SCIENTIFIC ABSTRACT IVANOV, V.P. - IVANOV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619210001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SEEPELEV., Aleksardr T-likhaylovich; IVANOV, V.P., nau-cl-.m. red
STRATILATOVA, K.LY red.; TELINGATER, L.A., red.;
DGRODNOVA, L.A., tekhn. red.
[Plastering] Shtukaturnye raboty. lzd.4., perer, i dop.
MoskvaP Proftekhizdat, 1963. 318 p. (MIRA 16:11)
(Plastering~

VOLOSHCHU, V.U.; TRIFONOVA, R.G.; ZVEREVA,
ASHURKINAY Te.M.; IVAHOV, V.P.
New developments in research. Stall
FA
Te.y.; rARNAIISKIY, A.L;
23 no-9:858 S 163.
(MIRA 16ilO)
HH: ~j 1:::l

IVANOV, V.P.
Open ccncentrated-are light isource. Sbor. mat. -po elekti-ovak.
tekh. no.28127-32 161. . (MIRA 16F 8)
1
'I,
I.

MARKOV, G.S.; IVANOV, V.P.; NIKULIN, V~P.; CHEMOBAY, Vj?.
--_ . _-j ~ :
Helminths of reptiles of the Volga Delta and the Caspian steppes.
Trudy Astr. zap, no.6.'145-172 962. (MIRA 1637)
(Caspian S'Pea region-Worms, Intestinal and parasitic)
(Caspian Sea region-Paras its s-Reptile rj)

PARFENOV, A.I.; SHULITS, M.M.; KOCHERGINA, N.N., IVANOV, V.P.; YFVIIIIIA~
S.B.; KALMYKOVA, L.P.; AGEYEVA, Ye.D.
Electrode properties and chemical stability of a number of
multicomponent lithium silicate glasses. Vest. 10 18 no.41
163-166 163. DAIRA 16:3)
(Electrodes, Glass) (Lithium silicates) (Oxides)

_L Ll [q 4j ;' Ll
137-1958-1-560
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, P 88 (USSR1
AUTHORS: Ivanov, V.P., Metlin, G.A.
TITLE: Vacuum-tight Bonding of Ceramics to Metals (VakuumnoplotnN-ye
spai keramicheskikh materialov s rnetallarni)
PERIODICAL: Tr. N. -i. in-ta M-va radiotekhn. prom-stJ SSSR, 1957, Nr
5 (41), pp 3-51
ABSTRACT: This is a monograph on the employment of vacuum-tight bond-
ing of ceramics to metals in high-frequency electronics and the
manufacture of vacuum gauges for electrical uses. Four major
types of ceramics are investigated: 1) magnesia silicates, 2)
zirconium silicates, 3) aluminum silicates and aluminum oxides,
and 4) wollastonite and modern high- t emperature vacuum com-
binations thereof with metals. Existing methods of single-st3ge
and multiple-step processes for producing bonds, including the
carbide-boride method developed at the N11 MRTP (Scientific
Research Institute of the Ministry of the Radio- Enginee ring In-
dustry) are adduced. Contemporary concepts in physical chemistry
on the formation of bonds between between ceramics and metals are
Card 1/2 presented. In addition to a detailed survey of data in the literature,

13 7- 1958- 1- 560
Vacuum-tight Bonding of Ceramics to Metals
the results of investigations performed at the NII MRTP on these
problems (by the Authors, among others) are presente(~. 1. B.
1. Cerr-iraicn-l'onding to vetlIx 2, Vacuum gages-Manu-
facture 3. 11onding-4eramics to n-etals-Chemical. analysis
Card 2/2

14(5) SOVI/93-58-12-4/16
AUTHOR: Vadetskiy, Yu. V., Kaximov, V.h%., Grigorlyev, M.N... IvMOV V.P.
Illyasov, Ye.P.
TITLE: Nev Methods forthe Elimination of Intense Flushing Fluid Absorption
in Drilling (Novyye metody likvidateii, intensivnogo pogloshchen1ya
promyvochnoyzh-Ldkostipri burenii skvazhin)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 12, pp 20-26 (USSR)
ABSTRACT: The Tatar oil workers in cooperation with the VNIIBT and Tat11II In-
stitutes developed successful methods for the elimination of intense f1vushitig
Fluid absorption in drilling [Ref 1,2,31- It was determined experimente1ly that
a permeable stratum is beat shut off by plugging the channels near the bore of
the well and in the case of several permeable fornatisas by plugging the lower
stratum first and maintaining a dynamic balance in the:well (Ref 41. This Is
shown in the case of the Rom hking Oilfield (Fig 1). The negative effect of
the upper strata on the cementing p7roceos can be minimized by withdrawing the
fluid from the well after pumping ~n the cement slurry. The fluid can be re-
moved either by air lift or by bailing. The calculations for the air lift [Ref
Card 1/3

New Methods for the Elimination (coat.) SOV/93-58,012-4/16
3,596] are made in seven steps, including the verification of the through-
put of the air lift by means of Melikov's formula
m
qmalw , 13.4 F n rd - 1.45 Fv. [z se' where is the maximum fluid
cl qmcka
through-put, of the air lift, F - the area of the c-rosa section of the annular,
sWrae, in sq m, L - the distance from the mouth of the well to the coupling,
LA.,- the depth of the coupling below the dynamic level, created during the oper-
azion of KSE~_'% compressors, d - the reduced diametrar of the annular cross aee-
tion-, an(! ws - the air velocity. The calculations are simplified by using
special Tables 1-3. The bailing -process, is employed umdar the following conat-
3
tions, expressed by q < 60V [m /hr] and T < I or a where q is tAe
sr 60
fluid requiring bailing, V - the inside area of one drilling Line, in m3y t8r
L.-e average time for lifting one drilling line, in minixtes, IT - the initial
setting of the'slurry, in hours, H - the depth at which the end of the drill pipe
is setY and lar - the average length of the drilling line. 17hese formul6s were
applied to a well drilled by a 6" EBSh rig. The Petroleun Institute of the
Card 2/3

c
New Methods for the Elimination (Cont.) ;ov/93-58-12-4/16
Academy of Sciences USSR determined experimentally that strata of extraie pemea-
bility and subject to caving can be shut off with the aid of auxiliary casing
strings called "letuchkill (Fig 2). The above techniq=3 for the elimination of
flushing flaid absorption in drilling were successfU13'y adopted by the Tatbarneft'
Trust. They conclude that the techniques for the eliminaticca of fluid absorption
must be adapted to the absorption intensity, that vhen permecbility-exceeds 100
cu m/hr the stratum be plu%ged with cement and a dynsmic levtl maintained iza the
well, and that in cases of extreme permeability and caTitation the strata ben shut
off with auxiliary casing or bypassed by drilling new bore holes. There aare 2
figures, 3 tables, and 6 Soviet references.
Card 3/3

AUTHORS: Lazukov, N. A., Chelnokov, I. Ye., SOV/69-5-1-4/28
Ivanov, V. P.
TITLE: I~nwveti'gtin bathe Stand of the Experimental Nuclear Reactor
VVR-S~ (Issledovaniye Yia stende eksperLao-~ntal'nogo yadernogo
reaktore, VVR--S)
PERIODICAL: Atomraya energiya, 1958, Vol. 5, Nr 1 , pp. 44-51 (USSR)
A13STRACT: The present investigations of the VVR-S reactor were carried out
for the lourpose of ascertaining the neutron-physical par-Meters
which
are of importance in connection with the startiag and
operation of the reactor, The experimeiats were carried out at
zc-ro power and permit the follo-aing conclusiorm to be drawn-
The follo-,ving are the parrar.~ietcrs of the core of the reactor for
starting and operation:
a) The critical mass is attained by inearis of 25 fuel elements
(3,2 kg U235). dith a charge of 32 fuel caskets (1,,1 kg U235)
the excess reactivity a k in the reactor at the beginning of
operation amounts to ~ 0,05, This is Buff icient for xenon com-
penzation, for the temperature effect, and for the modification
Card 1/ 3 of reactivity ahich depends on the change of the quality of the

Investigation at the Stand of the Experimental SOV/69-5-1
Nuclear Reactor VVR-S
reflector during experiments. Thv maximu-m initial cha.-go at -A.'Lch
exceazs reactivity in fully compawatea by the bringin it of . [L11
1)
regulating rods is that of 38 fuel caskets (4,9 kg U' 5),
b) The compensating property A k of all regulating rods is abr,--41
0,07 and that of the .3afety rods is 0,00". The safety rods resiarA
within about 033 see-
c) The temperature coefficient of the reactivity of the react-or
is nega+ixe, and Yrithin the temperature nange of 30L- 0 C -~t
1'0
amounts to 6k -1.10-4/0 C.
"displac-ra
d) The n! (vytesnitel') located on the peripherj of the
core ( '40 of them) reduce reactivity by about 0,01 . The rediction
of reactivity, if in the "displaoers" (vytesnitel') materiala are
subjected to irradiation (produotion of radioaotive isotopt~s) , iray
attain a value of 0,01 and more.
e) From a power output of 0,3 ZY onmard, the automatic control
device of the reactor operates reliably. Autoruttization :3an bp
Card 2/3 attained also already froin 5 'It onviards providirq that ionjxntiork

Investigation at the Stand of the Experimental
Nuclear Reactor VVRAS
SUBMTTTED:
SOV/89-5-1-4/28
ohambera are used in thn core as checking devices. Thero aro
8 figures, 2 tables, and 3 references, 2 of MUch are Soviet.
February 139 1958
1. Reactors-Analysis 2. Reactors-Startirig 3. Reactors
-Operation
Card 3/3

S/147/61/000/004/oig/o2i
E1911/E155
AUTHORS: Ivanov, V.P., Buzitskiy, V.N., atid Zatkov, YU-A.
TITLE : A pneumatic vibrator with stable excitation frequency
PERIODICAL: Izvestiya vysshikh uchobny1ch zrivodoniy,
Aviatsionnaya tekhnika, no.4, 1961, 1411-146.
TEXT: In laboratory tests on oscillatory ~Fystems the
sources of oscillation are usually electro-dynamic, electro-
magnetic or mechanical vibrators, but it is sometimes convenient
to use a pneumatic vibrator in which an air jet impinges on a
rotating segmented diac. The principal limitation to the use of
such devices is the difficulty of maintaining constant motor
speed with the direct current motors that are commonly used.
The equipment described here is simple and of good speed
stability. The essential point is that the disc 16 driven by a
converto-- type MA%-250 (MA-250) which consists of et combined
d.c. motor and a.c. generator. Under certain conditions the
a.c. generator can run as a synchronous motor with very stable
speed. The principle is that the disc is run up to speed with
the d.c. motor obtaining supply from a rectifitir. The aoc,
Card 1/3

A pneumatic vibrator with stable S/147/6.1/ooo/oo4/ol9/021
E194/E155
supply is obtained from in audio-frequency gaueratoj.* operating
through an amplifier which can give sufficient power to ho.1d tho
motor in stop once it has been run up to speed. A 13J.9"al Iflial)
is provided to show when synchronous conditions have been reached.
The impulse frequency range that can be obtained naturally
depends on the motor speed range and the number of segments on
the disc and the force of the air pulses depends on the available
supply; however, equipment has been built with the motor speed
range of 3000-15000 r.p.m. which, by altering the discs, can
give a frequency range of 50-5000 cls. The maximum pressure in
the air main is 6 kg/cm2 and the air flow at -this pressure at a
temperature of 2880 absolute is about 0.02 kg/secoiid; the
diameter of the critical section of the nozzle is 4 mm and the
static reaction of the jet at the pressure of 6 kg/cm2 is about
1.5 kg. A rig has been built with two vibrators which can
easil~y be arranged to give impulses differing in phatse from 0 to
3600 by rotating one of the stAtoral in principle more
oscillators can be used to study more complex conditionso
There are 2 figures.
Card 2/3
1111,1 ]T
r FI

1. IVANOV, V.F.
2. USSR (6oo)
4- Weed Control
7. "Scientific Measures in weed controP G.A. Chesaliv Reviewod. by V.P. Ivanov,
Sov. agron, 10, No.12, 1952
9. Monthly List ofiRussian Accessions, Library of Congress, Ee-b
.!~r .1953, Unclusified.

V

PRTAINISHNIKOV, D.W., akademik, 1865-194,9; jMDROv-zjxjjK&K-, O.K,, akademik,
redaktor; MERBURGSKIY, A.V.. dotsent; LOGTINOTA, Z.V., dotsent;
IT&NOV,- V.P., redaktor; FEDOTOVA, A.T., tekhnicheskiy redaktor.
--
[Selected works in three volumes] 1xbrannye sochinenils. v trekh
tomakh. V01. 3.[Agricultural chimistry] Khimizatsiia sel'skogo
khoziaistva. Moskva, Gos. izd-vo selkhos. lit-ry, 1953. 686 p.
(Agricultural chemistry) W&L 7:11)

IVANOV, V. P -
Weeds and thq struggle against them Moskva, Akad. naud SSSR, 1955. 172 p.
Naucho-populiarnaia sariia

C!
VILITAKS? V.R.,;,BUsMsYIY, V.,P.,akademik, redaktor; IY~AJ90V. V.P.,rodaktor
izdatellstva; SIMKINA, Te.N.,tekhnicheskiy re or
[Selected works] lzbrannye sochiasniia. Red. V.?. Buqhinokogo.
Moskva, Izd-vo Akad. nauk SSSR. Vol. 3. [Scieu~ific prideiples of
' 1
meqdo~ managament (1922-~1933)3 Nauchaye oanovy lugovodutva (1922-1933)
1955- 1007 P- (HWA 10;4)
1. Daystvitallayy chlen Ysesoyuzno~ akademii
sell skokhozyavetvanrqkh nauk imeni V.1' ~anins, chlem-
korrespondent r
Akadomii nauk SSSR. (fo Bushinsicly)
(Pastures'and meadows)
I T- f 11

IVANOV,V., profeeeor; ILMEVA,Te., aspirantka
Use of electric lights for wintertime raising of flowers. Zhil.-
kom.khoz- 5 n0-5:22-24 '55. (KLRA 8:11)
(Floriculture)

PSTINOV, N.S., professor, otvatstvann" redaktor; ASTAPOV, S.T., professor#
otvatstvenn.vy rodaktor;..ZVANOV, T.P., redaktor izdatelletya;
USELFIVA, A.A., takhatcheskly'redaktor
[Irrigation of agricultural crops in the central Cheraonem region of
the R.S.F.S.R.; a collection of paparel.0rosbento sellelcokhoziaistvaq-
nykh kalltur v tseatrallno-ebernozemnoi polose RSFSR; ebornik rabot.
Moskva. No*2. 1956. 410 p. (MIJU 9:11)
19 Akademi7a nauk SSSR. Inelitut fixtologil rastenit.
(Chartiozem soils-Irrigation fruming)

I iMt~~MqP-Lwii I I iliz; It !I! h.AAM I 11141 11 it' -MIMIA It ]WIT.Mal I I if-lift"Itillmam Mill 0111VURITI I 11ITY1119MI I In I I IFH~ 1 111
2 1 C: 17
ii,.C; f
'Cl.c r-L:Jl
c C,
7Ly C jjj~ 'L.-1
,1 -7

1, Cep
;.r, -Je,' i.n~-' In JI, c
Un(le, Ma-
'ItIc ~-I.c 71-rc
-u-ntl.~4 01 ulle
,I-ie c,7;n-Lent ~,f free nk.,
to thc: the --ccele--a*-f- ti-c- ct,zra
Ls 61to t-~ 'n -.-Aer -aLtu.,
slac" 'er days I u.
t4-rjrl of ".1"e Col Ulis
,.ur, In Lhc -'riv-
USCOMM-DC-55,207

IVANOV, V.P.
A-c-colerating thet development of corn by exposing it to a differenti-
ated photoperiodia influence of a 10-hour light da7. Piziol. root.
no.3:285-287 W-49 158. (MIRA Ilt6)
1. Institut fiziologii rasteniy im. K.A** Timiryazeva Alcadedi nav&
SSSR, Mosk7a. (corn Naize))
(Photoperiodlem)
-7F
1 T - F
1

IVAILV, V.P.
Effect of foliar feeding and soil moisture on the ffowth an4 de-
velopment of corn. Fiziol.rast. 6 no-3:358-361 MY-Jen '59.
(MIRA 12.-8)
1. K.A.Timiryazov Institute of Plant PhyniolojW, tbo U.S.S.R. Acade-
my of Sciences Moscow.
(corn ~14aize)-Fertilizera and mamiros) (Soil moisture)
11-1 If -I -jj7-,.
r

FAVLOV, A.N.; IVANGV,_L.Ptj RAZUVAYEVA, V.I.
Foliar fceding of corn with urea at different developmental stages
of the plant. Fiziol.rast. 8 no.5:596-600 161. (MTFLA 14:10)
1. TimirJazev Institute of Plant r1hysiology, U.S.S.R. Academy
of Sciences, Mscow.
(corn (Maize)) (Ursa)
iAn
INK I i ?" M
W
r
M
i
1
,
IA
m
-

__E[ANqV,_Tj.; YAKOBSON, G.A.; MMENKO., B.S.
Mutual influence between corn and broad beanv thro4h their
aerial organs. Fiziol. rest. 10 no.4t4l+7-457 Jl-Ag 163.
(MIRA 16:8)
1. Timiriazov Institute of Plant Fhysiology, U.S.S.R.
Academy of Sciences, Moscow.
HIT !11 H 1~

IVANOV, V.P.
Is the autointoxication of plants by root excretions possible?
Dokl. AN SSSR 1.49 no.6:14/,6-1"9 Ap 163. (AIRA 16:7)
1. Institut fizJ.ologii rasteniy im. K.~.Timiryazeva AN SSSF4.
Prgdstavleno akeidemikom A.L.Nursanovym.
(Roots (Botany)) (Allelopathy)

RANOV, Yj"dW'13S(.-JNl i~OIMEIN`~ol, 131.1~.
ti -
E, ff e c t s o -,L - 'm C. ~ - -
Fiz.llol. rast. no.4:t-,3C)-63':' t 4 -
t i t;! t f i

IVP,1NOV, V. P.; 'YAKOESCN, G. A.
I--- - -
"On the muturLl effectc in plant communities through root
report submitted for 1.0th Intl botanical Cong, Edir~burgh, 3-12 Aug 64.
AS USS!i, Moscow.

IVAINIOV ) V. P. ; OBRUCHIENA, N. V.
"Study of metabol-ism In frowing root tip ce-111.."
.1
renort submitted for 10th Intl Botanical Cong, Edinburgh, 3-12 Aug (54.
AS USSR, Moscow.
:H111A

BUDAGOV, A,A,, dotsent; TVANOVp V.P., aspirant,
Studying a pne-amtic eoving apparatus at Increased Pip6eda.
Trakt. i oollkiozmasho nool2tl9-20 D 165. (WRA M-12)
1. Kubanakiy wql'skokhozyay9tvennyy inotitut.

I'VANOV, WOP.; YAM-31300N., G.A.
Mcstabolite exchange in plants thraugh aerial exjgans~ Fiziol.
mat. 12 no.3:4.05-411 My-Je 165. (MrRA 18:10)
1. Institut fizinlogii rastpniy imeni K.A. Tindryazeva AN SSSR,
Mo.-!kva.

I. t , 1, p 1; Iii: ; "'M :11 wl 'i 11 11 11 1! '1 . ; . I I ( :
IVANOV, V.P.
First All-Union Symposium on the Phyodoloj-,;~cal aid Bio-
e,hei,aical Fovindations ol' the Formation of Plant 'Covwaw-J. t Les.
Fi7iol.rast. 12 no.4:756-758 Jl-Ag 165.
(MIlU 18:12)

I.16,20-66
xM-KW--AM0Ol737 SOURCE Cora: W00261 Vi6-5,766V69-47AN5.
AMHOH: Ivanovs V* Pe
3
ORG- Institute of plant physiology Im. K. A. TIm47&z6v~:ojt the!
Academy of Sciences SSSR (Institut fiziologii rastqiniy~ 1:1,kademii:11M*
SSSR)
TITLE: Role of soil microorganism In higher plani; rediprocal
exohangem of root seorstlLons
SOURCE: Alt SSSR. Dokladjr# v. 165, no. 4, 1965,, W-956,
TOPIC TAGS: tracer studlrp soil bacteriology# plant cheizistryp
plant metabolism
ABSTRACT: Durin -61~ tracer studies were condiioted 61 n a o mplant a
g 1963
(Bukovinakaya 3) to determine whether reciprocal ekohaqgo ofroot
secretions between planto can take place without p4aticipation 0'
microorganisms and also to determine the role.of th-o 10ter In the
process. Pairs of corn plants were grown in nutritfre wedia under
-th-- op lant,-,~~` re ---- o-h-Ad
stpgej one of each pair received supplementary feedIng. In the form 0(r
0140 through a sp"ial sipparatus construated by M~j Ioi Novitskiv Mas
plz?e fed with C'W2 served am donors and the othmr plints serV,04 alls
LLard 112

sit f~i tI i tt 1 2,!;:
L 1162o-66
ACC NR, AP6003-737
acceptors, Twenty-four hours later# radioaotivlty~of tb,.% donor.,gad
acceptor'plants was determined, The above-ground parts,of the planflo,
the roots, and unused portions of nutritive medlal,~.are~p~alyzed
soparately, arid whole plants were studied by radioAi~tographs. PiMIUM1.2
show that a reciprocal exchmige of root secretions Ukes place with or
without soil microorganisms, Howeverp In the proseinoe of mlcro~7!~r~ganlaw,
during the first 24 hr following the supplemontaryfeeding of d .onor
plantsp radioactivity In acceptor plants Is retardold by, nore thita' two
times compared to plantsAn the sterile medium. MioroorgAnlams of the
root rhizosphere appear to stimulate reot meoretione a%O at the same'
time partially bind them In a live organia form,. Orig* arto has-** 2,:
f
SUB CODE: 06/ SUBM DATE: 25Jan65/ ORIG~Mlp: 023/
VM REP: 002,
AT6 PfFm*
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1
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IT

69085
2- 0 s/i2o/6o/ooo/oi/o,'-'5/O.5l
AUrHOR,S: Ivanov, V.P, and Marshak, 1.S. E192/E382
TITLE: A New Pulse Tubq, Type 1EAJd-_1j~ With a Condenserless
supply 4', - 6
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, Nr 1,
pp 92 - 94 (USSR)
ABSTRACT: The tube described is illustrated diagrammatically
in Figure 2. It consists of the following current-
carrying electrodes: the cathod& A ; two anodeL
and A . The tube is fitted with a gas-discharge tube
furnishad with two ignition electrodes, which are situated
in the vicinity of the cathode and three intermediate
electrodes, one of which is situated between the
cathode A and the first anode, r_j the! two remaining
intermediate electrodes are situated between the first
and the second anodes. The intermediate electrodes
are connected to each other and to the anodes through
suitable resistances, which are formed by several turns
of nichrome wire wound on the discharge tube. The
circuit employed for the operation of the tube from the
Cardl/3 AC mains of 127 V is shown in Figure 3. The circuit
MUM

62085
S/1206o/ooo/ol/025/051
F-122 E~8jess Supply
A New Pulse Tube, Type IFK15-1, With a Con e4s r
can also be used at the mains voltage of 220 V. The
operation of this circuit is as follow4m. When the
voltage is applied to the systein, the conuentser C ij
charged through the rectifier. If the gap G - B
(Figure 2) is not ionised, the condenser voltage is
insufficient -to break down the gap A - D . However, if
the operating switch of Figure 3 is closed, a potential
'r and B If at
difference appears between the electrodes 3
some time an additional positive voltage is applied to the
electrodes, the gas Is Ionised and an intense discharge
is produced in the A - B gap. This, in turn, produces
the breakdown of the cathode-anode gal), where the
discharge current can be as high as 100 A. The discharge
continues during one-fourth of the period of the mains
frequency. The discharge is extinguished shortly before
the mains voltage passes through zero and does not
appear again until the capacitor C I-- sufficiently
Card2/3 charged and the contacts CK are closed. The interval

69085
s/1206o/ooo/ol/025/051
El~J~Ej8gupply
A New Pulse, Type IFK15-1, With A Condense S
between the successive operations of the tube should
not be less than 10 sec in order to prevent overheating
of the tube. The tube can be employed in the photo-
graphic work, where pulsed illumination is required and
the synchronisation is not particularly iml)ortant.
There are 5 figures, 1 table and 3 referexices, 2 of
which are Soviet and 1 German. 41
SUBMITTED: November 29, 1958
Card 3/3

27702
B/120/61/000/003/012/041
9202/E135
AUTHORSt Sidorenko, V.V., Ivanovs V,,P,*4knd Yershov, N.A.
TITLEt Universal recording dosimeter
PERIODICALi Pribory i teklinika.eksperlmenta, 1961, No-3, PP-78-81
TEM A particularly robust and economical, transistorized
gamma-dosimeter is described. This instrument,-is'designed
specially for-the continuous monitoring of radioactivity in the
severs and other not easily accessible ducts. The probe which
houses one wr two G.M. tubes in made of'chromium plated steel tube
'6
but may also be made of plexiglass if the beta count is required.
A cable, which in some caces may be over 100 m long, joins the
probe with the box housing; the energizing, amplifying and
registering circuits. The dosimeter registers within the zange of
0.002-200 r/hr. 1n the catse of using & thin-val-led-probe-which
is intended for a maximum working depth of 20 me &-sensitivity of
0.2 mr/hr is claimed. The negative impulses- -free. t4e G.M. -tubes
are amplified in a two-staige voltage amplifier followed by a
normalizing circuit of a blocking generator. The standard
instrument carries a microammeter but provision is made for the
Card 1/2

..27702
Universa-l-recording dosimoter S/12o/61/000/003/012/041
E202/E135
inclusion of a self-recording instruawnt. The total power
requirements are approximately 150 mw, which with the standard
two supplying batteries of 18 v each, given a working life of
about 400 hours.
There are 4 figures.
SUBMITTED; June 22, 196o
Card 2/2

- IVANOV, V.P.; SIDCRENKO, V.V.
Selecting parameters for pulse power supply for ga.-i-discharge
counters. Prib. i takh.ekep. 6 no.4:35-38 J1-Ag 161. ~IIRA ]Jf:g)
(Nuclear counters)

S/120/62/000/002/011/047
E039/E520
~e~ A 6 61~ C 01
AUTHORS: Sidorenko, V.V., Ivanov, V.P. and Minin, K.F.
TITLE: A gamma-dosimeter %-rith a gas multiplication counter
and a pulsed supply system
PERIODICAL: Pribory i teklinilca eksperimenta, no.2, 1962, 55-58
TEXT: This instrument fills the need for a single detector
to cover a wide range of dose rates (0-05 to 1000 r/hr). Th 0
probe unit contains a gas multiplication counter 04-313r (SZ-38G)
and blocking generator (6P15P) in an aluminium cylinder
(65 min diameter and 260 mm high; weight 620 S). The control tL L,
dimensions 180 x 145 x 205 MM5, weighs 3 kg and uses a GG-Im/loo
(SB-1M/1OO) electromechanical counteF, A calibration obtained for A-0
dose rates up to 1200*r/hr with a Coou source showed that the
indicated dose agreed with the calculated value to +~*%. The.
sensitivity is not less than 0.05 r1hr. For change; of +10% in
the supply voltage the readings change by not more than
There is practically no background count-rate. For temp~;rature
changes of +50 to -40,OC the readings change by not more than +59'0.
The probe can be used, at distances of up to 50 m fl-om the control
Card 1/2

IVANOVt V.P.; MININ, K.F.; KUZIN, A.M.
Wide-range roentgonometer. Prib. i telih. okup, 8 no.5:65-69
S-0 163. (r4IRA 16312)
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fit 1~

IVANOV, V.P., veterinarnyy vrach; BLAZFfEVICH, G.M., veterinai-W vrach
Histological investigation of parenchymatous organit of swine
affected by infectious atrophic rhinitis. Veterina-rila 37
no.10:42-43 0 160. (MIRA 15:i4)
(Swino-Diseases and pests) (Nose-Dioeases)

IVANOVI_YP,
r
vhanges in the eel-Is of the bone marrow and peripheral blood
in infectious anemia of horses. Trudy NIVI 1:50-59 160.
WIRA 15: 10)
(Infectious anemia) (Veterinary pathology)
,7711
- 71-, 71

TAKUBOV, V.N.; IVANOV, V.P.
Differential pa-thologicoanatomical and pathologicohistological
diagnosis of swine pest. Veterinariia 39 no.1:26-27 Ja 163.
(MIRA 16:6)
(White Russia-Hog chblera)

1 - ! ~ I . I ~ .
L .; a , ~Y. . ~ . . Z!--. 31i~~-
I- ~ I- ;- - . - I , *
I r1 . - in 3,winf- .
Pathomor,Fhn lovy (-~O In fe.-,` r,,troph, -,~ ri ir.1
Ve .3
, terinar-'ia 40 "a.; Ag 163.
(,',! *--P-1 17: 10)

MAFKOV, G.S.; IVANDV V-P , JJIYUCHKOV, B.P.; LUKIYANOVA, Zh.F.;
NIKIJLk, T--P-,' CHERNOBAY, V.F.
Protozoans and ticks parasitizing on reptiles on the Caspian Sea
region. Uch. zap. Vol.g. gos. ped. inst. no.16:106-110 '64.
(IMIRA 19: 1)
1. Kafedra zoologii Volgogradskogo gosudarstvennogo pedagogi-
cheskogo instituta.
A.
nP, - 11,11PNI, UrTHIRTUTURIN

IOGANZEN., B,G.; IVANON19 V*?o
A conference cin the problems of intraspecific relations of
organisw. Usp. sovr. biol. 55 no.2016-318 163. (MIRA 17; 6)

IVANOV, V.P.j LIVSHIM, N.D.; LIPOVOY, A.I.
Efficient design of rod bolting for the Mirgalinsay Mine.
Gor. zhur. no.10:50-53 0 161. (14IRA 15:2)
1. Mirgalimmyokiy rudnik, g. Kentau.
(Kentau region-4tine roof bolting)

~ i 1 1 : 1 : I : i I E :, 1! g I; .17:-i t I it I f I 13 t- , , ; , I . I , , : 1 4 - : I i ~ - L I I : I Pt ~ C - I , , . , I : ,
IVANOV, V.P. mekhanik g3:-appy po vnedreniyu novoy tekhniki; 11POVOY., A.I.,
starsuy inzh. po ratsionalizatsii
Reinforced concrete rod bolting. Gor. zhur. no#3:33-35 Mr 162.
(MIRA 15:7)
1. Mirgalimsaysldy rudnik,,
(Mirgalirasay region-DUne roof bolting)
(Rainforced concreto construction)

IVANTI, V.P., slaktromekhanik; LIFOVOY, A.I., gornyy inzh.
Modernization of the PML-5 loader in mines of the Achiany Goinplex
Ore Combine. Gor.zhtw. no.8t68-69 Ag 162. (KRA 15:8)
1. Hirgalimsayakiy rudnik.
(Achisay region-Mining machinery)

IVANOVP V.P., aspirant
Vibration of cylinder bushings. VaHt. TSNII MPS 23 no.1:27-31
'64. (WRA 1734")

AGI,MWVs, ll.Kho; IVVTOVI, V.Ps
StabiUmation of the relay system Eor lyzerinure ruoulatim
In a rcctifioaUcn col=. Trud~r po kht:61 Wz6t6lcb,
no.ltl7l-173 164. (MRA 3AP12)
1. Submittod Docombor 220 1963.
. t-1
, i. .!.I; I . i. I . .
j :." lill. 11H 1~.,

L 10848-67 Ljekc) r-1VVw1/1)j/jU
ACC NR' ARGO34732 SOURCE CODE: UR/0124/661000/008/VL152/VO52
AUTHOR: Ivanov, V. P.; Buzitskiy, V. N.
TITLE: Estimation of resonance stresses in a packet of blades with free wire
binding
SOURCE: Ref. zh. Mekhanikp, Abs. 8V421
RE, F SOURCE: Tr. Kuybyihevsk. aviats. in-t, vyp. 19, 1965, 31-40
T6PIC TAGS: metal blade, vibration damping, internal friction, stress,
resonance stress
ABST~ACT. The authors haX. investigated the possibility of estimating proxi-
Ell -J~ K
mately the vibration damping'of bending oscillations of individual blades a d a packe'
of blades caused by the friction1lat points of contactNbetween the blade and the
damping wire. The problem is solved with thi~vaid of the balance of ork of the
exciting forces; the forces of internal frictionlin the -blade-mateaalj r~ nd th
a
Coulomb friction at points of contact between the wire and blad-Z. A. condition is
obtained for movement of placing the packet of blades with respect to the wire.
V. 1. Olimpiyev. (Translation of abstract]
:ard 1 / 1 SUB CODE; 13
it
I
M If! - t FIVDI~TIW-

7vii III 11V havd. eedtzkokhoz.nauk
igil-lal and bloniierzi.cal fojrdatIr.-r!,- cf thi krratIon oil
phytorlenwms; first al.1-Union Vent. M! .1316"R "5
041 71 1650 Mm 1618)

~VHONSHUM, A.A.;-I.VAINCII, LIP.
Electron microscopic study of the olfactory argar, In lamprey, Zbur. evol.
btokhIm. i fiziol. I no,3,2;~1-261 I~Y-Je 165, (KRA 1.8j7)
L, Labova'.OrIYA OVOIYUta[Onr)O.V niorfol.ort.i. Tn~jtlhitrx evolylitsion V
fi,ziologlt 1 biokhiuili im~.,nl AN SS."34, Limfl.ngvad.
i93

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K.; VISIMYAKOVA, A.A.; IVANOV, V.P.; NABIYEV, M.N.; SABOVSXIY, K.1).;
ROZO-10VICH, V.A.; KAU4A-MOV1C1T;%"U.~A--.`-'
Developurpnt of,the pr6duction tochno:Lo&v-for annoninted super-
phos-bbat6'6n thp basis 6f a grnnulat:lon equirrm-nt. U2,,b.khim.
zhur. 9 no.1:58-61 165. (MIRA 1816)
1. Institut khimii AN Uzbekskoy SSR.
,a la Ll- 1-^-' z IL

IVANOV, V.P., aspirnfit
The IJB2 mobila veterinar7 X-.-.ay apparatus. Yeterllnar~la 41
no.lsI?7-~g Ja 165. (MIRA 184~2)
1. Gmskl.y voterinamyy InstItut.

IVAJJOV. V.P. aspirant
RoentgL-ography of tho knee Joint Ln cattle. Veterimrilft 41
no.3:70-71 Mr 165. (MIRA 1$:4)
1. Om8kly veterinarnyy institut.

V.P.; YAEODSON, ',.Y.
Role of root ex~kreti-)S "n 1.1ant w,--riAlon.
AP 1t,4. (1i,',1Ft.A 17:10)
1. In8titut fizi(AcIgi.j. rastertly imeril Timiry-a-zeva AN Mo3kva.
TL UH

a -17777
An"HOR: Ivanc-v V, P.;
c:z~;)a(:Ii--inc* for meagurttig ~,':or.zpnz:!cacL,)n
;I:'' y
TRAR-SULT'LnN: This Genqor for ix-aaurfing tLe concentrati-clin of ("Irgan,c
r' f~ 5 77 z F
IMATP!
I 1. 711

KOLODBY, Anton Pavlovich, inzh.; PAVLOVA, K-lara Artomtyevnii,
inzh.; POGIJSLAVSKIY, Leontiy Di3.vydovich,, kand. tekhn.
nauk; BERNSHTEYN, Yevgeniy Iosifovich, inzh.;
KISLINSKIY, Yan Vladimirovichp inzh.; KIRPICHNIKOV,
Aleksandr Aleksandrovich, kand. tekhn. nauk;.AYAN
. _Qy,
Valentin_pavkov h, inzll.,- KUTUKOV, Vladimlr Nikolayevich,
,iz
ari,,'-h-'.-;'---D'-D-IEN-T'--YEV, Anatoliy Ivanovich, kand. tekhn. nauk
[Handbook on maintenance of apartment houses] Rukovodstvo
po tekhnichesltoi ekspluatatsii zhilykh zdanii. Moskva,
Stroiizdat. Pt.2. 1965. 291 P. (MIRA 18:7)

KHALACM-EV. V.]. ; -TVANOV, V.P.; 13=1ULOV. E.G.
dot,-ji'mination oP opt trouni valucls, 1.1- thO r0,13-isti
I in c as
oll ulo,-,fro! cc,,.lr.3tlLc tvansforv:ors of the .,B-typo tolol;l-one apparatu.;.
Godl-7,luriik iTaoh ~:lokt 13 16"'1

IVAPOV, V.P.; STRELICHENYA, I.P.; KOVALEUKOj A.G., red.
rBibliograpby of printed works, 1943-1962] bibliografila
L
pechatrykh rabot (1947-1962 gg.) Minsk, Gos. izd-vo sell-
khoz. lit-ry BM, 1963. 74 p. (MIRA 17:5)
1. TSentrallnyy nauchno-issledovatellskiy inFtitut mekhani-
zatsii i elektrifikatsii sellskogo khozyaystva necherno-em-
noy SSSR,

,, (). GOILHUOV: Irl. M.; DUSHIN, V. K. IVANOV. V. R. (Moscovi)
BELOTSERKOVSKY j
"Supersonic ges flow around blimt hodies"
report presented at the 2nd A3.1-Union Congress on 1heoratical and Applied
Mechanicsy Moscow, 29 Jan - 5 Feb 1964.
,R 111 VI` FTIFT-11T

IVANIOVJI V.S.
Forecasting the reforming of the banks of the -qbInak Re-
servoir. Sbor.rab. Ryb. gidromet. obser. no. 2:33-60 1 65
(MIRA 19:1)
1. .:! !;.1.1l ;p: :,1!! 1! 1!

IF if 11 Mild i LJBIlt! 1!1

_~7.ANOV,.-V.3. (Saratov)
I
Mathematical analysis of rectilinear forms poreeProd visually.
Vop. paikhol. 8 no.5s75-83 S-0 162. (MM 1635)
(Sight) (Perspectiye)

IVANOV, V.S.
Coast changes of Rybinsk Reservoir. Sbor. rab. Ryb. gidromet. obeer,
no.1:75-105 159. (MIRA 14-7)
(Rybinsk Reservoir--Coast changes)

BABSKIY, Ye.B.;,IVANOV, V.S.; NIKISIMI, G.7.
Use of cardiocyclography in physiological and clinit,_~ investiga-
tions. Kardiologiia 2 no.6t77-81 N-D162, (M-TRAL 17:8)
1. lzlaboratorii klinicheskoy fiziologii ( zav. - akademik
AN UkrSSR Ye.B-. Babskiy) Instituta nomallnoy i patologicheskoy
fiziologii AMN SSSR.

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a

LVANOV, V. S. , Jt, Pu.
0-'.1 rw!'amation by using granulated Abs~:,rbers. (MOSkV3) Gostopte~hizd&t, 1945,
37 P. . (51-15765)
TPI:e?. A6
1. 0-11 reclar, V.on. I. Ivanov, V. S., jt. au.
!~I 11T I H I I

IVANOV, V.S.
R898neratioa of oils used In power stations. Slek. Stantsiy 23, So.2,
18-20 152. (MLRA 5:1)
(CA 47 no.16:8356 153)
T,771

IYANOV, V.S., inzhener.
ftmp~~-
Aiding the students of tna new 'Technical operating rulem for
electric power stations and networks.n Chapter 39: Oil recover-?.
Snergetik 2 no.1:28-33 Ja 154. ()[IRA 7:1)
(Insulating oils)
! I , 7 1:,, 11 : ~ I 1I I I ~ ~,q I ~ ,. , 111111: . I I 1 11 1 : ' ! I I I - - 1~- -1 -T-i I :
I

m
MI
krZIr-IfCTn= ails ArA it E.~s bmn, Wind 1.4at impvrft=,,
in -.hL, rnat~.,Lfl cau4- LICICI-iOrziti,~1% Of
trical pro~xith:s 3nd a4-,:mj; i~~ InC Oil. RZ
lix,cinvon !rrst mtcl%ad ; '-wTAwd 'V*c Milykim i
ma, br inipall.:.I

v 7% A; C~ \/ \j . '~
PHASE I BOOK EXPLOITATION 577
Ivanov, V.S.,and Fridman, S.M.
Masla i konsistentnyye smazki (Oils and Heavy Lubricants Moscow,
Gosenergoizdat, 1957. 248 p. 10,POO copies printed iSeries
[title of set]: Spravochnik khimika-energetika, t. 3)
Ed.: Gurvich, S.M.; Tech* Ed*; Fridkin, A.M.; Eds. (of set):
Golubtsov, V.A.; Gurvich, S.M.; Kostrikin, Yu. M. and Mamet,A,P.
PURPOSE: This manual prepared for the use of chemists and power
engineers. It may also be used by workers in laboratories,
scientific research institutes, and designing and planning
organizations, and by students at vuzes and tekhnikums.
COVERAGE: The authors present a detailed study of the physical
and chemical characteristics and properties of olla and greases.
T4ey also cover in detail the purpose of lubricants, their
specifications a6 required for use at electric power stations
and methods for assuring that these specifications are ob"ryed,
Seventeen authors contributed to the compilation of this manual.
The bibliog,?aphy contains 86 references, all of which are Soviet.
Card 1/4

Oils and Heavy Lubricants
TABLE OF
CONTENTS:
577
Introduction 5
Ch. 1. The Physical and Chemical Properties of Oils and
Greases 9:
1-1. The basic physical and chemical properties of
mineral oil 9
1-2. The basic physical and chemical properties of
greases 16
1-3. Converting kinematic viscosity to conventional
viscosity 26
1-4. The influence of temperature on the viscosity.of
lubricants 1 29
1-5. The heat conductivity and heat expansion of oil 32
Ch. 2. Classification and Uses of Oile and Lubricants 33
2-1. Classification and uses of mineral oil 33
2-2. Classification and uses of grease 39
2-3. Lubricants for auxiliary power and other
equipment 46
Card 2/4
'MR.-

Oils and Heavy Lubricants 577
2-4. The substitution and blending of lubricants; winter
lubri cants 58
Ch- 3- Purifying, Regenerating and Stabilizing Oil 61
3 1. Treatment of power-plant lube oils 61
3-2. Regeneration of power-plant lube oils 70
3-3. Sorbents for regenerating lube oils
11
3-4. Adsorbents
-
3 Thermosiphon filters go
:9
3 , Regenerating lubricating oils 94
33. Additives for oils 99
3 Cleaning of oil systems 105
Ch. 4. Oil and Grease Consumption 110
4-1. Consumption of power-plant lube oil 110
4-2. Consumption of lube oil and grease 121
Ch- 5. Testing Oils and Greases 121
5 1. Regulating the quality (grade) of power-plant lube
oils. 153
Card 3/4

Oils and Heavy Lubricants 577
5-2. List of laboratory tests 156
5-3. Basic testing methods 112
5-4. Special laboratory apparatus and equipment 1 6
Ch. 6* MiseellaneoUB 205
6-1. Cable oil 205
6-2. Non-combu5tible insulating liquids for transformers 210
6-3o Silicon organic liquids 212
6-4. Cable greaiing 214
6-5-* Air-purifier filters 2,17
6-6. Storage and transporting capacity for Oils and grease 219
6-7. Physical properties of certain organic compounds 221
6-6. Characteristics of animal and plant oils and fats 232
6-9. The basic physical and chemical properties of gasoline 233
6-10. Preparation of liquids for capillary viscosimeters 235
6-11. The effeet'of kerosene and gasoline on the viscosity
of automotive oils 236
6-12* Density range of petroleum products 238
6-13. Wholesale Plftces tor oils and greases 2,A8
Bibliography 242
AVAILABLE: Library of Congress (TJ260.S7)
BK/1-sb
Card 4/4 2 September 1950

15(5) PHASE I BOOK EXPLOITATION SOXT/2736
Ivanovs V. S.
Stabilizatsiya i vosstanovleniye energeticheskikh masel (Stabilizing and
Reclaiming Power Machinery Oils) Moscow, Gosenergoindat, 1958. 26 p.
(Series: Iz opyte Bovetskoy anergetik-" 6,150 coplaw printed.
Sponsoring Agencies: USSR. Ministerstvo elektroatantsiy, and Gobpdarstvennyy
treat po organizatsii i ratsionalizatsii rayonnykh elektricheakikh
stantsiy i setey (ORGBES). Byuro tekhnichookoy informataii.
Eda.: Z. P. Slugina, Engineer; Ye. V. Voznesenskays, Engineer, and I. I.
Bronf;hteyn; Tech. Ed.: N. 1. Borunov.
PURPOSS: Thie book is tatended for engineers and technicians inNeatissting
problems of stabilizing and reclaiming oifs used in turbiteis, transformers,
and other power plant equipment.
COVERAGE; Problems connected with the use of oils employed in power plant equip-
mant such as generators, turbines, and transformers are di"ussed. Possible
method of lengthening the period of oil oerrioe whIch ham been shortened by
modern pover plant equipment opemting at high tempemture and pressura are
examined. Oxidation of transforoer and turbine oil and the process of re-
Card 1/3

Eftbilizing and Reclaiming (Coat.) SOV/2736
claiming and stabilizing it an revieweds and the uoe Of aXLtiOX1d&nt~ and
thermosiphon filters is discussed and illustrated by graphs. Designs of
filters and apparatus used for testing the stability of ponrer michine oil
are reproduced, and their operation explained. Results of oil reclaining..'
t-sts ate shown in tables and diagrams. In conclusion several suggestions
axe made for improving the quality of power machinery oil, and extending
the Ungth of its service. No personalities am wationed. 7here axe 39
references, all Soviet.
TUW OP CO*&NTS:
1. Operational Conditions of Power Machinery Oils
2. Restoration of Dielectric *Properties of Transformer Oil With
Increased Tangent of Dielectric Loss Angle 4
3,, Reclaiming Spent Power Machinery Oil Drained From Equipment 5
4,. Antioxidants for Power Machinery Oils
Card 2/3
6

Stabilizing and Peclaiming (Cont.
5. Peclaiming and Stabilizing Power Machinery Oil In Op.-rating Equipment :L2
6. Stabilization of Fresh Oil in Transformers With the Aid of Thermo-
siphon Filters 17
7- Simultaneous Use of Thermosiphon Filters and Antioxidants for Stabil-
izing Oil in Transformers 20
Conclusions
Bibliogiaphy
AVAILABLE: Library of Congress (TP687.066)
Card 3/3
25
26
nq!rai
12-29-59
PL -Ulu
I j;

1141110V, Ye.A.; OSHER, R.N.; I~ATSM-OV. 1.P.; CHEXAVTOW, HAMUN, I.V.;
FMS, G.I.; VLADZIYBVSKIT., A.P.; PATMMOT, I.P.; AITONV, A.V.;
LOPOTAH, G.S.; PMOV, G.G.; KOZORH7-OVA, A.A.; LIS12SKIT, K.Z.;
TAKOBI, N.A.; BELYANCHNOV, G.P.- IVANOV V S -rVOROIIOV N.H.; RU-
KTAIUSEV, V.A.; ZITJM, G.K.; BMW
veditshchiy red.; TROPIKOV, A.Y.. tolchn.red.
(Hanual on the uses and consumption standards of lubricants] Spra-
vocimik po primeneniiu i normam raekhoda smazoahnyId4 materialov.
Hookva, &o9.nnuchno-tokhn.izd-vo neft. i gorno-topliv-noi lit-ry,
1960. 703 P. (MIRA 13:4)
(Lubrication and lubricants)
T7

IVANOV, V.S., inzh.
Re.clamation of power engineering oils by washing witb trisodium
phosphate solution. Finergetik 9 no.6:25-28 Je 161.
(iqiRA l6t7)
(Oil reclamation)

,,-, IVANOV, V.S., inzh.; MIRZOYPIVA, Ye.A.j imil.
Additives for oils used in power engineering. Energetik 9
:Q0.5:18-20 My 161. (MIRA 140)
(Lubrication and lubricants-Additives)
iTT-7, I ~-r- F =- 3

1 :1(1111" '* !Ir, ITT 'II
In3lov, V.S. . inzh.
Chemic&l methods for removing rust from the o."I candults of st~~%An
turblnes. Energetik 12 no.7sl2-13 Jl 164. (mlaj~ 17:9)

EMBIOV, Ye.A.; STIMSYli, II.V.; OSFZ?, CHEKAWSEV, N.A.; PATSUKOV,
I.P.; US01', A.A.; FUKS, G.I.; VLADZrIEVSKIY, A.P.; AVDZY-EV, A.V.;
ARMIMOV, Sh.P.; PD-TROV, G.G.; KOZOREZOVA, A.A.; LISITSKIY,
K.Z.[deceased]; YAKOBI, 1.',.A.; BELYA111CHIKOV, G.P.; IVA31OV, V'S.;
VORONOV, N.M.; RUNYANTSEV, V.A.; TROFRIK, V.A.; BERS11TADT,
Ya.A.; ZILLER, G.K.; BEREMNEA, V.D.; KLEYYMlOVA,K.F. , ved.red.;
TITSKAYA, D.F., ved. red.
[Manual on the uso and norms for the expenditure of lubricants]
Spravochnik po prLmeneniiu i normam raskhoda s,-qazochnykii mete-
rialov. 2. perer. i dop. izd. Khimiia, 1964. 855 P.
(N1 RA 18 3)

M V.S.Y
Modern methodiiI for using power engineering oils, si,a. nc.6:
75-'t7 Je 164. '\!,'I 1-LA 18: 1)
1. C-osudarstvennyy trest po organizatsii ravomiykh E!lektrostantoiy
i setey.
77-F11-11; i-r,

IV;I]-DV.,, VaPilly ~argyq_
FAYMMU1, A_T.P
[Gas anti oil systems of ganer~;torsl Gazo.-
masli-anoe khozlaist-vo penern"OrO', S VOOOV0(J-i:i-..
Moskva, Energiia, 1965. 286 1).

ACC NR Ap6o-3~97f6----E~oWdi-i~UD-t-.--LrjR-ro-13-8766/WD7(5-f6/00()4)
AUMIOR: Ivanov, V. G.; Bqslayev, G. S.
-IF= -
/OAG: ~j_ynivers*ty (Lenin radskiy gosudarstvennyy universitet)
TITLE: Synthesis of aldehyde rubbers
SOURCE: Kauchuk i:rezina, no. 10, 1966, 4-6
TOPIC TAM alde*de rubber, acrolein,butadione.copolymer, emulsion copolymerization,
elastomer OU-1-:L
iABSTRACT, A dy has been made of the synthesis and properti a of cop lymers~f
M I ! defined as
~acrolein et~ crylaldehyde or 2-ethylacrolein with butadient . aldehyde
rubb 'L study was dert6ken b
_2~~A-l CKA-2 and CKA-3, respectively. The ecause the
',~presence of carboxyl groups imparts valuable properties to the copolymers (they can
be readily modified or vulcanized;. The copolymerization was conducted at 20C in
acid Inedia (pH = 2-3) in sapanine (N-(2-diethylaminoethyl)o.leiuaideI chloride
emulsion and was initiated by the PeS04-7H2O-cumene hydropero:dde, redox system.
The copolymerization products were elastomers with free aldehyde groups. The number
of these groups varied from 19 to 40%. The elasticity of the 'copolymers increased
with the concentration of aldehyde groups. Their plasticity incree"jea with the
number of carbon atoms.in the substitient at the 2-carbon atow, The glass transition
UDC: 6TB-T62.1-1,2?

ACC NA, 'AP6032976
temperature an.d the vitrunic viscosity of the'copolymers increued vith an Increase
.of the number of the aldehyde groupe, Orig. art, has: 3 tables.
suB com ii/ ouBm DATE: 17may65/, ORIG REFt. 004/, OM art -,0061..:..

L 45793-66 WP&) `
Co C)
TCCMT.~D6030154 S I IJR~OA& ar&l' 4JO185/0169
AUTHOR: Bagayev, Ve Sol keronashvill, Tu. N.1 ivanovp V. Sol KMXjgjqK1yj B. D.1
Korolev, Yu. No
70A
ORGs Institute of Physics AN SSSR, Hoscow (Fizichoskly Listitut AN SM)
TITLEs Some thermal offectsirt GaAs semiconductor lasers jl~~
SOURCE: Pribory i tekhnika eksper 1966, 16!i-109
=ta, no* 4,
TOPIC TAGS: semiconductor laver, solid state laser, lasar R and D
ABSTRACT: The results are reported of an inve3tigation ot the semiconductor laser
heating during pulse Injection and of the effect of lase;.- heating on Its radiation
characteristics. Semiconductor specimens or 0.0008--0.00j cm2 area had a diffusion I
p-n junction and a resonator made by a spallation mothooll throshold-ourrent density w"
2000-4000 amp/cm2 at 77K- CUXTent pulses up to 10 ~ see -,rere used for excitation.
The-temperature rise was measured by the shift of gonorabion modea. From this
temperature rises the quantunLyield (30%) and efficiency (11 and 20%) of the laser
are estimated. They are comparable with the values (21--1&,4 and 0-12%) estimated
from the radiated powers To eliminate the seU~conduotor ipaalmen heating during
the injeotJng pulse, a speoial tranuiBtorized pulse gene:ratrjr was built which
developed a current pulse of 150 amp with a rise time of 5 z 100 sec. Cases of
Card 112 691-370422