SCIENTIFIC ABSTRACT LITVINOV, A. M. - LITVINOV, I. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930220004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/263/62@01XI,03/01 1,,'0 13
1004/1204
AUTHOR: Litvinov. A. M-
TITLE: Pulse temperature regulators
PERIODICAL: Rercrativnyy zhurnal, otdcl'nyy vypusk. lzmeritcl'naya tekhnika, no. 4, 1962, 43, abstract
32.3.270. "Tr. Konferentsii po avtomat. kontrolu i metodam elektr. izmereniy, 1959".
Novosibirsk, Sib. branch or the AS USSR, 1961, 315-322
TEXT: Some design formulas for pulic temperature regulators are given for the case when the measuring
circuit is chosen as a differential one. To obtain a pulse load the following were chosen: 1) circuits with a direct,
short-time connection of the measuring network to a direct current source through contacts, and 2) circuits
employing the pulse charging current of a capacitor connected to a direct current source. As an unbalance
indicator electromagnetic elements may be employed, whose identical windings are connected to the two arms
of the differential circuit and create oppositely directed magnetic fluxes. In the simplest regulator circuits, the
windings of the polarized relays (of the type PrI (RP) and PrIC (RPS)) may be used. The design procedure for
optimal parameters is given for thecircuit (1) with a differential inputcontaining amplifying and matching stages,
in cases when theduration or the pulse greatly exceeds the timeconstant of the transionts(the prob1cm is reduced
to the design of a circuit for d.c. operation). Practical schemes or pulse regulators with a difficrential measuring
Card 1/2

Pulse temperature regulators ...
S/263/62j'0)0,1003/01 1 /015
1004/1204
circuit are described. In the first one, a @elf-opening thermal relay was used as a generator of pubts, employing
a thermo-bimetal with magnetic acceleration. The heating-up time of the bimetal should be reduced to a
minimum by increasing its cooling down time. This enables reduction of the supply voltage's influence upon
the generator's frequency. In circuits of type (2), which are preferable in case of higher d.c. voltages, an
ordinary relaxation generator consisting of an RC-network and a cold-cathode thyratron may Ec employed.
[Abstracter's note: Complete translation.]
Card 212

BLCKH, Grigorly Semenovich; LITVINOV, Aloksandr NiR-olayevich
[Asbestos cement materials and elements and their oper-
ational qualities] Asbestotsomentnye materialy i kon-
struktaii i ikh ekspluatatsiom-qe kachestva. Moskva,
Stroiizdat., 1964. 146 p. NIFLA 18:3)

..;tnek); KHONYAXOV, N.Y.
LITV=
. A& ...(g. �javy
qwlwmw@- --
I I
, . &ri@i indicators of the heat of contacts. knergetlk 5'ao,4:37-39
AP 157. (KLRA 10:6)
(Thermometry) .. I
I

BLOKH, G.S.,, kand.tekhnonauk; BLIKINSONs R-Z., kand,tekbn.nauk;
LITYUPY, AJO, inzh*
The serrice of corrupW aobeotoo-coment
of the draw-off towers of cooling towers.
no.13M-87 162.
(Asbestos cement) (Cooling
obeets in the 1-in-ing
Trudy NIIIabest-teementa,
(MMA 15922)
towers)

.@L_Ajt*-inxb
MM,, G*S*,, kvmd.tekbn.nauk; _L-IMNOV
The durability of *VOOI corr gated asbestos-ement sheets of
ordinary shape in roofs of public buildingoo Trudy NIIAsbeettsements.
no.130-28 t62. OCMA 15:12)
(Roofing.. Asbestos-cement)

Lnvnov, AJ. (Leningrad) J,
- - Nuivalent structural representation of digital automatic c:ontxol
systems. Izv. AN SSSR. Otd. tekho nauk, Tekh, kibo no.1:3.90-198
-Ta-P 163. (KMA 16:7)
(Automatic control) (Eleotric computers)

LITVINOV., A. P. : ZILIBMRUT) V.D.
Alloys
Replacement of stannous bronze with antifrictional alloys. A. P. Idtvinov. V. D.
Zillberdrut. Vest. mash. 31, No. 10, 1951.
9. Monthly List of Russian Accessions, Library of Congress, September, IWIPM Unclassified.

LITVINOV A F,
I
.. . ..Taking.lagging Into consideration in the synthesis of an itutomatic
system with a digital control computer. Izv. ucheb.zav.; prib.
6 no.3:26-35 163. V1 (@UM 16:9)
1. Leningradskaya krasnoznamennaya voyenno-vozdushnaya 1r,7henernaya
akademiya imeni A.F. Mozhayskogo.

FEDOROV, Stepan Mikhaylovichj
STRAKHOV, V.P.P red. --'
(Automatic systems with digital control computersi theory
and design] Avtoziaticheskle sistenW a taifrovymi uprav-
liaiushchimi mashinami; teorlia i proektirovanie. MoskVEL,
Energiia, 1965. 222 p. (MIRA 18:8)

L 13311-63 BDS/EWT(d)ACOW@ -APGC/ASD/ESI)-3 Pg44/Pk-4/Pcj-L--V'
7
Pq- IJPMMG-@ S/146/63/006/002/005/L.0
qQ
AVFAOR -.Litvinov. A. P.
@TITLE: _&m1hisis of an.automatic Ustem employing a digital con,putor
@,'PERIODICAL,. -Izv. Vuz.,@ Priborostroyeniye, v. VII no. 21 1963, 37-46
TEXT,.--.-For a1f utolli4ttajoato. i6l Of _W continuous - part -
P'@ P_ n W M.
@ic'h a di 't@atwputer perfom -the fmctiou.of a co prator,.
it is: shown -that in analyzing -the accuracy o .fthe system under steady-a-Uxte
conditions @, -the - quantization -with. respect -to-ti --- -int- -d ____d tj -the collplAte-r-'_
me, ro uce y
pl@ can, be neglected* @ItAs established thatthe output of the system is cplapletely
determined..by- its values@at points t.n nTO on the time a@ds. An expresision is
relat ng:t e,@oscillati& index and.the overshoot for unit ate
h 1wrLse action.
Finally,:, the -Puthor investigates the dependence between themaximum pej!aissible
readout period, for, the computer, the stability margin of the closed VaNim
'(e;gtimated from the overshoot or the oscillation index), and the steady-ctate
@error in reproducing a linearly.variable injmt signal. There are seven.iligures
00 .1 &7^

IL
BUDAKOV, B.G.; ALH1C"1[D-i'O-V,' T.F.; BAGROV, M.A.; BUIANOV, A.I.; LIKENSKAYA,
K.Y.; ICUZONIN, B.S.; SINYAGINA, M.I.; TI14arEnV, A.A.;
xmix. r.i.; pri uchastii Sinyij@inqyj.L; BdUNOV. A.I., red.;
ROWOVA, V.V., takhn.red.
(Instructions for first. second, third and fourth class leveling]
Instruktaiis po niveltrovaniiu 1, 11, 111 1 IV klassoy. lzd. 2-os,
ispr. i dop. Moskva, Izd-vo geodez. lit-ry, 195?. 106 p,
ODYA 11 M
1. Russia (1923- U.S.S.Rs) Glaynoye upravleniye goodmixii i
kartografii,
(Leveling)

LITVINOV, B.A., kandidat tekhnicheskikh nauk.
- -to. c
%." , I @xu"V
Leveling of traverse nets. Geod.i kart. no.2:18-24 Y 157.
(ICIM 10:5)
(Leveling) (Traverses (Surveying)

LITV.11,107, B.A., kandidat takhnichAak'Alth nauk,
On equatlons for travarsivg networks. Good. I kart. co-5@P-12 Yy 15?.
(Triaw,miation) (Kid-m- I 0.-@)

SIMAKOV, S.G.; ALMAUMOT, T.F.; BAaROV, N.A.; BMANOT, A.I.;- KAMENSKATA,
N.V.; KUZIHIN, B.S.; jjITTI110T, B A - SIXTAGINA, X.I.; 2DWYZM,
A.A.; MIN, I.I.. Prinimala uchastiye SINTAGIMA, V.I.. ROKAMOVA.
Y.T., takhn.red.
(Instructions for first-, second-, third-9 and fourth-order leveling]
Instruktaiia po nivelirovanilu I, N, III i IT klassov. Izd.3, i r.
i dop. Moakva, Izd-vo geod.14A-ry, 1959. 111 p. (KIRA 13:3
7-
1. Russia (1923- U.S.S.R.) Glavnoye upravlaniya goodasil I karto-
grafli.
(Leveling--Handbooks, manuals, etc.)

LIMOVICH,.Vladimir Grigorlyevich, prof.;-.jjTVINOY. B.A.. kandt.tekhn.nauk,
red.; VASILOYBYA, V.I., red.jpl7v@raf ROKAWU,'-V.1.`;@@fiklm. red.
[Leveling in engineering work] Nivalirovanle pri lnzbenernykh
rabotakh. Koskva, Isd-vo geodes. lit-ry, 1959. 38i P.
(Leveling) (KIRA 12:7)

'3(4) SOV/134-59-4-1/17
.kUTHORi Litvinov, B. A., Candidate of Technical Sciences, Docent
TITLE: On the Investigation of Short-period Errors J_n the Diameters
of Angle Measurement Circles (Ob issledovani.4- korotkoperiodi-
cheskikh oshibok diametrov uglomernykh krugov)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geod-aziya i aerofotos'l-
yer,ka, 1959, Nr 4, PP 3 - 15 (USSR)
ABSTRACT: The instructions laid down for the triangulation of the first,
2nd, 3rd, and fourth orders of 1955 provide that in all
instruments used for the measurement of angles in the points
of the first and second orders the total anti short-period
errors in the diameters of angle measurement be investigated.
The investigation of short-period errors ordered in annex 16
of this instruction is carried out and displayed here so that
the values obtained in this way, closely ap2roach the ad-
missible value. Therefore the methods recommended in this
instruction do not guarantee the necessary accuracy. The, author
presents a method for an increase of accuracy in the determina-
tion of short-period errors. For this purpo3e additional mea-
Card 1/2 surements are made* Apart fron the measurement of intervals

-On the Investigation of Short-period Errors in the SOY/154-59-4-1/17
Diameters of Angle Measurement Circles
between two adjacent, lines, intervals of a doable, threefold,
fourfold etc spacing are measured with the same micrometer.
For the sake of greater efficiency the evaluation of these
measurements is carried out according to the method of the
least aquareei in which case for each measured interval an
error equation of the (11) type formula, or (111) type for-
mula is established. Formula (111) only changes with a change
of the number of intervals and thus the solution of the prob-
lem holds for all instruments of the same type. The equation
is solved and coefficients are obtained which are used for
the determination of 6 corrections. The author has made these
calculations and has compiled tables for these coefficients
which are mentioned in the annex. The process of calculation
and the use of these tables is pointed out. This method may
also be used for the investigation of errors of any circular
or linear scales.There are 0 tables.
ASSOCIATIONt Voyenno-inzhenernaya akademiya im. V. V. Kuybysheva (Military
Engineering Academy imeni V. V. Kuybyshev)
SUB14ITTED: March 22, 1958
Card 2/2

AUTHORt Litvinov, B. A Candidate of Technical S100616,0100010310011019
BOO7/B1;23
TITLEs On the Development of Yederal'41Geodetic Nets of the Second and
Third Order by Neans of the Traverse Method
PERIODICALt Goodeziya i kartografiyal 19601 Nr 3P PP 3 - 10 (U13SR)
TEXT: In connection with the use of optical range finders it 113 advisable to
apply in addition to the triangulation method also the traverse method for the
development of geodetic nets. Calculations by S. 0. Sudakov (Rej? i, footnote
on P 3) and I. I. Entin (Ref 2, footnote on P 3) show that the same accuracy
is achieved by either methodl whereas the traverse method is more economical
in some areas. There it proves to be more suitable to build up a traverse net
consisting of qiadrangles rather than triangles. The weakness of this method
lies in the determination of the bearings. Calculations by I. V.. Zubritskiy
(Ref 3, footnote on P 3), A.'I. Durnev and P. S. Zakatov (Ref 41 footnote on
P 4), and K. L. Provorov (Ref 5, footnote on P 4), however, shoir that the re-
sulting inaccuracies are negligible. Preliminary calculations showed that it
is most suitable to build up.polygon nets of the second order in the form of
traverse lines 40 km apart from each other that are nearly parallel to the lines
of the traverse net of the first order. Series of quadrangular etecond order
Card 1/3

On the Development of Federal Geodetic Note of the S1006160,100010310011019
Second and Third Order by Means of the Traverse BO07/B19'!3
Method I
polygons are thus formed within the traverse not of the first oi-der (Fig 1).
The second order polygons are then filled with traverses of the third order.
Based on the experience gained by using optical range finders of the type SVV-1, ,
it is suitable to assume the length of the second order traverso to be 10 km.
(L. M. Avdeyev, V. A. Veliohko, and K. A. Lapingg Ref 6, footnote on P 5). For
testing such a procedure a traverse net of the second order was built up within
a first order polygon in the forest-steppe zone of the USSR (Fii; 3). For this
purpose maps of greatest scales were used. Based on this project a model was
made. The net was adjusted three times in the following ways 1) according to
the method of conditional equations with additional unknowns (Ref 79 footnote
on p 6, B. A. Litvinov), 2) according to the closure method whioh is described
here in detail, and 3) according to the approximation method usually applied
in the adjustment of transit traverses. The results obtained showed that in
this case the same degree of accuracy is attained as by using a triangulation
net of the second order, and that this scheme for building up a net of the
third order guarantees a sufficiently high precision. It is poii,.ited out that in
some oases it is more advisable to build up the traverse netg of the second or-
dei in the form of triangles or even pentagons. The data of tables I and 2 show
Card 2/3

On the Development of Federal Geodetic Nets of the 3/006/60/COO/03/001/019
Second and Third Order by Means of the Traverse B007/BI23
Method
that the results obtained by adjustment according to the method of least
squares and to the closure method are practically equally precise. The steps
necessary for adjustment according to the closure method are mentioned. This
method is inaccurate because, after obtaining the coordinates at junctions,
the vingle traverses are not adjusted, but only their orientation and scale
are changed. As may be seen from tables 1 and 2, this leadel however, 'to no
noticeable distortions. The approximation method, however, leads to noticeable
distortions as may be seen from these tables. For the closure method the ad-
justment computations were programmed on an electronic computer of the type
"Strela". Thus.it in possible to adjust a traverse net of the second order
within a polygon.of the first order of 250 by 250 km. P. A. Gaydayev and
B. N. Klenitskiy are mentioned (Ref 10, footnote on p 10), as wall as
D. S. Shein (Ref 9, footnote on p 8). There are 3 figures, 3 ta:bIes, and
10 Soviet references.
Card 3/3

LITYINOT, B.A., kand.tekha.0suk
Adjuatment of polygonometric networks by the method of conditional
equations with unknowns. Good. i kart. no. 11:9-12 N 160.
(MIRA 13:12)
(Traverses (Surveying))

POIZVOY, Vyacheslav Alekseyevich; LOZINSKAYA, A.M., kand. tekhn. nauk,,
retsenzent- LAPRIG, K.A., kand. tekhn. nauky retsenzent.:L @LITVIN@OV
_" # kand. tekhn. nauk, dotsent, red.; ZUBAKOV, A.G., red.izd-va;
VORONOVAI V.V., tekhn. red.
[Rmdamentals of the mathematical processing of the results of
radiogeodetic measurements] 0snovy matematicheakoi obrebotki rezull-
tatov radiogeodezichskikh izmerenii. Moskva, Izd-vo e0dez. lit-ry,,
1961. 205 p. NI'IRA -14: 11)
(Radar in surveying)

LITVINOV. B.A.-
Errors of polygonom tric networks related to the comitruction
ayotem.. Good. i kart. no.2:543 F 161. (14M 14:9)
(Traverses (Surveying))
V.

SUDAKOV, S.G.1 ALEKSANDROV, T.F.; BULANOV, A.I.; DURNEV, A.I.;
YELISEYEVi S-V-; ZAKATOV, P.S.; IZOT(YV, A.a.; KARLOV, G.M.;
NUZ1141111, B.S.; KUKUSHKIII, A.D.; KOWPAM, A.P.; KC;ZLCVA, Ye.A.;
IARIIIp B.A.; LAR321,, D.A.; LARIN, B.A.; LITVIVOV, B.A.; MAZA7EVI
AN.; P=INM, L.P.; PETROV, A.I.; SOL0TqZ7-j7A-.-I-.; ICNILIN, A.F.;
URAWVp S.S.; USIUTSKIY, M.S.; FOMIN, M.P.; SHISHKIN, V.11.; SHCHEGIDV,
A.P.; SUDAKOV, S.G., otv. red.; I(Ol-WIKOVA, L.M., red. izd-vs;SUvGUR0V,
V.S., takhn. red. I
[Instmation concerning the building-up of a state geodetic network
in the U.S.S.R.] Instruktaiia o postroenii gosudarstvonnoi geodezi-
cheskoi tetl Soiuza SSR; obiazatelIna dlia vsekh vedomstv i uch-
rezhdenii, proizvodiashchikh gosudarstvenrWe geodezicheskie seti.
I!oskva, Izd-vo geodez. lit-ry., 1961. 459 p. (MIRA 15:6)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye geodezii i karto-
grafii.
(Geodesy)

LITVINOV, Boris KlekseyevichLSUDAKOV, S.G.,, red.,* KHROMCHENKO, F.I.,
R V.V., tekbn. red.
r
e .
[Basic problems in constructing and adjusting traverse nets)
OanovrWe voprosy poBtroeniia i uravnivaniia poligonometriche-
skikh setei. Moskva I Geodezizdat 1962 227 p. (MIRA 15:12)
(Traverses (Survoyingl)

SUDAKOV, S.G.; ALEKSANDROV, T.F.j BAGROV, M.A.; BULANOV, A.I.j
KAMENSKAYA, M.V.; KUZIMIN, B.Si,' LITVINOV' B.A.; SINYAGINA,
M.I.; TIMOFEYKV, A.A.; ENTIN, J. MKINKI-achastiye
SI"AGINA, V.I.; KOMARIKOVA9 L.M., red.izd-va; ROMANOVIL,
V.V.,, tekhn. red.
[Instructions for let, 2d,, 3d, and .4th-C14 0 leveling
.1 In-
struktsiia,po nivelirovwdiu I, II, III, I*IV klassov. 4 izd.
dop. i1sp;4- Moskva,, Goagooltekhizdat, 1963. 110 P.
(MIRA 16:6)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye geodissii i
kartografii.
(Leveling)

STARODUBOV, Vitaliy Leontlyeviahj SUfWAKOV, Yakov Arnolldoviobj
LILUMV.-R. .. retsenzeilt; IZWHUR, G.P., red.;
WANOVAp V.V.,, tekhn.,red.
KHROMOM I., red.izd-va; RQ
(Short-baea parallactic traverse surveying] Korotkobazisn4ia
parallakticheskaia poligonometriia. Moskva, Gosgeo*L*tekhiz-
dat, 1963. 307 p. (Traverses (Surveying)) (HIRk 166.8)

BUMISTROV, Georgiy Aleksayevich; KEMNITSO YuA, rots enzent; ,
retsenzent; GORDEYEV, AA, red.; SHURYGINA, A.I., red, izd-va;
ROMMOVA, V.V.,, tekhn, red.
[Principles of the method of least squares] Osnovy sp3t3oba
naimen'shikh kvadratov. Moskva, Goggeoltekhizdat, 1963.
391 P. (MIRk 16:6)
(Least squares)

LITVINOV, B.A., doktor tek@n. nauk
leveling of fres traverse networkiss Tzv. vyise uchebo maroj geodo
i aigrof. noe6t5-14 963 (KIRA 17t7)

LT NOV H.)I. teklp.. nii@ik; IiIATOV, 1.1., kand. 4.ekhn., ri-luk
I
AdjusLing loparing angles ir, E traverse- triLngula!--or, network.
Izv. vyr.. ucheb. zav., geod. i aerof. no.2t3-14 164.
(14P.A 17:9)

LITVINOV, B.A., doktor tekhn. nauk
More about the distribution of errors in traverse nets. JzV. -"7s.
ucheb. zav.; geod. i aerof. no.5:119-121 164. (MIRA 1815)
"x? @
1@

FILONF14KC), AIek,,3ry StepancivIch, prof. [d".eaiqeAl; SHCHIPITSIN',
Niki@?.P-y orignrlyevic-lij, dote.; LITVINOV, B.A... prof., red.;
(laboratory work In oumeying; study of precision suvray-
Ing Instruments) Praktilmm po vysBhel geodezii; issladmra.-
rde vysokotonhiWkh geodezicheskikh Instrumentov. Moslora,
1965. '91) p. (MIRA IS-.8)
Nedra L

-L. 0- 1-w
_-Mi-TIM) rrVP W /E WP (b)/EWA-(h).-: LJR(c) JD/DK
ACC NRI. AP5022636 IJR/0089/65/019/0(),!/0176/0177
621 o3g.573
.AUTHOMMIMBAW., 0. _L.; Gagbar
'_ - yen, V& G.; L
-Lyudvigov, Re Bs; Razmadze. G.; 0 a fl T-4
TITIZ: Indidm-gIllium 'radiation loop for pool-type res,etors
@-SOURCE: Ato ya ene@;iya, v. 19, no. 2t 1965t 176-171'
,TOPIC TAGS: nuclear research reactor, gamma radiation.
ABSTRACT: An.abbroviated description of a special indlun-gallium loop
used in the IRT-2000 research reactor is given. The reactor is oper-
ateid by. thei Institute of Physics of the Gruzinskaya SS.R Academy of
Sciences. : The loop does not require a speloial biological shielding and
can be on oily manipulated and adjusted to other paol-type reactors.
The changes In gamma dose rates are obtained by Mranslational dis-
placement of the loop frame. The radioactive In nuclei are generate!
by leakage neutrons, A. radioactivity equivalent to 16 g of radium can
.be created at a 1000 K-vt capacity. Thus, a gamma done rate of about

XMINOV, B.M.., kand. biolog. nauk; SAPALEV,, G.B.
Controlling the codling moth on the "Ukrainka* State &I.-M.
Zai3hoh., rast. ot vred, i bol. 7 no.12ig D 162.
(MM 160)
1. Agronow po sashobite, rasteniy sovkboza "Ukrain3call Kharl-
kovskayu obl. (for Sapalev).
(Godling moth-Extermination)

M(SLIGIR'A. YGlena NlkifOrOvfta, kand stqrshiy nmychnyy
soirudnik; EaLKiENTA7., Vladimir TaxW*##khj TMITION, AnatoUy
Mrigol"Yevich mlad:3Y'y nauchnyy sotrudnik; LITVII.(,"1*- Foorim
Nikol"wflch za@@
, tekhnik
Use of electronic analog computern for studying the dlmw-ics of
the changes of the level of erythrocytes in a body.
Izv. vys. ucheb. zav.-, elektromekh. 4 no-4:62-70 161.
(MIRI. LI+:7)
1. Institut, pediatrii AWI SSSR (for Mosyagina). 2. flachalinik
laboratorii vychislitelinykh mashin Novocherkasskogo i2auchno-
issledovatellskogo instituta, elektrovozWrWeniyakfor Kleymenov).
3. Novocherkasakiy nauchno-issledovateliskiy institut
elektrovozontroyeniya (for Vollvich)- 4. Laboratoriya
schetnykh mashin Novocherkanskogo politekhnicheekog Instituta
(for lAt7inov).
(MMICAL ELECTRONICS)
(EIMTRONTIC MIALOG COIIPUT;!.RS)
(IMTHMCYTES)

LITVINOV, B. ,!., Cand Blo Sci -- (disr) "Chief bllhts of ap:@lo t:,cas
in-the forest steppes of the Khartkov oblast' and the fight ai,-ainst
@hem. Example of the Kolkhoz in I. V. ':,Iichurin. 11 Khar Ikov, 1957,
19 pp (KharIkov Agricultural Institute irl V. V. Dokuchayev. Chair
of Zoology m d Entomology), 140 copics (KL, 36-57, 104)

USSIVGonaral and Spocial Zoolo3y. Insocts. Injurious In- 2
soc.ta and Ticka. 13osts of Fruit and Borry Crops
Abs Jour : Rof Zhur- Biol., No 11, 1958, lNo 49645,
Author : Lltvinov B.14i
Inst : Khar'kov 117FIE-Ultural Instituto
Titlo : Dama-o to tho Ovary of tho Applo, Trao by tho
vlost,.;rn May Buotlo,
10
Ori- Pub : Zap. Khar'kovak. a.-kh, in-ta 1957, 13,
175-177
Abst-ranct :Oboarwations durin.,', 1954-1955 in Kharkovskaya
Oblast domonstrCtod that tho wostorn 14ay bcatlu
fo--.ds on loavos,flowors and ovarios of fruit
trooB, On tho avor,,-,o, as a rosult of ftamaSo to
the uvarios, tho appl@o crop of tho suajor vario-
tios doorcasos by 25@,, and of thi fall vcmriotios
by 10.6,-,@)'. Tho plums in tho fruit Gardon aro
most fmquontod by tho bootles. It Is rjco=-cndcd
that in Saardans Bituatod noar tho forost, control
Card 1/2

USSR / General anft Specialized Zoolo6jr- Insects. 2
Peat Insects and Ticks.
Abs Jour Ref Zhur - Biol., No 17, 1958, No 78312
Author Titvinny-
Inst Kharkov Tsricultu@al Institute
Title Lesser Apple Worm and Its Control
Orig Pub Zap. Kharkovsk. a-kh. in-ta, 1957, 13 (50),
17@)-181
Abstract For control of lesser apple-worm in Kharkov
Oblast, there were tried dusting of vofotox and
DDT (5.5%) and an emulsion of DDT (0-5, 1.0, 1.5
and 2.0%)* and thiophoo (0.1%). Concent'ration of
emulsions are indicated on the preparation. On
each tree there were used 10 1. of emulsion and
0.2 kg of dust. As a result of two-time treat-
ing, with a 16-day Interval with a lj%, inineral-
Card 1/2
USSR / General and Specialized Zoology. Insects.
Post Insects and Ticksj
Abs Jour Ref Zhur - Biol., No 17, 1958, No 78312
Card 2/2
P
oil emulsion of DDT on the summer varieties,
and three-time treating (the 3d spray 'r daye
after the beginning of flying of the 2d rener-
ation of the moth) of a 1-2 and even it 2.5% emul-
sion of DDT for the late varieties, there were
obtained undamaged fruit correspondingly 77.2
and 89%, for 55.3 and 18.4% In the control.
Emulsion of DDT higher than 1% produced burning
of leaves on the summer varieties. Two-time
dusting of 5.5% DDT and I'vofatox" vras effective
against the first generation of the moth. The
ormp of undamaged fruits for summer varieties was
92.5%; 55.3% In the control. One-time treating
against the 2d generation was insufficient. The
crop of undamaged fruits of the winter varieties
was 68.8%, and 18.4% in the control. Two- and
three-time sprayln6 of a 1% emulsion of thiophos
gave no positive results. -- V. G. Gubina.

L V611 133-1-1."?/24
AUTHORS: Golikovi I.N., Candidate of Technical Scienc@s, and
. Litvinov, B.M., Engineer.
TITLE: Weldability of Flakes in Alloy Steels During Rolling
(Zavarivayemost' flokenov v legirovannoy stali pri
prokatke)
PERIODICAL: Stall, 1958, No.1, pp.. 67 - 70 (USSR).
ABSTRACT: In order to prevent the formation of flakes, merchant
blooms of structural and tool steels are usually either slow-
cooled (during a few days in unfired soaking pits) or submitted
to a prolonged thermal treatment. If, on the other hand, blooms
are further rolled on the same works, their cooling may be
simplified as the flakes formed can be welded in. subsequent
rolling. This investigation was carried out in order to det-
ermine the minimum degree of deformation necessary for the
welding of flakes in structural steels. The eynerimental
procedure was as follows: experimental ingots were charged
hot into soaking pits, heated in the usual way and rolled on
a mill 950 into semis of a cross-section 190-220. From these,
one bloom was cut out from the top part of the ingot and with-
out additional heating rolled on a mill ?50 to sq' uare semis
of 125 - 140 mm wide and 3 - 3-5 m long, which were then cQoled
in aiA, 20 - 30 days after rollingi a few longitudin4l and
(;ardl/3

133-1-17/24
Weldability of Flakes in Alloy Steels During Rolling
transverse plates were cut out from each of the experimental
semis. The following steels were tested: 38XMIOI,,, 30X2H2Aj
nM31 4OXHKA $ 45XMOA 6OX2M 60M and 3oxrcHA (f lakes were
'), 50ijA 45X1211 6OC2
absent in these steels I , 303,TCHA, 37XH3A
(possessed longitudinal f lakes3i LLIX15, 9XC and @IiUrCHA
(possessed transverse and longitudinal flakes, FIS.1). The
in luence of cooling semis with water on the orientation of
flalgv was also checked. In two semis of steels 3OXr-CA and
4XB2C cooled after rolling with water, flakes weTe not found;
in steel 40XH, longitudinal flakes were found and in steel
UX15 and 60 XM& - both longitudinal and transverse flakes were
found. Transverse flakes were also obtained artificially,
stressing rolled warm semis, as shown in Fig.2. In order to
investigate the conditions under which flakes are welded, the
above semis were cut into 2-3 parts and after heating by an
appropriate method for a given steel practice, rolled on mills
?50 and 400 with rolls with i!homboidal passes into bars
83 x 83 and 60 x 60 mm (some into bars 120 x 120, 112 x 112
and 105 x 105) which were then slowly cooled and thermally
treated in order to prevent the formation of new flakes. A
large number of longitudinal and transverse macro-sections were
Card2/3 prepared and exttmined. Example& of sections with open flakes

133-1-19/24
Weldability of Flakes in Alloy Steels During Rolling
are shown in Figs. 4, 5 and 6. Conclusions: 1) Longitudinal
flakes and longitudinal sectors of flakes are welded under a
small deformation (coefficient of elongation 2-3). 2) Tran verse
flakes and transverse sectors of flakes open during rolling
forming cavities. With further deformation of metal these
cavities elongate and close. 3) Transverse flakes of up to
25 mm in size in square semis of the size, 125 - 1.40 mm weld on
rolling into a bar, 40 x 40 mm, thus, the minimum coefficient
of elongation necessary to weld such flakes is 10-12.
K.N. Petukhova participated in the work. There are 6 figures
and 6 Russian references.
ASSOCIATION: Zlatoust- Metallur ical Works (Zlatoustovskiy
metallurgicheskiy zavod5
AVAILABLE: Library of Congress
Card 3/3

SOV/133-59-2-14/26
AUTHORS: Gololebov, D.I.,
Litvinov, B.M.
TITLE: Oxy-Acetylene Scarfing of Stainless and Heat Resistant,
Steels (Ognevaya zachistka nerzhaveyushchik@a -J
zharoprochn,7kh staley)
PERIODICAL: Stall, 1959, Nr 2, pp 145-147 (USSR)
ABSTRACT: The possibility of scarfing of various steals with
increased content of chromium and silicon vas investigated.
Stainless and heat resistant steels can be divided into
two groups: steels in which structural transformations
are taking place on hea-Ging and cooling (e. lKhl3-4Fhl3,
Kh9C2) and practically single phase steels @Lg. 11MIMT9
KbL28). There were some fears as to the poEsibility of
formation of cracks in steels of the first group, however.,
it was fowid that cracks were not formed. These results
were confirmed by subsequent results of scarfing of a
large quantity of metal. When aluminium-ma.&uesium povkler
is used with oxy-acetylene flame the surface of blooms of
high chrom-Jum steels is rovered with a layer of/silag which
Card 113 for checking on the quality of dressing is removed by a

SO V/-J7.:57-5GJ 216
Oxy-Acetylene Scarfing of Stainless and Heat Resistant Steels
special scraper. At present nctless than one bloom per
heat is cleaned with an abrasive wheel to check on the
quality of scarfing. Scarfing of ingots waE also tested,.
For this purpose half of the ingots from 3 heats were
scarfed while the remaining half was mechanically dressed.
It was found that the q7aality of the metal in rolled
products from scarfed ingots and blooms was not in any way
inferior to that from mechanically dressed ingots. In order
to study the influence of scarfing on the structure of higL.
chromium steels specimens cut from scarfed blooms of
lfal3@ 3al3v Eh9C29 Khl2iV; Khl89 lKhl8N9TT9 Khl8N25C2,
4KbLl4Nl4V2M and Kh23N18 steels were submittad to micro-
analysis. It was foLuid that cast and hardened structures
are formed in the surface layers as well as some
decarburisation. An increa@e in the grain size and
annealing of hardened layer to a depth of 1. - 1.2 mm takes
place. However, as blooms are reheated and. rolled into
various products with a considerable deformation, the
surface zone becomes, so thin that changes jai the surface
layer of the blooms caused. by scarfing can be neglected..
Card 2/3 As on scarfing with aluminium magnesium povAler, a lot of

SOV/-'-' 13@-"-59-2-14/2E
Oxy-Acetylene Scarfing of Stainless and Heat Resistan7, S-Gea"s
smoke and polluting gases are evolved. A special camerEt
with an exhaust system was desJgned (sh,-)wn in fig.).
At present practically all blooms of high chi@omiim steel
are dressed by scarfing. There is I figurg and 2
references,, both of whi-.h are Soviet.
ASSOCIXIIION: Uatoustoirskiy Metallurgi(3heskiy Zavod (ZlatousL
Metallurgical Worke)
Card 3/3

PINSKIY, A.Ye. (Pinslkyi, O.IU,I; IJELINOV, B.V. (Lytvynov, B.V.1
Use of synthetic fibers in condenser spinning. Leh. prom, no.l:
10-13 Ja-Mr 165. (MIRA 18:4)

-rv i N o
M. A,
200
The Welding of Pressure Vessels mad* frce Sheet Alwddum Allay ARTS
D. A. q Mv 6-8)---
Wj4aAM D. A. Koctm-gin (Awtog. Delo, 19h9j
(in Russian). L. and K. carried out an extensive investigation of welding
articles from the aluminium &Uoy AMT9 of thickness 18-25 mm. sivi obtained
the necessary data for fabricattng welded thick-walled pressure rossels.
Tables are given of the mechanical properties of the welded metal, shaving
covparisons between gas-and are-welding, between two different types of
volding-rod material (AK and AMT9)p and also between the longitudInal and
transverse properties of the weld seam. X-ray and hydraulic testing of the
vessels after welding showed the results being entirely satisfactor7.-W.J.K.

USHAKOV, Pavel Nikolayevich; LYSYAKOV, Anatoliy Grigorlyevich;;
LITVINGV D.A., kand.tekhn.naukpretsenzent; TSYGAWOV, M.A.)
InZK.p reteenzeiit-I OKOROKOV) A.A.V inzh., rod.; SMIRNUVA,
G.V., tekbn. red.
(Safety regulations, in designing and-operating hoisting cranes]
Tekbnika bezopasnosti pri ustroistve I eispluatatsii gruzopod"-
e=ykh kranov. Moskva, Ma9hgizj 1962. 217 p. (MIRA 15:9)
(Cranes, dairricks2 etc.-Safety regulations)

MOROZOVI M.P.J. red.; GUTOROV, V.G., red.; GRINBOYM, S.M., red.;
ZHILYAYEV, A.V. , red.; KOHD*.,WIIOV, A.M. . red.; kITVIh'CLY'-L-
D.A., red.; TATAROKOt V.A., red.; VOLKOV, V.A.I red.
L. I.., tekhn. red.
[Regulations forthe manufacture and safe operation of high-
pressure vessels; viendatory-for all ministries and departments)
Pravila, ustrointva i bezopasnoi ekspluatatsii sosudov, rabo-
tailashchikh pod davloniem; obiazateliny dlia vsekh ministerstv
i vedomstv. Izd.4. Moskv@@, Gosgortekhizdat, 1961 ?9 P.
(MI@A 15:10)
1. Russia (1923- U.S.S.R.)Komitet po nadzoru za bezopasnym ve-
deniem rabot v promyshlennosti i gornomu nadzoru.
(Presure vessels)

XARASINAP B.S.; KROPP, L.I.; MINTS, M.S.; KNYAZIKOV, B.N.; LITVINOV, D.D.;
GRINBLAT, Ye.I.; KAZAKOV, V.Ya.; VOLKOV, B.V.; WbIN- V, - '-
v V.
Exchange.of experience. Zav.lab. 28 no-5:633-635 162.
(MM 15:6)
1. Vsesovuznyf teplotekhnicheskiy institut imeni F.E.Dzerzhinskogo
(for Karasina, Kropp, Hints). 2. Institut radiofizikl i
elektroniki, AN USSR (for Knyazlkov, Litvinov). 3. Vrallskiy
politekhnicheskiy institut imeni S.M.Kirova (for Grinblat,
Kazakov). 4. Opytnokonstruktorskoys byuro sintetictieskikh pro-
duktov (for Volkov). 5. Leningradskiy tekhnologichefikiy
institut imeni Lensoveta (for Bardin).
(Chemical apparatus)

2=PJLYLO V. D., LITVINOV. D. 1. &IG.
MARKING DEVICES
Machine for marking standard shapes and other profiles. Vest. mash. 3;2 no. 3, 1952.
2
9. Monthl List of Russian Accessions, Library of Congress, Oct6ber -195y, Uncl.

ACC NI,AP6021795 si@@a -M /Oia@/i@/Wo/m/w6o/w6c
INTE-1,11TORS: Demenitskaya, R. M.; Trubyatchinskiy, N, N,; Litvir)ov,, E. M.;
Gorodnitskly, A. M.
ORG.* none
TITIZE: A method for geophysical investigation of ocean water. Class 21, No. 182802
Lannounced by Scientific Research Institute of Arctic Geology (Nauchno-
issledovatellskiy institut goologii Arktiki)_7
SOURCE: izobretenlyal promyshlennyyo obraztsy, tovarnyye znaki, no. 12, 1966, 60
TOPIC TAGS: geopIrfsic instrument, oceanographic equipment, oceanography, sea water,,
electric field, salinometer, temperature measurement, automatic control
ABSTRACT: This Author Certificate presents a method for investigating ocean water.
For the sake of automation, increasing the accuracy of measurements, and lowering
the cost of the process, the measuring of the temperature and of the salinity (accor
ing to the specific resistance and to the natural electric field) is accomplished by
deep sounding of ocean water vith a continuous recording of the measured parameters
by automatic geophysical logging equipment.
S'UB CODE: 080 3.3/ SUBM DATE: 13Apr64
Card

141 bf I wihn@_@@,
to @5ytvtlottk I
Fv%-U pq lbt- on---
4 Rtdna" ia,A7, it No. S. io.

V
86-9-6/36
AUTHOR: Lttvinov, F.P. Guards Col., Hero of the Soviet Union
TITIZ: Problem of Education of Trainees During Flight Training
Course (Vospitaniye kursantov v protsesse letnogo obucheniya
PERIODICAL: Vestnik Vozdushnogo Flota, 1957, Nr 9, pp.18-24 (USSR)
ABSTRACT: The author stresses the great importance for the flight
training Instructor of thorough study of personal oharao-
teristics of his students. Even before the first personal
contact is established, the Instructor Must be acquainted
with such personal details of his students as; state of
health and physical fitness, disciplined behaviour, politioa
skill and the age. For the first personal contact with his
student, the instructor must be thoroughly prepared, because
this contact will have important influence in the process
of training and in the attitude of students toward the
instructor. The instructor must avoid cheap popularity
and also exaggerated severity; however., he should not
tolerate even small irregularities. The first meeting
with the students should be organized according to a plan
prepared beforehand and should supply the instructor with
Card 1/5 the most essential information about his training group.

86--g-6/36
Problem of Education of Trainees During Flight Training Course (Cont.)
This will help the instructor in further selection of the
most able and disciplined students who will -form his
Itactive training group". According to the author, the
instructor may win the-confidence of the student if he is
at the same time exacting and modest, well pondered and
observant and constantly exigent to himself. It would be
wrong if the instructor were to rely too much on the data
of the students which may be supplied by aeroclubs and
organizations where the students previously had undergone
their flying education. Also it would be wrong to form
an opinion about the student's flying ability only on the
basis of his first flights. The author stated that on
the basis of thorough checking of some students, flying
capacities it was revealed that the flight do6uments and
characteristics sent from aeroclubs appeared to be
inaccurate. The instructor should avoid making hasty con-
c2usions about the flying ability of the students. In
order to form a proper opinion, it would be necessary to
complete w1th the students 5-10 circular f1ights and 1-2
flights in the piloting zone, in accordance with the
program of training flights with the instructor. But even
Card 2/5 that may be insufficient and the instructor should request

86-9-6/36
Problem of Education of Trainees During Flight Training Course (Cont.)
his superior for a special checking on the 'basis of which
he may determine further methods of individual training.
In order to inculcate the high moral and combat qualities
In the students, the instructor should constantly perfect
the methods of training and education and check the
achieved results. His approach to the student should be
based on good psychological analysis of the student's
character while in the air, as well as during the training
on the ground and in off duty friendly conversations.-
The education and training of each student should be
treated individually, according to his ability and
character. A skillful instructor should from the first
flight, inculcate in the students the habit of analyzing
their errors and reactions during the flight. It is
important to know whether the student while In the air has
the feeling of satisfaction or of fear. On this fact may
depend the course of his further education. Flight Into
the piloting zone, which should be observed by the instruc-
tor very carefully, may supply much useful data about the
student behavior, while in the air. For instance, the
Card 3/5 behaviour of a student in a spin or steeply banked turn

86-9-6/36
Problem of Education of Trainees During Flight Training Course "Cont.)
k
may indicate to the instructor the attitude of the student
toward the flight. In case of lack of Belf--nontrol or
necessary attention, the instructor must adopt appropriate
methods of further individual training. The author points
out that insufficient physical fitness of students in many
cases was the cause of irregularities In fll.ght. This
factor should be taken into consideration by the instructor
in order to know the degree of endurance of otudent during
strenuoua flight. In the program of the flIght training
course is determined the minimum of "0" for eaoh flying
day of stud-ant. However, the instructor knowing the
capacity of his students should order such i'vamber of flights
which will give the best results In trainl43 and at the
same time will not jeopardize the safety of flying.
Physical fitness of the instructor plays an Important role
in training, because by his own experience he will know
what-kind of physical exercise will be most -effective for
developing of flying endurance among the students. The
author cited an example of effective sport training which
in a comparatively short time improved the students' skill
in handling of the airplane controls. Also asserting the
Card 4/5 necessity of individualizing the programp the author

SUNACH, A.D., inzh.; HASKIPOV, V.I.. inzh.; LITTINOY, G.I., inzh.
UKRI catter-loader unit. Ugoll IJkr. 4 no. 11:32-34 JS 160.
(MIRA 13,12)
1. Dongiprouglemaoh.
(Donets Basin--Coal mining; machinery)

RASPOPOV@ V.I., konstraktor; SUKACH, A.D., konstruktor; D'YACiU,,NKO,
K.I., konstruktor; LITMINQVT-G-k-, konstruktor; GOL1D;3HTM,
M.Ya., konstruktor; FOGILEVSKIY, L.G., konstruktor; ZXIMEV,
G.I., konstruktor; BURLYGA, F.I... red.; SAYOLETOVA, A.V.,,
tekhn. red.
[Neo equipment unit on pitching seams] Novyi kompleks na kru-
topadaiushchikh plastakh. Stallno, Knizhnoe 12d-vo Stalino-
Donbas, 1961. 56 p. (KRA *16:6)
(Coal mining machiner7)

BRODSCIT,"Vladimir Isakovich; LITTINOV, Glob Andreyevich; 3ROBSFU30,
L. A. redaktor; HALIKOVA.' MelffcTe"*@o'gry redaktor
A [Work organization of a motor transport system; the practice of
the No.l.jUga Motor Transport Office of the Ministry of Automo-
tive Transportation and Highways of the Latvian-$%JQIrganizatsiia
raboty avtotransportnogo khoziaistva; Opyt Rishokoi avtotrad'&
aportnoi kontory no.l. Ministerstva, avtomobillnogo trwisporta. i
shoseeinfth dorog Latviiakol SSR, Ixd,#2-e. Moskva, Nwichno-toon.
isd-vo avtotransportnoi lit-ry, 1955. 67 P- (HLRA 13-8)
(Riga--Transportation, Automotive)

LTTTM,'OV, n. @,.
5791. Orrnniv-,tsi@@n ro?.-ot-- 'pop, trans@porte. 0-,-rt svtotr@lrsn. '21-.c--
tory '4L1. M-Va -.vto,rLh trarisp@wta I !--hos-leyrykii dorof7 latv. SSR. Ri-,:i, !-tt-osizdat,
1954- 116s. s ill, 21 form, 22,cufl- 5.000 el-2- 2 r 65k (55-1011'; r,
SO: Knizbnaya, LntopJa, Vol. 1, 1955

9'.3140 77203
sov/lo()----1-16/2O
AUTHORS: Babkin, N. I., Litvinov,
TITLE: Installation for Continuous Observation of the Angle
of Rotation of the Polarization Plane by Ferrite, as
Function of the Magnetizing Current and on Frequency
of SHP Oscillations. Brief Communication
PERIODICALi Radiote.khnika 1. elektronika, 1960, Vol 15, Nr 1, pp 169-
170 (USSR)
ABSTRACT: During the development of ferrite devices it is often
necessary to determine the relation of the angle of
rotation of the polarization plane with respect to the
magnetization current (I) or to the SHF frequency.
Card 1/6

In-sta-1-1-atio-n- L~-o-r-C--o-n-t--i-ii-u--o--u-s----O-bs--e--rv--a-t-i.oii 77203
of the Angle of Rotation of the Polariza- SOV/109-5-1-16/20
tion Plane by Ferrite, as Function of the
Magnetizing Current and on Frequency of
SHF Oscillations. Brief Communication
The determination of these characteristics Is done point-
by-point; and requires considerable time; therefore, the
scheme as shown on Fig. 1 Is used for a continuous measze-
ment of these characteristics. The signal from the SHF
oocillat;or enters through the intemediate components
of the set into the auxiliary ferrite device ('[) with
the full. magnetic field, and after being: subjected to the
influence of the'coil current having a frequency fl =
400 cps, the polarization plane of the cutput wave TE I'l
fluctuates within a certain angle. The SHP signal further
passes through the other components and from the wave
transformer TE I'l -TE 1,0 at the end of the rotary transi-
tion (9) enters the detector head (11). Since the polari-
zation plane oscillates the whole time @%ith frequency
fl, at the output; of the detector appear variable com-
onents of the signal with frequencies 1-1 and 2SI
Card 2/6 Digure 2 shows the oscillations. The signal with

Installation for Continuou:3 Clbservdtlon
of the Angle of' Rotation of' the Polariza-
tion Plane by Ferri'Le, as Punction of the
Magnetizing Current and on Frequencj of
SHF Oscillations. Brief Coym(iunication
Card 3/6
'1"(20'@,
SOV/lC9 -5 -1-16/20
@9
Fig. 1. (1) h-f Generator; (2) power supply; (3) ferrite
decoupler; 4) alternating attenuator; (5) ferrite de-
coup @ wave transformer TE 1,0 - TE I, ; (7) auxiliary
ferrite device; (8) element to be tested; 19) rotau trans-
ition; (10) limb with degrree scale; (11) detector section-,
Ifl type 28-1 voltag amplifier; (13) power amplifier;
R4 asynchronous mo or.

-Insta-1--lation-f-or Con-Uniffus-GI)servation-
of the Angle of Rotation of' the PolarLza- SOV/109-5-1-16/20
tion Plane by Ferrite, as Function of the
Magnetizing Current a.-Id on Frequency of
SHF Oscillations. Brief Communication
Fig. 2.
Card 4/6

I
*big=
instailation for Continuo;.As ObSor--ration 7720---'
S07,1z"10"
of the Angle of Rotation of the Polariza-
tion Plane by Ferrite, as Function cf the
Magnetizing Current and on Frequency of
SHF Oscillations. Brief Communication
frequency fl is used for the tracking system, consisting
of components 12, 13, !4 and reducer, wlhicl@ rotates (10,1l).
The system will be in equilibrium when the output signal
with frequency S1 is zero. Whether this will correspond
to point A or C on Fig. 2 depends on the phase of the feed-
ing voltage on one of the motor windings. If the polariza-
tion plane of the wave shifts Linder the inflAence of change
in signal frequency of the magnetization cur.:,ent of the
ferrite device being tested, an error signal with frequency
R will appear (point B on Fig. 2), and the motor will
turn the detector section to the new equilibrium. locat"Lon.
A klystron of' type K-29 is used as oscillator. The operat-
ing range is approximately 10%, and the frequency change
is made by turning a handle which completes the retuning
of the klystron resonator and simultaneou5ly establishes
the optimum voltage on the reflex-electrode. The oscilla-
Card 5/6 tor is equipped with a scale for approximate readings of

Installation for Continuous Observation
of the Angle of Rotation of the Polariza-
tion Plane by Ferrite, as Function of the
Magnetizing Current and on Frequency of
SHF Oscillations. Brief Communication
77203
sov/loq-5-1-16/20
frequencies. The results of experiment.3 ccr.ducted with
this installation are as follows: (1) Time of determining
the above characteristics is of the order of 1 min. (2)
The maximum difference between the readings on this set
and determining angles by previous methods 13 30. (3)
The installation works for a variation cf the power of
the SHF oscillator Lip to 3-11 times. (4) The installa-
tion is simple and consists basically of the same com-
ponents which are used for the previous method of deter-
mining the characteristics by points,
SUBMITTED: August 17, 1959
Card 616

42466
S/785,161/000/010/002/002
AUTHORS: Litvinov, G. L, Svarchevskiy, V. N., Yaryshev, B. P.
TITLE: The use of photorecorders with visible trace for the registration of
geophysical and meteorological quantities.
SOURCE: USSR. Ministerstvo geologii i okhrany nodr. Osoboye knostrid(torskoye
byuro. Geofizichaskoye priborostroyaniye. no. 10. Leningrad, 1961,45-49.
TEXT, The paper describes a recorder which combines the inertialess and
multichannel dapabilities of the magnetoelectric oscillograph rith the continuously Vt,
observable record of a pen-type recorder. The OPB- I (FRV- 1) reca-.-dcr, developed
by the Osoboye konstruktorskoye byuro (Special Design Bureau) of the Ministry of
Geology and Mine ral-Re source a Conservation, USSR, employs a "daylight" photo-
graphic paper which is fairly insensitive to ordinary visible light", but highly sensi-
tive to the UV light produced by a standard Hg-vapor APM- 100 (DRSh- 100) lamp; the
26-v d. c. power consumed is 100- 130 w. The recorder has 6 galvanometer s with a
common magnet. All traces can be viewed directly on a screen at a displacement
speed of up to 3 m/sec. Upon the secondary exposure of the 200-mm wide paper to
the light of, an incandescent lamp, which occurs during its pai;sage un@'.er the visual-
observation window, the recording becomes sufficiently distinct. Further exposure
to scattered daylight does not affect the paper, and its shelf-life is inE.efinite. Flight
and field tests were performed to investigate the suitability of the equipment for
Card 1 /Z

The use of photorecorders with visible trace. . - S/785/61/000/010/002/002
geophysical and meteorological recordings. The FRV- 1 photorecorder was installed
on a spring support on one of the desks of a "flying-lab" aircraft. The air tempera-
ture and humidity and the aircraft g-loads were recorded via sensor- controlled
bridge circuits fed from storage batteries. All recordings were backed up by a
standard K4-51 oscillograph. The photorecorder operated well with circuits V@
having a resistance of tens to thousands of ohm. The high proper freqpency of the
FRV- I galvanometers rendered the recordings practically inertialeBs. The air-
craft vibrations did not produce any appreciable improvement of the records.
Close balancing of the galvanometer mechanism and the spring support of the recor-
der minimized any unfavorable effect of the vibrations. The field tests were per-
formed at the Mirgorod base of the "Ukrneftegeofizika" trust. The FRV- I recorder
was attached to the various sensors during well-logging operations, and all recordings
were repeated by a IIACK(PASK) selfrecorder and a (latent-irnage) OP-5 (FR-5) photo-
recorder - The FRV- I was found to be fully dependable; the simplicity of the device
permits registration of 6 curves, zero lines, and depth an-d time ticks, all with a
single light source, and requires minimal tuning and makeready time, eviin in the
hands of an average operator; the elimination of post-recording darkroom time
increases the productivity of the equipment. The traces have sufficient contrast to
yield good contact prints when exposed through a yellow light filter. There are I
figure and Z Sovid (only) references.
ASSOCIATION: None given.
Card 2/2

LITVINOV., G-I-; SVARCHEVSKI7, V.N.; YARYSHZV, B.P.
Use of photographic recorders with a vinible graph for recording
geophysical and meteorological values. Geofiz. prib. no.10:
45--49 161. (MIRA 15:8)
(Geophysical instruments)

Acc M S OUR ME c0@iTh--WOW-TYA 1315/600/0@ 1 706M-1157T
AP7001401
Shelkow, V. V.-; @Opwdi%j IV.,Z.:; 1famean1kov.9A, li-; '3tepanovj'S. X.
ORGS ncom
iiiLgt Anzimeafnily formca&hvg dmtomil.jointiv--cfboiler shells. Class 21, -No.
M9.06 '.mmounned by A-1,1-iUzikon Sti-ndUfte Roneuroh;and Design Englmoering Inati.t-ute
of and VFAmlmum t@vp=u*ue `f1nn6tvuc%t*on @':vnosoymnyy nauumo-i.ticl adovatel 'A
i prv7,ek$M7. drnstitut Itikhmorivoid. 1;adzdidh9dk9ao:d neftyanogo!apparatoutroyaniya)7
Ma@
.prcq,,-i1h5erxc-,Vv -,1jbraz'.W., -1mmrnyye zndk-t, mo.. -21, 1966, 77
TOPIC UM veldimg, tedhnology, seam v;eldinr,-
ABSTRACT.- 'Thia 'Authar @0v-r'V&M-cWbv proonrAnw iwjuemb4r -for,welding :internal joints
9@,.boUvr nihells. Thc:uonciftil@y consialts idf -a-cdiumn,With a Xrame mounted upon
The rz=mcarrics an arm -wWthm twelding-ihead iplaasd @on:supporting -rollers. To
i a constant podiftion (df -the @elvctrodedn -reopeot :to the seam ourfaGe, the
weldimg *,head wid n=-in-um=vrdmd ktomm rwwthcrl@y - FL,hinge. and a 9pring (nee Fdo. I).
,S -LL,mondtwvt,moi tanfIffiftweent -rd1lere @and 3he IiW.Ier sheil. The
TJ,i the
weldi:ng bead 1a !hAzignd -to Uhn t1muxingm-bafimm @*Ach:are 11gidly comadted to one
another.
GWq lj@

ACC NRa
Fig. -1 - wdldim "'head; T -
has: 1 -'Mgure.
CM-s 13/ SM"BUIR, 11,100165

KORUIRM , I.M., kandidAtakhnicheakikh nauk. dotsent* LITVINOV G.T.
kandIdat tdMn1c1te&k1kh,vjaik,. dottent. im
Kinsmatilt analysis of Xutomntic couplers In oparsition. Trudy DUT
no.25:219-233 156. (MLRA 10:1)
(Cmr couplings)

Li

iM6@6@

C OD:g

As
RV SW CMMR i OM

14

41

GORIN. L.-, LITVKNDV. I.,
The notherland Is taking care of them. Okhr.truda I eots.strakh,
no.6:49,-51 D 158. (MRA lZ11)
(Phyalcally handicapped-Rehabilitatlon)
(Voronezh--Old-age homes)

-- .- ; -1,-7 .1---,--- -
, :--,, -- - -
LITVIHOV. r.; RUMYAHTSRV, V.; MIDOV, P.
r--@ - -wwwmw=m"WJWA
Fire prevention in the Polish People's Republic. Posh.delo 3
no.9:,29-30 S 157. (14LRA 10. 9)
(Poland--rire prevention)

AUTHOR: T_ "OV/130- 32-2-72/3 5
TITLE: They Have Become Metallurgists kOni stali zetallurr-w@li)
PERIODICA:L: Idetallurg, 1958, ur.?$ p 44 (USSR).
ABSTRACT: Tile author Gives brief sketches of soLe workerB at
the Voroshilov Petallurgical Works: Yev6eiiiy Kosjak, Anatolij
Khristyuk and Vitaliy Rozhkov at the blast-furnace plant;
Leonid Yanulis, Nikola., Bykov and Aleksandr Mal'ko in the mclt-
ing shop; Vladimir Lobachev and Konstantin Yevsyu':ov _Jn the
shoet mills; IJaya Konvisar in the cogging mill.
There is 1 illustration.
ASSOCIATION: Zavod imeni V-oroshilova (imeni Voroshilov Works)
Card 1/1 1. Labor--USSR 2. Metals--Production 3. Metallurgy--USSR

LITVIIIOV, 1.
K)ans of-increasing electric locomotive runs between repairs,
Zhel,dor.transp, 36 no.6:28-32 Je '55. (MIRA 12:4)
I' Glavnyy inzhener sluzhby lokomotivnogo khozyaystva Tomskoy
dorogi. (Electric locomotives)

LITVINOV, I.
Pride of our country. Grazhd.av. 18 no.11:18 N '61.
(MIRA 15-2)
(Lomonosov, Mikhail Vasil'evich, 1711-1765)

LITVINOV.,-! I.
.most constructions bave been suggested by workers. Izolw. i
rate, na.11:2-3 N 161. (MIRA 14:11)
1. Rukovoditell Obahchestvannogo byuro fasonnoliteynogo teekha
Uralmshzavoda, Sverdlovsk.
(Sverdlovsk-Founding)

---- LITVIKOV, I.
Mechanized avine-fattening- barn. Sell.atroi. 15 no-4310-12 A
,6o.. (WRA 16113
1. Glavw lnzh. sovkhoza *Uchebno-Opy-tnyy " Rostovskoy oblasti.
(Swine houses and equipment) (Feeding)

LITVINOV,, 1.
Speed plus distance. Grazhd. av. 22 no-3:29 1,I,,r 165.
(VEIIA Is: i)

AP6032088 (A) SOURCE CODE: UR/031T/66/000/009/0068/OOT3
AUTHOR: Ko 81viv B. (Director of "computer tecbnology" pavilion),@, Litvinov, I,
-(Chief engineer of "computer technology" pavilion)
ORG: Computer lj'?echnology Paviliong VDNKh SSSR (Pavillon lWychislitolInaya tekhaikall
VDKKh SWR)
TITLE: Electronic computer. tAichnology
' - C/
SOURCE: TekhnilEa i vooruzheniye, no. 9, 1966, 68-73
TOPIC TAGS: computer technology, computer application, computer design, electronic
computer, memorr core, magnetic tape
ABSTRACT: Thii author describes new Soviet computer hardware. He notes that the new
transistorized iseries of general-purpose "Ural" computers is capable of performing
one million operations per second. Another completely transistorized computer
11minsk-22" operates with a speed of five to six thousand operations/sec'. Its interne
core storage cw,?acity is 8192 words. It also has a 1.6 million word external
magnetic tape im!mory and a number of 1/0 units (see table). The alphanumeric printin
mechanism has 1:28 character positions per line. Any one of 64 different characters
may be printed In any one position. Power consumption is 10 kv. Cther special-
purpose computers and 1/0 systems are described: 1) The small-size "Mir" computer.
developed at the Institute of Cybernetics AN SSSR is intended for solution of scien-
tific and engineering problems. No special programming capability is required to
operate this machine. The input unit @an electric typewriter) accepts instructions

Acc N14 AP6032080
:1/0 Input speed output speed
Punched card 250 linea/min 100 cards/idu
Perforated tape 800 characters/aec 20 lines/see
TY1,3ewriter 7 ch/sec 7 ch./sec
Alphanumeric printing
Mechanism 400 lin@s/:min
BP14-20 printed 20 vords/see
in formula format. T he output is a wide carriage typewriter whose printing speed is
5-7 charactershiec. The computer arithmetic unit is based on 5 digit described
number representation; its speed is 200-300 op./sec. The.computer has'a 12-bit 4o961
word-core memory. Ito power consumption is I kv. 2) The,;digital x-y plotter
designed at the Higs, Central Design and Planning Bureau of ifechanics and Automation
'is capable of'plotting 1100 points/hr on the board 1.1 m. long and 0.8 m wide (see
'
Fig. 1). The plotter accepts input .punched cards,
from a keyboard (separate unitj,
perfdrated tape, or directly from a computer. 3) The "Siluet" system developed at
the "Independent Design and Planning Bureau! in Villnus. The system reads graphically t

Cmd 2/6-

NRt
represented data, converts it into the 3 digit decimal CCIT-2 telegraph code, and
issues it on perfoxated tape (see Fig. 2). Four ordinates may be processed per secoi
11) The Villnus Bureau also features the BLP-l system which reacts data from 5, 6, or
7 unit paper tape and converts into corresponding information on 80-column punched
cards (see Fig. 3).. The system has an error checking feature. 5) The new electro-
Fig. 1. -Automatic
digita3.-Z-y plotter

AP6032088
Fig. 3, BIP-1 tape I!eader/card punch
Fig. 2. "Siluet" autOmat'c a.yotem
graph reader

ACC NRs AP6032688
J
IN
'TH rlili%'11' Me
i
IV
k,
X,
-V
Fig. Electrochemical indicator
Fig. Programed drafting oystem

AFOUJeU00
chemical indicator device developed at the Khar'kov Central Design and Planning BureE
of Automation and Chemicoelectro-plating (see Fig. 4). It is impent ous to shock an@
vibration and it operates in a wide temperature range. Its responw.- speed is
10-1000 msec. Three million write/erase cycles are guaranteed. 6) The automatic
drafting system operates in discrete mode which controlled from the programming unit
(see Fig. 5). Orig. art. has: 5 figures and 1 table.
SUB COM 091 SUBM DATE: none

KARGIN, V.A.; LITVINOV, I.A.
mwv-g@ w iw"U-44,"
Processes of structure formation of polyacrylonitrile from
solutions. Vysokom. aced. 6 no.U1193-1194 -Tl '64
(MIRA l8t2)
1. Institut neftekhimioheskogo, sinteza imeni Tomehiyeva AN
SSSR,

KARGIN V.A.; LITVINOV, I.A.
,It
Structural transformations during thermal treatment of,
polyacrylDnitrile. Vysokom. soed. 7 no.2:226-228 F '-@5-
(MITUI 18:3)
1. Inatit-ut neftekhimicbeskogo sinteza AN SSSR,

57SCS 30- 25172 3/4,90/61/003/CIC7/016/021
/ /' ft9o.7- / 0 B!Oi/B226
AUTHORSt Kargin, V. V., Plate, N. A., Litvinov, I. A., Shibayev,
V. P., Lur'je, Ye. G.
TITLEi Processes of polymerization and grafting on newly formed
surfaces of inorganic substances
PERIODICALt Vysokomolekulyarnyye soyedineniya, v. 3, no. 7, 1961,
1091 - 1099
TEXTs In previous papers (Vysokomolek. soyede, 1, 339, 1359; ibid., Ij
1713, 1959), the authors had shown that polymeri-zation of ;lry! mon@im*1-711S
can be initiated by an intensive mechanical dispersion of solid inorg-ani.1
substances. The present paper studies this effect when dit3persing
metals, metal oxidi?s, and ionic salts. Because in the hitberto used
vibration mill grindings of iron balls had a disvarbing effc-st. upon thf!
polymerization processes, three new grinding devices have 1;-3en -constrlj-zt'-'@@
(1) The monomer, the substance to be dispersed, and glass ball's viere
filled into an ampul being fastened to the vibration mill. (2) The
ampuls were fastened to the armature of an electromagnet wh--ch was fed
Card 1/ 5

S119016110031007/0161021
Processes of polymerization ... 2.55271 B101IB226
by a. c. (3) The ampuls were fastened to the coil. of an electromagnetic
10-w loudspeaker. @?he use of vacuum and different temperavures was made
possible by working with ampuls. Frequency was varied between 50 and 120
cps, the amplitude being 2-5 mm. Duration of dispersion amounted to
30 - 90 min. (A) Pclymerization @y means of Al 20. (corundum, energy cf
crystal lattic& 3610 -,r Cr,O, (E -' 4668 kcal 'mole) was
.C@ j Cr2 03
studied with styrer,@-, mc.,"hy'l methacrylateg acrylonitrile, vinyl acetate,
and some organic sub@tances of the acetaidehyde type. Intensive
dispersion of these -@xides in the presence of styrene or methyl metha-
crylate led to rapid polymerization. In the case of methy! methacrylate,
a polymer having a mole7ular weight of 259000 was obtained. Vinyl
acetate was not polymerizable. Whc-n dispersing corundum, a,-,etaldehyde
yielded, after 2 hr, 3 - 5 5' polyacetaidehyde. Also in thii3 case,the
results were not different from those obtained by J. Furukawa et al.
(see below) by means of Al 20 3 annealed at 6000C. Dispersion of corundum
in acetone under excl-)Slon of air resulted, at room temperall-are, in small.
quantities of m=sityl. oxide and phorone. No high yields could be
obtained, since the resultant H-0 is adsorbed on the surfaces of A190,
Card 215

9/190/61/003/007/011')/021
95272
Processes of polymerization ... B101/B226

and the active centere: are blocked. (B) Polymerization in the presence y
of Fe,-Al, and Mg easily succeeded in acrylonitrile and methyl metha-
'
crylate between - 30 and + 500C. The results did
not differ from the
data obtained earlier for styrene - SiO 2 and styrene - NaCl. Considering
the polymerization mechanism of acrylonitrile, assumption.is made thdt.
in the metal surface electrons are excited, which, at low nork function
(W 4-31 ev, TI 4.2 ev, V1, 2.74 ev)-pass over to the monomer
F
Al M
e
g
adsorbed on the metal surface, and release the reaction acccrding to the
following scheme: t--N
G
CH,@j H + C CHj-
CA.
N
A
A denotes the possibility of chain growth according to anionic mechanism,
P according to radical mechanism. Besides, in the'presence of Fe, complex
formation of Fe with n:itrile groups and formation ot cyclic g*zoups is
,
/I
assumed for acrylonitr!.10.' Furthermore, account has to be t!dcea of that
'
I
-
the metal
s are covered by an oxide film. On the oxide film, a grafting ofj -
--
-
:
the result ;ing polymer could appear, and separation of the Me.-O bonds during
Card 3/5

S/190/61/003/007/0',6/021
Processes of polymerization ... B101/B226
dispersion also could have an initiating effect. In the system Mg-methyl
methacrylate, a highly swelling polymer was obtained, a metal-polymbr gel
the lattice points of which consist of metal particles being bound to the@':
polymethyl methaerylate by means of Me-O-C bondsi "When treating these
polymers with H01, tha molecular weight decreased.(from 74,000 tP 30 000
in the system with Al; from 250,000 to 160,000 in the system with
Therefrom, conclusion is drawn that a hydrolysis of.M6-0-C bonds had take
n
place. Attempts to polymerize styrene or methyl methaorylate by disperldng
metallic Cr or 71 were unsuccessful. The too high work function of these
metals is considered to be the cause of this fact. The capability of-
@nitiating polymerization thus does not depend orr the absolute strength.of.
interatomic bonds in the crystal, but on the capability of form@ng
active centers of the electron d9nor- or'radioal-type. (0) I)olymerization'
by dispersion of salts (NaCl, KC1, CaF 2) already took..plaoe at room
temperature in methyl methaorylate, acrylonitrile, styrene, andcc.-methyl
styrene. Assumption ismade that also in.,this case initiation takes
place by tranBferring an electron to the monomer. The electron might
.be.set free by 16nTkation- or oryatal defedto of the F-oenter type.
Dispersion of TiCl or BeCl in the presence of styrene led to its iapid
3 2
Pard 4/5

251272 S/'q0/6-,/003/OCr7/Co6/021,
Processes of polymeriza--on BIO'.IB226
polymerization, eve-;i at - PC--'C. These sa-'t-- had ni effect upvr- methy!
methacrylate. In this --ass, the initiat,_on of the P@Iarlz:ng effect of
Ti 3f- or Be 2+ Is reduced to the double bond of etyrene tending toward
cationic prjlymer-@zation. In agreement wizh the experimEnt, .71CTOMEYr-14
.with electrons-gativr- s@i'tlst,_tuentil (methyl m,@thanrylate) @oild r_@-'. bt@-
polymerized. S. D. levina, K. P. Lo@baLcva, P. Yu. Butyag_tr, A. A. Berlin,
K. S. Ma:nsker -and V. K.- B I
ykhov@3k`y are ment:iongi-d. Ther- arp I If
and 21 referenceEs 'C and -j non-S-vi,@'-b'o.--. Trie thrP.,
mo8t important r@-fr-rerce* -o f@@-
J. Furlikawa,. T. Sa?gu@i--, T. Taur,;t1i, H. T. Tatan.., J.
- :@ -. . -. 9
36, 54"), '19@91 H. Adk@ns, A. J. Am;_@z. 3
M. Ue ta, W. Kdnz: g, Phjo. Rc-,T.
9 9 5
ASSOCIATIM M:-.@@k,;-.qk.ly llizllv@rczll tO. "IT.. W. V. L,)rv_,41,:.r3OvA
( M @@ i @ @:,% S t aU t: v@yi!.Ilertl M. V@
SUBMITTEDt N,,vemte.- ',q,, -)vj
Card 1:/5
.j

7
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t Iiielt, c I L @o
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'--.@-Iocted: so.-@,6at-@'-the m avature At 4ay W
rature@:-at@ w L c' -m'arked. dhan'gem irt@:t a morpholog-f
r the tempe h h h o;f @- th
ymer OrLao art. has 3 Rgures 15 H.)
:-.'r-v&etFLy- loem--e, Ito I could take @,pl ace
Z4,
X,DE;i*-, oc Gel
1-7
0.0,4 0 j -3191
m 6 Itt
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