SCIENTIFIC ABSTRACT MUROMTSEV, I. A. - MUROVANNAYA, S. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135710001-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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HUROMT-M, I.A.
Self-thinning of the root-gyatem of plants. Izv.AW SSSR.Ser.biol. no.3;
53-63 MY-Je '53. (No-R! iS.-6)
1. Plodoovoshchnoy inRtItut imeni I.V. Hichurina, Kichurinsk.
(Roots (Botauy))

U61-SR / Plant Phyi!dology, Growth 4nd Development
Ate Jou:r x Ref Zh%w - BiO1,j No 9s 195B, No 38942
Author i _JWradfi@v
-- , Is Aq
1hqt Institute of-lWita and Vegetables im. I. V. Michurin
Title i Growth Reactions of the Root to Change in Temperature,
Ov..g Pub i Fladoovoshchn.In-ta im. I* V. Michurinat 1.956, No. 9'.
39-49
AbEtract i In the. seedlings of apples., cherries., plume,, ap i-
cots and peaches grown on the Marzhantyan nutritional formu-
la, changes in the speed of growth of roots were automa-
tically registered at 2-5 minute intervals with the aid
of the instr"nts ocnatructed by the author. In a 5--50o
interval, each rise in temperature induced a sharp short-
lived ecc6larticnof growth, . followed by a rapid de-
cline. At 7, 16, and 220, the growth., after a leap,,
settled again at a higher level than before the rise in
te_ raturej the depression was at a minimum at 2'20,, At
'and higher, a marked acceleraftn of growth changed in-
7
to a deep depression, while at 660, the root died.
CardlA

MMOOTSIT. K.A.
P-,.- o"at wrwMA#A.@.
Organization of laboratory practice in physics in secondary school no.250 in
Leningrad. Fiz.v shkole 7 no.2:75-78 147. (NIU 6:11)
(Physics-Laboratory zanualm)

1. MIROIT"SEIV, K.A.
2. ussq (6oo)
4. Fluid Dynamics-&-periments
7. Experiments on Lhe topic of "The Kotion of a liquid and a g7as.", Fiz.v
shkole, 12, No.6. 1952
9. Monthly List of Russian Accessions, Library of Congress, FebrIlaa-1953. Unclassified.

mu Awhitell; ZNAHENSKIY, ?.A.. prof.. red.;
I.; .....a MOVA. A. -.-, is .; LAM, V.G., tekhn.red.
[Practical work in electric engineering in the schools] Prakticheakie
raboty'po alektrotekhniko v ahkole. Pod red. P.A.Znsmensicogo.
Koskva, Izcl-vo Akad. pedagog. nauk RSFSR. 1957. 74 p. (MIRA 11:4)
1. Shkolm No.250 Laningrado. (fbr Murostsev)o 2. Chlon-karresponient
APU RSM (for Zusueneldy)
(Electric engineering)

USSR/Diseases of Farm Animals. Boninfectious Diseases R-2
Abs Jbur :Ref Zhur-Biol., No 29 19589 2765
Author ' :Muzafarov K_ F.,, Kalashnikov P. S., Muromtsev K.B
Inst :Stavropol' Agricultural Institute I----
Title :On the Problem of Enzootic Ataxia in Lambs
Orig Pub :Tr. Stavropollsk. s-kh, in-ta, 1956, VYP 7,
393-400
Abstract :Outbreaks of enzootic ataxia (120 in lambs oc-
curred in Northern Caucasus on farms with simi-
lar natural-geographic and soil conditions and
with poor and single-type vegetation. In flocks
favorable to the development of EA the author
found a large number of ewes with anemia and dis-
turbed metabolism. In these flocks the lambs were
born weak or underdeveloped either with symptoms
or without symptoms of EA. The author regards EA
Card 1/2

CHERTKO9 V.F.; IOMO ya.A.; OBOUMSMV X.P.; KRYL4DVv P.N,.j KUD=t V.14*1 SAM-
BORSKIYg G.I.; KOSTAKOVs VAI UTVYAKOV9 P.P.1 K=TIZW@X.I.j BEMI
L.Ya.j YANOBT9 A.A.j BEWUSOVO R.A.; BOGOVOLDV' O.T.1 POW-AMp Yu.3.1
UMADIKL# S.M.; SOBAKINSIM, V.1.1 IIMLAYV: D.N., red.; PC@OUMNA
A.A.0 tekhn. red.
[United States is loosing the econamie. competition] 8ShA proigryvaiut
ekonamichcqkoe aorevnovanie. Moskva, I*4-va skon, lit-r7# 1961*
295 pe (MIPA 3.4 18)
1. Mowcow. Vauobno-isslsdo,@atallskiy skoVob-laboaldy institute 2@ Sotrud-
niki Nauchno-issledovatel'skogo ekonomicheskogo instituta Gomekoamb.-
sovets, SM (for all except s Nikolayevp Ponomareva)
(United States-lcanomie conditions)
(Russia--Zcon=Io conditions)

- MUROjesn' V.I.
--- @
Maximum coefficient of amplification and the pover gain of transitor
amplifiers. 17auc:h.dokl.vys.s'h'kolv; radiatekh. I elektron. no-3:140-
144 '58. (MIRA 12:11)
1. Kafedra radiotekhniki .4oalcovskogo fiziko-tekhnichoskogo instituta.
(Transistor amplifiers)

oUROM , XV, V. I.
-"-' 4rtain problems of the theory of neutralized transistor anplifters.
Nauch.dokl.vy9.9hk-oly; radiotekh.i olektron. no.4:201-208
158. (KIRk 12-6)
1. Kafqgdra radlotekhniki goakovskogo fiziko-toldinicheakogn inetituta.
(Transistor amplifiers)

-9(2) 60v,/162-58-3-18/26
.AUTHOR: Muromtsev, V'I.
TITLE: The Problem of the Maximum Power Gain Factor of a
Transistorized Amplifier (K voprosu o maksimallnom
koeffitslyente usileniya po moshchnosti usilitelya
na poluprovodnikovom triode)
PERIODICKI: Nauchnyye doklady vysshey shkoly, Radiotekhnika i
elektronika, 1959, Nr 3, pp 140-144 (USSR)
ABSTRACT: When building trannistorized amplifiers, it is es-
sential to know the maximum gain factor of the lat-
ter. The problem of the maximum power gain is close-
ly connected with the problem of amplifier stability.
The author bases his inveetigation on four American
references ef 1@T% He presents a formula for the
maximum powiz gain factor of a four-pole with a stable
potential:
k
fr. P
Ili 11 HT +
Card 1/2 e

MLT.T'LO' 1 7 S ' X Ir I - A.K.
( @, --icr. Irave CharMel mat - i -,- in radio3p;--ctro. -
i ol@ :--,-cn. 6 no.2:21-C--'@o F 1@1. (i@--.A
(I. - c. --'c- , , @,.c r-cy si-.,ec:-ro - @ - , -) (I licrowLv- - )

21660
1, 17/6 00 4/6 J 12.6, // 11) S/log/61/oo6/003/015/018
COOCi E140/E135
AUTHOR!;: Piskunov, A@K., and Murom V.I.
L-tsey-t- - .___
TITLEs The Influence of Signal Generator Frequency
Fluctuations on the Sensitivity of Radio Telescopes
With Transit and Reflex Resonators
PERIOD'.-CALg Radiotekhnika i elektronika, 1961, Vol.6, No. 3,
PP, 437-443
TEXT. This article compares the signal-noise ratios at the
input to a receiver in the cases of transit an-t reflex resonators.
The signal in taken as the variation in amplitude of the traveling
or refLected wave caused by par.-magnetic absorption. The work
tonstitutes an extension of earlier published work (Ref.1) and the
authorfil own previous work (Ref.2). A general analysis shown that
the magnitude of the signal in the reflex circuit is greater than
that tit the transit circuit by a factor of 4. In neither circuit
is matching critical, Variation of the reflection factor between
0 and 0.1 leads to a signal reduction of not more than 1%. Under
optima'. matching conditions and identical amplitudes of the
incident wave the high-frequency magnetic field intensity
Card 1/ 3

21660
S/lo9/6l/Oo6/003/015/ol8
9140/E135
The Influence of Signal Generator Frequency Fluctuations on the
Sensit Lvity of Radio Telescopes With Transit and Reflex Resonators
in the transit resonator is V-2 times an small as in the reflex
resona-tor and therefore the intensity of paramagnetic absorption
in the transit resonator in half. Passing to the question of the
effectis of frequency instability under the assumption of constant
amplitude, the authors distinguish between fluctuations due to
r-auses of principle and those due to technical reasons (Ref.3).
Techni-cal causes can be power supply instability, flicker effect,
microphonic effects. Considering only the came where the mean
frequency of the generator in equal to or very close to the natural
frequency of the resonator, while the frequency fluctuation
dispersion does not exceed 50 ken, while the spectrum of frequency
instability extends from 0 to 20 ken, the authors apply the method
of instantaneous frequency. The results are applicable to
spectroscopes with magnetic field modulation in the audio range.
The preliminary analysis shown that the root-mean-square deviation
of amplitude fluctuations for the travelling wave are proportional
to the incident wave amplitude. At exact tuning the root-mean-
Card 2/ 3

21660
s/io9/6i/oo6/003/0l5/0l8
E140/E135
The Influence of Signal Generator Frequency Fluctuations on the
Sensitivity of Radio Telescopes With Transit and Reflex Resonators
square deviation is proportional to the square of the ratio of
root-mean-square frequency deviation to the half-width of the
resonator curve. With detuning, the root-mean-square amplitude
fluctuations of the travelling wave are proportional to the ratio
of mean-square frequency deviation to the half-vidth of the
resonant curve. Similar relations are obtained for the reflex
resonator except that the coefficient of reflection enters into
the expressions. To increase the sensitivity of radiospectro-
scopes it is necessary to decrease the magnitude of frequency
noise. This requires the highest possible stability of the signal
generator (reduction of the frequency fluctuation dispersion) and
an appropriate choice of tuning and watching elements in the wave
guide channels. The frequency noises in the transit circuit are
approximately two orders of magnitude less than those in the
reflex circuit, which is particularly important.
There are 3 figures and 7 references: 4 Soviet and 3 non-Soviet.
SUBMITTED: June 30, 196o
Card 3/3

MIJRODIrSET. "LPISKUNOV, A.K.; SAFRONOV, S.114.
Using the method of the integration -,f a signal derivative in
recording electronic absorption lines. PrJLb.i tekh.ekap. 6
no.5:112-114 3-0 161. (MIRA 14:10)
1, Nisuchno-Lasledovatellskiy fiziko-khimicheskiy institut.
(Electronic analog computem )

MUROMISEV, V.I.; PISKUNOV, A.K.; VEPSYN, N.V.
Concerning a highly sensitive method for rotgistering the first
and second derivatives of electron paramagnetic resonance sig-
nals. Radiotekh. i elektron 7 no.7:1206-1213 62. (MIRA 15-.6)
(Paramagnetic resonance and relaxation) (Microwaves)

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KOZLOV, Yu.I.; WWOMTSEV, V.I.; PISKIRIOV, A.K.; SHIGORIN, D.N.; CIZEROVA, G.A.;
F- - -
VEMN, -.v-.
Formation of radicals via the tripl" state in the ultraviolet
irradiation of frozen solutions of ai-omatic molecules. Zhur.
fiz. kh1w. 3? no.12:2800-2802 D 163. (MIRA 17:1)
1. Fisiko-khimicheskiy institut imeni Karpova.

NEPOMNIASHCHIr, A.I.; MUROMTSEV,_Lj,.; BAGDASARIYAN, Kh.S.
Formation of ion-radicals under the effect of gamms rays on the
'ptem tetrahydrofuran - styrene at -196'. Dokl. AN SS 149
y SR
jml+:901-904 Ap 163. (MIRA 16:3)
1. Fiaiko-khimicheskiy institut im. L.Ta.Karpova. Predstavleno
akademikom S.S.Iladvedevym.
(Furan) (Styrene) (Gamma rays) (Radicals (Cheniatry))

31001"R'TAN - -S-; KMWWM -iV-I-; SATSYNA, Z.A.
M- Sh
TwO-quar-tum photochemical reaction. ?hotolysis of a frozen
solution of diphenylamine in ethyl alcohol, Dokl. AN SSSR
152 no.2:349-351 S '63. (MIRA 16: U)
1. Fiziko-khimicheskiy institut in. L.Ya Karpova. Predstavleno
Akademikom V.A. Karginym.

BAGDASARIYAN, U.S.; SINITSYNA, Z.A.; muRomrsv, V.I.
Two-quantum photochemistry. Proof of the second-triplet state
molecules participating in the reaction. Dokl. AN SSSR 153
no.2074-376 N 063. (MIRA 16:12)
1. Fiziko-khimicheskiy institlit im. L.Ya.Karpova. Predgtavlero
akademikom S.S.Medvedevy-m.

E'--,ERP'TA MEDICA See 6 Vol 13/3 Internal Med. Mar 59
1706. DIAGNOSIS OF PULMONARY ADENONIATOSIS DURING LAFE (Russlantexi)
%luromtsev V. N. - KLIN-NIED.(Mosk.) 1957, W11 (60-65%
In ptif-monar.- adenomatosis we are concerned witha proh fe rat lion of the c y'lindri cal and
cubical epithelium of the lung alveoli. Starting from one or more small points
gradually la-ger areas are affected in one or both lungs. The aetiology is still
unknown; it might be a neoplastic process. In one patient the diagnosis was not
made until t te 5th time of admission to a hospital. after complexes of atypical
cells had be,!n found in microscopic pictures. The symptoms consisted of: raised
temperature. sometimes blood in the sputum.and dyspnoca. The radiological find-
ing was gra(lual shading with bronchial stenosis. At the time of the 6th admission
dyspnoca was the chief symptom and the patient died. The diagnosis was confirm -
ed by the a iatomo -histological examination. The disease usually manifests itself
between the ages of 40 and 70 and lasts about 3-4 yr. The frothy sputum on cough-
ing and the 1@radually appearing dympnoea are typical signs. Hypozaernia and cyan-
osis do not iippear until the final stage. The therapy is symptomatic.
Frey - Baden -Baden (XV. 5. 6. 16)

1 7
IJJRCI-r,-@P@ . . S.
USSR/Cheidstry - Cellulose
Cheidstry - Hydrolysis Cct 48
"The Mechanism of Cellulose Hydrolysis," V. 1. Sharkov, V. S. Muromtsev,
G. D. Pai-amonova, All-Union Sci Res Insr of Hydrol Ind, 8 pp
"Zhur Pr@.klad Khim" Vol XXI, No 10
D@velops method of measuring speed of hydrolysis of cellulbse,
based on direct determination of products of hydrolysis. Finds that
percental:e of easily hydrolIzed components of cotton cellulose F@Md
fir sulf').te cellulose are 2-45% and 2.84% respectively. Beta-
glucose bonds in cellulose are hydrolized 140 tines faster than
slower hydrolyzing components. Concludes that increase in speed of
hydrolysJs is not exj-lained by presence of uroniic or xylose radicals,
but is rtsult of structure of macromolecular distribution, which
makes them more available to action of hydrolyzing agent. Submitted
26 may 47,,.
PA 43A9123

KURMSKT. V.S.
Age of the Ostrog Series of the Kusnets Basin. Doki.Ag SSSR 95 nc.5:
1359-lo61 .4p 154. (XLRA 7:4)
Predstavleno akademikon D.T.Nallvkluyu.
(lusnets Basin-Ooology) (Geology-gusnate Basin)

KUROKTSIV, V.S.
Kuznetsk Basin. Trudy VNIGRI no.96.-186-213 '56. WRA 10-1)
(Kuznetsk Basin--Geology. Stratigraphic)

KUROUTSIV, V.S.
The Xanev stage and its irmortancein correlating cross sections of
Phleogene deposits in the southern part of the Russian Platform.
Trudy ran. ob-va, est. 69 no.2:107-115 '57. (MMA 11:2)
(Phissian Plat form-Geology. Stratigraphic)

MUROICSEV, V.S.
Oil and gas potentials of the Kuznetsk Basin. Trudy VNIGRI
no.132:93-99 159. (KRA 17:1)

I-MONTSE'vp V.S.
Oil and gas potentials of the Yuznets depression. Trudy VITIGPI
no.163:140-156 t6O. (IGRA 14:6)
(Kuznets Basin-Petroleum geology)
(Kuznets Basin-Gae,, Natural-Genlogy)

MUROMTEEV, V.S.
Some data on the natore of the coal tenor in the Upper Balak-honira
Series in th6 central part of the Kuznetsk Basin based on materials
of deep drilling. Mat. Tem. kom. no.1:55-59 161. (MIRA 17:2)
1. Sibirskiy nauchno-issledovatellskiy institut geologii,
geofiziki i minerallnogo sy-rlya.

--14TW,ATSEV, V.S. _
Kuznetsk Basin is a new oil- and gas-bearing area in Western
Siberia. Geol. i geofiz. no.3:18-26 161. (KIRA 14-5)
(Kuznetsk Basin-Petroleum geology)
(Kuznetsk Basin--Gas,, Natural--Geology)

MUROMT:LEV, V.S.
Outlook in searching for natural gas in the Kemerovo Economic
Region. Trudy SNIIGGIM no.l4s54-58 161. (MIRA 15sS)
(Kawrovo Province-Gas, Natural-Geology)

V
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PMSC I lr*agwe- Island BiblJLoVWh:Lc Report
C cr
BWK CaU Moot MM.A4 -3
isitfiors. V.V.
Fun T11 is: MOVARM AND SUMMUCOMICS
lijerated Titles Usilitevzyv@ "Yetva, I 41ektroaku-tiks,
IL-1 A -%.A
& iX
Or
P=11M Agency: Ions
ng, Scums State Cinewtoplft Publishing House (Gookinoisdat)
209000
51 Wo. pp. t 4,75 No. oopiess
Mtdrlil. Staff
M.W24 - .ftne Technical, Witor: Now
9406t@7 f "on's AppmIseres None
Otheri, "AT A;:yuhtsyn -wrote chapters I andnl; LA. Ogwodniko* prepared
thiL.014terielgivwk In supplooonts I and II and Ue descriptions of the
aniplifying-mcbenim M?t_06 and U947.
T=t Data
COV4r&Vj: ftle L textbook, gives an o1swatery description of the processes WJ in
place In t&L94*ct1f!y1ng# amplifyingg and slactroamustical. anerstu
used in modern sewd @wtlan picture tedhniquo. %cause ,it In desi oed
for the pnjij:Uc1xW so*d engineer the book- gives- wich saphasis on, the
quick recognition "Optection of waaJustoonts. rhere a" proftim
vith mw"@sketch,38.4r apparatus.
Ptwwm:: A textboci for school courses In the mdunics of cinamtograpkqe
Facilities: None
No* Russituot and Slavic References: None
AVJIable'. L
Library of Congresso"

MURGITS-tW V @ OGR07%NIKO*,', K.
J L.
Amplifiers
USU-51 Amplifying unit.
KinomekhanikV No. 8, 1951.
9. Monthly List of Russian Accessions, Library of Congress, April 1952. LRICLASSIFIED.

MURCKTsgv. V.
,
Th,.- new KTJSU-52 stationary saund reproduction unit. Kinomekhanik no.10:28-24
0 '53. (HLaA 6:io)
(Koving-pictnre projectors)

MaRamn. V. /,
%mmlw&.VAIMmIwW
The now UM-52 statiorAry somad reproducer. 111nomekhanik no.11:19-22 N 153.
(KUIA 6: 11 )
(Sound-Recording and reproducing)

KURO)VTSZV, V. V.
, I - ". M a".Wo --f-, "--*
Selection of leakage inductance in output transformers of output
stages with beam tetrodes. Trudv LIKI no.4:25-30 '56.
(MLRA 10:5)
1.Kafedra speteelaktrotekhniki.
(Amplifiers, Ilectron-tube)

14uromtsev Vasiliy Va-sillyevich. [Chapters I and XII by
"W T__ " -
li_T@s t ; @@n , @. @
U3ilitellnyye ustroystva i elektroakustika (Amplifiers and Electro-
acoustics) 2d ed., rev. and enl. Moscow, "Iskusstvo", 1957,
465 P.
Ed.: Eysymont, L. 0.; Tech. Ed.: Shilina, Ye. I.;
Corrector: Stankevich, Ye. M.
PURPOSE: The monograph is intended as a textbook for motion picture
technician schools and for persons wishing to improve
their technical qua21fications.
COVERAGE: The book contains an elementary description of the physical.
processes occurring in electron tubes and photocells and
examines the principle of operation of rectifiers, ampli-
fiers, and loudspeakers. A description is given of up-to-
date industrial amplifiers; the performance of sound-
reproducing devices is reviewed. The lst and 12th
chapters are written by Faynshtcyn, A. A. There are no
references.
Card 119

Amplifiers and Electroacoustics (Cont.)
TABLE OF CONTENTS:
ForewQrd 3
Ch. I. General Information Regarding Sound 6- 30
1. Nature of sound 6
2. Perception of sound, sources of sound 15
3. Propagation of sound in enclosed areas.
Reverberation 23
Ch. II. Two-Electrode Electron Tubes
1. Fundamental concepts on the structure of the atom 31-54
2. Electron radiation from incandescent bodies 32
3. The Edison effect 33
4. Structure of diode tubes 35
5. Dependence of electron radiation on temperature 38
6. Space charge and the characteristics of diodes 38
7. Power dif fused on the plate 42
8. Role of the vacuum 43
9. Structure of electron tube cathodes 46
Card 2/9

Amplifiers and Electroacoustics (Cont.)
6. AmplifIcation by means of a triode lio
7. Distortions occurring during amplification
with a triode 114
8. Negative bias circuits 123
Ch. VI. Multielect-,?ode Electron Tubes 128-134
1. Four-electrode tubes and their properties 128
2. Pentodes 131
3. Beam tubes 132
4. Metal tubes 133
Ch. VII. Photocelis 135-146
Ch. VIII. Audio-Prequenay Amplifiers 147-189
1. Classification of amplIf-'ers and their basic
specifications 147
2. Re-sistance-coupled voltage amplifiers 152
3. Specification of the components in the layout of
a resistance-coupled amplifier 167
4. Transformer-coupled voltage amplifiers 172
Card 4/ 9

AmplIfiers a-nd Eli-ctroacou.stics (Cont. )
Ch. C1. Input G1170.Ult,3, Correction of Frequency Distortions,
a-nd Abatr,.,ment of Interference in Audio-Frequency
Amp I A. fr s 254-285
1. Specla-1 featu.-.-,@s of connecting photocells at an
amplifier Input 254
2. Speoial featur-s of a microphone input and of
the Input of a mechan.1cal reproducer (adapter) 26o
3. [e-mail] of frequen,'3y distortions in audio-
f--equency amplifiers 263
4. Tnterference. in audio-frequency amplifiers and
Its abatem.@@.nt 277
Ch. KII. 286-317
1. Principal ;tiaracterlstlos of loudspeakers 286
Ra 4-ed (,.apa@'-,y cf loudspeakers 286
EfflcAen-@y and sensivIty 287
Frequency @-Irtara,:@teristlc- 286
DI-r-e 1v I tv 290
Nc7dinea_r- @j -'.s.+ o:-t ions 291
card 6/9

Ajapill.fiers and Electroacoustics (Cont.)
2. Elentrodynamic cone louispeaker3
Magnetic circuit
Mobile system
Loudspeaker performance
Loudspeaker performance
Pna3e inverter
291
293
295
on a board 299
in a box 300
300
3. Horn loudspPakers
4. Two-band loudspeaxers
302
306,
5. Microphones 309
Dynamic microphones 310
6. Magrietl-r; '.elephone
7. Electromagnptir,, pickup
312
314
Card 7/9

-,pllfiers and Electroacoustics (Cont.)
4. Stationary amplifying set 46 378
5. Stationary wnplifying set 51 397
6. Stationary amplifying set Irk, 52 414
7. High-quality sound reproducing 3et@'Z@;r-3 423
Appendix
Refc-rence data
443-463
1. Fixed carbon resistors of the VS type 443
2. Fixed wire-wound resistors 445
3. Variable resistors 446
4. Fixed capacitors 448
5. Electron and neon tubes 458
AVATTART, Library of Congress Call No.. TK7872.A5m8
Card 9/9

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-A 'iethod f i t a-vimetriq' b
or.carry ng OEL @,gr q aervat one
_Iinlergrour, -XriVoy-`Rok --basia
id, Mine
ihe
t, rid
XODICAL-v h
"Z UZI
19 It
gornoru
iA@t: UkiSSR;@@ I i5l@ `.Ii6i 163@@-167
.0
do-id'ate":1 e,-voi
't its iii@, o,.,:donto'ur,l' b d
em ry -. _iii -
t
ore o Am
-'b e
--d- di, vere:.p*erfqkmIed-w t a qua
remen. a 40 re d h, Lrtz gra--.
.v
Lf@-JdAk
,.spacing gervatioris
WK
v.aUrP;cy__._A :.-.ropeaL d`resA ngs:@z. open
i on: Ina d4nt.4eiids -of'
it@_Oga
8- very-_@promisin
9
epos r,
s roun,
trad. or a
C
AP 0@
Z'_
7@_
-j -j
K - @m

MUlaITSEVAP A.A. [Muromtseva. A.C.]
Obtaining diagncstlc antigens frum highly-agglut@rable im-
munogen- 4c Brucella cultures with reduced virulence. Mikrobi-I.
zhur. 26 no.2:68-75 164. ('-"IRA 18:8)
1. Odesskiy nauchno-insledovatellskiy institut e:-.*demiologii i
uLikrobiologii.

OLISHANOVA, YA.,, prof.; MMMOV4 N.;-- G.
i
Chromqtographic mothod'for determining the tin content of canned meat.
Hiasoind,,SSSR 32 no,2s47-48 161. (MMA 14M
(meat., Canned-Precervation) (Chromatographic analysis)

SEREDENKO, M.M., kand.ekon.nauk; KUGUSHEV, M.F. [Kuhushev, M.F.1;
FRAVDIN, M.V.; FOMICHEV, V.I.; ALEKSANDROVA, V.P.; GORODETSKIY,
N.I. [Horodetalkyi, N I.]; DTATLOV, T.I.; KALITA, M.S. [Kalyta,
M.S I DARAGAN M.V. iDeLrahan, M.V.1; RADINA, Yu.M.; VGROBIYEVA,
K,,T: lVl00ro;;;;a, X.T.]; USTIVKA, N.N.; STARODUBSKIY, R.D.
(Starodubslkyi, R.D.1; YATSENKO, P.F.;--KURQMZU,_GM.
[14uromtseva, H.M.1; RASNER, S.I.; CHEPJIYAK, K.I.; KOBILYAKOV,
I.I. [Kobyliakovt LI 1; AIEY-SMIDROVA, V.O., kand.ekonom.nauk,
otv.red.; DEMBYUK, V:F. [Demydiuk, V.F.], red.; LIBERM9 TOR69
tekhn.red.
[Ways of increasing profits In metaUurgical industries] Shliakby
pidvyshchemia rentabellnosti metalurgiimykh pidpryiemstv. Kyiv,
Vyd-vo Akad.nauk URSR, 1961. 93 p.
(MIRA 14:6)
1. Akademiya nauk USSRp Kiyev. Institut ekonmiki. 2. Institut
ekonomiki AN USSR (for Seredenko, V.P.Aleksandrova, Ka-lita,
Daragan, Radim). 3. Dnepropetrovskiy khiml kchn logichasidy
institut (for Gorodetskiy, Dyatlov). /+. Dneprodzerzhinskiy
metallurgichaskiy institut (for Kabilyakov).
(Dnepropetrovsk Prcmince,'3teel industry-Costs)

MURC14TSEVA, MN.
Determining the ecor-mic efficiency of capital investments in
the expansion of Krivoy Rog :sdning and ore dressilcombines.
Not. i gornorud. prom. no.4:56-59 J1-Ag 165. '41RA 18:10)

POPOVA, N.C., kand. skonom. nauk4 VEITMEY, Ya.N.; MIROMTSEVA, G.N.
Economic loames caused by increasing tho duration of construction and
moderniza0blor of -1 al nig. antexpr lass. -Gar.. zhur_na.6s2q-31 Je 165.
(MIRA 18-7)
1. Dnepropetrovskiy gOT,nyy institut (f'o- Ilopova, Vereamy). 2. In-
stl tat ekonomiki AN [lkr9SR (for Muromtsimi).

TSIRMN. TU-A.; NM?e.UTA. G.S.; SHIRFsOVA, V.A.
Continuous mutralization of vaporw-frew the speritansous
empors,tion of wood.bydrolyzates. Gidrolis.t levokhim.prom. 12
U0.8:10-11 159. (MIRA 13:4)
1. Mauchno-teeladovatel'skiy inetitut gidroliznoy- sulffitno-
spirtovoy prom"hlennosti.
(Wood distillation)

MU,RCM1SBVA,---L.A.; YEZHOV, I.P.
Work of the Office of Technical Information at the Vol#-ograd
Plant. NTI no.9:12-13 164. 0@ RA 18:2)
1. Nachallnik Byurc tekhnicheskoy informatgii Volgogradskogo
alyuminiyevogo zavoda (for Muromtseva).

KURONTSEVA. T.L.; FLINT, V-To.
Keeping fish In a hoommMe aquarium. Prlroda 43 no.7:W-128
il 54. (KERA 7:7)
(Aquariums)

KURCWM@A T.L.; UNWICH.L.A.
9 --
Ivan Illarionovich Kesiatsev. Trudy Gidrobiol.ob-va no.6:
5-16 155. (mm 8: 9)
(Nesiatsev, lwm Illarionovich, 1885-1940)

MUROMTSEVA, V. A., Cand Geol-Min Sci -- (diss) "Bi-valve mollusks
of the ostrogskaya. formation in the Kuznetsk Coal Basin and its
,,.ontemporary analogs on the territory of Western Siberia and East-
ern Kazakhstan." Leningrad, 1960. 18 pp; 1 partial pa(@e of tables;
(Leningrad Order of Lenin State Univ im A. A. Zhdanov); 225 copies;
price not given; (KL, 17-60, 144)

BENEDIKTOVA, R.N.; IVANOV, K.V.; MLJROMTSEVA,, V.A.
Stratigraphy and age of clay schists in the surround-fngs of
Tomsk. Trudy SNIGGIMS no.8:108-126 160. (MIRA 15--9)
(Tomsk region--Paleontology, Stratigraphic)
(Tomsk region-Clay)

MROMTSEVA, V.A.
Representatives of the family Gramysildae Fischer in Lower
Carboniferous sedimonts of Western Siberia and eastern
Kasekbetan, Trudy SNIGGIMS no.15:117-124 161. (KRA 1519)
(Siberia, Western-GrammysUdas, Fossil)
(lasakhatan-GrawWaiidas, Fossil)

LYUTKEVICH, Ye.M.; MUROKTSEVA, V.A.
Carboniferous and Persian Pelacypoda in Mongolia. Trudy TNIGRI
no.196. Paleont.sbor. no.3:151-169 162. (MIRA 16:4)
(Mongolia-Lamllibranchiatat Fossil)

EZIMDIRTOVA, R.N.; MUROMTSEVA, V.A.
Phylm Hollusca. Trudy SNIIGGIMS no.21:193-211 162. (YJ[RA lb:12)

MUROKTSEVA, V. A.
Sms pelacypode from the Ostrog aeries of the Kuznetsk Basin
(in the a of the village of Yermaki). Izv. vys. ucheb.
Say.1 geal. i mav. 5 no-10:43-52 0 162. (MIRA 16sl)
1. Sibirskly naucbno-isoledowatellskiy institut, geologii,
georizild i minerallnogo syrtya.
(Kuznetsk Basin-Lamallibranchiata)

S/046/60/006/003/006/012
B006/BO63
AUTHORS: Masterov, Ye. P., Muromtseva, V. N.
TITLE., On a Case of Anti-waveguide Propagation of Sound in a
Layered, Non-homogeneous Medium 1*1
PERIODICAL: Akusticheskiy zhurnal, 1960, Vol. 6, No. 3, PP. 335-339
A5
TEXT: The authors study a case of anti-wavegui e propagation of sound in a
layered, non-homogeneous semi-space which is bounded by a totally reflect-
ing boundary. The square of the refractive index is assumed to increase
in this semi-spaos with rising height according to the quadratic law
2(z) + (PZ)2,
n where p denotes a material parameter. It is further
assumed that the totally reflecting boundary be in the plane z - 0, where
the refractive index attains its minimum. In this case one obtains a simple
equation for the poles, which can be solved without difficulty. The more
complicated case in which the boundary surface is not totally reflecting
and may be at any height was studied in thr paper of Ref. 4, in connection
with the theory of ground-level waveguides. For the problem under con-
aideration Fig. I shows the position of the poles in the complex f -plane.
Card 1/2

On a Case of Anti-waveguide Propagation of Sound 3/046J60/006/003/006/012
in a Layered,Non-homogeneous Medium B006/BO63
The method of the phase integral, which usually yields a better approxima-
tion only with high pole numbers, gives exactly the same results for all
numbers as does an exact solution. The function (2) obtained for the
velocity potential T(r,z) is analyzed for high values of k or (where
ko a k(O), k - wave number). For ?,(r,z) in the range zo > z -- 0 formu-
la (10) is derived as a function of @ (f) and @ (@o). Fig. 2 shows a
diagram of these coefficients, which represents the height distribution of
the first five normal waves. Fig. 3 shove these waves for the special case
in 4hich the boundary z - 0 is assumed to be absolutely fixed. Finally,
the authors thank G. D. Malyuzhinets for valuable advice as well as
V. D. Slesareva and L. M. Toomey for calculations. There are 3 figures
and 6 references: 3 Soviet, I US, and 1 Japanese.
ASSOCIATION: Alcusticheskiy institut AN SSSR Moskva
(Institute of Acoustiog of the AS USSR, MosoQY1
SUBMITTED., January 28, 1960
Card 2/2

-M
vollkluballis fill to
a m
fit 0.0 1.0
OGA
1S4 U a is i: a to at 41 (As to GAJE
h
fl
P@ coo 7
Add sw m a hydreliiilk "t fw ku. A. Ratmu t'wh
acid V. Mitumusiva. MOlulao zkirmve Pel" 10,
QJ01 0 - 10. 67(1934): Ckimse & in4"m SO, 41r-'i cf. 1'. A.
J9, ;I&W4. The lot prothocird by flow acid itfinhij; 4 %Aar
nd, hy.4cul"voinIA116% HjO-11411
vinutsify kin, The mmki tat tn-kw-l fit file ctmim- Of
;""Wvl foods& less Shato ttw %at 111LO(ca"t m th. -1- 'A
a .11461. lefi-lius, th, 14"ll. *4 M (tw Ulfi, -"I, it.i.-Ifit
A with the int"..ify 'j the ItC41HIC111, With At"So, 11Y,
& :1110%is by nivall, of 4.-NI tat '11.41M 1-4".14V 1.. -111-1
"it Its 2 oajj-@ . A. to "blAin A hisith-4 Vkht Aft.1 A gly, , CM
.4o this( N ICSA motdilliflAtell Willi Amputow. I 1W "J.11
0* 13 imisit ptolkictwit .4 tar 1. Al,ont L' V'; fot rach it,
0Inch should 1w Ad,fril 11,3"' IJ,SA),@ 11W (Ally Av%N Al@
.hed with %tram in pvcsitnize of H14Y, but in nt@vuve of
04P U VaWY91. The use ol (he acid tar alone. without 1I.S04,
V-1411rea & lortier prog-almo .4 re"Ont prild-l"S its the
Ifftmitirtion of "lost itopure (ally avut@ A P A:
Wow) -1,
41 F
ov, im o 0 0 0 +04*1061 119,61-1 -01
get
to
:j 'I.
a- a ' _0 -1, -W a -9 -to
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0!0 0 4 410 0 0 0 0 41
. @ 0 & 0 0 0 0 0 0 0
1
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4 1 a of 1 0 0

at A I

*0

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cbeakal
Quip" a# buk. W T16 comatol
= -941
ad Swilds" wvz
:
V. I. Sljafk@, Al(frunitarm _00
V. N. Kalnina End 'Shche"WhinA. J. ApftlW ChAll.

410 (U. 11, K10_44(iti Geman
MR)MMS). cf.
C. A. 53, 10074. The cnmpn. cd mllukNw tA)t&Rwd innn
Imm and Imck ti bitrh
4
M
i
fi
d
C
h
l
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a
e
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o o
o
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e 0 s* *1** 9@0990*000 0000
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o@db
0 16 v a " a all Is all 10 a (I a 44
all li a ,41 as 4
70a a- - 4, T "'S 41
MMMSEVA, V 00111111111- of W111111111. IV. Tbl Cbsukd
Camenimm"m Go pine V. I Shmark'm jawi
musta"Jowva, Igmkillow J'f,,m. is No. 4. X-W(104411.
cadmi, irowlto., , gift); , 1. J'. A, as. ?is#$. - ctw...
6"IV%b 94 S*w SfW Illvell -mul Jumed the (44k,vorsog
(at-, re"Its, etc.. 2. 1,34. fignits
3, 21 @311; amic "I 1. 1. 4 1. Wo 04"Upe O.A, 2.4$7:
woMe asd& 2.9. 4.411; ii"-tan 3, 0; ntartlay1woupwin
10 ',J, fl; Arlitwitil CIA, 7.71; 10" AXA. 14.3; mon"man
1# it. 0: fatsawd" 3. 11.6; ceffilk"ar 30.147, 32.4011; two4ft"
go, s 4. 0.7A stul &A 0.2, (I.V, Casku.. bawd tost t&--
soft inditaste that ebout I I % Ulm fertfivulable MIKAr
Asa lie tal"Mined In= Pumas wm.f llssm Imm t*vh.
goo
go
o*
j is j J it fi it i it it
as
ergo
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goo
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& A: UMCIMEVA, V 3
Fum (Oming Oweerw. V S S R
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! Nf I, fif.# ift fIW ('14d, .1111 Ilk-it IWA(rll 11, 111,f OV@j
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a- t-, dri- ut N -of-. TI.- tw,%ItKi i, . .-IuA ... A
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--
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-

------ -A;7

T following values; wcrc- @bWaql 6il'
'to bbfilmd by @WhL "fr6h:
@
df 10
T k
6
i a H
u
H
W
..
o
5 W were rL-
i
i gamp L
4
of .-
%
2,
-his. ikitb 10% HjS04 and thi hydrol@iatii aralyzid -
or ?eadiij hydrolyzed reducing -itigvs (I) -and mannose (U)
d-1 f
ld
th
A
A
fed
d kt
ft
e
fu
tb
a
he
.
r
re
r
er,w
s
an
ir
es w
erva u
, an
.--
,
I5,_ fir.
at " $070440
dried and refll@@xed. 4 b
w c
A

-hydrolyzed-vdib great diflicultly -and manno-e- 1TV). -- In
are
in
h
for
A
A4 19
6
21
21
@
d 22
0
@%
5
21
1
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e
was
.
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.
n
.
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.
p
1
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,
;
A 222.6;.-
B, a420.0; 22S, 20.2, and 23,0; C. 4-c 22.6,21.7, ax
--t
'
-D
-a-
ruce the %I was foi
E
22
28
f
21
3
10
8
0
3
-
.
:,
.
.
a
e
,
n sp
,
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,
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1
G,a,
17.8; - F, " 23,2, 20Z, 22.5,aud2O.8, @ --c24,2,: _7-
--;1-24 1 and "17; rf, d23,1; 1, a 20,6; coriesponding values for
0d9.4; andl.7;-7,1 7.4
and8.7, 71
fl.5
8.6
09
BJ
,
,
,
,
,
7A.@M, and 8.9; 7;6, 7.9. and 7.2; 7,4-
and 0,3,
'
43.1,--41.9, 47.6,'.
were 35.4,A9.6, 49@3, 48.1,@@d. 46.7;
-
43.3- 43.2@46.7,9@nd-46.8; and41.2; 4511-40.2 459
and
-a 44
4 -46
8;-anl 46i2-
49
43
5 nd 52 6; 441 1 Q
_
.
.
.
-44 0- and 41
5; and for % rV were Le
1
5
0 1 ff
38
4
2
,
.
.
,
i
ana;'l 8-* j.6 1.3, 1.S. and I A; 0.74,-1-2, and D,74,.'
'
'and!
A, OM. 0,95, and 2.8; OA7,4,79@ 0.79
0,20; 0.60, O
-
-
t
196-,
0,6- 0.70. and 2.00;
0.70; and
11.69.. The 7, lignin
in th plue, varied fr6m M2 to-2W @ud in spruce from 27.0r, -
N.TeO varied from 1B.0 to 14.3 @-In tj
.9, and the 9@
a,11
i
16A 1
i
frol
. theMuce lign
8i t.1
lle
n, but
-vo correlation betweini these w4un and.the ocition of
-tample within thq trep-,--:AU method5 t
the 0 a"ajyAq,are;..
k
K
e
Jobu La
eay4__.@,:

I
HUROMITSEVII,, VZ
lab g*.a
@."-Otft
9
=74Z v iWOMWou. Air.. Prft Kkisi@-17
iltu*dsat
sha,40 fic 'thit
*W &fd las -frouII
in' thc@central see-
"lons. i6'a@Wh@and the
on nu Ylventomm
and mannan team[ rim IRS oft P s from the ceiter of
the trunk to tz =bery and fmw the bm of the ftunk to
I'S lop chem. comim. depemb mainly on the time 4
annular ring and does.not depend an the
width of the ring. A sithilar nqularlty was found lq;sped-
mens taken from a 300-year fir tree. 0. M. KosotapaL.,

-ij@cf euwypf@ls wood. VA.sh=-EW:-@
i
Cal
-knd v -

khAt
f-4typit" gowutc- ta 4b
-
,
bA

. . . ......
Po
--K- vt,
tui@ A ibi@

9 ViOl #;@MZ25.7.4 -71 -2G.*4'43Z-24.5-'
4a O.Oo .7.
K W,
&44@6-290,6X
le

J.

[Uu JI
@e t F@. c;
vstior, data ir. e h-Je.,; Kr"v-,y baz:

- 14U-RI*TSEVA-,--7,.,G-.-
Detection of iron ores in metamorphic rocks from combined logging
6%. Ranvede i okhe nedr 26 no.4,53-54 An 160. (MIRA 1-5:7)
1. Krivoro2hakaya geofizicheokaya P" iyae
(Krivoy Rog Basin-Iron ores) MIgging (Geology))

MITROMTSEVAI ZAG.; PAHASENKO, V.N.
Some results of using geophysical methods under mine conditions
found in the Krivoy Rog Basin for purposes of prospecting and
contouring ore deposits. Uch. zap. SAIGI?Ca rio.8009-214 162.
(MIRA 17%1)
1. Nauchno-issledovatellskiy gornorudnyy ihstitut i Dnepropetrovskiy
sovet narodnogo khozvaystva.

MURO A. Z_.G..
Geophysical studies in boreholes in the Krivoy Rog Basin.
Razved.i okh.nedr. 28 no.Ut52-53 N 162. (KM 15.-12)
1. Krivorozhokaya geofizicheskaya partlya.
(KrIvoy Rog Basin-Proifecting-Geophysical methods)

PARMENKO, V.N.[Panasenko, V.M.1; MURCMEVA. Z.G.[Huromtseva, Z.H.]
- -- ---MNpftwwmw
Sme results of gravtmetric observations in the pip of the
Krivoy Rog iron-ore basin. Geol. shur. 23 no.2:42-47 163.
(MIRA 16:6)
1. Krivorozhskiy gornorudnyy institut.
Donets Basin.-Gravity prospecting)
@Donets Basin-Iron ores)

MURMSEVA, Z.G.; PPIJASEMO, V.Nj
Data on the earth temperature in the Krivoy Rog Basin. Razved. i
okh. nedr 29 no.7:55-56 JIL 163. (MIRA 16:9)
1. Krivorozhskiy nauchno-issledovateliskiy gornorudnyy institut.
(Krivoy Rog Basin-Earth temperature)

BELEVTSEV, Ya.N.; BBYGULENRO, I.L.; BETIN, D.I.; BORISENKC, V.G.;
GUBMA, N.N.; DZEEDULOV, A.T.; ZHILKINSKIY, S.I., prof.;
ZALATA, L.F.; KAZAK, V.M.; MALYUTIN, Ye.L; MURONTSEVAp Z.G.;
NATAROV, V.D., doktor geol.-miner. nauk.
-
PITA=, A.A.; RADUTSKAYA, P.D.; SLEKTOR , S.M.; SMIRNOV, D.I.:
TOKHTUYEV, G.V., kand. geol.-min. nauk; FOKENKO, V.Yu.;
SLENZAK, 0.1., red.izd-va; MATVE701%, AA , tekhn. red.
[Methodological guide for the geological service for the
prospecting and mining of Krivoy Rog type deposits] Metodiche-
skoe rukovodstvo dlia razvedochnoi i rudnichnoi geologicheskoi
sluzhb.v mestorozhdenii krivorozhskogo tipa. Pod red. U.N.
Belevtseva. Kiev, Izd-vo AN USSR, 1963. 395 P.
(MIRA 16:12)
1. Krivoy Rog. Gornor-udnyy institut. 2. Chlen-korrespondent
AN Ukr.SSR (for Belevtsev).
(Krivoy Rog Basin--Engineering geology)

BOGOMOLOV, B.A., red.; BARANOV, A.M., red.; _IT4QW@,J4,0, red.;
GUSEV, N.P., red.; PANKIN, A.V., red.; VACHAYEVA, Z.F.,
red.-leksikograf; VIUEIISKAYA, O.V., red.1-leksigogr.;
ARTEMOV, L.V., red.-leksikogr.; YEREMINA, N.N.p mlad. red.;
VANSOVSKAYA, L.Ye., mlad. red.; CHEKRYZHOV, P.F., spets.red.;
PLAKSHE, L.Yu., tekhn. red.
[German-Russian polytechnical dictionary] Nemetsko-russkii
politekhnichoskii slovarl. Podgotovleno pri redaktsionnom
uchastii izdatellstva "Tekhnika" GER. Moskva, Glavnaia red.
inostrannykh nauchno-tekhn. slovarei Fizmatgiza, 1963. 812 p.
(MIRA 17:-1)

SINYAGB, Irakliy Ivanovich, akademik; PASKIIIII, N.F.; J:IKONOVA,
Ye.A., dots.; POZHARSKIY, VA.; OGRYZKL*., s.Ye.,, kand.
veter. nauk; IDZHKIN, N.I., kand. biol. nauk; MURONET-S,
I.I., red.; VILETISKAYA, O.V., red.-leksikograf; ARTWOV,
L.V., red.-leksikograf; VACHAYEVA, Z.P., red.-laksikograf
[German-Russian agricultural dictionary] Nemetsko-rusakii
sellskokhoziaistvenrqi slovar'. Moskva, Sovetskaia
Entsiklopediia, 1965. b84 p. (MIRA 18:7)
1. Vsesoyuznaya akademiya sellskokhozyaystvennykh nauk
imeni V.I.IRnina (for Sinyagin).

-11957-12-NZ:4@
3 7
Traistation from: Referativnyy zhurnal, Metallurgiya, 19:;7, Nr 1@', p 193 (USSR)
A-UTHOR:
TITLE: Experience With the Mechanization and Saving of Labor in Welding
Operations ('Opyt mekhanizatsii i snizheniya trudoyemkosti
svarochnykh rabot)
PERIODICAL: V sb. : Dokl. po tekhnol. trakt. i s.-kh. mashinostr. Moscow,
1956, pp 295-304
ABSTRACT: A report on experiences with the mechanization (if welding
operations in the manufacture of farming machines and equipment.
For instance, the semi-automatic unit PSh-5, when employed as
a stationary automatic unit (AU) in conjunction with a common
convegr of welded products, increased the welding rate from
30 --- , hr to 60- 120 m./hr. Increasing the diarneter of the supply
rollers in the AU ADS-1000 as well as the rate of motion of the
AU, adapted the latter for the welding of th;n L) Y
means of a 2 mm @;ire, at a rate of 120 m/hr. In addition to the
modernization of the existing equipment, plants manufacturing
farming machinery successfully employ special welding stands
Card 1/2 for the assembly and welding of sprocket wheels, fodder blades,

Expdrience With the Mechanization and Saving of Labo@ (cont.
squara(i .:,r '-,@ -nation
-etc. Brief infort
is supplied regarding the of welding in the manufacture
of automobiles, as well as on the employment of welding abroad.
A. P.
1. Welding-Production 2. Welding-Equipment
Card 2/Z

8362 2
19-06, 1 T73
3/135/60/000/001/002/005
A006/AO01
AU7HORS: Lyubavskiy, K. V., Professor, Doctor of Technical Sciences,
Mikitin. V. M., Cindidate of Technical Sciences, Murov.- 0. F,,
Engineer 14 W - -
TITLE: -Welding in Carbon Dioxide of 30)([-CA (3OKhGSA) Steel in Ha.,dencid
State
PERIODICAL. Svarochnoye proizvodstvo, 1960, No. 1, pp. 4-6
TM. The strength of some portions of 3OKhGSA steel welds is different
due to the presence of hardening and tempering structures. This non-uniformity
in the properties of weld joints may be reduced by diminishing the hardness in
the hardened section of the zone adjacent to the seam. This can be accomplished
by changing the thermal cycle of welding using an additional portable heat
source, such as a gas burner moving at a certain distance behind the welding arr.
Tests made with a conventional thermal cycle, where the metal in the zone
adjacent to the seam was subjected only to the effect of the are, confinned
V. V. D'yachenko's (Ref. 1) conclusion that the less facorable combination of
mechanical properties was observed in the zone of hardening adjacent to the seam
card 1/4

83622
S/135/60/000/00 1/002/005
A006/AOOI
Welding in Carbon Dioxide of 3OX(-C-A (30KhOSA) Steel in Hardened State
with 500 N hardness, at 400 hardness of the base metal, and toughness
reduced form 6 to 2.5 Xgm/c . N. N. Rykalin's formulae were used to calculate
analytically some variants of thermal cycles when welding 2 mm thick 3OKhGSA
sheet steel hardened to 66 no - i3o kg,/mm2, using MMA (18KhMA) electrode
wire of 1.2 - 1.6 mm in diameter and an additional heat source. The following
variants were calculated: 1. After the effect of the arc, the metal in the Z:)ne
adjacent to the seam is cooled down to 1500C and is then heated by a gas burneA/
flame to 6000C. The cooling curve cr6sses the line of beginning martensille
transformation about 70 seconds after the action of the arc on the metal, The
distance between the welding are and the gas burner at the chosen welding rqte
(20 m/h) is 700 mm. 2. Heating with the gas burner flame begins before the
cooling curve after welding attains the M line [Abstractor's note, Subscript
0 is the translation from the original n ?nachalio - onset) M - onset of marten-
site transformation]. The maximum heating temperature is 6080C, the coolLng
curve crosses the M0 line 160 see after the are's action on the metal, The
distance between t arc and the burner is 350 mm. 3. Analogous to variant 2,
but differing from it by the use of a supplementm-y (seco@d) burner erranged at
Card 2/4

83622
8/135/60/000/001/002/005
AOO6/AOO1
Welding In Carbon Dioxide of 30)(FCA (301(hGSA) Steel :in Hardened State
350 mm from the first one, The cooling curve crosses the Mo line 250 sec after
the arc's effect on the metal. On the basis of data calculated, a laboratory
installation was developed, used to reproduce and correct the three variants
established. A series of plates were welded and the actual thermal cycles
were determined, using chromel-alumel thermocouples switched to an MRO-2 (MPO-2)
oscillograph. The comparison of calculated and experimental data showed a
satisfactory agreement. The plates welded were subjected to a detailed analysis
to reveal the effect of the experimental thermal cycles on the mechanical prop-
erties of the weld joints and the magnitude of the zone of the thermal effect,
The results of the analysis lead to the following conclusions: All the experi-
mental thermal cycles reduced the hardness of the hardened portion in the Zone
adjacent to the seam and raised its toughness. Expansion of the zone of thermal
effect was not observed In welding by any of the variants, This may be explainEd/
by the fact that the temperature of heating the metal with the flame Is lower
than that of heating with the arc in the same welding area, Variant 3 may be
considered as an optimum version of the thermal cycles making It possible to
equalize somewhat the mechanical properties of different zones in the weld
Card 3/4

836327
S1135160100010011002/00c
A006/AO01
Welding in Carbon Dioxide of 30X rCA (30KhGSA) Steel in Hardened State
metal. This type of cycle increases the ductile properties of the weld joinis
and reduces the probability of hardening cracking in the welding area The-f-
are 7 figures, I table and 2 Soviet references,
ASSOCIATION4 Kafedra "Svarochnoye proizvodstvo" MVM-- (The Elepa--tment of
nWelding Practice" at-MVMI)
Card 4/4

ACCESSION NR: AP4020102 510125/641000/003/0037/0043
AUTHOR: Yusufova, Z. A. (Engineer, Moscow); M En
. _urov, G, gineer,
Moscow), Astakh va, A. P. (Engineer, Moscow)
TITLE: Welding peculiarities of an aluminum- zinc -magnesium alloy
SOURCE: Avtomaticheskaya evarka'. 'n;. 3. 1964. 37-43
TOPIC TAGS: welding, Al Zn Mg alloy welding, AMg6N alloy welding, V92 alloy
welding, aluminum &Hoy weld strength
ABSTRACT: The peculiarities of automatic, welding of AI-Zn-Mg alloy were
studied with 3. S-10-mm. thick plates argon-ac-arc welded with a W electrode and
an AMg6 wire, The distribution of metal strength around the welds made from
AI-Za-Mg alloy and - for comparison - from, standard AMg6K mid V92 &Hoy&
was studied. Also. the effect of manual root welding (correcting welding defects)
upon the weld quality was Investigated. These results are reported: (1) The
card Ila

ACCESSION NR: AP4020102
tendency to crack in AI-Zn-Mg alloy welds is lower than that in AMg6 and V92
welds; (Z) The strength factor detervained on flat specimens with reinforced
welds in 0. 85-0. 96. (3) With sheets 4-S-ram thick, the optimum width of the
structural reinforcement is 4S mvu with plates 9-mm. thick. it is 60 mm;
(4) The probable zone of softening should be taken into account in selecting the
minimm distance between welds; (5) The diameter of the flange -to -plane ring
weld should be 100 mm or more; automatic welding should be used; (6) Auxiliary
manual double welding cuts the weld strength to 0. 68 of the base -metal strength.
"Engineers Yu. N. Skachkov, A. Ye. Trubachev, and Yu. P. Parmanov took
part in the project. 11 Orig. art. has: 3 figures and 4 tables.
ASSOCIATION: none
SUBMITTED: 09May63 DATE ACQ: 31Mar64 ENCL: 00
SUB COD.Et 'MR NO RZF SOVI OOS OTHER: 00 1
Card

MUROVA T_9 .
Z@4-1
Induced potentials of the cerebral cortex and cerebellum in
the postnatal ontogeny of cats. Zhur. evol. biokhiff.. i flzlol.
I no.4:364-373 Jl-Ag 165. (MIRA IP,8)
I, Lahnra to r1ya 3ravr I I, e I ',.ov fiziolcp I i tsentriil I noy nervnoy
SA@@tew lnqt,.,--uta evolyutqionnoy fizi-,-)1ogi! imeni I.R. Sect-en-,vR .
1"'I Loningrid.

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PASTUSHCHAE. G.L. sanitarnyy Yrach; MUROVANINAIYA, S.I., kandidat meditain-
skikh asuk
Hygiene and epidemiological council of scientific society. Concerning
S.T.Pevznerls article on Offygienic and epidemiological council in
the work arstem of a 17glenle and epidemiological atation.8 Gig. i
van. 22 no.1:82-83 A 157. (NLRA 10:7.)
1. Is Mookovskoy goradskoy sanitarno-epidemiologichaskoy Staatsit
(for Murovannaya)
(MBLIG HJUWH)

:,,e
4
ROZALiov. L.S., sanita?-n,,7,v vrach; HTJR(;Vj..bILAYA. shjmom@pnd@(lat
nUUI-.'# M1CCHXC)V,'94lYA. G.A.. f3ur-rrur-my vrach
Work practice in the contro! nf o-ccupational fikin dijeases in
workers In goeocv. Gig. i nen. 22 nn,4:79-Fl hn f5?. (KLRA V,:'))
1. lz Moskovskny Porcdakoy i sokollatcheskoy rayounoy sanitarro-
spidemlologichaskoy stantati
(SKIN preyentton and cortrc-1,
oc@:dr (Rua ) )
DI16P%A@iES, r)revewicn ar-d --rtr-1.
z,, i a . ( au, ) )

" J-) --- I
HUROVAIRaYA. S. I., kand.med.nauk
Organization noise control. Gig. i san. 2.2 no.9:53-56 5 1@7.
(MIRA 10:12)
1. Lz sanitarno-epidemiologichesicoy stantsii Moskvy.
(Iffila, prev, and control
in cities)

GMOVA, L.F., starshiy nauchW sotrudnik; lmm 1.9
starahly nauchun sotradnik
Third AllUniou Conference of Hygienic Protection of the Air.
Glg.l Ian. 25 no.1:107-109 Ja 160. (XM 13:5)
1. Is Instituta obahchey i IcD=mnalluoy gigiyeny imeni A.N. S@rmina
ANN SSS14
(AIR-POUUTION-CONMESSIS)

MUROVANMYA, S.I., kand.meditsinskikh nauk
Goordination of scientific work on problems in noise control.
GigA sm. 35 no.9;15-21 S 160. (MIU 13-9)
1. Iz Instituta obshchey i kowninallnoy gigiyeny imeni A.N.Sysina
AMN SSSR.
(NOISE)