SCIENTIFIC ABSTRACT PETROV, V.N. - PETROV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240520001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 22121-66
1 ACC INR: AF6W4921
300 Mes by the cowdal-line method. Other specific properties of BiFeO,3 in addi--
tion to the large internal fields and large spontaneous polarization, were a high
Curie temperature (850C)p and the absence of nonlinear properties at room temperil-
ture,. An aniLlysis of a3-1 the publiabed data and the present results shows that in
spite of the fact that the spontaneous electric polarization of BiFeO6 is very
higb, so that no diel t I bysteresis loops could be obtained,, this substance is
-ixec
ferroelectric. VW sj:sons for this conclusion are discussed. An a"sis of
the vagnetic properties elow the Neel temperature (370C) also shows that BiFe03
has 6i~in-sated ferransgnetion in addition to ferroelectricity. Orig. aft. has:
5 figures.
UM CODE
2D,07/ som DA7z-. nAva65/ oRm mw: o2e/ oTH iREF: ow

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PFTRI,'j'V, Vitaliy Nikolayevi( h; Gri,~oriy Sergeyevich;
FA,-NBD'Yl-., 1.13., red.
[.tadio communication in outer zqpac~-,' . Tie ~Ilya i fl :W: -. I-,-
"Vinz, . "Oskvn, IZd-vri "zt1hyllo",
- 43 i,. (Novott v
- I
zhi znl , nauke, teklin I kf-i. I A : v 1- 1 1 n * Fi z i kn, mn I vjwi I , kn,
astrunomAia, n(-.!.131 (V.".,,A

KRAVMIVP V.I.; PETROVA, G.M.
Galvanostatic investigation of the processes involved in
the charee-exchange of chloride complowd of iridium.
Dokl. AN SSSR 154 no.2:433-436 Ja'64. (AURA 17:2)
1. Leninrradskiy gosudarstvennyy universitet im. A.A.
Zhdanova. Predstavleno akademikom A.N. FT-amkinym.

7 m

TIT-E,

r 1D

PE,
Tf - bip-
rn
C~e

7 C if

:--cn

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,

MOISEYKV, Aleksey Grigorlyevich; P-WPY, Viktor Mikbn,vlovichjVOLKOV,I.V.,rett3Onzent;
VERBITSKAYA, 'Ye.M.. red.; SHUB,L.S.,spetz.red.;9HV&SOV,S. V. , tekhn. red.
[Manual for engraving of textile patterns) Rukovodstvo po
gravirovaniiu tekstil'nogo risunka. X.oskva.. Izd-vo nauchno-
tekhn.lit-ry RSFSR, 1961. 147 p. (MIRA 15:2)
(Textile printing) (Engraving)

S/07o/62/007/003/008/o26
E132/E46o
A UTHOR Pe-t-roy-l- V.N.
TITLE: ;.Ielcctric and nonlinear properties of Rochelle salt
at superhigh frequencies
PERIODICAL: Kristallografiya, v-7, no-3, 1962, 403-407
TEXT: The results of measuring the reversible characteristics c
(dielectric constant) and tan 6 (loss) of Rochelle salt crvstals
at frequencies of 1000 to 3000 I%Ic/s and the nonlinearity at
200 Mc/s in the temperature interval 18 to 360C are given.
Other measurements have been made in this range of frequencies by
H. Aka o and T. Sa saki (J . Chem. Phys . , v. 23, no. 12, 19 5 5, 2210- 2214)
and IiI.Jackle (Z. angew. Phys., v.12, no.4, 196o', 148-155) and
attention was, therefore, --oncentrated on the SHF dependence of
E and tan & on the displacing voltage (reversive characteristic)
and on the nonlinear properties. Graphs are given of the
temperature dependence of the initial e at various frequencies;
the reversive characteristic of C. and tan 6 a, 20*C at 1 and
3 Gc/s; the temperature dependence of C and tan 6 at 3 (~c '/s
for different displacement fields; the dependence of the mean
Card 1/2

5/070/62/007/003/008/026
Dielectric and nonlinear properties E132/E460
susceptibility over a period on the amplitude of the electric
field at 200 Mc/s for different temperatures. There are
5 figures.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet
im. M.V.Lomonosova (Moscow State University imeni
114. V. Lomonosov)
SUBMITTED: June 19, 1961
Card 2/2

YEUINENKO, I.M.; Ph?ROV, V.M.
Basic features of the magmatic acitivty and metallogeny of th4
Zirabulak-Ziaotdinokiye MDuntairi in western Uzbekistan. Zakonom.
ra=, polezn. iskoP. 5:229-250 162. (MIRA 15.12 )
1. Srodno-Aziatakiy nauchno-inaledovatellakiy inetittit geologii A.
minerallmgo syrtyu.
(Uzbekistan.-Ore deposits)

.. if,
1-thi nagaiitip-~,
ig windings ' -

o,:O JL LV DAIIJ -U
kto. the p2amla
In
-7the tmp vas
mAbe field. It
iiia - 15W oe than
.4 otab.-ILlized,

SWRNOV, B.V., doktor takhn.nauki PETROV V.M., inzh.
L-~
Study of square Impulse transmission using 6 to 10 kv. power
distribution and a zero sequence network. Nauch. t.rudy VIESKH
ll1231-261 162. (MA 16:3)
(Electric power distribution-Communication systems)
0

FMUVP V.M~
w
Ttmgsten-molybdenum ore formations in he Pskem--uhatkal
region. Vop. geol. Uz~j,, no.3.-5.."6 - (MIFU 16-6)
(Chatkal Range -Ore deposits)

3 1
BAYWRODDV, U. T.; IOFFE, M. S.; FE V, V._M. and SOE01EV, R. 1. i
Aasbatic TrappiM Ath Combined Magnetic Fields
report preaented at the Study Group on Mirror Configurations, Fontenay-aux-Roves,
France, 15-19 Jul 1963.

L.T., kand.-sellkhoz. nauk; STOLLYAR, T.A., kand* sallkhoz.
nauk; ASANOV, P.M.,, asBiatent; SELYANSKIY, V.M., kand. sell-
khoz. nauk; LOBIN, N.V.,, kand. sallkhoz. nauk; KOVINIKO, D.A.t
kand. biol. nauk; MASLIYEVA, 0.1., kand. sellkhos. nauk;
kand. voter. nauk; ANANIYEV, P.K., kand. voter.
nauk; PENIONZHKEVICH, E.E., doktor biol. nauk, prof.;
SERGEYEVA, A.M., kand. sellkhoz. nauk; BkLANINA, 03., kand.
sellkhoz. nauk; GRIGORIYEV, G.K., at. nauchnyy sotr.; KRIKUN,
A.A., Geroy Sotsialistichaskogo Truda, kand. sellkhoz. nauk;
YAfDVOY, P.F., kand. voter. nauk; BELOKOHYLENKO, V.T., na-
uchnyy sotr.; GROMOV, A.M., kand. sellkhoz. nauk; MUSIYASH, S.,
red.; NAGIBIN, P., takhn. red.
[Handbook for Doultrymenj Kniga ptitsevoda. Alma-Ata, Kaz-
sellkhozgiz, 1~62- 354 p. (141RA 16:5)
(Kazakhstan--Poultry)

PPMOV, V. M.
Structure and genesis of the Unkurtash tunp8ten-molybdanim deposit.
Uzb.geol.zhur. no.5:24-)o '59. (MIRA _-3;5)
1. Glavnoye upravleni3re ganloc~il i okhrany nedr.
(Unkuriash region (Uzbekistan)--Tungsten ores)
(Unkurtash region (Uzbekistan)--Molybdenum ores)

210
a?Y,7,f00
AUTHOR: Petrov, V. M.
TITLE: The Nordinear Properties of
85882
S/04BJ60/024/011/018/0"r,
B006/BO56
Ferroelectrics on s.h.f.
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya fizicheakaya, 1960,
Vol. 24, No. 11, pp. 1372 - 1375
TEXT: The present paper is a reproduction of a lecture delivered on the
3rd Conference on Ferroelectricit , which took place in Moscow from
January 25 to 30, 1960. The author first reports on measurements of
and tan 6 as functions of a constant lectric displacement field E at
10 cm. wave length on BaTiO_, ceramicsrand monocrystals as well as v9rious
variconda (Refs. 1,2), and-on results obtained by others. Within the
framework of these measurements the E(]~_)-curves of BaTiO 3 and of vari-
conds at 3000 Mc/sec were recorded; the method of coaxial measuring
lines used is described in Ref-5. For the sample dimensions it holds
that d < k/2 FE, r1 ( X/14FT (d - 0.5 mm, r1 = 0.2 mm). In this case.. as
Card 1/4

85882'
The Nonlinear Properties of Forrooloctrics S/04 60/024/011/018/036
on s.h.f. Boo6yBO56
shown in Ref.6, the a.h.f.-field in the volume of the samples is nom--.-
geneous with an accuracy of up to 5%. The reciprocal value of the pulse
duty factor of the field was 12,500, by which heating of the samp-t,
could be avoided. Fig.1 shows a block diagram of the measuring arrange-
ment. The results obtained by measuring the dependence E(E_) of BaTiO
showed that up to E_ - 10 kv/cm, E is constant and does not depend cn
the amplitude of the field, whereas E increases from variconds or. th,
BaTiO 3- basis (type BK-2 (VK-2)) at 50 CPS to the 20-30-fold if E, is
changed from 0 to 0.8 kv/cm. Fig.2 shows the results obtained. Fig-3
shows E(E_) for the more temperature-stable variconds of the type SK-4
M-4). The materials of these variconds were 2SZ, O.5SZt and 0.5SH.
Finally it is found that BaTiO 3 and the most nonlinear solid solut--ons
on a BaTiO3 basis have no noticeable nonlinearity at 3000 Mc/sec. UJI to
field strengths of 7 kv/cm. This result agrees also with rf-measurements
(see A. A. Obukhov, Ref-7). The author thanks I. V. Ivanoy for valuable
advice and T. N. Verbitskaya for placing the varicond samples and data
on them at his disposal. There are 3 figures and 7 references:
Card 2/4

The Nonlinear Properties of Ferroelectrics S/04 60/024/011/010/036
on s.h.f. Boo6yBO56
5 Soviet, 1 Australian, and I Czecho;lovakian.
ASSOCIATION: Kafedra teor-~i kolebaniy Fizicheskogo fakullteta
Moskovskogo (,ros. univarsiteta im. 14. V. Lomonocova
(Chair of tho.Theory of Oscillations of the Department of
Physics of Moscow State-University imeni M.-,V.-Lomonosov)
-------- Ir -------
'Pile. I. Boom-cxexa YCTaBODKO AAj7 n3mopelliRn
BaBlic"mocTir e oT fl- lia -zacToTe 3000 MHz
Card 3/4
Legend to Fig.1: 1) Pulse generator
(80 kw, 80 cps,.pulse duration 1 psec).
2) Pulse amplifier of the tYPe 103V
(1031), which serves as standing wave
indicator, together with the oscillo-
graph of the type V9-3 (10-3). 3) Cc-
axial attenuator of the type

F5H2
S/048/60/024/011/018/036
B006/ 'a 056 Is
Legend to Pig.2: a(E_) for VK-2 type
material. 1) 80 cps, 2e)-240 cps.
Mg. 2
Catd 4/4

F -~'TROV,
- --- I - -V--Vkv Oand. Tech. Sol. (dis-6) "Study of Roastlri-- i-
Bollin,z Layer of Rhenlum-contai:~In-~- X--..'Ybdenum ~.ncentra--~s,"
C;
Moscow, 1961, 19 pp. (KrasnoyarsX Inst. Non-Ferr. Metals) (KL
3u~,;~ 12-61, 272).

-~Mz~
r A. and KLE *WCK, Ya. I.
.,-ROV, V._M.., BAY~nIRA, 0. Sh., POMINOV, 1. S., AtEN, E.
"Bronchial pneumonia in lambs."
V~~terln- iya, Vol. 37, No. 8. 1960, P- 51
cjta~ ~ v -+ NI, C4 -I 5Kt , K
-0 --~,, cc,&S (J,~ AUc- .) ci

VOSMSENSKIY, Y.F., imb.; KOROBKOVA, V.P., ingh.; BATMN. I-S-.
Inzb.; P1720V V-K-O insh-
Review o f P.D. DDrokbin's article OAre line separators
necessaryTO Xlek.sta. 31 no-5:91-93 My '60.
(MM 13:8)
(Ilectric power distribution)
(Zlectric evitchgear)

V,
USSR/Frrr-- Anir-,rls. S,:rll Hornod Cettic Q-3
AbF Jour : Rof Zhur - Biol., No 11p 1958, No 5CC38
Author : Klcynbok, Yr.I., Pctrov V m ---,Fctrov K.N.
Inst : Alnr-Atr ZooloCictT-Tn-'r`titutc of Votarinary Scionccr.
WL) z Frotcin rnd Vitc-in Doficioncy in tho Diot of Aninclr rs;
Disorso Factore.
OriE7 Pub : Tr. jUnt-Atinrk. zoovot. in-tr,, 1956, 9, 121-138
Ab A r r ct: 'In oxy,,ri!:icntrl -roup of cowr whoEc alict 1-clccd thoneccFarry
amounts of protoins rnd vitc-:in!, recoivcd tha followinE
concontrrtaE rtcrtinE with tho l,ct third of thcir prcj7-
n,-.ncy: 480,)40 ... units of vi4,r-,.in :.; 50 thou-:-nd'. unitr ef
vit-7:in D, rnd 1 -Z- of Vitr--!in E. In rd~ition tc thcir fccl'cr,
c-lvcs fror therc cows rccoivcj 20 thourrnd :-~ unitE of vitr-
, cvcry 5-10 d2yv, 50 thou-rnd -- unit,. of vi'LL-:--in D onco
ovcry 5 !,-ys, cnd 100-250 jr of ~,scorbic ccid drily for the
firri 7 drys of th,-:ir liVLS. Control ,.-roup- di~ not reccive
-,ny vit-:-in-. In the oxpcri,-cntrl ~-rour crlvinE rcquire'
rrsistrmcc during lrbor in 63.2 pcrcent of the erscs, in
Cord 1/2
39

MISELEV, P.1 . , k and. t# ~ i.nauk; PZTiL)V-, V.I. .- lnzh, ; SIUA~~7, F ., . , inz~ , -
SHIRSP)V, V.r . , nzh.
Further improven it of anthracite culm grinding ball mills. h1ek-
sta. 32 no.12. -c D '61. (MIRk
(Milling machinf,- I (Electric powpr plants--Equipment and supIlits 1

PETROV,, V.M.
Some so-called "transverse deep faults" in Central Asia. Uzb.geol.
zhur. 7 no.5t8O-84 163. (MIRA 17:3)
1. Institut geologii im. Kh.M.Abdullayeva AN UzSSR.

FL-TROV, V.1"L.; SIIIROKCV, A.M.
New method for studying *the repolarization of ferroclectric
substances. Vest. Mosk. un. Ser. 3: Fiz., astron. 17 no-3:59-62
MY-Je 16;-~. OAIII~-- 15: A,)
1. Kafedra teor-ii kolebaniy '-Ioskovskogo universiteta.
(Polarization (Electricity)) (Ferroelectric substances)

KISEIAV, P.I. , kand. tekhn. nank.; KUIAKOV, V.T. , in2h.; P)9~~OV,_ V.H. , inzh.;
SIDOiOV. P.A., inzh.; SHIRSHOV, V.P. , irLzh.
Improvements in ball mills. Elek. sta. 29 no.10:15-18 0 '58. (MIRA 11:11)
(Milling machinery)

C2 op 0
r-) Jp
AUTHOR: Petrov. V. M.
8189Z
S/18 60/002/05/35/041
B004YB056
TITLE: Some Properties of Seignette Electrics at 3;000 Mc/S
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 5, PP- 997 - 1001
TEXT: It was the aim of the present paper to test the applicability of
Seignette electrice in superhigh-frequency circuits. The dependence of
the dielectric constant 6 and of tan 6 of the phase angle on a constant
shifting field E in a weak superhigh-frequency field E " '0 V/cm was
measured at 19 +w1oC. E. was varied between 0 and 16-22-k- cm. The mea-
suring tachniqu-e was described in an earlier paper (Ref. 5~. The circuit
used for measurement was similar to the MKJI-10H (IKL-10M) circuit. Mea-
surements were carried out on monocrystalline barium titanate and on
ceramic (polyerystalline) BaTiO as well as on BK-1 (VK-1) material
39 116
which consisted of barium titanate with admixtures of lead oxide. The
characteristics for 6 and tan 6 (phase angle) are shown in Figs. 1-3.
The author arrives at the following conclusions: At a frequency of t)K
Card 1/3

81892
Some Properties of Seignette Electrics 8/18 60/002/05/35/041
at 3,000 Xc/1B B004YB056
3,000 Mc/s relaxation processes occur ir all substances investigated:
is reduced to one-half compared to the value for low frequencips,
tan 6 is considerably higher than at radio frequencies. The losses in
monocrystalline BaTiO 3 are considerably lower than in polyerystallice
BaTiO 3* When applying a constant electric field, k and tan 6 are re
duced, and E drops to half its value. In E., and tan 6 show hysteregiR.
phenomena. After E_ has been switched off, the values of E and tan
remain lower as before E. has been applied. As at low frequencies,
Seignette ceramics show signs of aging also at superhigh-frequencies.
In the case of fresh material, E and tan 6 are higher, and the depez)4
ence of these two quantities on E. is more distinctly marked than in
the case of material that had been exposed to room temperature for some
time. The reversible dependences of the ~ of Seignette electrice might
be used for the tuning of resonatorsq for the electric control of cir-
cuits, and for frequency modulation. This applicability is, however,
restricted by hysteresis phenomena and heavy losses. The author thanks
I. V. Ivanov for the interest he displayed in these problems, and
T. N. Verbitskaya for placing the samples at his disposal and for
Card 2/3

81892
Some Properties of Seignette Electrics S/181 60/002/05/35/041
at 3,000 Mc/s B004 B056
discussions. There are 3 figures and 6 references: I Soviet, 3 British,
1 Czechoslovakian, and 1 German.
ASSOCIATION: Moskovskiy gosudarstvennyy univereitet im. M.V. Lomonoaova
(Moscow State University imeni M. V. Lomonosov)
SUBMITTED: January 28, 1959
41~K
Card 3/3

-FhT.HOV,,T.M.; 7AMICII, I.P.
Dike intrusions in tbe Unkartash ore deposit and their struc ~;ural
characte'ristics. Uzb. geol. zhur. no.608-64 160. (MIRA 14:1)
1. Glavgeologiya UzSSR.
(Uzbekistan-Zlkes (Geology))

DOMNIN, Ye.M.P kand. tekhn. nauk;j~k(~V-,,-VJ',,-, jp~h.; SMURNOVA,
G.V., tekhn. red.
(Instrumonts for welding shops) Apparatura svarochnogo proiz-
vodstva. Moskva, Mashgiz, 1961. 62 p. (MIRA 15:5)
(Welding) (Automatic control) (Instruments)

-FKIWV 9 V.M.
Wonlinear propertieB of s6ignettoelectric substances at ultrahigh
frequencies. Izv. AN SSSR Ser. fiz. 24 no,U:1372-1375 N 160.
(HIM 13:12)
1. Kafedra teorii kolebanly Fizicheskogo fakullteta Moskovdkogo
gosudarstvennogo universiteta im.M.V.Lomonosova.
(Ferroelectric substances)

F~TRDV!,_VJL, Inxh.
-
Luminescent method of detecting, water leakage in the coudennere of
steam turbines. Bnergetlk 8 no-11:23 N 160. (MIRA 13:12)
(Steam turbines)

PAM V, V. M.
Sow properties of seignettoelectric materials at a frequeLcy of
3000 megacycles. Fiz. tver. tela 2 ao-51997-1001 W 6o.
(MIRA 13:10)
1. Koskovskiy gosudarstveanyy universitet im. K.V.Lomonosova.
Fizicheskiy fakulltet.
(Perroelectric substances)

- -.ZETROV, V.M. -
Using the methods of the semicoaxial reaonator and a coaxial
measuring line for measuriag_fAnd tg g of dielectrics. Prib.
j tekh.eksp. no.4*.118-122 JI-Ag 160. (MIRA 13:9)
iizieheskiy fakulltet Moskovskogo gosudarstvennogo universiteta.
(Dielectrics--Measurement)

PETROV, V. M.
PETROVP V. M.: "Investigation of sore properties of concrete from
autoclave hardening (Portland cements with additives)". Moscow, 19,C5.
Min Higher Education USSR. Moscow Order of Labor Red Banner Construction
Inst imeni V. V. Kuybyshev. (Dissertation for the Degree of Ga.,-ididate
of TECHNICAL Sciences)
SO: Knizhnaya Leto
.2is' No. 51, 10 December 1955

USM/Farn Lijjrnls - large Horzied Cattle. _._2
Abs Jour Ref Zhur - Biol., No 18-1 1958, 83354
Author Petrov, V.M.
Inst Institute of Veterinary Medicine, KazWdi Section of the
,*dl Union AcaderW of AGricultural Sciences ineni Lenin.
Title W"bolisn Dynamics in Cows and Calves Canditionea by
Protain and Vitamin Deficiencies of 7hoir Rationa.
Orig Pub Tr. In-ta vet. Kazakhsk. &'i1- VIZIUM: 1957, 8, 254-L65-
Abstract If rations of pregnant cows are deficient in proteLis aad
vitanius, a decrease of broachopneumonia oc,--urrences in
calves and their 100 parcent survival until the agL: of 2
months anay be achieved by administering 30-40 !-'(~ of vita-
7ain A per 100 kg of live wei0it, and 25-30 thousa*.u' ..i.
units of vitamin D per head* In test cows (by vi-
tamins), as well as in control group cows, blood ii.clicantors
Card 1/2

ELEYNBOK, Ya.l. *prof.;-I~~~ kand.veterinarnykh na4; PETROV, K.N.,
kand.veterina--nykh nauk
Brotain and vitamin deficiencies as factors in animal diseases.
'h-udy AZVI 9:121-138 156. (I~MiA 15-4)
1. Iz kafedry chastnoy patologii i terapii (zav. kafedroy - ch_lGn-
korrespondent AB KazSSR, zasluzhennyy deyatell nauki KazSSR, doktor
prof. Ya.i.Kleyubok) Alma-Atinskogo zooviterinarnogo iristiLutu.
(Veterinary madicine) (Proteins) (VitEumins)
(Deficiency diseases)

PEMOVj VAI ZELIKWO A.B.
9
Study of roasting in a fluidized bed of unconditioned molyWenite
concentrates. Izv.vys.ucheb.za:v.; tovet-met. 3 no.2sl26-131 160.
(MIRA 15 -W
1. Krasnoyarokly inBtitut tsvetnykh metallov, kafedra metallurgii
redkikh metallov.
(Ore dressing) (Fluidization)

KLEMM, Ya.l.; UTROV,__Y,.M. kand.veterinarnykil nauk; HAYTURINA, O.Sh.
kP-id.veterinarnykh nauk; PODLINOV, I.S., nauchnyy sotrudnik;
AYSEII, Ye.A., nauchnyy sotrudaik
bronchopneumonia rate in lambs. Veterinariia 37 no.8:51-55
Ag 960. (~MU 15-4)
1. Institut veterinarii Kazakhakoy akademii sel'skok-Iiozyaystvewiykh
nauk. 2. Chlen-korrespondent A14 KazSSR (for Klaynbok).
(Kaz&khsta.n-Lambs----Diseases and pests) (Pneumorda)

KLIYNBOX, Ta.l.. doktor vaterinarnykh nauk, professor. sasluzhennyy
dayatel' nauki Kaz.BU; FMOV, I.N., kandidat Yeterinarnykh naak;
FMOV V.M. m1adshiy nsilchnyy sotrudnik.
Treatment of bronchopneumonia in calves by intratracheal injections
of peniclillin during a special diet. Veterinartia 30 no.9:34-3?
6 '53. (MLRA 6:8)
1. Sekteiya veterinarii Kazakhskogo filials, Vaesoyuznoy Akademil
sel'skokhozyaystvennykh nauk imeni Lenina.

rt~VRO"~
MOSKM, V.I., kandidat meditainakikh nauk; PETROV, V.M.; VENGEROVSKIY, I.S..
professor, saveduyushchiy; KHODXBVICH,-$-r'blF6"loso~r.-direktor.
Case gf stqypurative cholecyBtitis in a two-year old child. Pedlatriia no-3:
67-68 W-Je 153. (MLRA 6:8 )
1. Detskaya khirurgicheskaya klinika Temakogo meditainskage inBtituta imeni
V.M.Melet*va (for Vengerovskiy, Moskvin and Petrov). Z. Tomskiy maditella-
skiy institut imeni V.M.Moletova (for Khodkevich).
(Gall-bladder--Diseasee)

PEMOV, V.M., In2hener.
Electric traction with single-phase alternating current. Xlek.sta. 21- no.10:
56-57 0 '53. (KLRA 6:10)
(Electric railroads)

2h660
5 6 1k 5 00-.
11 3127., B203
AUTHORS: Borgman, V. A., Petrov, V. M., and Chistoserdov, V Go
TITLE: Temperature dependence of the ph,-~tochemical -,racess In
light-sensitive glass
PERIODICAL: Zhurnal fizicheskoy khirrii, v. 31, no. 6, 1?6!,
TEXT: The authors studied the Droperties of light-sensitive iz,'ass 4.-.rin;
irradiation with ultraviolet light from a VFK-7 (PRK-") irradiali~_n 'a=-
. -101 .2
at temperatures of -1800C to ::~U C. The cam-oq_ition f t-e
as follows: 76 Sio 2; RAI20, ; 12Li 0, 4K,0 CeO 2 C)-; Ag. The 7e ---
ion served as photoelectron emitter excited by light of the
300-350 mp. When %orking in the heat, the Ag' was reduced *he
electrons, and was present as colloiJal Ag. Glass 4rraJia' 'e~ a-- 2_"'
changed color when heated to 4503--. 'At '~30-5~00C, the color inrensifiej
Glass irradiated at temperatures above 22301C started changing its color
during irradiation, the color intensification showed the increasing
concentration of colloidal silver. Slightly above the deformation po)nt
(5500C), the sensitiveness to light stopped. The necessity of "developing"
Card 1,' 3

2h660
5;'0 7 6/ 6 1,'0 15,'00
Temperature lependence of the... B127;'B205
glass irradiated below 2200C by heating indicates that below 2201C there
are capture centers catching the photoelectrons and permitting a redu-,t,.'.n
of the metal only by the release of electrons on heating If the ,z.la~3s s
exposed to ultraviolet light at less than 500'DC, it becomes yellow due to
the silver content. At 500-515"C, it visa orange, at 515-5300C, mahogany,
at 530-5400C, green, and at 540-5500C, brown The specimen was placed at,
17.5 cm before the lamp, and heated to 5350C: 5 min irradiation, yellow,
10 min, dark yellus, 13 min, orange, 17 min, mahogany, 25 min, green. A~'.
a temperature below 5300C, the colloidal Ag particles started growing at
different rates. The thickness of the colored layer was varied at varying
temperatures: at 20oC, it was 7 mn:, at 510-5350C, 1 mrP, and at 540'C,
0.1 mm.. If the 0.02%Ag content was substituted by a 0.01%Au rontent,
other rules were governing. The reason is that Au atoms are less mobile
than Ajg, atoms, and therefore the colloidal particles are formed more sl )lily.
The temperature ranae of the photosensitivity changes intensively with a
change in the glass c-,moositi-in. There are 2 figures and '. r~,"eren-e.--
2 Soviet-bloc.
Carl 2,,"

24660
S/076/61/0x=e~,1006,'C I
Temperature dependence of the- B127 B203
ASSOCTATON: Nauchn!)-issledovatel'skaya laboratoriya Len i n-ral zs~:,,i-,
khudozhestvennogo stekla (Scientific Research
~,f the Lenjn,~rad Plant for Art4stic alass,
sn-MIT-E-, N~,vember 12, 19#~_-
Card V3

allTHOR: Petrov, Y.M., !~nt~:necr
TITLE; A Remote Signal Syt3tem Utilizing "ATS" L:nes k"'s*,:-,-;z--;-
telesignalizatsii s ispol'zovaniyem provodov ATS)
PERIODICALt Energetik, 1956, Nr 4, pp 26-30 (USSR)
ABSTRACTs Thia article describes a simple remote signal F,-,'.-item c~jpa.'.e
of prodlicing a single signal "damatre", worked out and ::.t i '.
to service by the author in cooperation with V.I. SadkC-1:1,K~17.
This system utilizes the "ATS" line, connected with lf:e
being supervised. The latter does not require Any pr-w-r
supply source nor special relays. A defect in *.his sys*em
consists in the appearance of the fault signal
ously with croastalk from the supervised point. The -~e-
scribed design, illustrated by a circuit diagram, nas bc-r~
carried out on the basis of the "UATS" of the "VEF" P'ar~f-
If the remote siCnal system has to supervise several pointq
the relay must have additional contacts, one fcr eacK
signal ronnection. If the signal reception point is n--~
located on the "ATS", it must be connected with tn'~' rr-nur
electrode of the "ATS" battery and with one or two conju~~-
tors of each remote signal object. One or two reinys ~4ri-
Card 112 installed at the signal reception point dependin& ~-n the

A Remote Signal System Utiiizinv, "ATS" Lines SOV-I)l r
necessity for the signal to be picked up automatical:y -n
case of telephone talk at the supervised point. A standard
telephone relay of the "RPN" type is used as a signal relay
and the "KDR-5M" type delayed relay manufactured by the
"Transsvyaz' " Plant is used as a cutoff relay.
There is 1 circuit diagram.
1. Remote control systems--Equipment
nard 212

24( A;
A'~_` 'Ill 0 11 S: Ivan, V.1

V -ncy FfqMls (:tango 'ClU Megacy,~Ies,
zme r~ n-' -. a ekt--L :h~_sk -,y pr-rL np--- n ia
v n - r "i r. K.
Y;H?)
PY'k i; j T C A
6
ABSTIII~A-- ajeas~~rement c-f the -2pFen,iF-n,_,p c-f e on
-he, EL- ~ernatffng and the size of the -- tan' f iel the Sc

t 4 E~ 1 d s s t -o -m, z e i~ s t h r o ugh t the e riti re S v- IUMe
D f

Dn

~T,~g ..
1:3 may

t,y
a -x a' measur~n-g `ne,
5 thz~ e nd 1P tj~~e "Dal. Such a ha~-, 7~een ;-z.:r4be4
rrfqren~-e re ana tgs ar, meas,,re%d to de Ermi np -he _-,-ndense-~
resis~:an,7e ~.y means of a meas,iring line. D,,z~_- the nee.; -D-' a
fr,_--q,-.,en~-y field

m: ng, r, d
ti3ns rer; --rad for the ns
r!

A T-P !!,c T' D"
z" ""r e -
id .. ?a
Ther-- P. d 6nd t-hf? he-'rn~ ano r-i.J--3
-ase the
air--Pt S aPa- 1 ty c haggar ~ e r and the rt-. FY f
a-- 1- 1 i,r~ sent ~-.l w--' ~h an up 9 f rm f
0-- r-a-b: jzh f :-- 1--i-!! iipa
y s
e a i nz ir..:rp and m: r~f `i7)m 1-hE. sta PS'
W: 5 k
nf W
f-1 r t hEw a a e the i b a i.- i- n-u
C-n,3id(z--a, gh f -e,l,:p r.
9 a i s -ir -,~t
E e d s !.,7 1 - Ll - i C- g e. a
m rg s b e _i m c-. ai A :neas~ir' ng

Me fhTO ~ I' as% rEgv_
a I I Li a I e 3
F 7' _j n Y Ff gra y
I V Iz
a a
c2
f f r e
6 K hl
2a F e
_vv 1 S M aso ri.~ s D--

BORGM, V.A.; PET V V.M..,- CHISTWMDCYV, V.G.
.~q~
Temperature dependence of the photochemical process taking place
in ligbk-senhitive glassesO Zhw.fiz.kbi?n. 35 no.6;1383-1385 Je
l6l. (MIRA 14:7)
1. Wauebno-issledovatellakEqa laboratoriya laningradakogo zavoda
khudozhestvennogo stekla.
(Glass) (Photochemistry)

WROV, S.M.. Inthener-, PKIPROV, V.M.. Inzhoner.
--Z-7-71.
Simple channels of communication and telamechanIcs for networks
with a low short-circuit to the ground. Elek. eta. 24 no.12:40-
43 D '53. (MLRA 6:12)
(Telecommunication)

M
KOVAM, V.P.. PWROV, V.M.
Use of electronics for studying combustion processes in motors
with spark ignition. Trudy LPI no.187:131-336 '56. (MIRA 13-6)
(Gas and otl engines)

HELINIKOV, G.V.; PBTROV, V.N.
Methods and eq"ipment for evaluating the thermal properties of
spark plugs. Trudy LPI no.187:137-147 '56. (XIFA 13:6)
(Spark plugs--Testing)

E073/E`13-,
51, 1 J/0 (/ 6 41-3,
AUTHOR:
TITLE- Oil Measkit ing,r atid tgb of Dtt, Ic- i L,s 'he S,m-
Coaxial Resonator and the C,,-xij! Me~~u: irtg Lin, M:..~. I-
PERIODICAL-. Pribory 1 tekhnika eksperimenta, 1960, No,'i- pp,11A

TEXT: For measuring the paiameters of diele-triLs in thH m-~!,-
and centimetre wave ranges, methods based on u-,;inv , ~,mml -"~O)-'l
resonator and a coaxial methods line heive been ti,ea. Mor"
recently. these methods have been used also) for ni,-4isur ing till.
dielectric constant E and the loss angle tgh of
Generally, the diele.-tric spe'-im4~,n is pla(.ed in a di-oritinuity of
the circuit of the :entral condu-tcr of the oaxjal remonatoy ir
the line. Measurement of C and gt tmoun',A - detvrjzjiniii,~, th--
impedance of the thus obtained measuring In
calculating the diele.~tri- - ionstant fr-~)m the meoetirea
usually the static formula valid for ti flat c:irideniex i , t js e awhi
is correct only for the quasi-,3tati, s!att,. ;,.-, wh,-n the ff~- liv~-
dimensions of the 2ondEnser are considerabiy --hin th~ i-l
length, In the case of m-tre -tnd parfi~ul,irly
Card 1/4

s,,'i2o/6o/ooo/o.D /oi
E07~/E435
On Measuring E ind tgb of Di ? I P~ tr 1-- -; by I hf- S-mi
Resonator and the Coaxidl Meosur itig L.n~
this condition is not alwoys fulfilled par, i ,~alorly if U-~~tt,,t n Oi-
condenser plates at ferroelcctr ic is pla.-Ed %,with ~, Jielr *.r i -
constant. of 103, In this case- a wavelength may L)~ --,mparablk wi h
the radius of the plaTes drid he f ield d)stribti~ i-n lri!~idv rlit-
condenser can no longer be tonsidert-cl kinifutni, T ho -t i tit -, (' I It
described in this paper wa-i tt, the f vid di ~Ir it)i~, i n
inside a condenser whi--h is part i:~-llv f illed kith o t- i, -in-i
also to :alculate its :apa:itan.e in th(- -ase wht?ri - h ~nd i r ~ -ri -
of the quasi-stationary state are nor fulfilled, The i mp t- d~ ri: e
calculated, taking into connider-,)~ ior, !he loss~--s in thin Ali- I- I
It is shown that in tht- mc ~ hot],-* It% tiA i tip, t , mi ;I x t A I
rasonotor t%nd c% :oaxitAl itig & itiv i% I %I I'l tt t ill.-
capacitance of the measuring -apa i 'an. * h,
static f ortnula may lead t . ozia; t d, t it- I ~Ei '( 'h-
geometrical dirjiension-~ ;f th~- rh i- .,- r - - -
the static. formula %-ill b.- . wit .-'11~'idv '11 hp I
Card 2/4

sp2o/60/000/004/015/02A
E073/E435
On Measuring E and tgb of Diele:trics by the Semi Coetxial
Resonator and the Coaxial Measuring Line Methods
dielectrics with high permittivity particularly ferxoelevtzi,~,
The limits of applicability have been determin,ed Numerical
results of the dependence of the -apazitanze on E obtained 1-..v
more accurate formula are z:ompared with the result-z of the st.-iti
formula for X z 10 cm, a condenser plate radius r? 3,7 mm 11L.1
a speci-men height of 0,5 mm. In the static approximation th~-
dependence is linear. however, according to the more a---'urate
formula, there is linearity only at low valued of E or for smalt
specimen radii. These calculated results have been verified
experimentally, It is stated in a po5tscript That measurements
of Gemulla and Hall did not reveal a drop in the dielectri- -onst~nl
on increasing the frequen,,y from 500 to 4000 M,/,~ ALzordin'a't(d
the results of numerous authors and also the author of thiw, paper
a relaxation of the dielectric constant does '.jRt plaz.e. in this
frequency range and E de--reases by a factor of 2, App~Arently
relaxation occurred also in the --erami~ material studied by
Gemulla and Hall. as is evident from the high (0 14)
Card 3/4

e -1 31,17 6
S/12o/60/000/004/01;/0-8
E073/E435
On Measuring E and tg6 of D I c, I of t r I( A b y t Ile SvaiJ C(~a x ],-I
Resonator and the Coax1al Mpa5lir iiig Line Mettiod-;
at 1000 mc/s~ The fact that the authors did not obser-e ;~rxv
decrease in the dielectric constant is probabiy due to the~i
the static formula for zal.:ulating the apacitarict- of ~ fli,
condenser for determining ; from the measured capa-,itan e
There are 4 figures 1 table and 10 referen~,e~ 8 S-i,~t ori,!.
2 non-Soviel
ASSOCIATION. Fizicheskiy fakul tet MGU (Physt,s Depdr'meltl
Moscow State University)
SUBMITTED Julv 9, 1959
Card 4/4

3/697 '/6 1 /0O0/00,,J/00/.,,'O
1)22d1.D-.'W3
AUTHORS: Zelikman, A. N., Bibikova, V. I.. Petrov, V M.. P~i~:~
nikova, S. V., Abashin, G I , Pritulo, V
tina, L, N~
TITLE- Study of the behavior and recovery cf rheni,;m,
roasting o--" Kadzlj:ira and Koundrad mo-'ybdenite
trates in a boiling layer
SOURCE- Akademiya nauk SSSR. Inotitut metallurgii :m. A A
kova Institut mineralogii, geukhimil i kristal:~-K-:m
redk i kh el emen t ov . llezhd v ed oms t v ermay e k (-,m i s F,~ y.,
redl,im metallam. Vsesoyuznoye soveshchaniye po prou~'emt
r en iya. Mo ac uw, 11 958. lien 1 y ; t ru d y Ei () v e Hh, hH ri i Y i.,
o W 1 - v, ~ A N ;;:;.: I1.1
TEXT: The authors present *,;.e res,illls of E"'I.Y
distribution of Re In ~'~.e pr,,~ai.---ts outzAine-" from -cast--!-.6 Kad:'-.a-a
molybdenite concentrates :n a boilingu-iayer t:-. t: - C-
covery of Re from waste gases of ~t boil:n~;-Iawer furna.-e b-y
C-.ird I ' -~

Study of the behavior 1)22ii J)~01~
of a bubb I ing un~ t . an d ( c ~ 'I - e tehav lorr c f N e J
of Koundrad con;---entrateE in t!-.e type cf i,
r% e ~.,;e ex
traction of Re with a t3imilar bubb..rg un:t A lunlai iv e e
also suggested for reprocessing bubbler pulp tG obtain meta-2i,
It is noted that recent research at the Iri~ti~ut tsvelnykh
im. 11, 1. Kalinina. ~Institu+e Gf Ncr.-Ferrous Met I s I r. 1~1T
9 - . V.
I i n i n ) h a e i r. d I - a t e d t Id v it.- t : i C, e se t~, ~ i 1j, e rf-~ c-
as c ompared wi ti. tubu I, ar mu "f 1 e, and rev t!rbera tory y ~e.,:
'Lliustrate the dust-colle,--tion syste::~ ef the C7
the bubb!.Jng unit designed by the Gintevetmet 'State
1~on-Ferrous Metallurgy) 11c;r "he rec.)very of "urna--e gases.
laboratory model of the bciiin6-layey furnare emFloyeJ ty
thors in the-Ir tests, The Re jistrlbut-,on in the rcLib"in-, pr!- S
of Kadzhara concentrates, the 1-ce --ontent of bubbier ;~u4, cl e
Re balance for both thu bubb'.er and ti.e furna---e a-, a --ih ~e are i,~
ven in tables. Conclusions: I ,) The roasting of K:Adz~.ara -n
rates in a boiling-layer furna-e- eriHurev, '1.e lul:t-,;T
of Re; 9L, cf tl.(- ',Ie Is subl'i'mated in !h:s tYpe of '..rna-C
Card 2,1',~

:~,, ", I * I I ". OA
, u / 4. 0
3tudy of trie uehuvior - D L' 2 8 / D3 J
as compared w1th cnly `;0 in rn,_illffle i.,.a
-ces. The uxistang dust-~oliectiGn sy,,i-.em
furnace does not guarantee -i satisf-,,-tory det4ree He
since the loss of metal in waste gases amG_-,nt-,~. ,,. at,~U:.
lowel-ing of the temperature r_~f the Cottrell
not reduce th-.s loL~~q on C,L Ole
Much better resul ts ciin be AlUt ined wi th the buut,.~
bubbler' s ef f iciency wl, tn respec 1 to Re i L; stated I D eq-a
75 - 92% o 'L the metal *Ln the bubbler pulp 2 s I n sol ui ion r, JA c-
conceniration of dissolved Re rises as ti.e
lengthens. It is recomrnendeJ t,--at the p-ulp te rez,,_-Ve~ r _,!.~M;
ler when the Re concn . and a _- i,`! ty of t,.e s,,-.! ~i~ s
3 0 - t- 0 g /I r e s p e i v e -1 y ~ 4 ~ T h e h i C, d e r e e -) f il~ e L
93.2%) from the ash of Koundrad t-oncentrate si.owtS 1,La-L the ~~ame
technique .-an also be ap;A~Jed to It-his mater-'al; *!,ei-e -Is n,~
rence in the behavior of Re r I L -
, he roas 11 ,rg C, f
tes and the pro,-- essing :;f -1, i.e ~.r ~,aseous ts a r: t,;, t, iut
unit.. There are -i f igures an'd J, Uibles Abz3tr-i; 'F n-,,e
c)i the pnotostbt cl,)py is
Card 3!'

SZ'e'
AU- IL C- R 3
Petrov, V, M., Zarev!C~ T P
Rhen--im in the 7.ol.Llenitcs -f t,,.,e
Hefcr-ttivny, zhiirn,il
~)G126 (Uzb, perol zh , n3
T:IXT The results of chemical determination of Re in 21 Tc-.)U.T..InPr-.'
3f rolyblenites from '0 ore locations of various form-itions an~ t,'p~
!-i v e n- The Re content varies between 0 1003 ~~ -,-i jijartz-molybdun-, tv c.
and 0.072 %. in 3k-Arn ores.. The Re -content within the irea of on~-
tion, even in the molybdenite-s of Jif'erent venc-r-ttions. var-;'P!4 matK,n jn-
Amonp. the skarn ores the assoc!4tion of richer Re mol;t-de!.- teF i
ch~ilcopyrite is characteristic On the whole, the Psk,~ir-Chutk-tl r t7 I. r-
is put by the authors among the rich Re provinces Abstracter n n--,~-.
Complete translation,
Card '/'

PETROV I V-.-M. - -
Frequency characteristics of triglycine sulfate. Kristal-lografiia
6 no.4:632-635 JI-Ag 161. (14IRA 14:8)
1. ~bskovskiy gosudarstvennyy universitet imeni M.V.Ioronosova.
(Glyci-nes-Electa,ic properties)

I
BAYBORODOV, Yu.T.; IOFFE, M.S.; PETROV, V.M. ; SOBOLE~. , R.I.
Adiabatic trap with a composit.- '-
no.5:443-445 My 10. F~.k I I :
(Plasma (Ionized

KRARAKHOR13J, F.F.; PFTROV, V.M.
Z., - .1 - -. -oE. -z.
Semicondl;-ting pronert!es Of A~;JV'Ijl t...,e co-Tio-r-
tela 6 nc.~~,:286"-2869 S '(,4. 1
w:. ~ -,. .

FETRCV
--- -.) Vator-I-Ukhayloviah, montazhnik; LEPIF, A.E., red.;
,TiM USHENYO, T.A., takhr, red.
[We build houses of gas concrete' Stroiz &)ma iz gazobe-
tona. Leningrad, Lenizdat, 1963, 77 p. NIRA 16:12)
(Concrete construction) 'G&B concrete)

PIMOV. V.N.
Inhibition of regenerative processes caused by the suturing of
skin to the wound surface. Uch.zap. KRGU 51:43-49 '54.
()(IR--. ll.- 11)
(RWRKBRATION (BIOLOGY))

PMOV. V.N.
Affect of sulfanilamide on the process of regenerntion. Uch.zap.
IHGU 51:51-56 '54. (MIRA 11:11)
(Regeneration (Biology)) (Sulfanilamide)

PJMOV. V. N.
Influence of the nervous system on regeneration in candate
amphibians. Report No.l. Uch.zop. IMOU 51:57-63 154.
(MI" 11: 11)
MOMATION (BIOIOGY)) (MVOUS SySTFjj) (MWTS)

PMOV I V.B.
- ", - influence of the nervous system on regeneration in candate
amphibians. Report No.2. U.ch.sap. XHOU 51:65-71 '54 jM16 11:11)
(ROGMUTION (BIOIMV- ~-- -'.,i]ZS (AIIATOMY)--rNEWATIO)i)

FEMOV. V.N.
Influence of the central nervous system on regenerative processes
In amphibians. Uch. zap. KHGU 79:75-80 157. (MIRA 11:11)
1. Kafedrn 2oologii beepozvonochaylct Khartkovskogo gonudarotvon-
nogo universitata.
Olewts) (Brain) (Regenerntion (Biology))

KATAYEV, Ye.G.; PETROV, V.W.
Reactions of selenols with acetylene derivatives. Part 1:
Reactions of selenophenol with 1-hexyne, phenylacetylene,
diphenylacetylene, and 2-mothyl-5-athynylpyridine. Zhur.ob.khim.
32 no.-11:3699-3703 N 162. (MIRA 15:11)
1. Kazanskiy gosudarstvennyy universitet imeni
V.I. Ullyanova-Lenina.
(Selenophenol) (Acetylene)

PETROV, V.N.
Determining the critical speed of the fluidization of a coraplpx
mixture of a granular material3. Khim.prom. no.11:816-819 '63.
(MIRA 17-4)

PXTROV, V.N., inth.
Work experience of efficiency promoters at the S. Ordzhonikidze
Baltic Plant. Sudostroenis 24 no.8:6345 Ag '58. (MIPA 11:10)
(Ships--Welding)

PETROV, V.N., Inzh.
Design of dynamometers used for measuring cutting forces at the
front edges of cutting tools. Sbor.st. CHPI no.9:12-19 '58.
(Wtal-cutting tools) (Dynamometer) (MIRA 11:10)

84608
1209, 2109
S/135/60/000/()04/005/008
A115/A029
AUTHOR Petrov, V.N., Engineer
TITLE- Argon-Shiellded Arc We'ding Thln-Wailed Pipes jo
PERIODICAL- Svarochnoye proizvodstvo, 1960. No 4. pp 25 - 27
TEX'1- Argon-stiielded welding of coil piping of Stainless and carbon steels
in heat exchanger and cooler construction is efficient, economical and advantage-
ous, because a great part of the work can be automated A~. welding of stainless
steel pipes 22 x 1.11, 21 x 1 5, 15 x 1.5 and 15 - 40 m long; JX18H9T (lKhl8N9T)
steel was used. Before welding the pipes are cleaned with acetone or with white
spirit, The Preparation of pipe sockets for welding Is done by snubbing or expan-
sion with subsequent calibration (Fig. 1). The snubbing is done by use of a rol-V
ler fixed In the support of a lathe. Expansion is carried out by a vice with
special puncheons with the help of a pneumatic hammer (Flg~ 2) For welding,
the pipes are gripped In a coupled pneumatic vice. at the end of which the wel-
ding unit is fas-med (Fig. 3). The welding Is done by an automatic AJB)5-40
(ATV15-40)' Infusible electrode, in one passage If necessary, the welding is
done by two passages, wbereby the second passage is accompanied by the use of
Card 1/3

8h6otll
5/135' 16o/ooo/oo4.cio,1-,iooc
Argon-Shielded Arc Welding of Thin-Walled Pipes A115/AO29
1,6 mm IKhl8N9'1 ware. During the welding process the root of the weld inside t-he
pipe is protected by first-class argon. The tecimloal data on welding, are ~010wn
In Table 1, 'Die surface of joints Is smooth, polishing Is not nocenBary, I lit,
quallty of JoInts is high- The manual weldIng of stainless steel piping Is ap
plied 1.0 the process of unitIng lashes for coiling and for jc3nlng pipes during
ass-mbly of apparatus The so:kels of the pipes in a~2esslble places are treated
as shown in Figure I Ln 1-naccessible places. especially during assembly worK.
the sockets are not treat.ed by snubtAng, I-hpv are cleaned. adjusted by a screw
clamp (Fig. 4) and welded, whereby an addl*.Ional wire is used. A small-size
(220 mm long, 40 mm high, 350 g) bu-ner wads developed for .be mos! Inconvenler,
placez; (Fig 5) In aw.omatic welding of pipes 12 x I and 22 x 2 made of slee.110
a-re treated by s7.eam, then cleaned with acetone Mhe sc-ketE sf 12 x 1 pipes are
treated llk~ above ',F!g 1) F-om sockets of 22 x 2 ptpps, flal.s are taken away
under an angle of 300 The w-lding pro:eeds au,,omat.lTally ~Flg ', ') instead of
a burne- with single argon shielding a burner with double gas shield is used
i.e.., the fused metal shielded by C02, the tung,~ten ele-rode undeT argor. Th e
sockets cf 12 x I p.lpes a-e welded by one way, wl%hou,. addition, the sockets of
22 x _2 pipes are wpldi~d by *.wo ways ca -o8r2(A (3-. -08G;~SA " and Ca - 1OrC ',,3v -.KGS)
Card 2/3

M608
S/135/6o/ooo/oo4/005/006
Argon-Shielded Arc Welding of Thin-Walled Pipes A115/AO29
rods were used with 1-0 - 1.6 mm in diameter The root of the weld inside Is
protected by C02 (Table 2 ') Manual welding of pipes made of carbon steel 10 with
infusible electrode Is done with double gas shielding, In ln,~onvenient places
a small-size burner is used- Seams of argon-shield welded carbon steel pipes
show pores and blisters. The cause may be a small-slzed meAtirig pool These de-
fects can be eliminated by using a rod containing sillca and manganese ~pertains
to size 22 x 2 only) There are 6 figures and 2 tables
ASSOCIATION
Baltiyskly zavod im. S. Ordzhonikidze- (Ba-2tic Plan,. .1meni S
Ord7honikidz e
/X/
Card 3/3

I -- FETROVp V.N.1 SAVELIM9 A.G.; SILIjKOVq G.D.
Pulse transmitter of the number of revolutions of a turbo-
compressor, Izm. tekh. no. 3:14-15 Mr 161. (KMA 14:2)
(Turboblowers-Testing)

3/121/61/900/006/00?/,-,'2
DO4O/D112
AUTHORS: Proskuryakov, Yu.G., Belov, N.F., and Petrov, V.N.
TITLE: Cooling cutting tools by atomized cutting fluid
PER10DICAL: Stanki i instrument, no.6, 1961, 25-29
TEXT: The authors give the results of experiments with atomized cutting fluid in
boring, thread-cutting, planing and milling, carried out at the cutting labora-
tory of the Chelyabinskiy poiit-ekhnicheskiy institut (Chelyabinsk Polytechnic
Institute). The effect of the volume and chemical composition of the atomized
fluid, the method of feeding the fluid to the cutting zone, nozzle shape and air
pressure was studied. The experimental machine (Fig.1) made possible different
combinations of fluid components, fluid quantity and air pressure. Wear of car-
bide-tipped cutters was measured by the wear on the main rear tool flank with the
use of an MOP-1 (IMIR-1) microscope, and wear of high-speed steel cutters b- the
depth of the pit forming on the cutter face. A different experimental unit was
employed for milling cutters (Fig.8). The conclusion was made that the wear-pre-
venting effect of atomized cutting fluid is higher than that Qf 9~att~ngc
_F4_jijd. jr. ighpr than of flowing fluid. A higher quantity of cutting fluid
Card 11

3/121/61
Cooling cutting tools by atomized cutting fluid D040/D112
(emulsion and "suAofrezol" were used) had a positive effect, but 400-600 g/~r of Y4
emulsion or 200 g/hr of 'huAbfrezol" caused thick fog in the shop. Increased air
pressure also improved the effect. The Chelyabinsk Polytechnic Institute, in
conjunction with the ChTZ, developed new atomizer designs - the ~q 0 -6 (ChPI-6)
and i no -7 (ChPI-7) (Fig.12) and at the same time a theoretically-based calcula-
tion method for atomizers. In the ChPI-7 (Fig.12), air from the main air pi,e of
the plant flows through the cock (4) and nipple (5) into the atomizer head (2~
where the stream splits and some of the air flows through the duct (7) into the
container (1) and exerts pressure on the surface of the fluid in it. The pressure
difference causes the fluid to move through the pipe (6) into the head (2). The
rest of the air flows straight through the injector where it is atomized and fed
thLrough the nipple (8) and a flexible hose to the tool edge. The flow is adjusted
by the needle valve ('11). The fundamental data for calculation are: the velocity
(U2) and air flow per second (Qair) needed for the tool cooling; fluid flow per
second (Qfl); compressed air pressure (P) applied to the atomizer; the lengths of
separate sc;ctions of the atomizer and the pipes. The formula for the diameter
(d) of th~i; intake pipe (6) is
V
dL+ 16Qfl Qfl
Card 21Y (71-7-7- V 9 Hinax _J

S/121/61/000/006/X8/-,I2
Cooling cutting tools by atomized cutting fluid D040/D112
where L Qfl is the permissible reduction of the fluid flow; L limax - the maximum
distance from the injector axis to the fluid lovol; g - the gravity accoloratioll;
G - the resistance factor of the intake pipe;o/- the kinetic energy factor (at
laminar flow --~-lam=2, at turbulent flow -1-tzl.06 1.12). The nozzle outlct lla-
meter (d2) is determined bi Qair and U2 of thp air jet by the equation
d2 = 2 '4a ir (2)
ull, rZt U, 2
The velocity is found by the Berno on. The calculation results prove
that the main factor ensuring dependable operation (stable fluid "low) is the pr-
sence of a constant positive difference between pressure in the fluid
containerard in the narrow section of the double-cone pipe. The formula for
difference is: tjH max
P 11 1 - 1 H
min= 2
,AQfl
fl
Card 31'

3/12 1 /(, 1
Cooling cutting tools by atomized cuLting Nuid D040/D1 12
%,h-re Y is the specific weight of fluid and H - the distance between the axis Of
the ~iouble-cone pipe and the fluid 3pve-LThe formula determining the initial
cross-section area as weii as the diameter of the double-cone pipe (assitminE- a
continuous airflow) is:
.11 7 rj~ 2 2k U,
I P, U1
where k is the adiabatic curve f tor and d,, e), are the volumetric weights of
the air in the initial cross-section of the two-cone pipe at entry and exit from
the nozzle respectively. The dimensions of the narrow section of the double-cone
pipe are determined in accordance with the pressure gradient needed for moving the
fluid from the container into the main pipe, using the BernDulli equation. Calcu-
Lation confirmed that the fundamental- parameters of the ChPI-6 atomizer were selec-
ted correctly, but it still, needs some debugging. An improved modificaticm, th,~
ChPI-7 has been produced. Its technical da ~a are: wcrking air pressure 2-r, at;
air consumption (at 3 gauge atmospheres) 4 ml/hr; cutting fluid consumption 5:1
-900 g/hr. After the atomizers had been in use for ' year,it was established that
the wear resistance of boring tools tipped with T15K (T15K6) alloy increased 1.5
Card to 2 times and cutting efficiency 50%. Surface finish improved by approximately
one rC;.---' 2789-59 (GOST 2789-59) class. There are 12 figures.

PETROVP Vladilen Nikolayevich; RYZHIK, ZJI., red.; VAMIM, Yu.A.,
va- LOGUROVA,
r4i5iar. zCI I.A., tekhn-. red.
[Resistance welding of steel and aluminum-magnesi= &1loys",
Elektrokontaktnaia svarks stalei i aliuminievo--rragnievykh
splavov. Leningrad, 1962. 22 p. (Lenit.grndskii dom nauchno-
tekhnicheskoi propagnndy. Obrnen peredovym opytom. Seriiat
Svarka i paika metallov, no.25) OCRA 15:9)
(Steel-Weldin,cr),
(Aluminurr--mrAgnesium alloys-Welding)

FROSKURYAKOV, Yuriy Georgiyevich; PETROV-1.1ladimir Pikol evich;
TROITSKAYA, D.E., inzh., rbtWffz-ente-DU= . N.A.,, tekhn.
P
red.
[Spray cooling of metal-cutting tools] Tonkoraspylennoe
okhlazhdenie rezhushchikh instrumentov. Noskva, Mashgiz,
1962. 111 p . (KIRA 15:7)
. (Metal-cutting tools-Cooling)

SKO:~OKPODCV, 1:.Ye., prof. o-.-v. red. ; AGAPOV, V. F. , ~ ~-of . po
nauchno~ nribote' (jots., red.; :~OYAPISHIIOV, prof.,
red.; V-q7U~'VSiXYA, Yv-.S., :e(;.; A
!5CL'IL-'SHTFYN, N.A., red,.; IVA!"V, N.I., kiam. t1khri. naux,
,-t.s,, red.; KUU, I.-T-O red.; PEThOV, V.]
k~~n6. --ekhyi, naiiy., red.
Lf '-0 Years of *, he MaFr,-',,ogarsk Pining am: Mettillurgical
Instatuteli XXX let I-,agi;i *,ogor.9r-., 19b2. 1 70 p.
(Ml~tA 17:3)
1. Magiiitogors~. Sorno-me-,alurgiches~iy in. titut.
2. Sekretar) partiynago by-uro VaFnilogorskogo gorno-
ir.eta-Ilurgicheskogo in7tituta (for Fetrov). 3. Dekan me-
tallurgicheskogo faku~-Iteta I-'agnItogorskogo gorno-metal-
lurgicheskogo instituta (for 1vanov). 4. Zave&W~ushchiy
kafedroy fiziki Magr--togor-kogo gorno-metallurgicheskogo
instituta (for Korzh, . 5. Zavediqu,-~hchiy kaf earoy otm;ibotki
metallc% cavien-lyc gorno-Tr,,et,-,.-*~lur-i-icl,,e,~~r-.ogo
instituta (rc):-

HIKITYUK, Ye.P.; BARDASHEV, S.P.; PASECHNIKOV, N.S.; APIN, L.R. ; PETROV,
V.N.; DEYIDENKO, Ye.I.; MITROVICH, V.P.; FROLOV, K.V.
Author's abstracts of dissertations. Vest.mashinostr. 4-4
no.7:87-88 J1 162. (MIRA 15:~)
1. Kiyevskiy politekhnicheskiy institut (for Mikityuk).
2. Moskovskiy aviatsionnyy institut imeni Sergo Ordzhonikidze
(for Bardashev). 3. loeningradskiy sellskokhozyaystvennyy institilt
(for Pasechnikov). 4. Moskovskiy stankoinstrumontallnyy institut
(for Apin, Mitrovich). 5. Chelyabinskiy polJteklinicheskiy
institut (fcr Petrov). 6. Gorlkovskiy politekhnicheskiy institut
imeni A.A.Zhdanova (for Demidenko). 7. Rizhskiy politekhnicheskiy
institut (for Frolov).
(Bibliography--Mechanical engineering)

FROSORYLOV, Tu.G.; FETRUV,, V.N.; FEDORGV, G.A.
Breaking chips during the machininE of steel 10. Stan.t Intr.
33 no.7.-23-24 J1 162. (PUJUi 15~7)
(metal cutting)

Mlikhall limttntlyevicn; i ~ I -~ . iN . p reu .
rDiffuBion 'r. b -,
t .: A f,*Ll Z ~ ', !.r '~ 1;: 5.' a :-Y 1~ V
val-jume. ~~ I . ~ :11.