SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860820019-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


R,
Vo R 0 B Y F___ V V, D
AUMRS: Hildshin, G.I., Vorcb've-r, V.D. 17etzrov, A.D. 62-12-1 V2C
0
TITIZ The Teloinerizaticn or Fropylone and Zthd-lonc With Kethyl Fomlate
(Telomerizatsiya propilena i etilenA s cetilfc=intov~).
FERIMICALt Izvestiya All SSSR Ctdelente Khimichcakil-h Nauk, 1957, Nr 12,
Pp. 1488-1489 (USSR)
ABSTRACT: The hoinolytic telomerization of ethyllene in the preseacc of peroxide
catalysts rias described on the basis of numeroun exam, lea. As a re-
sult of this maction the highest functional compcAwds with norz.91
carbon atom chain was recei-,red. The aforementioned talmeriz-ation,
on the other hand, has been much more rarel,,f ctudied. The authf=
made it their task to investigate the s~rnthesis cf acids anrJ their
esters 4th EL ramified carbon chain, and studied the reaction of the
telomerization of methyl fo=4ate -,-rith propylenc. On this occasion
they found that .-,ith a reciprocal action of the proqlenc -,-rith me-
thyl fomiate (in the presence of peroxide tributyl!) the reaction
of telomerization takes place with methyl est-ers cf the stronZeat
acia. The reaction of the polymerizotion of the propylene, on tLe
other hand, takes placc -.7ith the fcrzatiori of hy6rOr;aeboxj. BY the
Card 1/2 Interaction of methyl fomiate rrith etk-lene methyl remaintlez-i .-141-h

The Telomerization of Propylene and Ethy, lene 'With
,Y
ASSOCIATIM
SUBUITTEM
AVAILABLE:
Card 2/2
62-lZ-12/ZC
an average molecular weight of 1850 were obtained. The telomerizza-
tion of ethylene ~= carried out under a pressure Of 200 atM03-
pheres and at a. tomperature of 150'. Thare aro 7 references, 3 of
which are Slavic.
Institute for Organic Chemistry All USSR iraeni N.D.Zelinskiy
(Institut orgmnicheakoy khimii im. II.D.Zelinskogo hkademii nau1c
SSSR).
July 4, 1957
Library or Congress
1. Ethylene-Metbyl. formiate-Telomerization 2. Fropylene-Yetb;rl
formiate-Telomerization 3. Ethylene-Horriolytic telomerization-
Peroxide catalyst

48-7-6/21
AUTHORSs 'Yoroblyev, V.D., 11,1in, K.I., Kollchinskayat T.I.9 . Latysheyp
G.D., Sorgeyev, A.G.f Trof1mov, Tu.H., Fadeyev, V.I. .
TITLEt The Spectrum of the Electrons of the Internal Conversion of. Actim
Radium-Containing Thorium Depoolts
III(Domain H 0 1380tO2700 and 3500tou9000 Got cmO)
(Spektr elekTronov vnutrenney konveraii aktivnogo osafta.raftt4ta
III(Oblast' Eg - 1380 do 2700 1 3500 do 9000 Go. cm) toriya)
PERIODICALs Izvestika Akad. Nauk S33R, Ser. Fiz. , 19579 Vol. 21, Nr 7,
pp. 954 - 961 (um)
ABSTRACTs 1.) The intensities of the conversion lines. ,In the determina-
tion of the relative intensities of conversion-lines the fact
was.taken into account that a portion of the atoms ThCfalls
down from the source due to the O-emission on the.decay
T004TW. This circumstance leads to the fact that th intensi-
ty of-all conversion'lines developing on the decay ThC'1 ThD
,-Y"decrease by 30 ~ in comparison with the intensity of the lines
of other nuclei. Therefore the intensiti of all lines which de-
velop in connection with the deoay,ThCPWTh3) were determined
Card 113 regard to the line L which develops in the same decay. The

The Spectrum of
Card 2/3
48-7-61Z1
the Electrons of the Internal Conversion of Active Radium-Con-
taining Thorium Deposits
III(Domain Hy - 1380 to 2700 and 3500 to 9000 Go. ca.)
intensities of the other lines were determined with regard to
the I-line ThB--,~,ThC. In order to connect all intensities with
each other the relation of the L - and I - line intensities to
the source was determined , the latter being covered by a foil
in order to prevent a falling down of the emission atoms. De-
tailed calculations and explanations are given. The authors esti-
mato the aacuraey.of their meaouramtns of the absolute intensi-
ties with 5 - 10 0 for the intensive lines.
2.)The conversion spectrum in the domain Rg 1360 to 2600 Ge.cm
In the study of this'portion of the speotr~lm 3 series of measure-
ments wets made. In every series the position and intensities of
the lines were determined. The average values of Hy and of the
intensities are given in table i, as well as the energy of the
electrons and o 'f the corresponding e-transitionst the identi-
ficatibn of the lines and comparative values of earlier-works.
It may be seen that the values obtained by the authors for U
and for the intensities differ markedly from earlier obtains
valiess where a photorepording of the electrons had been employed.
Figures 19 2# 3 and-4 represent some parts of the spectra of

48-7-6/21
The Spectrum of the Electrons of the Internal Conversion of Active Radium*-Con-
taining Thorium, Deposits
III(Domain HY - 1380 tD2700 and 3500 to 9000 Go. cm.)
conversion electrons in the domain Hy - 1380 + 2600 Ga. cm.
3.) The conversion spectrum in the "rigid" domain. Certain lines
discovered by the authors are recorded on figures 5, 6 and 7,
their energies and intensities on table 2. There are 2 tables,
7 figures and 16 references, 8 of which are Slavic.
ASSOCIATIONs Department of Physics,, Leningrad Institute of Hall op&**jjjOrtA.'a''
tion Engineers .. 1, -. -
(Wedra fiziki Leningradakogo institute. inzhenerov zheleznodo-
rozhnogo transporta)
AVAILABLEt Library of Congress
Card 3/3

S07140-22-7-312S
AUTHORS; rgeyev G Kri cyuk , 14. W. Itatyshev, C.
XRr o b 112y V-11, Vollchinskaya, T. 1.
2oB
TITLE: TI Level Scheme. (0 skheme urovney T120
P,,!,RIODICAL: Izvestiya Aikademii nauk Seriya fizicheskaye, 1958,
Vol. 22, Ur 7, pp. 785--787 (U:;SR)
ABSTRACT: In order to confirm and to define more precisely the spin
values of the excited Tl2ud levels, the relative intensities
of a-transitions were calculhted under consideration of the
carried off angular momentum. It is shown that the considera-
tion of the angular momentum of the a-particles substantial-
ly improves the consistency with experimental data. The cal-
culated relative probabilities for a-transitions to the 0,40
and 493 keV levels for which the spins have been uniquely
determined are in remarkable agreement with the experiment.
This allows to attribute spin values also to thone-levels
that have not yet been determined. For the 328 and 473 keV
levels the beat agreement with elperimeqtal intensities of
the a-groupe resulted from the 4 and 5 spin vi~luen, re-
Card 1/2,- apectively. '.1ith these spin values, however, the missing

Tl 2o8 Level Scheme! ~SOV/48-22-7-3/206
y-transition between the 493 and 328 keV levels is *ommpre-
hensible. Una might expect that this transition must be of
the M1 type and that a sufficiently strong line in the con-
version spectrum would occur which, however, rns not detected.
The 328. 473, 493 and 619 keV levels are accounted for by
the splitting of the configuration d 342 9 ' which gives
2/2 + +
a quadruplet having the spin values 3 , 4 V 5 , 6 . The vDins
3 and 6 for the 493 and 619 keV levels are in agreement
with such a configuration.+Royfever, the order of succeesion
of the levels with SDins 4 and 5t so far remains unexplain-
ed. There are 1 figure, 2 t&bles, and 12 references, 5 of
which are 60viet.
ASSOCIATION: Kafedra fiziki Leningradskogo inatituta,'inzhenerov zhelez-
nodorozhnoF;o transporta im. V. N. Obraztaova
(Department of Physics of the Institute of Railway Transporte-
tion _wngineers imeni V. 11. Obraztsov)
Card 2/2

AUTHORS: Petrovj A. D., Nikishin, G. 1. , SOY/79-20-7-10/64
-Voroboyev, V. D.
TITLE: The Synthesis of Undecyl- and Dodocyl Benzenes and Their Per-
hydrides(Sintez undetsil- i dodetailbenzolov i ikh peraidryurov)
PERIODICAL: Zhurnal obahchey khimii, 1950, Vol 28, 11r 7,
Pp 1761 - 1766 (USSR)
ABSTRACT: From the mainly foreign papers mentioned by the authors (Refs
1-15) may be seen thc~t dodecyl benzenes'vith ramified alkyl chains
which serve as model hydrocarbons for the technical dodecyl
benzene are only insufficiently investiCated. They oynthetize
hydrocarbons of the composition C 17 and C18 according to the
mentioned reaction cchemes with a dodecyl benzere with a maximally
ramified alkyl chain being obtained an final product. The
selection of the given forms wits caused by the Intelition to
decide either in favor of the technical dodecyl ben~enes with a
highly ramified aliphatic chain, or in favor of homologs with
a little ramified chain. The data obtained fron the reaction
schemes 1-5 for all hydrocarbono and their hydrides (solidifi-
Card 1/3 Cation temperatures and kinematic viscosities at 20 and 500)

The SYnthesis of Undecyl- and Dodecyi Benzenes and SOY/79-28-7-10/64
Their Perhydrides
are mentioned in the table, where also the n-dodecyl benzene
synthetized by Schmidt (Shmidt)(Rof 9) is mentioned for reanons
of comparison. The solidification temperatures of the alkyl
benzenes and of the corresponding alkyl cyclo hoaanes differ
only by about 50. Also the influence exorted by the strtictiiro
on the kinematic viscocity data at 200, and especially at 500
in only small, which iv, howevor, not the case at tempc-ractures
below 00. There are 1 table and 17 referelices, 3 of which are
Soviet.
ASSOCIATION: Institut orCanichoskoy hhinii Akademii nauk SSSR
SUBMITTED: June .20, 1957
Card 213

4
The Synthesis of Undecyl- and Dodecyl Benzene and
Their Perhydrides
1. Benzenes--Synthesis
2. Hydrides--Chemical reactions
SOf/79-28-7-10/64
.Card 313

21 (7)
AMMORS; j3ergeyev~ A, G.,jorobi-joy, V, D~,, BOV156-35,2-6160
Remennyy, A* S., ollchins aya, I.)
Latyshev, G. D,, Yegorov, Yu. S.
TITLE: The Influence Exercised by Finite Dimensions of
Nuclei Upon the Relative Coefficients of Internal
Conversion in L-Subehelle (Vliyaniye konechnykh
razmeror yadra na otnositellnyye koeffitsiyenty
vnutrenney konveraii v L-podobolochkakh)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol 35, Nr 2, pp 348-354 (USSR)
ABSTRACT. As the experimental and theoretical values of conversion
coefficients agree only very badly (Refs I - 10), the
authors undertook the task of finding out to what extent the
finite dimensions of nuclei influence these values~ The
present paper co'ntains a report on the experimental
investigations concerning this influence which is exercised
.on the relative conversion coefficients in L-subehells
for pure 141-transitions,, The following transitions were.
investigated:
Card 113

The Influence Exercised by Finite Dimeneions of SOV/56-35-2-6/60
Nuclei Upon the Relative Coefficients of Interna'l
Conversion in L-Subehells
46,5 keV - decay. RaD_P)RaE 210
115,1 keV ThB T4ThC (B1212
83
238.6 keV VhB -P-->ThC (B1212)
83
The following was found for the ratio L L L
100 : 10,6 + 0,2~ ; ~0,93 � 0,05~
100 1034 0,2 : 0,88 + 0,10
100 ~10,4 0,2 ; (0,74 10,05
For the first and for the 3~ tran4tion results obtained by
Bashilov, 'Dzhelepov, Chervinskaya~ and those if references
10, 11, 16, 17 have already been published; they are
compared in this paper with the results obtained by the
authors, Furthermorelthe relative conversion coefficient
for the 277P3 keV - I -transition (MI) between two excited
levels in Pb 206 was investigated, viz., for the levels
Card 2/3 3474,8 keV W) and 3197,5 keV W). Here a E2-admixture

The Influence Exercised by Finite Dimensions of SOV/56-35-2-6/60
Nuclei Upon the Relative Coefficients of Internal
Conversion in L-Subehella
is possible. Result:
K:LI - 6,i5,�0,3; LI:LII:LIII , 1OO;(12~5�O,6):(1A,�O.,3)
There are-4 figures, 3 tables, and 26 references, 11 of which
are Soviet.
ASSOCIATION: Leningradskiy institut inzhenerov zheleznodorozhnogo
transporta (Leningrad Railroad Engineers Institute)
SUBMITTED: March 6~ 1958 (initially) and July 9, 1958 (after revision)
Card 3/3

, .PRTROV, A.D.; NIKISHIN, G.I.; GRAMENITSKAYA, V.N.; VOROBITET, V.D.
Interaction between Hmagnesium chloride)-tert.-butyl-benzene
with carbonyl compounds. Zhur.ob.khim. 28 no.9:2)15-2319
P 158. (MIRA 11:11)
1. Institut organichaskoy khtmii AN SSSR.
(Benzene) (Grignard reagents) (Carbonyl compounds)

V. D.
A. 0. Sergoyev) V. D. Vordbyev, A. S. Remnrq, T. I. Kolebiubkaya., 0. D. Latyshav
and Yu. S. yegoi&v~_
InMence of the Finite Dimensions of the Mcleus on the Relative Conversion
Coefficients in the L-Bubehells*
Nuclear rmics, 9., No- 3j, Jan- 1959) 1198-508 (roxth nollana Publishing Co.,
Amsterd=)
*Paper-read at the Eighth Annual Sympoolum on Nuclear Spectroscopy of the USSR
Acadamy or Sciences, January 1953, Leningrad.
Abstract: Meacumenta have Men mMe of the relative internal conversion 010
coefficiento in the L-subahel-Is for throe pure M1 trenaitionw. 46.5 keT in Di
and, U5.1 and 238.6 keV in Bi8JA It is chown that In order to obtain osree=nt
with the exporimeatal data, it is necessary to take into consideration the finite
dimensions or the nucleus in tbo theoretical calculationn of the L internal conversion
coefficients.
lbasmements have elso been We of L4 L
- d% - Lti ,,,,.for the 277.3 keV M transition
in IbQW.
V. 11. Obraztsov M=titute of Railway Engimering, Depertmnt of Physics, 14ningrad.

OVOLIN, FT., kRna. teihn. nauk-, MULI-OBIKINA,. 0,A,: FMV# A,D.j
;~KISMN, G.I., kand. khim. nauk; VOROBITEV, V*D- - -
Surface activitr and cleaning action of dialkylbenzenesulfonates.
Mael.-zhir. prom. 25 no.702-36 159. WRA 12:12)
1.V9esoywny7 nauchno-issledovatellgkiy institut zhirov (for Nevolin,
Kral'-Osikim). 2.Chlo'n-korrespondent AN SSSR (for Petrov). 3-AN SSSR
(for Petrovj Nikiehinj Voroblyev).
(Benzenesulfonic acid) (Surface active agents)

0 0 67893
AUTHORS: Nikishin, 0,I.j Vorob'y!Zj.,g!A" S/02 6o/13o/o6/021/059
Petrov, A.D., Corresponding B011YI3015
Member AS USSR
TITLE: Free-radioallAddition of klkZlbenzonealto a-Olefinee
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol 1301 Hr 6, pp 1256-1259
(USSR)
ABSTRACT: The authors undertook to investigate 'he synthesis of alkyl-
aromatic hydrocarbons suitable for th; production of surface-
active substances of the alkylbenzone-oulfonate type. The free-
radical addition and telomerization was intended to serve this
purpose. The authors found that it is possible to add toluene,
ethylbenzene, cumene'o p-xylene, and a-methylnaphthalene to
a-olefines at 150-160 under the action of tertiary butyl Jr
paroxide. The reaction products form in a yield of 10-15~
calculated with respect to the olefine used. Table I shows the
amounts of the components used and of peroxide, furthermore
yields and properties of the addition products. Besides the
addition there exists obviously a competitive reaction - the
Card 1/3 substitution of the a-hydrogen atom in the olefines by the

67893
Free-radical Addi :tion of Alkylbenzenes to 31020160113010610211059
a-019finee BOIIIB015
free radicals, Due to the bromine number8f the percentage of
u.neaturated compounds in the products of addition-to the
olefines amounts in the case of toluene to 16-19, ethylbenzene
to 28, p-xylene to 4-6P a-methvlnaphthalene to 50. Besides,
in all experiments crystalline dimerization products of the
free radicals were obtained: dibenzylt 3,4-diphenylbutane,
3r4-dimethyl-3,4-diphenylbutane, di-p-xylyl. The authors
initiated the reaction of ethylene with toluene at 200-220
and under a pressure of 140 atm by tertiary butyl peroxide.
They found that a telomerization takes place under these con-
ditions. Monoalkylbenzenes form. The resulting first members
of the telogene homologs (prcpylbenzene, amylbenzene, etc) may
in turn be used as telogenes. This leads to the formation of
secondary, and obviously tertiary alkylbenzones. The authors
obtained five individual hydrocarbons (Table 2) from the reac-
tion mass by distillation. The separation of higher-molecular
alkylbenzenes is rendered more difficult since the number of
isomers and homologs with similar boiling points rises with the
molecular weight. Table 3 shows the composition of the reaction
Card 2/3 mass according to fractions after the removal of heptylbenzene

67893
Free-radical Addition of Alkylbenzenes to S1020160113010610211059
a-01efines BO11/BO15
and-the products with a low boiling point. The content of the
fractions of CH 2- and CH3-groups was determined by means of
infrared spectra. The mean error of measurement amounted to
-3%. Ye-D. Lubuzh carried out the measurements. There are 2
tables and 4 references, 1 of which is Soviet.
ASSOCIATION: Institut organicheskoy khimii Akademii nauk SSSR (Institute
of Organfe Chemistry of the Academy of Sciences, USSR3
SUBMITTED: November 4, 1959
Card 3/3

NIKISHINP G.I.J(-X0R0BII~,Tp V.D.; PETROV, A.D.
Free-radical addition of prlmar7 alcohols to v( -olefinso Izv,AH
SSSR.0td.khim.fiauk mo.5s8W-886 YT 161. (MM 146)
1. lmtitut organicheskoy kbimii im. N.D.Zelinskogo AN SSSR.
(Alcohols) (Olefins) (Radicals (Chemistry))

NIKISHINp G.I.; VOROBOINg V.D.; PETROVp A.D.
Free-rad*oal addition of alobhols to acz7lio acid and its metbyl
eater. Synthesis of p-lac6mes, Dokli AN SSSR 136 no,2s360-363
161a (=A 3-4: 1)
1, Inatitut organiaboskoy kh4m44 imatil M.D. Zelinskogo Akademil, nauk
SSSR. 2. Chlen-korreopondent AN SSSR (for Petrov);
(Acryllo acid) (Radicals (Chemistry))
(lactones)

FIKISHTIIJI G.I.; VOROBIYEV, V.D.
Free radical addition of primary alcohols to unsaturated alcolhols,
Izv. AN SSSR. Otd.khin.nauk no*5:SW-4397 I~r 162o (14r-U 15:6)
L' Institut organichLiskoy khimU im. N.D.Zelinskogo All SS~R.
(Radicals (Chemistry)) (Alcohols)

NIKISHIN.. G.I.;
Syntheolo off-nowaactone and-(-undecaUatcne., lzy., IN SSSR.Otd,
khim.nauk no.lOsIS74,-1876 0 162, (WRA 15:10)
1. Inatitut organichtiokoy khimii- im. N.D.Zolinakogo AN SSSRS"
(Le.atones).

, NIXISHIN, G.I.; VOROB"ralp V.D,
Frtse r&dical Addition of alcoh,)15 4.1) im3J4+.ur&t,.j
oompounds. lzv.AN SSIR.Sar,khlm. no. 5;89-4-897 !+1 164.
(MIRA 17W,
1. Institut organichaskoy khimali im.. II.D.Zalinakogo AN
935R.

wf_06009-51-1 --- SOURCE CODE: UR/0413/66/ooO/005/0020/0021,
AUTNOR: Ivanova V A.; Qjenkin --D
1L ; Y~)rob 1.ygX, Y,--P. GinzburF,,, 3. G.;
Zharavin, 7 W_.;_%o_~cAla~~_,__Ye. Ya. Savost
_4
ORO: none
TITLE: PrTe ti of Captax-2-merogptob nzothiazole. Class 12,
Q. 1793k( ra o9ced by the Scientific Rose M-1tute of Organic
I
N annou arch I
-8_e_mT1v1 r- I a h eProducts and d the Berezniki Plant of Anflin -a-
le Dyes an
___ ---id-s-l-ed-o-v-a-t-e-l-~-3~y--Institut
rea (NaucTi o rgiffi_f -a -he -8 k -i
no- poluproductov
I krasiteley t BereznIkovskiy anilinokrasoohnyy zavod)j
SOURCE: Izobretenlya, promyshlennyye obraztsy, tovarnyye znaki,
no. 5, 1966, 20-21
TOPIC TAGS: captax.. meroaptobenzothJLazole, aniline, aniline dye
ABSTRACT: An Author Certificate has been issued de3cribing a method
for preparing Captax-2-mereaptobenzothiazol.e by melting aniline,
sulfur, nitrobenzene, carbon bisulfide at elevated temperatures and
pressure, followed by dissolving the melt In a water solution of
alkali h,ldroxide or milk of lime, purifying the solution obtained
and separating the product. To improve the quality of Captax, de-
contaminate the waste water and make it possible to use the solution
rarel 1/2 uDc: 547.789.612.07

`--VAC,C- N Rs-A? 6vu.4.5 JL JL
of the alicali Captax melt for the production of sUlftramides, the
Purification io conducted by extraction with benzene Polychlorides,
chlorobenzene, benzene, or their water emulsions, followed by rem val
of the residue of the solvent by conventional methods. FLD
SUB CODE: ll/ SUBM DATE: 08Aug64/

VOROBITEV, V.F. 0.10--kvt-)
Calculating tl-- tsm-peratur., cf a -zf lt!i~? cc-~~rtzsrl,,;
of a structur3 in rasa cf in varying external r,:onlilions of
heat tran5fer. Prikl.melkh. I no.7.014-20 165.
(KRA 18:8)
I. TSentrallayy Inutitut.

VOROBIYEV., Yurly Fedorovich; OLADKOV, I.A., dok-tor ekon. na,.~k,
IOWWWI'~~ .4ft %
(Equalizing the levels of economic development of the
Union RepubUcs) Vyravnivanie urovnel ekonamicheskogo
razvitiia soiuznykh respublik. Mosirva.2 Izd-7c "Nauka,'
1965. 213 P. (MIRA 180)

TIKKOYEV, V.A.; SERDYUK, N.F.; SAFUTO, M.P.; GORISHNIY, Yali.; VnH
,V-J-w-;-GUNDZILOVICff, A.A.; PRIVALOV, V.G.; WIN$ V.I.;
LEVCHEMKO, R.S;
The beat in the profession. Put' i put.khoz. 6 no.12:4-9,, 11,
26-17 162. (MIRA 16:1)
1. Zamestitell nachallnika Petrozavodskoy distantsii puti
Cktyabrlokoy dorogi-(for Tikkoyev). 2. Nachallnik Solvychogodskoy
distantsil Severndy dorogi (for-Serdyuk). 3. Nachallnik
Shchorsskoy distantbii puti Yugo-Zapadnoy dorogi (for Saputo).
4., Nachallfift Kotovskoy distantsii putt, Odeaskoy dorogi (for
Gorishniy).* 5. Nachallnik Sverd-lovsk-Paseazhirskoy-distantsii
puti Sveralovskoy dorogi (for Voroblyev). 6. Rachallnik
Llgovslcoy distanteii puti Yjoskovskoy dorogi (for Xarin).
7,~Zamestitell nachaltnika Sharlinskoy distantsii Severnoy dorogi
(for Levchenko).
(Railroads-Employees)

VOROBIYEV V F
Ekparience-in the binding of tle endo. Putl i put, khoz. 7
~uo.6:27 163. (MIU 16:7)
:L. Nachallnik Sverdlovsk-Pasoa2hirakcy distantaft,' ~verdlovvkqy
dorogis-
(Railroads-Tlea)

VDRDBIY&Vj, V.F.; IKOMMIYTSEVA, 0.1., red. .--
(Electrification In socialist agriculture] Elektrifikataila,
,-zotsialiBticheakogo sel'skogo khozialBtya. Moskva, Gos-
kulitproavetizda't, 1954. 55 P. (MIRA 16s9)
(Electricity in agriatilture)

.,VOROBIYL?v2 V.!!,
"Accounting and the operational smalysis of metallurgical
plants" by A.I.Valuev, A.A.Skorokbodav, Stall 22 no.3:274-2-75
Hr 162 9 (MIRA 150)
1(Metallurgical plants-Accounting)
(Valuev, A.I.) (Skorokhodov., A.A.)

VOROBIYEV, V.P.O.inzh.; STANISLAVSKIYp L.Ya., inzh.; CIIEBYKIN, G.A., insh.
Study of the heating-up of turbogenerator parts with direct
cooling of the copper by hydrogen. Vast. elektroprom. 32 no.7:
16-25 JI 161, (MIRA 14:10)
(Turbogoneratore-Cooling)

VOROBIYEVP V.P. (Hookva)
Stabiltt7 of rods in creep. HITP to.6tI354V, 11-D 161.
(MIRA 34:12)
Creep of materials)
actic rods and wires)
M

-------------
31640
S/207/61/000/006/016/025
to-1100 A001AI01
AUTHOR: Voroblyev, V. F. (Moscow)
TITLE. Stability of rods in the creep state
PERIODICAL: Zhurnal prikladnoy mekhaniki I tekhnicheskoy fiziki, no. 6, 1961,
135 144
TEXr: The author considers the problem of determining the limiting service
time (ffcritical time") of a compresse d-bent rod under conditions of creep. It
is assumed that prior to application of a load the rod has a small buckling and
the rod is loaded with a longitudinal compressivie force whose magnitude is less
thanits critical value in the problem of elasticity and a transverse load of
some intensity being a function of the x-coordinate counted along the rod length.
The mathematical formulation of the problem leads to an Integro-differential
equation which describes the behavior of buckling with time. On sImplifying
conditions concerning the distribution of stresses over the cross section of the
rod, which Is supposed to be constant and has two axes of symmetry, this equation
is solved by using GalerkinIs method; the critical time, counted from the
instant of applying the full load to the failure of the rod, Is determined.
'Card 1/2

r14U
3/187J60/000/012/001/005
D035/D113
AUTRORt Voroblyevp V.P.
TITLEs Frequency modulation system for a television signal recorder
using a magnetic tape
PERIODICAL: Tekhnika kino i televideniyap 1960# no* 12, 1-12
TEM The author discusses the results obtained during theoretical And ex-
perimental investigations of a frequency modulation system for a.TV signal
tape recorder. The system# which was described at a Republican conferenoe
hold in Kiyev in 1960 in honor of "Radio Day", includes a modulator# a de-
modulator# and a pulse-shaping amplifier* The effect of the following ape-
cifio operating conditions of the system are investigateds the proximity
of the carrier frequency to the video signal's highest frequ*noiss, the low
modulation indsxt and the mutual overlapping of the spectra of the modulating
and modulated signals, Distortions occurring in the- described system are
discussed and methods for reducing them are suggested* The described modu-
lation system has the folloving propertieso (a) it has a very low carrier
Card 1/2

17W
8/187/60/000/012/001/005
Frequency modulation systems** M035/DI13
frequency oloaa to the upper limit of the video frequency band; (b) the
frequency deviation is lower than the highest video signal frequenoyl Joe*
at the highest video frequencies the modulation is conducted with a 7ary
low-indsxl (o) it has a vestigial sidebando In ordor to show that such a
transmission is possiblep the author investigated and analyzed the frequenoy
Opeotrum of the modulated signs: andfotwdthat the residual non-suppreseed
part of the upper eideband should not be lose than the instantaneous fre-
usnoy band. The demodulator used in the system operates on a two-ohannel
phase) circuit with a long line. its spurious amplitude modulation limiter
l
consists of 2 equal units, each containing 5 tubes* There are 11 figures
and 8 Soviet-bloo references.
Card 2/2

general-leytonan't, dotsent# kand.voyannykh nauk; LI-
PITSM, S.T.. polkavniks kand.istor.nauk;=IKIK. N.Y., pol-
koynik, )mnd.istor.na~lq KORIYEV, D.t., polkovnik, kand,voyawqkh
nauk' KONOV.ALOV' P*Po# general-mayor# kand,,voyennyM nauk; OMMY,
I.T..: polko-vnik,,-kand. voyennykh nauk; ARUTTUIIOV. A.5,, polkovnik;
VNOTOHMO, L.N., polkovnik. kand.voyannykh nauk; OyTasov,
N.I., DolkovnAl kand,.voyannykh.nauk; HINTAILO, S.H.. kand.voyen.nauk,
polkovnIkj-.yMISZTMffO, DXh,, podpolkovnike redo; ZUBAKOT, T.Te.,
poIxovnIk# redo; SMOLOVA, G.P.. tekhn.red*
(Battle 'Ustory of the Soviet Armed Forces] Boevoi put' Sovetakikh
Toorushennykh Sil, Kookya, Voen.izd-vo X-va obor.S=, 1960. 570 P.
[_Atlas of battle maps] ---Allbom akhem. (MIRA 13:4)
1. Moscow. Voyannays skedemiya imeni K.V,Yrunze. 2. Kafedra istoril
voyannogo iskusetTa Voyennoy skedemii iment X.T.Frunse (for all,
except Zubakov, Sokolova).
(Russia-Army)

LOBANOT, Vaslliy Nikiforovich; SAZONOV, Hikolay Aleksayevich; BEYLIS,
Mikhail Tefimovich; GILINMIY. Iosif Abramovich; XUTIN. Isaak
Arkadlyevich,-.--VOROBI-M.--Y,F., nauchnyy red.; SV"IRMOVA,
L.A,,, red.; MEMIRA, G.A., red.; IMMMOV, V.Seg red.; TOMg
A.M., tekhn.red,
Ellectrioian of rural electrical eyetemal Blektromekhanik
sel'skikh elektroustanovok. Koskva, Vses.uchebno-pedagog,izd-vo
Proftek-hizdato 1960. 548 p. (mM 14.-1)
(Blectriciang-Handbookag manuals. etc.)
(Xlectric power dietribution)

0 is 0 0 0 0 0 0 0 0 0 0 0 1. I I I '
A CC 0 N A--I
1 4 4-j ~A-A-JAL A 8 P f- 0 V I f- I A
A
6 RiTycz
Th* staming of &IU&da tow (without prvame~ N. K. M0194MIRV ANO V. 0.
VORON'sy. Jmj)iy4 Tekild. Prow. C bwtm 9, Nos. lu-11. CAAW & .00
fmdogi4 15, IMI.-Tests weiv curied out in a small W). app, In which tM following
faddirs WCTC vittled: (1) tkag of Stritming; (2) temp., the ftladvV bufAkfill tdd kept
on cinist, at Hit; (3) relative bum4dity. the Omp. bel" kept covist. at 100 * (4) tcmpo~
I
isod Ittativit mni,fily. The mults Sh"ed that! (1) Tb* c0of tffcd of stg*adng
8 (without pre4ourv't If--tkt 4r4 owdium shades of alitarlit nee h 4 fundkm cif tUm. tcmfv.
and relative humWity, 42) The tito nsulls. as gocards twith sho4v aticl f4st" to
are c4italmA with mt& jiteant. (3) SuMites" sUem cic the giceftim W air .00
s0.# IK.*tpbl. Stral"Ing app. rcsufb In rathm omit t6haffeii. A. IAmmitAii-Comme 0400
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dijo Cdd.Ydkm AM. Ind 9 1 priahl
It
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with castar-ad soW. The reduction WW dYting 10 -t .00
amn mug b4 PUIOCMW SA a temV. Mot bkbtr 0-11 W for goo
oxiewthanW.-Mmin. Uetbods for drClag aw print-
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_"_Aw_O_ & 10 - 0 0 *,-* o, 0 o, 0 0 * 0 * 0 0 o 0 *141 a 0 * *I

USSM, I.M.; VOFOBIYEV, VOG.
Uperience In stud7ing fundamentals of Industrial production.
Politekh.abuch. no.12:24-27 D 158. (MM 11:12)
1. Sredn7aya Shkola No-45, Pt.Kavka%zkaya Severo-Kavkazakoy
zhelesno7 dorogi.
(Tecbnical education) (IFIeld vork (3ducational methoil))

VOROBIYE7, V, G.
"Temperatures of Partensitic Transforration and Their SignificanCe in the Treatment of
Steel." Thenis for degree of Cand. Technical Sci. Sub 25 '-To'7 49, Sci Res Inst of
Technolop7 and Organization of the Aviation Induntrj
Summary 82, 16 Dee 52, DIsRertations Presented For Peineees in Science and 'ED&Ueerin
in Poscow In 1949, -FroM VechernZaZa Moskyn, Jan-Dec 1949,

VORD13 V&Vj
PHASE I. TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 343 1
BOOK Call, No.: TN672.V8
Author:, VOROBIYEV, V. 00
Full Title: INFLUENCE OF TEMPERATURE OF MARTENSITE POINT ON PROCESS
OF TRANSFORMATION-AND PROPERTIES OF STEEL AT TREATMENT
BY COOLING
Transliterated Title: Vliyaniye temperstury martensitnoy tochki na
'khod prevrashcheniya i svoystva stali pri obra-
botke kholodom
Publishing Da ta
Originating Agency: All-Union Sciefitific.Engineering and Tec."ical
Society of Machine Builders'. Urals Branch
Publishing Hove e: State Scientific and Technical Publishin� House
of MachineBuilding Literature ("YAshgiz
Date: 1950 No. pp.; 17 No.~of copies.*. 3,000
Text Data
This is an article from the book: VSESOYUZN0YE NAUGHNOYE INZHENERNO-
THKOICHESKOYE OBSHCHESTVO 14ASHINOSTROITELEY. URALISKOYE O`TDELENIYE,
THERMAL TREATMENT OF METALS - Symposium of Conference (Termicheakaya
obrabotka metallov, materialy konferentsii)jp.111-127~ see AID 223-11
.-Coverage: The systematic study of the martensite transformation1s
,.specifically related to the Mf point and the concentration
of carbon and other alloying components. The study was
1/2
j
ON
gs, -12

VOR0417, V. 0,
Obrabotka stali pri, temperaturakh nizhe nulta. (Vestn. Mash., 1951,
no. 2, p. 42-46)
Includes bibliogrAphy.
(Steel treatment at te-n-perat-ures belcr.4 zero.)
DLC: TN4.V4
SO: Manufacturing and Mechanical Engineering In the Soviet Union,
Library of Congress, 1953.

Y V'
VOROB
Journal of the Iron and Stei-A
Inatitute
Vol. 176 Part 3
Mar. 1954
Metallography
(zhur" e it 05 157-1163
The influence of the allaying elements. mangtirwee, nickl.t
chroinhim, and molybdenum on the temperature range of the
mrfensife imnsform4tion was investigated. For compari-
son, carbon Mcoln containing from 0-6 to 1-0% of carbon-
wero l4en, For the Initial anti final of the mart"ta,
1 ransfarmstion, the temperatures at= I% and 9911% at'
martpnisito bad formed %veto falcon. Martansita tratutforms-!
t ion was follovrocl by magnotto memuremente, metalloMplile !
snalyv.", mid hardnom mo"irnmente. The experimentali
-11tst are prMontod Y-W

VDRO
6
'R
steel U V U AWN
d 1051,
journal of the Iron an I t an(I COG IrIg
he,,t.trtLtmnn H
Tho 1,01311-ca guh.ztrn t
InstitutO ,LrwtIAItO I ralvXforinatiol, at t1l., major fant0r!
Part 3 W TI,ft pootilinn, or M, eool;nat"I"Wht~V
Vol. 176 WnA illek- gg 11ilmillicandtlic
Mar. 1954
14etallographY

VOROBYEVI V. G.
"Treatment of Steel at Temperatures belov Zero.," Vestnik Mashinostroeniya (blachine
Building Herald)., V01.31., No. 2,, pp. 42-46) 1951.

"TOROBIYU, V.G., kandidat tekhnicheakikh nauk; GILLIR, Yu.A., re-
X.N.. takhnioheskiy redaktor.
[Heat treatment of steel at belov sera temperatures] Termichaskala
obrabotka stali pri temperature nizhe nulia. Moskva, Goo. ixd--o
oborounoi prowyahl., 1954. 305 P. (ALBA 7:11)
(Steel--Heat treatment)

AUTHOR Vorob 32-T-14/49
TITLE --Me Classification of the Particular Features of Metals and Alloys
of Polyhedrical Structure which are Subjected to Microscop ical
Examination.
(Klassifikateiya osobennostey poliedricheakoy struktury metallov
i oplayov, nablyudayemoy pod mikrookopom.-Russian)
PERIODICAL Zavodskaya Laboratoriya,1957,701 239 Nr To PP 808-811 (U.S.S.R.)
ABSTRACT The boundary layer of the grain of a crystal differs according to
its chemical composition,arystallographic struoturetand energetic
characteristics from the rest of th:,oqotal mass. These crystal
boundaries are usually a place of a amulation or separation of
certain phases which exercises a very great influence uponthe phy-
aioal-meohanical, chemicall and other properties of alloys.A scale
of classifications is set up on this baaiotvhich facilitates rapid
determination of the metals and alloys to be investigated. This sy-
stem of classification refers to the third stage of localization-
to the grain. A scale worked out upon this basis provides a general
characteristic of granular structure. The ao-caLled"form factor"
serves the purpose of evaluating.structures i.e. the number of non-
uniforms grains. Accordingly,the curve of the distribution of the-
se non-uniform grains in the field of the remaining mass is plotted
ror the purpose of investigating the microatruature of the netals
and alloys. The second group of parametors refers to the con-
Card 1/2 struotional properties of the boundary grain layer and to the ac-

The Classification of the Particular Features of 32-7-14/49
Metals and Alloys of Polyhedrical Structure which are Subjected
to Microscopical Examination.
cumulation of its dispersive phaaes. The third group of parameters
of the scale refers to the evaluation of the orystallits edge
(facets) as well as that of the intergranular phase characteristic.
The fourth group of factors describes metallographioally the di-
Tiding boundary of several grains as well as their characteristic
features and reciprocal orientation of boundary surfaces. A micro-
ecopical morphology chart of granular structure is attached to this
review.
AVAIUBLE -Library of Congress.
Card 2/2

I-ell
129-3-7/14
AUTHOR: Voroblyev, V.G., Candidate of Technical Sciences.
TITIZ: On the Variation with Time of the Mechanical Properties
in the Case of Internal Transformations (0 vremennom
izmenenii mekhanicheskikh svoystv pri vnutrennikh
prevraBhoheniyakh)
PERIODICAL: Metallovedeniye i Obrabotka Metallov, 1958, NO-3,
pp. 35 - 38 (USSR)
ABSTRACT: Ev~Lluation of literary data leads to the assumption that
the ductility of a material increases in the case of various
internal transformations inside metallic systems. Such
phenomena are observed in non-ferrous metals, engineering and
tool steels of various grades, etc. and it is likely that such
phenomena also take place in other systems. It can be assumed
that during the pi~ocess of structural transformations of crysta-
lline bodies, their mechanical properties may change appreciably
compared with the -properties of the initial and final states;
these manifest themselves by softening and increase in the
ductility. Such changes are temporary and reversible. For
verifying the wide range of validity of these relations, the
author considered it useful to test the validity of these
Cardl/3 relations under conditions excluding diffusion, for instance,

129-3-7/14
On the Variation with Time of the Mechanical Properties in the Case
of Internal Transformations
the
at very low temperatures. The author investigated/steels xr
and X14, which were hardened fromNorious temperatures so as
to ensure differing degrees of dissolution of the carbide
phase and to obtai4 austenite of various concentrations with
non-uniform stability during cooling in the martensite range.
The main part of the tran formatiomproceeded at low tempera-
tures i.e. excluding,almost completelydiffusion. The
ductRity during the process of transformation of the super-
cooled austenit.e and of martensite was investigated by meas-
uring the sag of cylindrical specimens of 10 mm diameter with
an.effective length of 125 mm, and a maximum rated bending
stress of 10 kg/mm The loaded specimens were cooled first
in vapours and then directly in liquid nitrogen; the quantity
of the transformed austenite was d6termined by means of an
anisometer. For both steels, the results of the experiments
confirmed the above made assumptions. The results indicate
that some of the existing views relating to the theory and
practice of heat treatment have to be revised; for instance,
the possibility of straightening steel components for a
certain period after hardening in a hot medium is apparently
Card2/3 not due to ductility conserved by the austenite but to the

129-~-7/14
On the Variation with Time of the Mechanical Properties in he Case
of Internal Tran formations
ductility of the steel as a heterogeneous system during the
process of austenite into mattensite traneformation.
There are 2 figures and 9 Russian references.
AVAILABIS: Library of Congress
Card 3/3

AUTHOR: Voroblyev, V.G. SOV/19-58-6-681/685
TITLE: A Pneumatic Device for Binding Bars With Wirep for
Instance Bars for Prestressed Reinforcement Frames
for Concrete Pipes (Pnevmaticheskoye ustroystvo
dlya vyazki provolokoy sterzhney, naprimer, pred-
varitellno napryazhennykh armaturnykh karkasov
zhelezobetonnykh trub)
PERIODICAL: Byullten' izobreteniy, 1958, Nr 6, PP 151-152
(USSR)-
-.ABSTRACT: Class 87a, 21. Nr 113883 (584297 of 8 Oct 1957).
Submitted-to the Committee for Inventions and Dis-
coveries at the Ministers Council of USSR.- A com-
pressed air-driven device, with two parallel air
cylinders. One piston rod bears tweezers for clamp-
ing wire and passing it through a bending head
around the bar and forming a loop, which is then
cut off by pliers, actuated by a mechanism driven
by the second piston rod, the latter mechanism
Card 1/2

SOV/19-58-6-681/685
A Pneumatic Device for Binding Bare With Wire, for Instance Bars
for Prestressed Reinforcement Frames for Concrete Pipes
cutting and twisting the wire. The wire-cutting
and twisting mechanism is a rotating bushing with
wedged inner surfaces, pushed forward by a sll--Lell
on the second piston rod.
Card 2/2

18(0) PHASE I BOOK EXPLOITATION SOV/2720
Spravochnik po mashinostroitellnym materialam. tom 1: Stal
(Handbook on Machine-building Materials. Vol 1: Steel)
Moscow, Mashgiz, 1959v 907 P. Errata slip inserted.
32,000 copies printed.
Scientific Eds, : V.G. Voroblyev, Yu..M. Lakhtin, S.G. Rakhshtadt,
and S.L., Ruste~_11-_M_-_0_r th-i-s-Vol, : Yu.A. Geller, Doctor of
Technical Sciences; Ed.: O.I.-Pogodin-Alekoeyev; Ed. of
Publishing House: G.A. Molyukov, Engineer; Tech. Ed.:
T.F. Sokolova; Managing Ed. for Reference Literature (Mashgiz):
I.M. Monastyrskiy, Engineer.
PURPOSE: This handbook is intended for engineering and technical
personnel in production departments, laboratories, and construc-
tion and design offices. It may also be useful to teachers and
students of tekhnikums and vtuzes.
COVERAGE: The material presented in this first~vblume is based on
State Standards, technical specifications, ana generally accepted
Card 1/27

Handbook on Machine-building Materials (Cont.) SOV/2720
findings of scientific research institutes. The handbook
consists of 4 volumes, the first dealing with steel, the
second with nonferrous metals and alloys, the third with
cast iron, and the fourth with nonmetallic niaterialB. No
personalities are mentioned. References follow each chap-
ter.
TABLE OF CONTENTS:
Ch. 1. Oeneral Information on the Structure, Properties, and
Heat Treatment of Steel (N.F. Bolkhovitinov, Doctor of Technical
Sciences)
Structure of,iron-carbon alloys
Structure and properties of iron
Iron-carbon constitution diagram 14
Effect of common admixtures on the structures and
properties of steil'- 22
Ingot structure 24
Structure of castings 28
Structure of weld joints 28
Card 2/ 27

Handbook on Machine-building Materials (Cont.) SOV/2720
Deformation and recrystallization of steel 30
Cold deformation 30
Recrystallization. 32
Hot deformation 35
Heat treatment of steel 38
Basis of the theory of heat treatment of steel 38
Transformation from pearlite to austenite at heating 38
.Austenite grain size 39
Transformation of austenite at cooling 42
Transformation at tempering 48
Nonequilibrium structures of steel 48
deneral characteristics of types of beat treatment
53
Bibliography and sources 64
Methods of surface hardening 65
High-frequency induction hardening (I.N. Kidin, Doctor
of Technical -.Uiencbs*~Ift. 65
Bibliography and sources 69
Oas-flame hardening (L.I. Gotlib, Candidate of
Technical Sciences).V%~k 70
Card 3/27

Handbook od'Machine-building Materials (Cont.) SOV/2720
al heat treatment
of steel (YU.M. Lakhtin, Doctor
Chemic
'
.,,
of Technical Sciences)-,~, 76
Carburizing of steel 6
Nitriding of steel
Cyaniding of steel 91
Diffusion metallizing 91
Defects in steel 99
Defects in rolled stock and forginge (M.I. Vinograd,
Candidate of- Technical Sciences 99
Defects caused by heat treatment D.M. Nakhimov,
~
Candidate. of. Technical Sciences 114
Failure to obtain required properties 114
Cracks in steel 116
'Deformation caused by heat treatment 119
Bibliography and sources 124
Defects in weld joints (0.I. Fogodin-Alekseyev,
Doctor of Technical Sciences) 124
Bibliography and sources 129
Low-temperature and temper brittleness of steel
(G.I. Pogodin-Alekseyev) 130
Cold shortness of steel 130
Card 4/27

Handbook on Machine-building Materials (Cont.) SOV/2720
Reversible temper brittleness of steel 139
Bibliography and sources 144
Aging of steel (K.M. Pogodina-Alekseyeva, Candidate of
Technical Sciences) 145
Aging of abnatructional carbon steels 146
Factors'influencing the aging tendency of construc-
tional steel 146
Changes, in mechanical properties during aging 1119
Determining the aging tendency of steel and means
of reducing it 155
Bibliography and sources 156
Ch. II. Constructional Carbon Steel 157
-Commercial and high-quality carbon steel (L.M. Shkollnik,
Candidate of Te--hnical Sciences) 157
General information .157
Basic types of commercial and high-quality steel 158
Thermal and th~mocheraical hardening of carbon steel 166
Bars and shapes 168
Card 5/ 27

Handbook on Machine-building Materials (Cont.) SOV/2720
Hot-ro Iled carbon steel bars and shapes i68
Blanks for forging and stamping - 168
Compressed blooms, Blabs, and billets for rerolling 168
Boiler plate steel and locomotive fire-box steel
Goamercial. carbon -heet steel
Corrugated sheet steel 170
Hot-rolled carbon steel for rivets 171
Plat-rolled strip steel for nuts 171
io.-rolled deformed reinforcement steel 171
Oold-flattened deformed reinforcement steel 1~1
Hot-rolled round wire
Steel for anchor chains IT'?
Special railroad and ship-building steel 172
Rail steel 1723
Ste .e1 for locomotive and car axles 172
Steel for railroad tires and wrought steel wheels 175
Hot-rolled ship-building steel 177
Quality carbon steel for machinery construction
(L.N. Davydova, Candidate.of Technical Sciences) 180
Type 08 and 10 steels 185
Card 6/ 27

Handbook on Machine-building Materials (Cont.)
Tj1pe
Type
Type
Type
T,vpe
Type
Type
Type
Type
Type
TIYpe
Tipe
Type
Type
T,ype
Type
Type
Type
Wpe
Type
Card 7/27
15 steel
20 steel
25 steel
30 steel
35 steel
40 steel
45 steel
50 steel
55 steel
60 steel
65 steel
15G steel
30G steel
40G steel
500 steel
60G steel
65G and 70G steel
30G2 steel
35G2 steel
4002 oteel
SOV/2720
193
201
205
210
215
220
225
230
235
239
242
2 46
248
252
256
259
262
265
269
272

Handbcok on Machine-building Materials (Cont.) SOV/2720
Type 45G2 steel 274
Type 50G steel 276
Bibliography 278
Cold-stamping st'qel (Ya.L. Frid,, Engineer) 281
Chemical composition 283
Meahanical properties 284
Manufacturing testing 286
Mi.cro3tructure 287
'Effect of the heat treatment regime 289
Aging~-of 3heet and plate for dpep'drawing 290
Slip lines at cold stamping 290
Bibliography and sources 291-
Steel for cold upsetting (Ya.L. Frid, and Ye.M. Kontaevaya6
Engineer) 291
Condition of stock 292
Chemical composition 292
Macrostructure of the steel 294
Condition of the surface 294
Mechanical properties 294
Microstructure of the steel 29
9
Manufacturing tests 29
Card 8/27

Handbook on Machine-building Materials (Cont.) SOY/2720
Bibliography and sour6eB
Forgings of carbon and constructional alloy steel
(A.M. Nakhimov, Engineer)
Basic requirements for forgings
Mechanical properties of forging steels
Defects in carbon steel forgings,
Heat treatment of forgings
Defects in alloy steel forgings
Bibliography and sources
Shaped 8~eel caotings'(L.I. Levi, Candidate of
Technical sciences)
Classification,of steel castings
Properties.and use of carbon-steel castings
Properties and use of alloy steel castings
-Pibliography and sources
Ch. III. Constructional.Alloy Steels
'Effect of alloying elements on the structure atid properties
of steel,(A.P's Oulyayev, Doctor of Technical "Sciences)
Card 9/27
296
296
296
299
300
303
306
309
309
310
310
313
319
320
320

Handbook on Mae-hine-building Materials (Cont,) SOV/27-20
Classification of admixtures -320
Effect of alloying elements on-the polymorphism of.the
iron- 320
Iron-alloying,element constitution diagram .321
Distribution of alloying elements Ip'steel 32
..Effect 'of alloying elements on'-ferrite 329
,
Carbide phase in alloy steel 329
Formation qf austenite in alloy steel 333
Eutecti-c transformations in all 'oy steel 334
isothermal
Effect of jalloying elements on the
.
decomposition of steel 335
Effe'at of alloying elements on the martensite-
tran8f6imation and the a.mount'lof re"i3ldual austenite 538
Effect of alloying elements on the austenite grain
growth during heating 340
Effect of alloyingelements on-.the hardenability 340
.Effect of-alloying elements on transformation during
tempering 341
Card 10/27

Handbook on Machine-building Matetials (Cont.) SOV/2720
Effect of alloying elements on the mechanical properties 342
Bibliography and sources 343
Basic types of constructional alloy steels (L.S. Livehits,
Candidate of Technical Sciences) 344
Chromium steels 344
15Kh, 15KhR, and 20Kh steels 344
30Kh steel 348
35Kh, 38KhA, 40Kho 35KhRA., and 40EhR steels 35R,
45Kh and 50KY1 steels 357
Chromium-Yanadium. steels 360
15KhF and 20KhF steels 361
40KhFA steel 364
Chroinium-meolybdenum, steels 368
3OXhM and 35KhM steels 368
Chroalum-silicon steels 372
33K3, 38KhS, and 40KhS steels 372
Chromium-manganese steels 373
20KhG, 20KhGR,.4OKhG,,-and 40KhGR steels 374~
35KhO2 steel.. 377
Card 11/27

Handbook on Machine-building Materials (cont.) SOV/2720
Additionally alloyed chromium-manganese steels 378
18KhGT steel 378
30KhGT, 35KhGF, and 40KhOT steels 381
l8KhGM steel 384
l8KhGN steel 386
30KhGNA, 38KhGN, and 30Kh2QN2 steels 387
Silicon-manganese steels 390
27SG, and 35SG steels 390
Chromium-ailicon-manganese steels 393
20KhOSj 25KhOS, 30KhGS, and 35KhOSA steels 393
Nickel steels 398
. '25NA and 30NA steels 398
Nickel-molybderium.i steels 4oo
.15NM and 40NM steels Wo
40NM steels 402
Chromium-nickel steels 404
20KhN steel 405
40KhNj 45KhN, and 50KhN steels 407
12KhN2 and 13N2KhA steels 411
12KN3A and 20KhN3A steels 413
Card 12/ 27

Handbook on Machine-building Materials (Cont.) SOV/2720
30KhK3A and 3?7KhN3A steels 417
12Kh2N4A and 20Kh2N4A steels 421
Chromium-nickel'steels, additionally alloyed with
molybdendn4~,,tungsten,, and vanadium 425
,-l8KhNMA, and 25KhNVA steels
l8Kh2N4VA 425
,
:40KhNMA and 40KhNVA steels 431
2oKhN4FA and l2Kh2N3MA steels. 437
Chromium-aluri%hum steels and chromium-aluminum
additionally alloyed steels 438
.38KhYu, 38KhMYUA, and 38KhVFYn steels 438
Chromium-manganese-nickel-titanium steels 442
.
l5Kh2GN2TA0 25Kh2GNTA, and 15Kh2GN2TRA
' 442
construction
Other types.of alloy steels used in machinery
(acoording-to GOST 4543-57) 447
'Bibliography 448
Ch. IV. Carbon and Alloy Steels 450
Structural carbon and low-alloy steels MG. Cher6.ashkin,
'Candidate of Technical Soiences) 450
Card 3.3/27

Handbook-on Machine-building Materials (Cont.) SOV/2720
Classification of steel 450
Carbon steel for bridge construction 458
Carbon steel-for reinforcement 46o
Low-alloy structural steel 460
steel 464
incV*eased phosphorus content 465
Copper-phdophorus sheet steel 467
Steel wdLIth an increased manganese content 467
Low-alloy. "freinforeement steel 467

Corrosion'tresistance of low-alloy structural steels 467
Low-alloy-structural steel used in non-Sovlet
l
countriee 467
Bibliography and sources 467
Steels for transportation machinery (S.1. Cherepanov,
.Engineer) 469
'Steels for valves 470
Steels for orankahafts and connecting rods 473
Steel for sleeves- 474
Steel for connecting-rod bolts 475
Steel for rotor shafts 475
Steel for gearis 475
Card 14/ 27

Handbook on Machine-building Materials (Cont.) SOV/2720
Steel for parts of a fuel system 477
.,
t6el fbl'~ di'O's'e'l0iogolnotive, ge t 1
Reel for primary, driving, angrfoffownfng shafts, 477
rollers, clutches, and other parts 479
Axle steel 481
Boiler turbine materials (N.V. Ullyanova, Candidate of
Technical Sciences) 481
Boiler steels 482
Steels for critical turbine parts and fastening e lements 502
Bibliography and.sources 518
Steels for agricultural machinery construction (I.P. Rabin-
6vich$ Candidate of Technical Sciences) 518
Steel for plowshares 518
Steel for dozers 520
Steel for disk harrows 522
Steel for w9rking elements of cultivators 522
Steel for sogments and bushings 524
Steel for cutting blades of various machinery 525
Steel for spiral seed ducts 52
~
Forged steel for hook-link chains 52
Card 15/27

Handbook on Machine-building Materials (Cont.) SOV/2720
Steel for springed parts 527
*-Steel for frames 527
Steel for axles and shafts 527
Steel for gears 528
Steel for other'partB 528
Bibliography and sources 529
Spring steels (T.V. Sergiyevskaya, Candidate of Technical
Sciences) 529
General classification and characteristics of spring
steels 529
Carbon spring steels 533
Alloy spring steels 542
Elasticity limit for cold-formed wire 548
Valu-3s of the normal modulus of elasticity and the
moauiuB.of displacement of spring steel 549
Fatigue characteristics of spring steel 551
Designation and manufacturing properties of alloyed
spring steel 554
High-temperature and corrosion-resistant, spring
steel 559
Card 16/ 27

Handbook on Machine-building Materials (cont.) SOV/2720
- Bibliography and sources 568
Ball-bearing steels (Ya.R. Rauzin, Candidate of Technical
Sciences)
High-carbon chranium ball-bearing steels
Mechanical properties of hardened bearing steel
Physical properties of ball-bearing steel
Manufacturing.properties of ball-bearing steel
Low-carbon oarburized bearing steels
High-carbon high-chromium steels
Bibliography
Wear-resistaitt steels (V.K. Grigorovich, Candidate
'Technical Sciences)
Graphitized steel
013 and 013L fiighzmahganese steels,
Bibliography.And sources
steelsAVA. Grigorovich)
Effect of individual elements on the properties
free-cutting steel
Importance of steelmaking methods
Metal forming
Card 17/ 27
568
568
573
75
475
580
580
584
of'
585
587
594
6oo
6oo
of
6o1
605
605

Handbook on Machine-building Materials (cont.) SOV/2720
Heat treatment 6o6
Mechanical-properties 607
,.Physical properties 607
Manufacturing properties 61o
Use 61o
Bibliography.and sources 610
Steele used in the automotive and tractor,
(A,'A. Shmykovs**Doctor of TechAcal Sciences)' 61o
Steels used in the production of automobile parts
and automobile engine parts 610
Steels used in the production of tractor parts and
tractor engine, parts 616
Steel for crankshafts and connecting rods 617
Steel for valves 625
Spring steels 631
Steels for gears 634
Bibliography and sources 640
Ch, V. Steels With Special Chemical and Physical Properties 641
Corrosion-resistants stainless, and scale-resistant steels
(F,F, Khimushin Candidate of Technical Sciences) 641
,,Card 18/27

_.Khan k_~ om; Machini-e-building--Materialii--: Con SOVA720
Classific*ation and general characteristics 641
Corrosion resistance of steel in electrolytes 641
Effect of chromtum 641
Effect of nickel 652
Effect of heat treatment 652
Types of corrosion in electrolytes 654
Resistance of steel to gas corrosion (scale resistance*) 663
Corrosion in combustion products at high temperatures 1565
Corrosion in steam At high temperatures 666
Corrosion in sulfur dioxide gas and hydrogen
sulfide 666
Corrosion in hydrogen 667
Corrosion in nitrogen 670
Corrosion by I-,ow-melting and volatile oxides, ashes,
and salts 670
Methods of reducing gas corrosion 67.1
Componitonj properties, and heat treatment of stain-
less, acid-resistant, and scale-resistant steels 672
Card l9A?7

Handbook on Machine-building Materials (Cont.) SOV/2720
Semistainless corrosion-resistant steels containing
5 to 10 percont chromium 672
Scale-resistant chromium steels with additions of
silicon 673
Stain
less chraniiam steels (10 to 17 percent Cr) of
*
the martensite class 673
Acid-re5istant chromium steels (16 to 20 percent Cr)
of the-semiferrite. and ferrite classes 678
Scale-resistant chromium steels (23 to-30 percent Cr)
of the ferrite class 678
Chromium-nickel and chromium-manganese-nickel steels
,
with an austenitic structure
68o
Composition and properties of type 18-8 chromium-
nickel steels with titanium and niobium 684
Type 18-8 chrcmium-nickel steel with molybdenum 687
Composition and properties type 23-13 chranium-
nickel steel 688
Composition and properties of types 23-18 and 25-20
chrocium-nickel steels 688
Composition and properties of type 25-20 chranium-
nickel steel with an addition of 25 percent silicon 689
4k
Card 20/ 27

Handbook on Machine-building Materials (Cont.) S011/2720
Type 18-25 chromium-nickel steel with an addition
of 2 percent aiiicon 689
Composition and properties of Kh20Nl432 bhromium-
nickel steel 689
Composition and properties of 14-14 chromium-
nickel steel with additions of tungsten 4nd
molybdenum 68
9
-nickel-
Composition and properties of chromium .
copper-molybdenum acid-resistant steels 689
Bibliography and sources 69p_
Heat-reeistant steels and. alloys (M.L. Bernahteyn,
Candidate of Technical Sciences) 694
Chromium-4ilicon and-chrcwium-silicon-molybdenum
steels of the pearlite class 694
High-chromium steel of the semiferritee and ferrite
classes 700
Chromium-nickel and chromium-manganese complex-alloy
austenitic steels 711
Card 21,-T

Handbook on Maohine-building Materials (Cont.) SOV/2720
Composition and properties of heat-resistant aus-
tenitic steel 712
Some Soviet high-heat-resistant austenitic steels
used in motor manufacture 726
Basic high-Btrength auBtenitic Bteela used in
non-Soviet countries 729
Nonferrous-base heat-resistant alloys 736
,Soviet heat-and scale-resistant nickel-base alloys 745
Cobalt-base alloys 752
..Chromium-base alloys .7 0
'Titanitim-base alloys 761
M61ybdenftm and molybdenum alloys 764
Bibliography and sources 768
Magn~itic~~i&teriAls*(L~Sh. Kazarnovs,kiy, Candidate of.
'
Technic
hc3ciences) 768
Basic types of soft magnetic materials and their mq&ements 768
Loy(obarbont Iron 769
Transformer sheet steel 770
Iron-nickel
alloys with high..
Inagnetic permeability 775
'
,
Nonmagnetic steels (Ya.M. Dovgalevskiyj Candidate of
Technical Sciences) 778
Card 22/27

Handbook on Machine-building Materials (Cont.) SOV/2720
Alloys with special elastic properties (V.A. Sollts,
Candidate of Technical Sciences) 783
Corrosion-resistant spring steels and alloys 783
stainless steel springs 783
Copper-alloy springs 785
High-nickel spring alloys for work in corrosive
media at high temperatures 787
High corrosion-resistant alloyswith a cobalt-
chromium-nickel.base 790
Spring alloys with a low,temperature coefficient of
the fif~41us of elasticity 791
Carbide-oontaining alloys 791
.Dispersion-hardening alloys 792
Bibliography and sources 79~
Alloys with special characteristics of thermal expansion
.(N.A. Solov'yeva, Candidate of Technical Science4 794
Bibliography and sources 802
Alloys for permanent magnets (A.G. Rakhshtadt, Candidate
of Technical Sciences) 802
Card 23/27

Handbook on Machine-building Materials (cont.) SOV/2720
Classification of alloys for permanent magnets 803
Formed alloys 803
Cast alloys 807
Metal-powder alloys 81o
Bibliography and sources 813
Alloys with high electrical resistance (A.0. Rakhahtadt) 813
Bibliography and sources 815
Ch. VI. Tool Steels (Yu.A. Geller) 816
Classification and use of tool steels 816
Classification according to purpose 816
Classification according to manufacturing methods 817
Manufacturing properties 82b
Carbon and alloy steels for cutting tools (Group 1) 821
Carbon steels with low hardenability 823
-Structure and properties of annealed steel 823
Structure and properties of hardened steel 823
Properties of tempered steel 828
Properties of various grades of carbon steel 830
Low7alloy steel with (Group la) low hardenability 830
Card 24/27,

Handbook on Machine-building Materials (Cont.) SOV/2720
Low-ohromium steels
Tungsten steels
Chr6mium-tungsten steel
Alloy bteels with high hardenability
Qompooitlonsof the steel
Structure and properties of hardened steel
Properties of tempered steel
Hot mechanical working and beat treatment of Group I
steel
..Steel, [GOST standards 1435-54 and 5950-511
Temperatures for hot forming
Annealing temperatures
Hardening of steels
Tempering of steels
High-speed steels (Group 2)
Composition of the steels
Phase composition.
Structure and properties in the cast state
Structure and properties in the rolle.'L and forged
states
Card 25/427
830
832
832
833
833
838
841
841
841
842
843
843
847
848
648
850
851
853

Handbook on Machine-building Materials _(Cont) SOV/2720
Properties of hardened high-speed steels 858
Transformations at heating 858
Transformations at cooling 862
Properties of tbmpered steel 868
Hot mechanical working and heat -treatment 870
Steelj [GOST standard 5952-51) 870
Hot mechani.eal working 871
Annealing and high tempering 871
Hardening 871
Tempering 872
Heat treatment of welded blanks 873
Cyaniding 873
Steam treatment 874
High-speed steel of increased productivity 874
Cobalt-alloy steels 874
Steels with high vanadium content 875
Stamping steels for cold.forming (Group 3) 876
Compositions 876
Steels with low hardenability 878
Steels with high hardenability 878
Steels with high-wear resistance and hardenability 879
Card 26/27

Handbook on Maohine-building Materials (Cont.) SOV/2720
Steels with 12 percPmt chromium 879
Steels with 5 to 6 percent chromium 884
Steels of high ductility 885
Die steels for hot forming (G.L. Livshits and Ye. V.
'Smirnov) 887
Compositions 887
Steels for forging dies 887
Compositions 887
Hot mechanical working of dies 894
Heat treatment of dies 894
Steel for dies for hot forming on horizontal forging
machines and presses 897
~Froperties 897
Hot mechanical working'.and--.he&t-treatment 901
Steels for pressure casting of die" 902
.Steels for measuring instruments (Group-5) 904
Bibliography and sources 906
AVAILABLE: Library of Congress
GO/mg
Card 27/27 12-8-59

VOROBIYIV, V.G., kand.tekhn.nauk
Anomalous characteristics of metal materials during the course
of their internal transformations and the technical value of
these characteristics. Izv.vys.ucheb.zav.; mashinostr. to.8:120-131
16o. (MIRA 13:91)
1. Hookovskoyo vyesheye takhnichaskoye uchilishche im, Baumana.
(Metals-Testing) (Metallography)

VOROBIYEV., V.G.
Decreased sensitivity and reactivity of the circulatory aFparatus
to pressor catechol amines under the effect of phenitron in rats
with renal hypertension. Farm. i toks. 27 no-4:424-427 Jl-Ag 164.
(MIRA 17:11)
1. Kafedra farmakologli (zav. - prof, A.N. Kudrin) farmatsevti-
chookogo fakul'tata, I Mookovskogo ordona Lenina moditsinskogo
institute, imeni Sechenova.

ACC N1h AP6031837 BOURCE CODE; UA/012
AUTHOR: Voroblyevo V. 00; Wtshlu, L Kh.;
ORG: ENDAS
Title: Using vibratory-thormal treatment to reduce residual internal stresses In metal work
parts
SOURCE: Metallovedeniye I tormicheskaya obrabotka motallovo not 7, 1966, 8-11
TOPIC TAGS: mechanical vibration, vibration 6tfect, high temperature effect, internal stresi
stress:relaxation / 35L alloy, AL9 alloy, AL2 alloy
4BSTRACT: On the assumption that the cff~ctiveness of the vibration treAtment of castings"*
fdr precision machine tools must increase when It Is combined with heating In order to acce-
lerato relaxation stresses, the authors performed appropriate experiments on using a special-
ly designed test rig (Fig. 1) consisting of Sr-300clectromeclianical vibration stand 1, support 2
bell furnace 3 wIth ventilator 4. and welded f ramo 5 whose refractory-lined surfaco (table-
top) impports the furnace. The frequency range of the vibration stand Is from 80 to 300 cps.
Specimens cast from 35L, ALO and AL2 alloysmere vibration
-treated In this device for 1. 6 hi
C rd 1/3 UDC: 539.373:621.7871788

rCC Mi AP6031837

ri ig. 1. Diagram of rig for vibratory-therr~al
b
l
i
t
reatment
sta
i
iz
ng

v
4
.
t 160, 260, 535 and 550V (their regular aging and
a
tempering temperatures). The effectiveness of this

treatment was evaluated by comparing the extent of
the surviving residual
stresses with the stresses pre-
,
sent folloWing vibration-froo heating at the same tem-
peratures. Findings: this offectivenoss is the greater
the higher the amplitude and frequency of vibrations
04

re. at 5500C,
Thus, a. g. for specimens of 35L steel
treated with vibrations of 80-ops frequency and 0. 2 MM
amplitude, residual stresses are 26.2% smaller-thm
following the same heating without vibration, and at
C vibraUone of 250-cps frequency these stresses are
4.1 times smallor. Thus# bigh-temperature vibration
2/3

MM14

C2

L 29613-66_.__.Ej;g(k)-2/EVIT(d)ASS-2 DC
ACC NRiAP6010779 SOURCE CODDE: 0146N76
6iN116119 0124
AUTHOR: Voroblyev, V. G.; Sollnitsev, R. 1.
,,,ORO: Loningr ad Electrotoohnical Institute im. V', 1. Ullyanoy (Leningrlidskiy
elektrotekhnicheskiy institut)
TITLE: Simulation of nonlinear gyroscopic systems 4
SOURCE: IVUZ. Priborostroyeniye, v. 9, no. 1, 1966, 119-124
TOPIC TAGS: gyro, gyroscope system, gyroscope motion equation
ABSTRACT: A simulation method combined with a method of harmonic linearization is
suggested for investigating nonlinear gyro systems. Some motion parameters obtained
on a simulator are substituted into the implicit equations that cormect motion
parameters and instrument parameters. Other motion parameters determined analytically
are used as checks for the simulation results. Thus, the formulas resulting from
the harmonic linearization serve to determine the direction of further simulator
studies intended to find optimal instrument parameters. The above approach requires
evaluation of the sinalation error, particularly in the problem of the stability
range In the controllable-parameter space and in the problem of gyro drift due to
small disturbances. The above method is illustrated by numerical example of a two-
gyro single-axis gyrostabilizer mounted on a fixed base. Orig. art. has: 3 figures
and 16 formulas.
Card 1/1 SUB CODE- 17 / SUBM DATE: 24Jul64 / ORIG RM 002 UDC: 531.383

FEDOSEYEVI A.N.; VOROB'YEVO,V,G.j- GAVRILOVAp A.D.
Action of catechol, amidesp phenitrone and vetrazin on the vessels
of a isolated kidney in dogo with atherosclerosis. Pat. fiziol. 1.
eksp, terap. 9 no#5:61-63 S-0 165, (MMA 1911)
1. Institut morfologii cheloveka (direktor - deystvitelinyy chlen
AMN SSSR prof. A4P. Avtsyn) AMN SSSR i kafedra farmakologii (zav.
Prof. A.N. Kudrin) farmatsevticheskogo fakulfteta I VLoskovskogo
ordena Lenina meditsinakogo instituts. imeni 1,M, Sechenova. Sub-
mitted June 30, 1964.

VOROB'YLV V.G.; FEDOSEYEV, A.H.; GAVRILOVA, A.D.
Change in vascular reactions of the Isolated heart of dogs with
experimental atherosclerosis following a single administration
of adrenalin, fenitron and vetrazin. Pat. fiziol. I eksp. terap.
8 no.1:46-49 -Ta-F 164. (MIRA 18:2)
1. Institut morfologii cheloveka (dir, chlen-korrespondent, AMN
SSSR Prof. A.P. Avtsyn) AM SSSR I kafedra farmakologii farma-
tsevticheskogo fakullteta (zav.- prof. A.N. Kudrin) I Moskovskogo
ordena Lanina meditsinakogo instituta imeni Sechenova, Moskva.

VOROBIANt V.G. (,'Acskva)
PleBtAcity of hardened et.6slr. during martansite transfornations
atu temperatures of lo-.,e-- than zero di gree C. lzv. !~.S 35S?,. W#
i gor. delo no.lil29-135 Ja-? 164. (~CPA 17:4)

S/()279/64/000/001/0129/0135
"?CESSION NR: APO 198113
AUTHOR: V blyev.' V.' G.,
oro .04oscow)
TITLE: Plasticity of hardened steels during martensitic transfoxvatioa 'belav CC
SOURCE: AN SSSR. lzv. Metallurgiya i gornoye delo, no.'I, 1964, 129-135
TOPIC TAGS: hardened steel, martensitic steel conversion, low temperature
~martensitic steel conversion, steel ductility, hardened steel ductility, steel
KhG, steel Khl2FI, steel Khi5N9Yu. steel plasticity
ABSTRACT: A detailed st'udy was made of the increase in plasticity'of.hardeled
steels at temperatures below OC, where the effect of diffusion is practically
excluded. Test specimens of hardened tool steels KhG and Khl2Fi (diameter 4-6 mm,
gage length 60 mm), as well as of intermediate grade steel Khl5N9Yu (strips, gage
length 100 mm, cross-section 2 x 10 mm), were subjected to preliminary heat treat-
ment, then clamped In the test unit chuck, stressed and placed in a cooler. Re-
sults are presented In tabular form and Indicate an Increase of about 100% In
the effective plasticity of very hard steels during Intensive martensitic con-
version at temperatures substantially below room temperature. The modulus of
kinetic plasticity-Ekl-is apparently largely unaffacted by the stress load value
within the limits of the study. Kinetic plasticity is %r a a k vu.,en-the
Car

ACCESSION NR: A*P4019813
relative mass of the conver-t4vq-*ase is comparatively small. Effects of
austenite stabilization can ble.seen in steel Khl5N9Yu. El is near 2000 kg/=2
k
soon after normal Ization., and-aws-teni tic stabil-ization after 10-)2 days of aging
intreases that value to about 2400 kq/mm2. Two areas of practical use can be
Indicated so far for the 'I'low-temperaturd' kinetic plasticity of steel. st.
ening of parts and ln.strunm*ts deformed in hardening; bendiv,,:; c,~-
drawing pieces of comple*-skape~ Orig. art. has: 6 graphs, I table and I
formula.
ASSOCIATION: none
SUBMITTED:, I7Apr63 DATE ACQ:. 3)Mar64 ENCL: 00
SUB CODE: ML NO REF SOV: '005' OTHER: oo4
Card 2/2

SIDOROV, TERENIN, A.N.9 akademik-
Spectral-study-09 the phot~reductlon.of-tatraphanylporphine.
DokJ.. AN SSR, 152 no.4t9l9-922 0 163. (MIRA 16M)

VOROB, V Vladimir Gri r' evich- RAKHSHTADT, A.Gij oty. red.;
LAYEVAO T.D. FAVWVA, V.A.j, takhn. r4d.
[Theory of heat resistance. Heat resistant stools and
alloyajTeoriia' zharoprochnosti. Zharopraahnyo stali i splavy;
lektBiia dlia atudentoy mashinostroitallsykh bpetsialluostelp
Izuchalushchikh kurs "Metallovedenie i termiche3kaia obrabot-
kat" i dtudentoy metallurgicheakogo fakulltata, izuehaiu-
abohikh kurs *Termichaskaia obrabotka." Moskyap Goa.izd-yo
"Vyaahaia shkola," 1961. 74 p. (MIRA 16W
(Steel,, Beat-miatant) (Heat-reni3taqt alloys)

VOROBIMp Vladimir Grigorlyevicho kand. tekhn.naukj FRIGERp I.Veq
inmj red ; MGM- d. izd--va; GVVaS, V.L.,p
a , re
tekbn. red.
[Preventing' deformations of heat-treated parts in the
-rw acture of machinery and instruments]Proodolenie d.e-
formataii termoobrabatyvaemykh detalei v mashino- i priboro-
stroonlij atonogrwtma loktoiip prochitannoi v LDNTP na za...
niatii semimra po rttalloyodeniiu i termichookoi obrabot-
ke.. Leningrad,, 1962 ~47 p. (Leningradakii dom nauchno-
tekbnicheskoi propagLd;. Seriia: Metallovedenie i termi-
cheskaia,obrabotka, no.8) (MM 15:8)
(Motals-Heat treatwnt)

S/14Y6O/OOO/0O8/OO7/OO8
D211 D304
AUTHOR: Candidate of Technical Sciences
TITLE: Anomalous properties Of Metallic substances during in-
ternal changest and their technical significance
PERIODICAL: Izvestiya vysdhikh uchebnykh zavedeniy. Mashinostroye-
niyev no* 89 19609 120 - 131
TEXT: The author gives a survey of literature and describes as an
example the properties of Kinetic plasticity of steel during ther-
mal treatments Technical prevention of buckling is stated to depend
on the knowledge of these kinetic properties. There are 9 figures
and 26 references: 20 Soviet-bloc and 6 non-Soviet-bloc. The refe-
rences to the EngliBh-language publications read as follows: Andra-
de, Nature, 162# 410, 1948; E-0, Ellwo 'od, The Journal of the Insti-
tute of Metals, 80, 5, 217t 1952; J.H# Westbrookp Journal of the
Electrochemical Society# 104, 6p 369p 1.957*
ASSOCIATION: MVT'J im. N,E, Baumana (MVTU im. NsE, Bauman)
SUBMITTED: . June 9, 1959
Card 1/1