device in the power-supply circuit.
The device must take care of possible contact bouncing and easy-front voltage on
resumption of the power supply. Orig. art. has: 3 figures.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 31Mar64 ENCL: 0 1
SUB CODE: CP, GE NO REP SOV: 002 OTHER: 00 1
Car& Z/3

rim"
AND I PJ,8 UNnh to WorLors of 11%hcr tinif 8econdury SXelnlfted
Education Institutions - Participants in Exhibition of AchievementL of the
National Economy USSR for the Year 1961. (unsigned article in &,ulletin'
Ministerstva i Brednogo SpetBiallnogo Obrazovuniya SSSR, no 4., APril 1963).
Order of Idnistry of Hi&er and Secondary Specialized Education USSR, 23
August 196P- (cont.) A Third DeEpree Diploma was awarded tO Odessa Polytechnic
Institute
Small Silver Medal and Vhluable Prize
POXHILO Nikolay Pavlovich department head
for scientilic leadership ~n developing the tensometric weights.
jpBs 2o,, 1o6, lo june 1963 uncl.

ACCESSIM NR: AP4004097 S/0286/63/000/020/0061/0062
AUTHOR: Pokhiloq N. P.; Kovallchuk,' L'A.
-------------
TITLE: Transistorized static trigger. Class 42, No- 158152
SOURCE: Byul. izabreto i tovarn. znakov,,no. 20, 19639 61-62
TOPIC TAGS: trigger, static trigger, transistorized static trigger, ferromagne-
tic core trigger$ memory unit, ferromagnetic core memory unit, ferromagnetic
memory device, ferromagnetic storage
ABSTRACT: Transistorized static trigger containing ferromagnetic core with
memory un;~t in t~e event of dump has the special feature that, for the purpose
of design simpli;ication and increas* its reliability, two';of the core wind-
ings are connect6d crosswise in the tollector circuits of tht 6igger diodes,
and the third wipding is connected through a silicon diode and control transis-
tor to the base 8:~ the trigger, the accelerating' capacitance of which is several
Card 1/3

ACCESSION NR: AP4004,097
times greater than that of another. (Abstractor's note: this'is a complete
translation of the original article.-]- Orig. art. has: Ifigure.
ASSOCIATION; nmiie-
SUBMITTED: 08Oct6Z DATE ACQ: 13Deo63 ENCLj 01
SUB CODE: CO NO REF SOV: 000 WHER; 000
A
Card 2/3

ACC29SION' NR; A?4oo4o~7
ENCLOSURE: 01
Card
ferromagnetic core;
T, and T - trigger triodes;
2
T3 - control trans-fstor;
C1 and CZ - accelerating capacitances

POKHILO, N. I
"Graphical Computation Method of Static Re3ime of a Symmetrical Trigger With
Automatic Shift"
Sb. Tr. in-ta,Elektrotekhn. AN Ukr SSR, No 11, 1954, 7-14
For s'implification of computation of static regimes of symmetrical
triggers i..,ith automatic shift a graphical method is suggested consisting
in application of a nomograph. The computation assumes that the grid volt-
age of the open tube equals zero and the grid current is negligibly l(ni.
(RZhFiz, No 9, 1955)
SO; Sum-No 787, 12 Jan 56

POI~HTLOV, T.D,
Milling Machines
Mandrel for milling cutter. Stan. i instr. no. 5, 1952.
Month - List of Russian Accessions, Library of Congress, November 1952 UNCLASSIFIED.

A-
HIKITIN, N.T.; GHSPURN'YKH, A.K.;
Ph I.D.; LOSKUTOV, V.V., kandidat
takhnicheakikh tauk, redaktor; tekhnicheskV redaktor.
(Automatic control of dimensions during grinding] A-vtomaticheskit kontrol,
razmerov pri shlifovanii. Moskva, Goo. nauchno-takhn. izd-vo Hashinostroit.
lit-ry, 1954. 23 P. NLRA 8: 1
(Grinding and polishing)

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(9) 4046) -[in RUMISM) ThO 'N'trol" pertirs of Chromal aft ititt-f-
;;jWt, hjaee. thaw of high-spml Steel vlmn, but am much clow,r to thl.
3miltion ratio in rolling iron. Chromal. Zoo
latt". e.g. at MW C. the P-r 00"
I ["I temperstum for rv)lfing Chrul"Al
.jjd high-pprw4 steel is 2: 3. 7; this IN thtr
material tnuat be sonrakA at WWC. for 21)-30
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POKFISOV, T. YA
"Surgical Tre-atment of Trachoman and Its Co-mrlications." Sub 19 Mpy 4),
First Moscow Order of Lenin Yedica-1 Inst
Dissertations propented for degrees in science and engineering in Moscow
in 1M 4, ---, C', )
SO: Sum No. 457, 18 Arr. 55

POKHISOTO Natan Takovlevich
Diseases of the lacrimal ducts and their treatment] Zabole-
vaniia slasootvodiashchikh putei I ikh lachezie. Koskva, Kedgis,
1958. '33 P. (MIRA 13:5)
(LACRIMAL ORGANS-DISHASES)

POKHUM~, P.
"Influence of oak on the physical and physicochendcal composition of black soi-3.1, Tr.
from the Russian. p. 21. (ANALELE R01"IND C'DVT'- 1"i C-W. K~-!A Sl" CUL- - H-A.-I ~- '
_ 1-4 - L - -,- 7--
Ux"LINULUd S1 A HARTM, Series a 11-a, Vol. 7, no. 4. JulYlAug. 10,5'3, 53eries a ![-a,
Vol- 7 U
., no. 5, Sept./Oct- 1953, Bucuresti, Rumania)
SO: Monthly List of East European Accessions, L. C., Vol. 3, No. h, April 195b, Uncl.

-POKHITON. P. P. - - - - -- - - -- - . DECEASED - - - lcb'1/2
clo6o
I

POKHITOITOV, I.I., Inzh.
Modernization of multielectrode spot-welding nacbines.
14ashinostroltell no.2:22 F 160. (MIRA 13:5)
(Electric welding--.Technological innovatione)

Yu.F.
j,z,)r-phologicr-.1 charact
-,e r n t r r, f I kit parti c I-- r-, r; f P~E- r r -IF, x
virus. Vop. virus. 10 no.2:150-155 Mr--Ap 165.
Wipll 18:10)
1. histillut vlrusoloi~ii ~meni D.I.Ivanavskogo AMID SSSR, Mjc~sskva.

ACC NR-. Ar6032011
SOU RCE- CO-DE-__U-R-_0 2..43/ 66-/0 00/009/0041/0044
AUTHOR: Danilov, A. I.; Pokhitonov, Yu. P.
------------------
ORG: Virology Institute im. D. I. Ivanovskiy, AMN SSSR, Moscow
(In'stitut virusologii AMN SSSR)
TITLE: Equipment for dete~rmining size of aerosol particles in liquid
dispersion
SOURCE: Meditsinskaya promyshlennost' SSSR, no. 9, 1966, 41-44
TOPIC TAGS: aerosol, medical laboratory equipment, microphotography,
microscopyj ?M~CA-AW,~
ABSTRACT: Microscope-attachments are described which are for use in
sampling liquid aerosols and in their photoregistration, thus facili-
tating calibration of atomizers and investigation of the dispersion
condition of an aerosol cloud in a chamber. A schematic (Fig. 1) pre-
sents the basic setup, and variations for other u'ses are suggested; a
photograph s~owa the exterior of the microscope (see, Fig. 2). Orig.
art. has: 3 figures. [W.A. 50]
'~!rd 1 / 3 UDC: 615,417.1-014,3

P~", AP6032 .01l -.. . ...

NRIi APG(~32011_
>
Fig. 2. General view of equip-
ment for aerosol microacopy
V4.
Sample plate; 2 -
ita-
reci
p
p
tion funnel; 3 - suct ion funnel;
'

4 - guidinC plates; 5
- 0
1-19

lluminator bulb; 6 -
fanteni
ng
screw for illuminator.bulb;
7 - mirror
8 - 1i
h
t
;
g trap;
9 - anode contact; 10 - cathode
contact; 11 body of dark-field
chamber.

SUB CODE:.?~07/ SUBM DATE: l9Mar66/ ORIG RM 0071 OTH REF! 001
/3

~~IZHM
POMITONOVA, 1-1. 1'.
"Evolution of Primary Infect'Lon in Children,
Its Cl-"nical Forris and Prognosis." Thesis for
degree of Dr. Medical Sci. Su.-., 24 Oct 50,
Central Inst for the Advanced Training of Physicians
NO Summary 71, 4 Sep 52. Dissertations Presented
for Degrees in Science-and Engineering in Moscow
in 1950. From Vechern-vaya Moskva, Jan-Dee 1950.

K, 4
KUDRYAVTSEVA, A.I.;
N.G.
POUIITONOVA, M.P.; OY]MBAGH; BZUCS, K.P.; BILYATSKAYA,
Realing in primary tuberculosis in children. 1rof.tuberk., Moskva
no.2:23-31 Mr-Ap 150. (GIML 19:3)
1. Of the Institute of Tuberculosis of the Academy af Medical
Sciences USSR (Director -- Z.A.Lebodeva; Scientific Director --
Prof. A.Ye.Rabukhin).

POKHITONOVA, M.P.
o-."
f2uberculosis in children: clinical aspects, therapy and proph~-
laxis ]Klinika. terapiia I profilaktika tuberkalaza u detei.
Moskva, 1952. 218 p. (MLRA 8:5)
(Tuberculosis)

POX14jrO)LjO,j'q /If"019'
rofessor; YURKIRA, A.I.
p
Tuberculosis in adolescents and Drevention of the development of
open forns. Probl.tub. no.1:14-19 ja-F 155. (MLRA 8-4)
1. Iz detskoy kliniki Institute,
SSSR (di . %.A.Lobadeva)
(TUMMLOSIS, PULKOnRT.
in adolescents, ther,
(ADOLISCENCZ,.diseases,
tuberc., pula., ther.
tuberkuleza Akademii moditainakikh
of primary complex)
of primary complex)

EXCEMPTA IMICA Soc-15 Vol-10/6 Qhest Disea5cs Jme57
1506. POKIHTONOVA AL P. and IURKINA A. 1. Institute of Tuberculosis, USSR.
Moscow. ~ T u b e r c u I o s i s i n t h e a d o I e s C e n t
and prevention of their developing open forms (Russian
text) PROBL.TUBERK. 19-56, 1 (14-19)
At the Children's Clinic and the Department for Adolescents of the Institute of
Tuberculosis extensive observations were carried out on children and adolescents
from the beginning of the infection. The patients were divided into 3 groups, Group
I consisted of 360 adolescents of whom 1/3 had typical primary tb and 43 had
secondary tb (infiltrative, focal and disseminated forms). Some of these patients
subsequently developed chronic fibrocavitary tb. When this group was analysed the
presence of old postprimary foci were observed forming the basis for secondary
tb. The detection of family or housing contact in 60% of these adolescents under-
lines the importance of continuous superinfection in the development of a flare-up

/ To 6 e O'1/r
of secondary tb. With regard to this group it may be stated that the development
of pulmonary tb in adolescents depends largely on primary tb in childhood,
especially with residues in the pulmonary tissue. Group 11 consisted of 200 cKild-
ren, studied over 5 - 10 yr. from the onset of the prim-try infection as to outcome
of the primary complex and process of healing. The development of progressive
forms of secondary tb was observed in only 14 patients, 12 of whom had compli-
cations in the primary complex .(dissemination, pleurisy). Post-primary re-
sidues developed in the period of primary infection were found to be the origin
of progressive forms of tb. Group 111 (114 children) was observed from the
beginning of primary infection until puberty, i. e. 4-10 yr. in patients aged
3 - 14 yr.). This group contained 53 patients with primary uncomplicated tb and 61
wifh complicated primary tb. The change into the secondary forms occurred
nearly always before or at puberty (of 22 patients 20 developed secondary tb at
age 13-17). Prevention of secondary forms of tb developing in adolescents
consists in long-term sanatorium treatment of children with complicated tuber-
culous processes and prolonged observation in clinics.
Soloveva - Moscow (XV, 7)

EXCL'RPTA XMICA S~B.? V01.12/3 Pediatrics March 58
A
8 10. TREATMENT OF TUBERCULOSIS IN CHILDREN (Russian text) - P o k h I
tonova M. P. - TRUD.2-GO SIEZDA VRACH.-PEDIAT. 1956 _(1-fT-_n-9
The sic Treatment 61 tb in children consists of a sanatorium-hygienic- dietetic
regimen on the background of which antibacte'rial and in some cases desensitizing
and vitamin treatment is superimposed. The use of antibacterial preparations alone
is not expedient. The differences in the mechanism of action of these preparations
make it necessary to use combined treatment which is prescribed In accordance
with the form, phase, length of process and the patient's age. Streptomycin and
PAS are Indicated for children up to 2 yr. of age, and in very severe cases phthiva-
zid as well. The same scheme of therapy is applicable to older children with re-
cent complicated primary tb. In uncomplicated primary processes the treatment
can be limited to phthivazid and PAS, whilst streptomycin, PAS and phthivazid
are recommended in acute, disseminated and millary forms. In non-pulmonary
forms (superficiai lymphadenitis. mesoadenitin) phthivazid and PAS are prescribed;
in secondary forms of pulmonary tb with or without destruction - phthivazid and
PAS, in some cases also streptomycin. SurgIW methods at treatment are mostly
used In secondary forms of tb in older children and children in their teens; these
are combined with antibacterial therapy. Children stand up well to surgery and the
recovery period Is shorter than in the case of adults. Timely combined treatment
of tb in the early period ensures considerable percentagq of complete cures. (S)

4.
POXHITONOVA, M.P.. professor, zasluzhannyy deyetell nauki
Modern methods of tuberculosis therapy in chilAren [with summary
In French). Probl.tub. 35 no.4:17-24 157. (HLRA 10:8)
1. Iz detakoy legocbnoy kliniki Institute tuberkuleza AMN BSSR
(dir. Z.A.Lebedeve)
(STRMOKYCIN. ther. use
tuberc. in child.. with iBoniazid & ?AS (Ras))
(ISONIAZID. ther. use
tuberc. in child.. with PAS & streptomycin (Rua))
(PAR&-AMINOBALIGYLIC ACID. ther. use
tuberc. In child., with isonlazid & PAS (Rae))

1w.- OKHITOIIOVA, M.P.-s--prof,; YURFINA, A.I., kand.meditainakikh nauk
Pathogenesis of open forms of tuberculosis in adolescents and
ways of preventing their rise. Trudy Insto tube AMR 7;143-153
" 58. (MIM 13 a 10)
(TUBERCULOSIS-PREVENTION)

POXHITONOV.k, M.P., prof.
~. --* .11.1 -1
Current and future aspects of the treatment of tuberculous
meningitis in children. Probl.tub- 37 no.5:22-27 '59.
(MIRL 12:10)
1. Iz detskoy kliniki Instituta tuberkuleza AW1 SSSR (dir. -
prof.11-A.Shmelev).
(TUBERCULOSIS, 1011INGUL - therapy)

--F-OMUTOROVA, M.P.- -
A.A* Unall and his role in the development of concepts on
tnberculosis In ebildren. Probl.tub. 37 no.8997-103 159.
(KERA 13:6)
(BIOGRAPHIRS)
(TUBXRCULOSIS In inf. & child.)

KISILI, Aleksandr Andreyevich, prof., zaal.deyetell nauki [deceased]; KISMI,
V.A., sostavitell-red.; MYAYBVA, Ye.D., red.; BUBNOYA, X.M., red.;
VLASOYA, A.N., red.; GANTUSHINA, Te.Xh., red.; GROMBAKH, S.M., red.;
K(MYU . 3.H.. red.; KLTDRTAVTS37A, A.J., red.; KATZMI. I.Te., red.;
MAMLUZCW, V.D., red.; MOSHKOVSKIT. Sh.D.. red.; PZMVINA, M.P., red.;
INIKHIT P-.. red.; SAWATIMMATA, N.P., red.; FRIDKAN, R.A.,
red.; SHIRTINW, B.G.. red.; SOLOMAN, Z.I., red.; GAVFJMAND, K.I.,
to khn. red.
[Selected works. Jubilee edition on the 100th anniversary of his
birth. 1859-19593 Izbrannyo trudy. Wbileinoe izdanie k 100-letiiu
so dnia rozhdaniia, 1859-1959 gg. Moskva, Gos.izd-vo md.lit-ry,
1960. 427 P. (MIRA 13:10)
(PEDIATRICS)

PETRGVj, Ye.D.,. kand.med.nauk. Prinimali uchastiye: POKH=9dV~j m"PIP
prof.; ROLIYE, Z.Yu., prof. MLSSINO, S.V., red,; MLTVLTUk,-
M.H., tekbn,red,
(Textbook of methods for the climatological treatmwat of
tuberculosio) Metodicheskoe posobie po klizaticheakom
lechenUu bollr7kh tuberkulezom. Moskva, Medgiz, 1961 64 P.
imm 15:4)
1. Institut meditsizekoy klimatologii i klimatoterapii Imeni
I.H.Sechenova v Yalte (for Petrov). 2. Institut tuberkuleza
ANN SSSR (for Pokhitonova,, Rollye).
(TUBERCUWSIS) (CLIMATOIDGY., HOICAL)

POKHITONOVAY Markya Petrovna; YELINIk, V.I., red.
I` I. ---
[Clinical aspects, treatment and pre7ention of vabercla-losi-,
in children~ Klinika,, lechenie i prol'ilaktika tubeeculeza u
detei. Izd-5 Moskvap Meditsina, 1965. 303 p.
(MIRP 18:4)

POK111TONOVP YUGP*
,
Some oharac.aristice of photography of tissue cultures gra,~n 'An
pemiOllin viala or flasks. Vop. virus. 9 no.5s634-635 S-0 164.
(MIM 18t6)
1. lns~jtut v~-rLisolog:t.1 imeni 1vanovskago AWI SSSR, MoskviL.

SHAGALOV, A.F.R 1411MYLIN, B.T.; )L
~~ ~11U~,~, L.Y~
Causi~3 of explcei-one in the orankrases of 13GK gas-sngJ-ne cora-
preescre. Nqftsper. i nefteakhIm. no.4e39-42 165. (Iff RA 18 , 5)

1
mAKAROV_ZI,VIXIaR;K1Y, 'Iek.,,,ey Niho. la ovich; IT-71LOVA, I.P.,
retserizent; POKHLEBALO", ~J;., spets. red.; SMIRNOVA,
I.I.K., red. _- '
[Technology and equipment of the perfumery industry] Tekh-
nologiia i oborudovanie parfiwnerriogo proizvodstva. Mo-
skva. Pishchevaia promyshlennost', 1964. 190 p.
(MIRA 17;10)

7.
J',~'w- inetbod for determination of zinc Otuale in (face)
powder. , L. P. Pok-blebalova and N. 1. Sliatskaya. Mmla-
7. 2 g.
A face powder Into a 100-mi. FrIcnme)-cr flwsk, add
M 0.5N ale. KOII subi., boll in a bot-wattr bath for 4 ........
Conl, Zird filter 'brougli, a heavy filter., Wlash the Ppt.
thrice mith I&tml, portiuns of ak., and emp, the filtrate to
dryncis. Dissolve the residue in 20 ml, of cold water,
nridify with 20 snl. of 20% soln. of Ilt5%, and ext. the
liberated stearic acid (1) trith three 15-ml. mrtions 61 either
xylene, toluene, or petr. ether. Wash the solvcnt free of
mineml acid, add 10 ml. (if n"itral a1c., and titrate I with
0.51Y.21C. KOH soln. with phtnolphtlialt-in as indimtfr,
"Novay"S

po rH H;-C) v
POM-RHATOVA,L.P., inzhener; SARDANOVSKIY,M.V., inzhener.
Method for the determination of fragrance tonacitv of perfumes
and laux do Cologne. Meal. -zhir. prom. 19 no.2:22-25 '54.
Off-RA 7:4)
1. Fabrika 011ovays saryag (Perfumery)

DANILOVA, L.I.; inzh.; OSIPOVA, V.P.; kand.khim.nauk; POYHLEBALOVA, L.P.;
KUZNETSOVAs K.D.
Clarification of liquid perfumes with the aid of the SGL separator.
14asl.-zhir.prom. 27 no-3:37-39 Mr 161& (NIRA 14:3)
1. Vsesoyuznyy nauchno-issledovateliskiy institut sinteticheskikh
i naturalInykh dushistykh veshchestv (for Danilova,osipova).
2. Fabrika "Novaya Zarya" (for Pokhlebalova). 3. Vsesoyuznyy
nauchno-issledovatellskiy institut khimicheskogo mashimstroyeniya
(for Kuznetsova).
(Perfumes) (separators (Machines))

PW]i Il -A I 'I YA A.
Jsing a mi--lk suboTli'u..,te.
1. Glavnyy voteri-nany.,; vl-a,-,h Klr~anskogo myona, Kurl,,anskaya
oblast I

SHILOVY V.I.; KORZ11, V.P.,- Prininuili uchastiyes SPITSIN, V.D.-,
POKHILEBAYEV, VA.- ODINOKOVAJ, L.P.; AIZKSEYEV, V.I.; TEIMENIKONTA, G.N.
Rol-ling of titanium alloy foil. Trudy Inst.met.UFAN SSSR no.9:
101-105 162. (FIRA 16:10)

POKULIMMIN, V.
USSR.600
Faroe IslRnde - Description and Travel
Faroe lelsnds, Vokrug. evete. 91 no. 4 152
Montk!ly List of Russian Accessions, Library of Congrees, July 1952. 'Uncleselfied.

p0 , I
Cities under water. Vokrug sveta 5;23-27 W '53. (MLBA 6;6)
(Netherlands-Floods)

POKMBKI I-I Vill . . 7asillyevich; KOSTINSKIY, D.N., redaktor; KOSHEINVA,
redaktor; GOLITSIN, A.V., redaktor kart.
[De=ark) Daniia. Moskva, GoB.12d-vo geogr. lit-ry, 1955. 87 Pe;
(Dermark--Description and travel) (MLRA 8:4)

POKHMKIN 1,!,;. TIKHOMIROV, v.r., redaktor; CHIZHOV, N.R., redaktor;
-7'~~O'SIKRVA, S.M., tekhnicheskiy redaktor;
CSweden, Norway, Denmark, Iceland] Shvetaiii, Norvegi~-&, Danita,
Islandila. Moskva. Goo.isd-vo geogr. lit-ry, 1956. 31 P. - '
(Scandinavia) (Iceland) (XIBA 9: 6)

POKHLZBKIE,.Viliyam Vasillyevich; LAVRENTIYXVA, Te.V.. redaktor; GLEYXH.
'-I. is cUk-t or
(Norway] Nor"gits. Koskya. Gos.tzd-vo geogr. lit-ry. 1957. 79 P.
(Norway) WaA 10:8)

BACKSTROM, Knut; NOSOV, Ye.A. [translator]; 11.0ZHAYEV, V.Ye. (translator);
SlAija%lov, V.N. [translator); POKHLEBKIIII V.V.,_ red.
[History of the labor movement in Sweden] Istoriia rabochego
dvizheniia v Shvetsii. Red. i vstup. stattia V.V.Pol-,hleblcina.
Moskva, Izd-vo inostr.lit-ry, 1961. 331 p. Translated from
the Swedish. (MIRA 15'.4)
(Sweden-Labor and laboring classes)
(Sweden-Trade unions)

ACC NR, AP6033640
AUMOR: Pokhlebkin, Ye.. (Major)
ORG: none
SOURCE CODE: UR/0018/66/000/010/0034/0037
TITLE: Maneuver of paratrooper battalion
SOURCE: Voyennyy vestnik, no. 10, 1966, 34-37
TOPIC TAGS: ==R, military training, =2===5==ES==1para trooper
A~
ABSTRACT: The paratrooper battalion in action can succeed only if the leading per-
sonnel are highly trained in military tactics, and the principal emphasis is on the
advance formation. This is usually dependent on environment, but generally anti-
tank weapons and ASU-57's (airborne self-propelled artillery) should be centered at
the head of the battalion. Most mobile units should be at the center or at the end
of- the column. This enables them swiftly to counter in case of enemy attack. Night
is the most favorable time for the concealed move, since at this time the paratrooper
battalion is able to make the greatest progress.
SUB CODE: l5P_r/SUBM DATE: none
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:

ACCESSION NR- ATA023776 S/272.3/63/000/002/0048/0052
AUTHOR: Pokhmurskly, B. 1.
TITLE: Effect of molten sodium hydroxide on some of the mechanical properties of low-
cirbon steel
SOURCE: AN UkrRSR. Insty*tut masby*noxnavstva I avtomaty*ky*, Vviv. VlIyanIye
rabochikh sred na svoystva materialov (Effect of active media on the properties of
materials), no. 2, 1963, 48-52
TOPIC TAGS: steel, molten sodium hydroxide, steel mechanical property, low-carbon
steel, sodium hydroxide
ABSTRACT: Molten salt, hydroxides, and their mixtures are used more and more In
industry, especially for nuclear power plants where they are employed as fuel,
modcrawrs and solvents for heat-radiating elements. In this connection, the corrosive
ef-,c. (..',hose melts on steel is of practical importance. Previous investigations have
showa t.4atatsufficiently iigrh temperatures almost all metals are corroded in baths of
so6iuri !-,ydroxidc, forming darkly colored oxides and liberating hydrogen. For steel,
alurrili-,ui-a, and other metals at G73-773K the corrosion rate at first reaches a maximum
and thc;i drops sharply. Under stress, corrosion cracking of stool such as Is observed
1/3
1 Card

-rip.,
NR: AT4023776
in solutions does not occur in molten'sodium. hydroxide. Studies on normalized
a steel (0. 25%C) showed that at a temperature of 673K the ultimate strength
and MM...',Tlity is increased and the plasticity is decreased when the specimen is filled
with rij1-7%,n sodium hydro.,dde (see Fig. 1 of the Enclosure). Increasing the temperature
to 773K -4arply reduces the effect of the molten NaOH on the strength of the steel.
Orig. iwvA has: 5 figures.
'ley
'~* 1041VION: Insty*tut mashy*noznavstva i avtDmaty*ky* AN Ukr=#, Vvov
(Institute of Machine Technology and Automation, AN dw~=)
~-10P)61VV#ED: 00 DATE ACQ: 10APr64 ENCL: 01
MM NO REF SOV: 006 OTHER: 002
2/3
I-Card
-----------

A,O'CESSION NR: AT4023776
t; 4W
ENCLOSURE:01
10 20 30
-Fig. 1 - Stress- strain curves for steel 20 in the normalized condition at 673K.
1 - samples tested in open air, stretching rate 1. 67 x 10-4 m/sec;
2 - inner surface of samples in contact with molten NaOH stretching
rate 1. 67 x 10-4 m/sec;
-samples tested in open air, stretching rate 9. 2 x 10-7 m/sec;
4 - inner surface of samples in contact-with molten NaOH, stretching rate
Card 3/3 9. 2 x 10-7 m/sec.

POKHNJRSEIY, V.I.j KARPEEITKO, G.V.
Effect of bonditions of thermomechanical processing on the corrosion
resistance of steel. V31ian. rab. ered na Bvois, mat. no.3s7O-74 164.
(MIRA 17tlO)

IMMAWNEVIP(t ~13-4 -JD/-7
ACCESSION NR-. APS009281 A 36 f)o AMA/o
5F
AUTHOR: PokbrhurskiX, V.I. Karpenko. G. V.
XITLM Influence of high-temperature thelMGmechanical treatmenton the cyclic
enOh
str of steel 46 1p cerizin worldng media
CE: -_Fi_J --cheskaya meki"' a' m__atArlaloy,~_ v. 1, no.- 1- 1965 49-53
T00IQ TAGS-.'',ate, strength, -steel corrosionj_cyclic strength thermomechanical
.treatment steel hardening, u strengthTs eel 45.
fatige
'ABSTRAM.- The authors studied the influence of : several variations of a promising new
,hardening i6mthod, the high-temperature thermomeebanical treatment (RTMT) of steel 45,
.on its iatigue strength under conditions of simultaneous action of cyclic stresses and certain:
Marking media, and also the influence of prelimin ry corrosion on the fatigue strength
iof thermomecham4cally treated steel. The HTMT consisted of deforming specimens in
Ihe ausitenitic state by torsion, quenching immediately, and tempering. The effectiveness
,,of HTMT in raising the fatigue limit of steel in a neutral medium (air) and corrosive
medium (3% aqueous NaCl solution) is manifested in low-temperature tempering, i. ef I
Jn steel with a marteensite or troostite-martensite structu_re. The presence of an optimum
;degree of deformation of the specific twist angle was established; it corresponds to the
J/2
Card

/9 0 AWAI Zl,~ E /< / V V. ~ I
ACCESSION'lMs AP4009736 S/0021/63/000/012/1600/1602
AUTHoRs Pokhm*uralky*y# V. I.; Karpepko, G. V. (Corresponding member)
TITLEs Thermo-machanical treatment of steel utilizing torsion def ormation
SOURCEs AN UkrRSR9 Dopovidi, noo 12, 1963# 1600-1602
TOPIC TAGS i thermo-machanical treatment, steel, steel 45, torsion deformation,
strength Increase, corrosion resistance improvement, high-temperature austenization,
low-temperature annealing, medium-carbon steel. structural steel, torsion-
strengthened steel
ABSTRACTs The authors selected torsion for thermomechanical treatment of steals
as a type of plastic deformation which permits considerable deformation without
noticeable aross-section changes. They analyzed the effect of plastic deformation
by torsion,* in the process of themomechanioal treatment, on the chanee in strength,
hardness, plasticity, structure and corrosion resistance of steel-45 austenized at
1i70 - 1190K9 The maxim= Increase in strength (fatigue limit up to 2o38 hectonew-
tons /a') was observed for an angle of torsion GZa 0989 rad/Mm and low annealing
temperature (383-SWE)o Increase of annealing temperature (573-673K) and increase
In the degree of deformation (0464 - 0.485 rid/kom) led to the amulsout of the
Card I*

ACCESSION n: AP4009736
strengthening effect (see Fig* I of Enclosure)* Changes In strength were aooom-
panied ~.v corresponding changes in hardness without noticeable changes in plastieil*
Corrosion resistance of themomeohanioally treated steel 45 is considerably greater
than the oorroxion resistance of the control samples (see Fige 2 of Enclosure)@
Metallographic studies showed increase in the dispersion structure of the thermo-
mechanically treated steel as compared with conventional hardening* Plastic defor-
mition of austenite reduo.es precipitation of finely dispersed carbides from marten-
site during the low-temperature annealing (383K) and Increase@ its thermal stabiliVe
This then leads to an increased corrosion resistance,e Orige art. hass 2 figurese
ASSOCIATIONt Insty*tub M&ehy*nosn&vstv& ta Autonaty*ky AN 'URSR (IMUtute of
Mechanical Uginsering and Autmation AN MR)
SUBMITTEDs 1SHarGS
SUB COM UL
Card 2/R-
DATE ACQs OV*b" ENCLs 02
NO RV GOV$ 000 OTELER 000

POOMM.OKly)~ V.I. [Pokln-.lrslkyi,. V.I.); KAJTENKO~ G.V. [Kari.~enhc.. l;,,*J.-l
Thermorjechanic,d -praccs5ing of 3tc-;.:,,l uE;in,-,, torp-Jona-1
163.
Dol-,. AIN UU31, nu.12:16OC"1602 :( %
I
1. Institut in~aoldrovedeniya- i avto--iatiki Ml U1=33iz. 2.
korrespondent Ali' UkrSSA (for Karparilko).

FAHRUP31 1!2 "i0
Of low-carlxm T-Alfir). rab,, arrfl ria av,..:Po m--,.o nc;o2l,,.,,-41-52
(YLTRI,

32c)55-6~ Pf -4 I-WAT A
ACCESSION N.R: AT4049940 S/2723/64/000/003/006310069
r.-AUTHOR: Pokhmurskili V. 1.
TITLE.. Influence of thermomechanical treatment on t mechanical of
he properties
and ShXhl5
SOURCE4 AN UkrSSR. Fiziko
-mekhanichesk!3~inatLt~~ Vliyaniye rabochikh sred na
evoystva materialov,- -no. 3, 1964, 63~69
TOPIC TAGS: thermome .Phanical treatment, steel strength, torsional strain hardenin&
~,,steel tempering, steel austenization steel 45, steel 60S2, steel ShM15
The author studied the possible strengthening of steel by a combination
plastic deformation and thermomechanical treatment at either low or
tei~peratures,: To4sional deformation was considered to be of particular in-
terest because it yields high densities of dislocations without requiring signifi-
cant--ebang a ofeross--section in the components being,strengthened.. Research hav
0 a rs na c ermome-
h. WP th 't to io -1 deformation ombined with-the~mor'e usual ypes of th
-AL
_~cnanital 'treatment increases~both the.static and'thefatigue-strength of steel.
In the present:paper, optimum deformation n max
requirements$ correspondi g to imum
Iniareases In strength for both high-and low temperature mechanical treatment, were
dqjyqined for-s,teel 4.5 andsteel 60S2. Low temperature thermomechanical treat-

TITLE: The effect of mechanical processing on fatigue atKt~ ~t in IM70 and
Khl7V5H31 (SH 3) teals
SO= I rizdc4binicheskaya mekhanika materialov, v. I no. 2, 1965, 244-246
TOPICITAGS' met rope rope ve
al mechanical prty, fatigue strength. metal physical pit
stainless ste ej,, ateal corrosion
'ABSTRAMP., Sttelm of- the, transitiona1 austenite-martensite class (SN-3). and mar-
were
.-,-Pater)
Card
'e-ferrite :steel 1hl 2
tensit 7H un6e physical and ch"-ical 'changes in the
Surface layer- during taechanical'mzins To show this effect, fatigue tests
conducted JIM C-iii, and in aa md. m on samples of these two steels, pre
ired by 2-technological pr
pc
-ocesses (described). ratigue-and corrosion-latigue
strength vere tested,by pure cyclic bending at 30.00 cpm. 3% NaCl (imitation sea
vas used as thecorrosive medium.' it was found that grinding as a finishing
reduces the fatigue strength of Xhl7N2 and'SN-3 sie6ls b appinoximately
y
-1/2

p, 602516.mo65
AccEssioN ~k:-770%126W
25% comwed to -parts reannealed and finish groIund by band'after grinding. Since
annealing.of Xbl7H2 and SH-3 stainless steels at 450-5500C does not basically changej
the structure of the netal, but improves certain mechanical dbaracteristics, it is
recommended as afinish operation. Identical microgeometry of the surface and physi6
-,-cal state of surface layers in the samples must be maintained to obtain comparable

t 32057-65 F-rPT k'r.) (k)/7;7,`Nb) ?f-14 V!,,rW im /r.,;
ACCESSION 'rR: AT4G14
9941 S/2723/64/000/003/007010074
AUMOR: Poldimurskiy, V. I.; Karpenko G. V. (Corresponding member AN UkrSSR)
-conditions of thermomechanical treatment on the corrosion
TITIZ: Effect of the
resistance of steels
SOURCE:- AN UkrSSRi Fiziko-mekanicheskiv institut,,,
--L Vliyaniye rabochikh sred na
svoystva r1a ov~ no. 19 -70-7
1~iUe
IL
5 ance, thernomechanical, strain hardening, steel
TOPIC TAGS: corrosion re 1st
J.~
el
strength, steel corrovion, torsional.plastic deformation / ste 60S2
_5,_steel
A- the
ABSTRACT:- The:authors studied the effect of thermomechanical treatment on
-corrosion resistanceoE steels 45 and 60S2 in 54% aqueous sulfuric acid. The
"I thermomechanical treatment.consisted of rapid heating at 30C per second, torsional
plasti.c.deformation at.varying rates and subsequent oil tempering. The exposure
ive medium:was continued-for 104 seconds at a constant temperature.
to a corros
radian-/
4-0ptivum strength was found to be produced by a torsional gradient of 0.079
millimeter* A significant increase in'corrosion resistance was produced by low
tempera0re tempering..(110-220C), vhile tempering temperatures of 300 400C re-
.'.Card 1/2

777
17
~ACCESSION IM: APSO05100 S/0129/65/000/002/002910035
,AMMOR- Pokhmurskiy,'V. 7 Karpenko, G. V,
TITLE: Thermomechanical treatment-jaf carbon structural steel
~SdURCE' lovedenlya I termicre-skaya obiabotka metallov, no. 2, 1965, 29-35
~TOPIC TAGS: therritymecbanical treatment, steel structure, fatigue strength, carbon
:steel, structural steel, austenitization, plastic deformation, torsion testing
steel 45
ABSTRACT: The-mechanicni and electrochemical properties of steel 45 were 1nvesti-
gated in relation to the, austenitization. temperatlire, heating rate, extent of de-
for,Imation, and temperatur-9. of subsequent tempering. The fatigue strength and
cor osion-fatigue strength were deter-mined. High-temperature thermDmechanical
tvettment conbisted of the following: the specimens were heated at different rates
t3 ~_he austenitization temperature, deform-ed by torsion, and qucnched in a stream
- 4!r I
of~-Al. To prevent recrystallization of the austenite, the time between the end
OVIformation and start of quenching did not exceed I sec. The thermomechanically
4aated specimens vere tempered at various temperatures for 1 hr. Plastic deforma-
t:eon was deter-ained by the magnitude of the specific ar~gle of twist, characteri-
V'stai.-Ji, planes perpendicular to the- Bpecimn axis- per

:-139266-65
SSIION NR: AP5005100
~fiit -Urigth and -by'--'_e_'
t
1 --teniiie.-Otresises',0--SPE61mens Vare taken -fxoni~ the: tr6.ted- billets for static,
dynamic, fatigue, and corrosion testing and for metallographic, carbide, and x.
ray structural analyses. It was found that the tensile strength and hardness in-
creased as deformation increased only up to a certain limit 0.079 rad/min).
The degree of deformation did not affect tensile strength when the tempering
temperature was raised to 450C. The effect of high-temperature thermoMechanical
treatment was evident only with low-temperature tempering, i.e., in steel with a
martensite and troosto-martensfte structure. A decrease in the heating rate during
austanitizing from 30 to 5 deg/sec. did not change the tensile strength or ductili-
ty,uhile increasing the rate to 200 deg/sec. increased the tensile Btrength , the
maxiTnal value bein8 250-260 kg/mm2, or 15-20 kg/mm2 more than that obtained at a
beating rate of 30 deg/sec. There was an optimal degree of deformation corres-
ponding to a maximal increase in mechanical properties, but this was not constant
and depended on the character and conditions of the tests. The conclusions of
other authors, who negated the Tole of conninution of martensite crytitrilf,, In the
hardening of steel after high-temperature thermomechanical treatment, were con-
firmed by the authors of this article. It was revealed that high-temperature
Card 2/3

2
L
33. -4-
ACCESSION NR-. AP5,005100
tbe=oMechanicif-fteatment was especially effiactive:An.steelvith a martensite and.
troosto-ma n that its use-with plastic deformation by torsion
rte site structure an
is promising for sbafts, rude, torsion springs, and other parts with the shape of
bodies of revolution& Orig. art. has: 2 tables and 7 figures.
ASSOCIAT1014: Fiziko-inekhaniebeskiy institut AV 'MrSSR (Physi come chani cal Thatitute
AN Ukr=)
700
SIUMMIMD: ENCL: 00 SUB CODE: HM
NO REF S01V 007 OTHER: 002

POMMURSKIT. V.T.; KARPENKO, G.V.
Thermomechanical treatment of structural carbon stsel,
MaWloved. i term. ohr. met. no. 2s29-35 F 165.
(MTHA
1. Fizikop~eUianicheBkiy institut AN UkrSSR,