SCIENTIFIC ABSTRACT GITLEVICH, A. - GITMAN, E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515210017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

If
me
-Ac Or"-)"0C4'-1r ~/r
A 1041 A 021-A
AUTHOR: "ritlevich, A.D., Gradliate Engineer
TIT12: Auxiliary Welding Equiment
N
PERIG01CAL: Svaroclmoye proizvodstvo, 196C, No. 6. pp. 10 - 13
TM : In this article which was worked ou, in ccl~opevatlor 1114-*,
A.P, Pavlovs iy, A.N. Belavina, L.I. Rabinovich of '.,-PPI Iyaztviloq~) ma~",'I nostr
niya (Heavy Ma,3nine Erailding VPTI) and P.I. Sevbo, M.D. o~-hers D~
the Ins'~itui, Plektros-varki im. Ye.o. Patona AN 'JkrSSR
im, Ye,~. P,-.,n of the AS UkrSSR) the following welding equIpment.
Welding manirmlators of the typesT-25 (T-25), T-2 Whig,. ave !n~-t itLled 1!)
variol-is plar-ts, whereas the typesilAC-2 (MAS-2),YC~-1'.X-o (.U5M-12-~).n)
(USM--5000) and YM10000 (USM-10000) a-re only designif-1. Among
tors, type cm-Mor (SM-50000) is part-ictilarly rp7ommended. T~irr-t.al,1eF rtre
frequently used In the welding industry. Dotible-sided.
ated tIlter5 designed by VPTI Stroydormash (now VPT E Mosiromi- -vrnar-kJ~o-zl mos
widely used. Among standard and special double-sided
Card 1/2

Auxiliary Welding Equipment
ciroular ;trid screw Jack tilters, the most. w1d,,41y used ati-T -i~. 15)
(T-16), Ir-17 (T-Iwj) and T-18 (T-18) roller zf.,xnd-q . MoE~; eff Icient-- a.,
driven roller seotions ensuring the turninv of J+~eflls
stands can be promptly assembled and dismintled, enn~rng.
duction space. Immediate development of reliable j
There are 4 tables.
ASSOCIATION-. Vzesoyi7.nyy prcyektne-tekhno-,~:,gichesli,.r
stroyeniya (All-Union De-ih
_~n M-
chine Building)
Card 2/2

BROVKO, I.A.; GITLEVIC14-1-D.; BRAGINA, Ye.l., red.; VIKTOROVA,
Z.N., tekhn. red.
(Auxiliary equipment for assembling and welding operations]
Vapomogatellnoe oborudovanie dlia sborochno-avarochnykh rabot.
Moskva, TSINTIMASH, 1961. 48 p. (MIRA 16:5)
(Welding-Equipment and supplies)

87"t
S/135/61/000/001/001/018
AO06/A0O1
AUTHOR: Gitlevich A.D., Engineer
TITLE: Mechanization of Assembly-Welding Operations
PERIODICAL: Svarochnoye proizvodstvo, 1961, No. 1, pp. I - 6
TEXT- Information is given on a number of units for mechanized accessory
welding operations and comprehensive mechanization in the manufacture of welded
structuren, thown in an exhibition on welding. The section of manipulators and
positioners includes the following machines: the K H -500 (USM-500) manipulator,
intended for the turning and adjustment of up to 500 kg work pieces into a posi-
tion and rotation convenient for the automatic or manual welding of annular or
meridional seams; the XM -1200 (USM-1200) and )CM-5000(USM-5000) welding
manipulator which are now being manufactured In series; three types of M AC (MAS)
manipulators, where the face plate rotates through a stepless regulator from a
1.3 kw motor (Table 1); the GN -iooo n (SM_1OOOP) manipulator-positioner, as-
suring the rotation and Inclination of the parts to be welded with the aid of two
pneumatic engines connected to the air line at the 4-5 atm pressure; the C'M -5000r
(3M-50000) manipulator-positioner for the turning, Inclination and lifting of
Car

879"
S/135/'61/000/001/001/018
Mechanization of Assembly-Welding Operations A006/AO01
large-size parts; a 5000 kg capacity manipulator-positioner assures the mechanized
rotation and inclination of the work and is equipped with platforms for the opera-
tors; the position of the platforms can be regulated. The following positioners
for welding operations are on view: a two-stand positioner equipped with electric
driven turning and hoisting mechanisms, a lifting-turning conduc-~or with pneumatic
clamps and a draft fan; a 17-ton capacity two-stand positioner with lifting
centers and movable stands; a ring-positioner with dismountable rings for welding
longitudinal dumpcar border slides of 12.8 m length, 1.5 m width and 5 ton weight;
a jaw-positioner for the turning of up to 40 m long and up to 15 ton heavy beams
and pillars during the assembly and welding of metal structures; the particular
feature of this machine is the free access to the work to be welded along its
whole length; a positioner with hydraulic hoisting jacks for the assembly and
welding of 12 ton locomotive frames; a 10-ton capacity portable positioner with
hydraulic lifting jacks .;o be used in small scale production; a group of two-stand
positioners of 2, 5 and 10 tons capacity for welding large-size parts of freight
cars; the 10 ton positioner has a 1,700 mm center height and is used for 14 m
long and 3 m wide parts; There is a section at the exhibition displaying devices
for mechanized accessory operations, such as a device for the mevhanized winding

879"
S/ 135/b 1/1000/00 1/00 1/0 18
Mechanization of Assembly-Welding Operations A006/AOOl
up of electrode wire into welding machine containers and the simultaneous cleaning
from rust of the wire; the P -550 (R-550) flux-apparatus and a gas-exhauster to
remove harmful gases during welding. A series of exhibits demonstrates mechanized
operations when assembling the parts for welding. Materials are presented for the
introduction of a multi-purpose installation intended for the assembly of cylindri-
cal parts for welding of circular seams; a multi-purpose portable hydraulic as-
sembly portal for the assembly of large-size box beam structures of up to 3,000 mm
height, up to 800 mm width and 32 m length; high-efficiency special units with
pneumatic clamps and fixators are intended for the assembly of the bodies and side
walls of electric train cars; a specialized unit for the assembly of platforms of
60 tons capacity, and for the assembly of longitudinal dumpear borders, of 80 tons
capacity, are on view; Comprehensive mechanization of welding-rtructure production
is demonstrated by a number of exhibits. A line for the manufacture of welded low-
carbon and low-alloy large I-beams, with a yearly output of 67,000 tons; the dimen-
sions of the beams are 12 m length; 600-2,000 mm height; wall thickness 8-20 mm;
shelf width 200-600 mm; thickness of shelves 10-40 mm, A line is shown for the
manufacture of mining cars assuring the output of 100 cars per shift. Automatic
lines are shown for the manufacture of railroad tanks, truck wheels, metal struc-

8799t
S/135/61/000/001/001/018
Mechanization of Assembly-Welding Operations A006/Acol
tures of broaching machines; straw shaker keys, locomotive frames and bodies, x
truck cabins and open-wagon hatch covers. A section of the exhibition shows
manual are welding holders, including a holder for cinderless welding, a holder
reducing the length of cinders designed by Engineer B.I. Smirnov, and a spring
type holder.
Card-4/ '
-- 9

GITLEVICH T
.10)
161. (i ru 1j, . - ,
1.
maohnio-tre-en'
:x.(! rup lies)

GI-rIEVICH, A.D.
Classification and conventional symLols for ueloinF, tools ano Llevict-s~
Avtom. svar. 15 no.2:M-88 F '62. (M.LRA 15-1)
1. Vsesoyuznyy proyektno-teVbnolo[-,ichpFki:r institut tyazhelogo
mashinostr3veniya.
(Welding-Equipment and supplirs)

YEMELIYANOV, Leonid Vasillyevich; ZHIVOTINSKIY, Lev Abramovich;
GITLEVICH, Arlen-Davido cb; TYURIN, V.F., nauchnyy red.;
iO-NOV, V.N.V red.; DORODNOVA, L.A., tekhn. red.
(Auxiliary equipment for welding; an album] Vapomogatel I noe, obo-
rudovanie dlia ovarki; allbta. Moskva, Proftekhizdat, 1962. 123P.
(MIRA 16:11,
(Welding--Equipment and supplies)

GI~TLEVIC~HA ~.; ZHIVOTINSKIY, L.A.; ZHRAKIN, D~F.; FkLIKEVICH,
A.B., kand.tekhn. nauk, retsenzent; CHIKUNOV, A.I., inzh.,
retsenzent; TYURIN, V.F., inzh., red.; PETUKIIOVA, G.N.,
red.izd-va; MODEL', B.I., takhn.red.
(Work standards based on technical data for welding englaeor-
ing processes]Tekhnichaskoe normirovanle tekhnologlcheakikh
protsessov v svarochnykh tsekhakh. [By]A.D.Gitlevich i dr.
Moskva, Mashgiz, 1962. 170 p. (MUZA 16:3)
(Welding-Production standards)

GITI&VICH D
inzh.
Types of auxiliary welding equipment. Svar. proizv. no.2444-46
F 163. (14IRA 16:2)
1. Voesoyuznyy proyaktno-tekhnologichoskiy institut tyazbelogo
mashinostroyeniya. .(Welding-Equipment and supplies)
-~, k;

GITIEVICHEA.D.; KOGAN, X.I.
Analysis of basic technical and economic indices for the making
of welding structure in heavy machinery building. Avtom. avar.
16 no.1:68-74 Ja 163. (MIRA 16.2)
1. Vseisoyuznyy proyaktno-tokhnologicheskiy Institut tynzbelbgo
mashinostroyaniya.
(Haebinery6-4elding)
(Welding-Costs)

I
G-ITLEUCHY A U . ~ ~T, z'~ ~
Confpreni~- on the teohan-'zaticr, .' '-Ieldfni~ ~jr hela'--f
manufact-;r.e. '.'va,-. pro-'zv. no.9?47 S 1~4. 17;~12.,

GITLIVICH, A.D.
Standard ization of equipment n~- svur.
17 no.10-.80-83 0 164 :8.-1)
1. Tsesoyuznv
mashinostroyeniya.

NEPORO&RUY, P.S.; GRINEVA, E.P., inzh., red.;
inzh., red.; PCHELFIll, J.A., inzh., red.; ~'LO~~DKD'A'
G.N., red.
[Power engineering and construction of power oystems in
India] Energetika i energeticheskoe stroitellstvo Indii.
Moskva, Energiia., 1965. 108 p. (1-'!.-',A 18:9)

GITLEVICH, A.D., Inzh.
Standard equipment for the mechanization of welding operations.
Mekh. i avtom.proizv. 19 no.3:22-26 Mr 165. (IIIRA 18:4)

GITLIN,, JAN*
GEOGRAPHY & GEOL40GY
GITLIN, JAN. Nad Rio de la Plata. Ksiazka i Wiedza, 1958. 340 P-
M~f Not in DLC
L~i
Monthly List of Fast European Aarssions (EZAI) LC, Vol. 8, No.-5,
--Astv- 1959, Unclass-
I

cll.
Ll/t'"./v
USOV, I.. lnzhener. (g.LpntnFrad); GITLIN, N., inzhener, (g.Lerimgrad).
The K-44 enrhuret-,r. ZFi ral. no.6-16-17 Je '57. (MIRA 10:7)
1. TSentrallnoye konstruktoralroyebyuro toplivaoy Rpparatury.
(Alit omob ile c - O?ngine a-Carburet are)

AZ

GITLTLB, N.N., kand.tekhn.nauk; KALUGIN, K.P.
Selecting an efficient design of the gasoline boonter pwnj)
for motor vehicles. Av-t.prom. 28 no.1:21-23 Ja If,2. (MIRIL 15:2)
1. TSentralInyy nauchno-issledovatel'skiy i konB-,.ruktorskiy
inatitut toplivnoy apparatury avtotraktornykh i aiAtsicrarnykh
dvigateley.
(Fuel pumps)

ZHDANOVSKIY " N. S., doktor takht. nauk; GITLI11,_11-_&, kand. tekhn.
nauk; HIKOLAYENKO, A. V.
Investigating the performance of the GAZ-21 engine vith flame
ignition in case of carburetor mixing and fuel injection. Art.
prom. 28 no.9-13-8 S 162. (MIRA 15:10)
1. TSentrallnyy nauchno-issledovatelfskiy i konstruktorokly
institut topl-ivnoy apparatury avtotraktornykh i statsionarnykh
dvigateley i Laningradskiy sallskokhozyaystvennyy institut.
(Motor vehicles-Engines-Testing)

711DANO-VSKlY, N.S., cl,Dkt~:,r Lek'--n. nauk; 1 7 1; 1 7 1, a
t~-"hn. nauk;
kand. nauk
Invest lgating, libht fuel irjectLuri ~i.,j.itoms witli a ~;-,-oport-iori:r:g
dintributcr. .,'.vt. prom. '30 1f:4.
apparat,ury w:Tc)'l:-aktor-nykh i

L 33749-66 E'.-#'T ( mT
N-RoAR60173 -ObG-UIV6~7 3/66/666/001/W4 5/004 3
CC UkE G
A
AUTHORt Zhdanorwakly, N. 3.; Gitlin, N. W.; 111kolayonko, A. V.j lozhushko, K.
TITLEi Jet Ignition Ja an effective memo of Increasing econ(My and complateneas
of combustlon In automotive anginea Yorking on pasoline and Uquiflibd gas
SOURCEi Ref. ah. Dvigatell vnutrannego egoraniya, Abe.
REF 5OURGEt Zap. Leningr. B.-kh. In-ta, v. 97, 1965, 131-189
TOPIC TM;bt igiDttion, combustion research, ongine ignition aya%em, f%iel
consumption
ABSTRAM Jet lgpi_t~c&,is an effnetive means of increasing fuel oconomy In qnrlul
automotive sngir-.-,, vorking on gasoline and liquified gas. The more active fluw a)'
the I c~---!;.r4%\rsau1ta in decreasing the carbon oxide contorit in exhauf3t
gases, compared ~-- -~7ark ignition. This holds true for both gwaaolinn and l1quifled
fuels.
SUB GODEi 1V " T!i DAM none
L Cwd'-12/1-

ACC NRt AP7000363" ___eO ----~~Wicctz6lk-.--uR-To4-13T606-oo-16~i/6-f wob6
INVENTOR: Gitlin N. N.; Saprykin, V. m.; Popov. L. N.
ORG: none
TITLE: Fuel pump!for injecting light fuel.
class 46, No. 1B8798. (announced by the
Central Scientifii Research Institute of Fuel Equipment (Tsentrallnyy nauchno-
isaledovatel'skiylinatitut toplivnoy apparaturyl)
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 22, 1966,
135-136
TOPIC TAGS: pump,.fluid pump, engine fuel pump, -"V~54 1A1JF(!7'16-)
ABSTRACT: An Author Certifcate has been issued for a fuel pump for injecting light
fuel into the cylinders of an internal-combustion engine, which contains plungers,
sleeves, and spring-loaded intake valves, the closing moment of which in changed
by a moving element with*oblique parts fbr regulating the amount of fuel supplied.
To increase fuel-ieed accuracy and simplify the design, the intake valves are
located inside thl pistons, and the noving element is made in form of a rack passing
through the sleeves and plungers. Orig. art. has: 1 figure.
SUB CODE: 13/ SUBM DAM IlSep63
-Card -1/1 UDC: 621.43.031

GITLIN, Ya.L.
Radioscopy in copper prospecting in the Altai. Razved. -4 akh.
nedr 29 no.11:38-43 N 163. (14-TRA 1-7:12)
1. Altayskaya geofizicheskaya ekspeditsiya.

GITLIN., N., inzh. (Leningrad); NIKOLAYEVO, A., inzh. (Leningrad)
Which is the optimum regulation? Za rul. 21 no.7:15 J1 163.
(MIRA 16:8)
1. TSentrallnyy natichno-issledovatellskiy institut toplivnoy
apparatury.
(Motor vehicles-Riel systems)

KOVALISKIY, A.; GITLINA, N.
Integrated brigades in the Vladivostok harbor. Mor. flot 23
no.4:6-8 Ap 163. (ICRA 16:5)
1. Nachallnik otdela truda i zarabotnoy platy Vladivostokskogo
porta. (for Kovallskiy). 2. Starshiy inzh. otdela truda i
zarabotnoy platy Vladivostokskogo porta (for Gitlina).
(Vladivostok-Longshoremen)

15-5',*-"'- _,_341
Translation from: Referativny z hurnal, G(.:oJ.oTL'ra' 191/'~' ilr. 7,
p 249 (USSRT
AUTHOR: Gitlin, Z. Ts.
TITLE: --H-ydrofract e-thod for Opening Fetroleum-Bearing
Stratum (Iz opyta raboty po gidravlicheskomu razryvu
rJasta)
PERIODICAL: V 5b: Metody uvelicheniya nefteotdachi Flastov.
Moscow, Gostoptekhizdat, 1955, pp 92-97
ABSTRACT: A production test was made of hydrofract opening of a
petroleum-bearing stratum in pressure wells of the
Tatneft' Trust. The test showed that both spent
sulfite alcohol (SS8) and pure water, used as sand
carrying hydrofract liquids, sometimes fail to produce
the desired effect of increasing the stratum permea-
bility to the flow of ground water. The Strata-Physics
Branch of the TsNIL (Central Scientific Research
Card 113

15-57-7-10341
Hydrofract Method for Opening Petroleum-Bearinp, Stratum (Cont.)
Laboratory) at the Tatneft' Trust conducted many tests of seepage
of SSB throu h a Devonian sample. The following factors were found
necessary: N use of liquids of high viscosity, which will seep
primarily through the most permeable interstrata. joints, wedge them-
selves between the layers, and produce fissures; ~!) formation of'
primary channels for penetration of the hydrofract liquid by con-
trolled local blasting of the strata. Laboratory and well tests
permit the conclusion that use of SSB decreases the permeability of
the strata. Hence, a new liquid must be found whic'. will have a
water base. SSB should be purified of mechanical admixtures before
it is used. The well should be swabbed before test-cycling of the
water and after~ilijection of the SSB.. It was determined that the
amount of liquid for one cycle of pumping should be equal to the
volume of the pipes and sump, and that the amount of included sand
should be 20 to 30 percent by weight of the hydrofract liquid. The
process should be repeated if a large amount of sand needs to be
used. It is necessary to: 1) screen the sand; 2.1 prevent the sand
Card 2/3

15-5-, --17-IC-341
Hydrofract Method for Opening Petroleum-Bearing -~tratur,- ,
from lodging in the bottom zone of the well; 3) to conduct tests on
the use of coarser sand (grain sizes of 1.2 to 1.5 mm and 1.5 to
1.8 mm). The sand should be washed and cleaned of mecbpnical
admixtures. I
Card 3/3 V. M. Yermolayev

44gLIN, Z.Ts.
qq~**Aikk~
Data on hydraulic fracturing of sands in the Tatar A.S.S.R.
Neft.khoz.34 no.7:26-29 J1 156. (KIRA 9:10)
(Tatar A.S.S.R.-Petroleum engineering)

24857 s/io6/61/000/005/005/oo6
172 A055/A133
&I S10 Q
AUTHORS: Vatsenko, V. A. and Gitlits, M. V.
TITLE: Determining the irregularities In the efficiency of ferromagnetic
carriers for phototelegram reproduction.
PERIODICAL: Elektrosvyazt, no. 5, 1961, 58
TEXT: The serial production of magnetically rerecorded phototelegram repro-
ducers using the standard 6.25 mm tape is being prepared this year in the USSR. As
amplitude modulation is used, the elimination of irregularities in the efficiency
of the tapes becomes an important problem. Distortions are caused above all by
parasitio amplitude modulation connected with the presence of defects J-n the ferro-
magnetic coating of the tapes. In the present article, the authors examine these
defects and describe a device allowing to count the exact number of defects in the
tape. For the examination of the defects, the authors dLvide the defects into
two groups according to the nature of the distortion they cause in the recorded
signal. To the first group belong the defects connected with the ncin-uniformity
of the magnetic characteristics of elementary sections of the magnetic carriers.
To the second group belong the defects the consequence of which is art interrupted
Card 1/7

24857 s/io6'/61/000/005/005/006)
Determ:Lning the irregularities ... A055/A133
contact between the tape and the recording head. The appearance of a gap betwenz~
the tace and the head brings about a considerable fluctuation _ff th,~ signal level,
especially when short wavelengths are recorded. Therefore, when defeats of the
second group a-re present, the depth of the dip in the reprodu.~ed signal depends
on the recorded wavelength. The geometrical dimensions of the defects of the
first group in the direction of scanning ( Allongit.) are given by the relation:
,d llongi. = vt (1)
v being the velocity of the tape and t the duration of the decrease of +the repro-
duced signal level. If the depth of the dip in the reproduced signal is determ:bled
by the geometrical dimension in the direction perpendicular to scanning, th-s
dimension is given by: A C = C (I - 10-b/20 ) (2)
where C is the width of the path of the record, and b is the depth of the dip in
prodiaGtion. The determination of the geometrical dimensions of the dcfects of tlll~
second group is much more difficult. The real geometrical dimension of t1he defej ,Z;
(4 1) is, however, much smaller than the section of the band t~lequiv. ) aLong
Card 2/7

24857 S/1&6/6 I/0G-0/0)5/X.)5/OCY`
Determining the irregularities A055/A133
which the contact between the tape and the recording head is interrupted. S-'nce
the duration of the dip in the reproduction is determined by & lequiv., it is
appropriate to evaluate defects, not by A 1, but by a IT (which is mucli easier)
and to resort to the following relations, analogous to ivLd (2):
Alequiv. = vt -b/20
1dC equ V. = C (I - 10 (3)
Asz-lming that the tape is sufficiently efastic and that its contact with the rE-
cordfng head Is perfect in the absence of defects, it is possible to show that,
fcr toroidal heads, the length of the tape section corresponding to the broken
contact is: 41equiv. 2 h R
- - R + iT (4)
where R is the radius of curvature of the head, and h is the height of the defeA.
In spite of 'he steps taken with a view to improving the quality of magnetic tapez~
the tapes produced In the USSR at present still possess numerous defects. An ex-
perimental check of the quality of the tapes is therefore necessary. The magnetic
recording laboratory of the Moskovskly elektrotekhnicheskiy inSt4tUt svyaz-4 (14"z-
1 - -
cow Electrotechnical Institute of Communications) has developed a special elee-
~ron4c device allowing to count the exact number of defects in the tape and t:;
estimate their equivalent dimensions. This device, called "crunter of magn,~tie-
Card 3/7

24857 S/I 06,16 1/000/005/005/(~C6
Determining,the irregularities ... A055/AI33
carrier defects", counts the defects existing in the magnetio- tape and carries
out simulatancously their selection either according tc, thc- d,jration th,! repro-
di~:~tion dips being caused, or according to al.qu,-- in ftve different cbarLnels
(tak-ing into account the band velocity). The zelp~-_Elon of' t~ie defects a--.--ord.Lng
tcacequl-l. (1-vel fluctuations) is carried out by varying tLe limliting level of
an ampfitude selector which is one of the component pa-ts aV th,:! pulse-format.-,or
blc--.k described later. The counting device is designed for cheok~rz tLe tapes used
for phototelegram reproduction. The minimum defect-magnitude (,&Iequ4,.* mLn) W111d'
cazi be detected by the device, equals the minimum wavelength of the rklc-~-d. UsPd
with a MA -15 (PIEZ-15) type magnetophone, the devir-P. can mizn.P~A
"10 microns at a tape velocity Of 762 mm/sec. As for the selection of defects
t~ dC Vv.: ACM.1-1 ~ 100 microns, the thlc~--,ess cf the ---~ordlng-
,e
1-~ad pa:~kage be I C = I mm.- The channel selection of de'ects is so arra:iged that
into ~-ach charnel Denetrate the defects causing the distortion of a determ~'ni~d
faes'.mile-Image section. Data on the dimensions of the defects getting into eac~i
crazvipl are &.1ven in table I.
Caz-:i "
1/7

Determining the
Table I.
irregularities ... 2057 S/1(>6/61/OW/O()5/005/OC)6
A055/A133
No. of channel Duration of dip Number of distorted b lequiv . (mm)
in reproduced picture-element5 at v 762 nuri/sec
signal (millisec)
1 25 - 50 50 - 100 19 38
11 10 - 25 20 - 50 (.6 i9
111 5 - 10 10 - 20 3.8 7.6
IV 2 - 5 4 - io 1.4 - 3.8
V 0.1 - 2 0.2 - 4 0.07 - 1.4
In the presence of defects producing distortion of more than a hundred picture-
elements, an indicator operates in conjunction with a counter of slow dips. The
counting device, as a whole, operates as follows: The signal from the reproduc-
tion amplifier is applied to the input of the device, If the reduced signal-level
Is below the limiting threshold determined by the forpation block, this block will
form a pulse the duration of which will be equal to the duration of the dip. The
leading edge of this pulse triggers the kipp-relays which determine the duration
of the reproduction dips that get into the corresponding chwyiel. The pulses from
Card 5/7

2h857 S/106/61/000/005/005/006
Determining the irregularities A055/A133
the kipp-relays are delayed (by a delay-unit) for 20 microseconds, i.e. for the
time necessary for the operation of the"mismatch circuits". These pulses, together
with the pulse formed by the formation block, reach then the mismatch circuits
of the corresponding channels. In the channels where the duration of the kipp-re-
lay pulse is greater than the duration of the dip, pulses tile duration of which is
equal 1.0 the delay time will appear &t the output of the mismatch circuit. The
duration of the dip determines thus the presence or the absence of the signal
at the output of the mismatch circuit of individual channels. These signals are
applied to a decoder which decodeethe received combination and triggers the terrrlin-
al kipp-relay of the channel in the working range of which is situated the duration
of the d' P. The load of this kipp-relay is a CG-l tilloo ("SB-IM/100") type counter.
Two operating conditions of the counting device are possible: the "counting" con-
dition and the "stop" condition. With the "counting" -condition, selection and
counting of the defects in the tape take place. With the "stop" condition, the
tape-driving mechanism is stopped at the moment of the appearance of the defect,
and the existence of this defect is thus revealed. Experiments have shown that the
most frequent defects are those with small equivalent dimensions (smaI16 1equir),
It was also found that tile maJority of defects cause a decrease not exceeding ~ db
card 6P,

2hP,57 s/io6/61/00O/OO5/005/bo6
Detlermining the irregularities ... A055/AI33
~n the level of the reproduced signal. There are 8 figurcs ard 1 table.
SUBMITTED: October 29, 1960.
Al~
Card 7/7

--GITLITS M.V.- FATRUNOV, V.G.
Correction of halftone characteristics in magnetic recording of
photatelegraphic images. Nauch. dokl. vys. shkoly; radiotekh.
elektron. no.201-1-319 159. 1,%aRA 14-5)
1. Laboratoriya magnitnoy zapisi Y-10 Moskovskogo olekti,otekhnichch.
skogo institute. avyazi.
(Phototelegraphy)

S/108
,/62/017/004/010/010
61'5-Z0 D288/D301
AUTHOIR': Gitlits, 11.V.
TITLD: Dynamic range of a magnetic tape recording channel
PERIODICAL: Radioteklinika, v. 17, no. 4, 1962, 66 - 76
TBXT: Telemetry applications place higher demands on fidelity and
signal-to-noise performance than audio tape recorders. The record-
ing process is considered as a transmission channal with multiplica-
tive interference by modulation phenomena, consisting of spurious
At! due to non-homogeneous character of ferromagnetic particles and
of spurious FM due to random deviation from averafre speed of the
transport mechanism. Less important additive interference is mainly
contributed by amplifier noise. A quantitative analysis of the ef-
fects of unwanted AM and M follows. The first leads to a twofold
effect, a cross-modulation of the wanted- by the interfering signal
and a signal-to-noise deterioration. Spurious FM results in velo-
city modulation which is analyzed in terms of carrier frequency,
max. modulation frequency and modulation index P, and also in un-
wanted AM; optimal choice of these parameters is discussed in the
Card 1/2

GITLITS, M.V.
Passage of signal and noLge through a mRgnetic recording channel.
Radiotekhnika 18 no.12:38-47 D 163. (MIRA 17:1)
1. Daystvitellnyy chlen Nattchn(~--ttakhnlcheskogo obstichestva radio-
tekhniki i elektrosvyazi imeni Popova.
I

GITLITS.-M.
Carx-jing capacity of a magnetic reco-.d:Lng channel. Radia.6khmilce
20 no.3:43-46 Mr 165. (IURA 18%6)
I* Dnybstvitellny~ thlen NRuchno-tAkhnicheskogo ob13hahestva
radiotekhni~i i 2,ktrosvyazi imeni Popova.

GITLITS. P. [Hitlits, P.]
Let's supply collectivo-farm construction with lime and cement
made by ourselves. Sill.bu4. 9 no.10:19-20 0 '59.
(MIRK 13:3)
1. Ifachal'nik upravlani" stroital'stva Stalinskogo oblastnogo
upravlaniya sel'skogo khozyaystva.
(Stalinak Province"-Building materials)

ABATUROV, A.I.; VINOGRAWV, M.A.; DUBROVA, G.B.; 10TORZY, L.C.; ZORIF. S.14;
VASIL'YEV, A.A.; VOLOKITIN, A.S.; B=VBTSKrY, A.I.; PE14AZKOV. N.S.;
MEZIDITSET, F.T.;YEGORKIN, II.I.; DANIIOV, M.M.; LUKASHFT, M.Ya.;
OTMOVICH. I.L.; JUXVCHN7. A.Ye.; SARYCHrV, V.G.; ZAVILDVICH, M.A.;
NOVOSELISKIY, N.M.; M.S.; IbROZ, L.P.:
LNZTAGUROVA, F.V.; CHDGOVADZICI �h.K.; RYBGIMMO, A.A.; BOCHAROVA. N.F.;
GAGIDYEVA, N.A., KRYUKOVA, T.B.
Rublushtein, Grigorii Leonidovich; 1.891-1959. Sov. torg. 3" no.12:56
j
D '59. OURA 13:2)
(Rubinahtein, Grigoril Leonidcvich, 1891-1959)

MWOV, Nikolay loikolayevich, doteent, kund.geograf.wiuk; BONI-ATOYNA,
Lldiya Ivanoynal doteent, kand.geograf.nauk; BUILMiKO, Sa-r.~t!y
Yedorovich, dotsent, kand.geograf.naulr; UITLITS, Spnen Alelksaiidro-
vich, dotaent, knnd.ekonom.nBuk; allREVICH, Prinm Vladirdrovich, prof.:
DARDSKIY, Anntoliy Viktorovich, dotsent, knnd.geograf.nauk; DCLININ,
Alekney Arkadlyevich, dotsent. kand.geograf.nauk; DOROSMVICH,
Lyudrdla Iv3no-na, dotsent, kand..mograf.nauk; Y-URIOVA, Yeleni Se-
menovna, kand.greograf,nauk; LAVROV, Ser."y Barisovich, dotsentt kand.
geogrof.iiank; LENDOVSKI10i, Stepon Ivanovich, dotnont, kjind.ggeog-raf.
nauk; NEVELISHTERN, Grigoriy Solomonovich, doteent ' k4m~.Igeograf.
nauk; NIKCLAYEVA, Nade2hda Vaailtyevnn, dotgont, kand.~,,eograf.nauk:
0GARESOV. Vladimir Artemlyevich, kand.doo '-,raf.anuk; PINKMMSON.
Dmitriy Moiseyevich, dotsent, knnd.geograf.nauk, POSPLLOVA. Nets-
liya Geor:,iyevna, prof., doktor skonom.nauk; SEREVSKIY, Boris Nikola-
yevich. -prof.. doktor geograf.nauk; SUTY-ACrIN, Palrel Grii;orlyevich'
dotsent, kBrid.geograf.nauk; SH"IN, Viktor Moritt3ovich, -orof.. doktor
ekonum.nauk; YEROIFEYEV, I.A., red.; SKIRNOVA, N.F.. red.; TYUTTUlillIK,
S.G., red.kart; BORISKINA, V.I., red.k-art; KOZLOVhXAYA, M.D..
telzhn. red.
(Economic geo-graphy of foreign countries; student rxinuBlJ Zkonomi-
cheakais Ieo&,rafiia zarubezhnykh stran; posobia dlia studentov. Moskva.
Gos.uchebno-peda.l-og.izd-vo K-va prosv.WWSR. 1960. 702 p. 'A maps
(HlaA 13:12)
(Geography, Economic)

SAMSONOV, G.V.; YELIKIN, G.E.; GIT14AN A.1
Frontal displacement chromatography of albomycin on cation
exchange resins. Trudy Len. khim. -farm. inst. no.1512ll-219 162.
(MIhA L 5: 1 1 )
(ALBOM.YCIN) (CHROMATOGRAPHIC ANALrSIS)
(BAS&UCHANGING COMPOUNW)

AZAROVI S.A.; BRUSIWVSKIY, M.I.1 ZHABOVSKIY, A.F.; -- GITMA-N-,-E_S.
Modernization of the worm apparatus for peacemeal unloading of
stiff leather. Kozh.-obuv.prom. 4 no.12slO-12 D 0 41. RA 16sl)
(1,eather industry-Zquipment and supplios)
(Loading and unloading)

GITMAN, F.J. kand.tekhn.nauk; BELOTSERKOVSIM, JIJ, kand.fiz.-matem.nauk
.r-- ?
Installing a foundation with antivibration mountings for a drop
hammer. Prom. strei. i inzh. soor. 4 no.1:29-31 Ta-F 16-3. (MIRA 16:3)
(Machinery-Foundations)

GITMN, P.M.; BELOTS]IRKOVSM, I.Ta., doteent.
Foundations under sectional relnforeed-concrete columns. Stroi.pron. 31
no.10:46-47 0 '53. (MLRA 6:11)
1. Dneprapetrovskiy inzhenerno-stroitel'rAyy institut. (Foundations)

BELOPSMOVSUT, I.Ta., doteent; GITM, F.M., kandidat tskhnicheakikh nauk.
Brperimental testing of the perforvance of trestle bridge*. Strol.
prom. 31 no.11:46 N '53. OWL 6:12)
(Railroad bridges) (Trentlea)

FISHKA.N, M.G., kandidat tekhnicheskikh nauk; GITMAN. P.M., kandidat tekhni-
cheskikh nauk.
Iarge-size panels for floors with elongated slag concrete linings.
Stroi.prom. 33 no-3:13-16 Mr 155. (KLR& 8:5)
1. Dnepropetrovskiy inzhonerno--stroitalluyy institut.
(Floors, Concrete)

KANISHCM,V.G., inzhener; KAIMVSKIT,S.B., inzhenor; ROGIIISKIT,14.Z.,
inzhener; GIM-M&N,F.?4., kandidat tekhnicheskikh aat*.
Large-panel slabs for flooring of industrial buildiVs.
Stroi. prop. 33 tio.4:12-14 Ap 155. (MLRA 1.-6)
1. Pridneprovskiy Promstroyproyekt (for Kanishchev, Kanavskiy).
2. Zavod Stroydetall (for Roginskiv)-
3. Dneprovskiy iuzhonerno-stroitellnyy Institut (for Gitman)
(Floors, Concrete)

GITHAN, F.M., kand.tekhn.nauk.
.......... C,onstructing power hammer foundations with antivibration mountings.
Stroi. prom. 36 no.8:9-12 Ag '58. (MIRA 11:9)
l.Dnepropetrovskir inzhenerno-etroitellnyy institut.
(Foundations) (Machinery-Vibrati6n)

(~~epro t k Z )orozhlye); PFYADKO, V.M.
qjp~l~ pe rovs . al
epropetrovsk., Zaporozhtye); SMIKIU, I.G. (Dnepropetrovsk,
Zaporozhtye); RADIK, L.Ye. (Dnepropetrovsk, Zanorozhlyo)
Constructive solution for supporting structures of ventilators.
Vod. i san. tekh. no.2:31-32 F f61. (MIRA 14:7)
(Fanst Electric)

GITW, F.M., kand.tekhn.nauk
Using reinforced concrete in the manufacture of machinery.
Mashinostroenie no.4:74-77 Jl-Ag '62. OURA 15:9)
1. Dnepropetrovskiy inzhenerno-stroitallnyy institut.
(Machinery-Construction)
(Reinforced concrete construction)

GITMAN9 F.M., kand. tekhr. raak
Laying foundations under the equIpmpn'. of rolling mills.
Prom. stroi. 41 no.404-55 Ap 164.

G-1-1VIAN, F.M., kand.tekhri.riauk
Soine problems of fasteninp arichor bolts. Prora.vI.roi. 43
rio. L~: 13-17 165. (~UT~.A 1~:12)

GITMAN, F.M,, kand.tekhn.nauk
Some problems in using reinforced concrete in !-,he
manufacture of machinery. Vc-.st.ma.3hino,,-,tr. 0 no.l:
45-47 Ja 166. 19:1)

~131T=1,111, V. Y-F.
Dissertation: "Prefri"ricatei -fonolithic Pre,ltreasi,l "p- ~'rch
Sci, Scl ~;es lnsL tri,
-.:-Scow, 510
so: T'il." 243, 11) or!~ 1.0cL

GITKAN,F.Ye.,kandidat tekhnicheskikh nauk.
Columns with prestressed spiral reinforcement. Bet, i zhol.-bet.
no-7:246-250 0 155- (miaA 9:1)
(Columns, Concrete)

GITKAN, F.Te.. kandidat takhnichookikh nauk.
Some problems in calculating rigidit7 and crack resistance in
prestressed reinforced bond elements. Bet.i zhol.-bet. no.10:
258-363 0 156. (Mr-R" 9:11)
(Prestressed concrete--Testing)

GITMAN. F.Ya., k-and. tekhn. nank; XISELI?V, Ye. S., kand. tekhn. nauk
Anchorings made of prestresand-reinforced concrntn for supporting
mine workiniggs. Krapl. gor. vyr. LiColl. ahakht no. 1.-175-1h7 t57.
(MIRA 1l:?)
1. TSentral'rWy nauchno-issledovatol'skiy institut oromyshleWkh
sooruzheniy(for Gitman). 2. Vaesoruznyy nauchno-isslodovatellskiy
ugoll W inatitut(for Kiselev).
(Hinn timboring)
(Reinforced concrete construntions)

GITMA.N. F2u.,kund.tekhn.n&uk
Testing cylindrical prestressed spiral concrete collmns, TrIviy
HIIZHB n0%3:204-235 '58. (MM 12:1)
(Colwme, Concrete-Teeting)

GITKA.ff, F.Te.; KBOTMT, L.T.
,kr
~e ~ iobile machine for reeling up reinforcemouto. Biul. tekh.-
ekon. inform. no.4:45--46 158. (miu 11:6)
(Reinforced concrete constrtwtion)

jtMa_n, F._.)~e,, Candidate of Teehnica~-. S6ien.~;e?
AUIEHOR: G
TITLE: Ga::!,-! en- Frames Made From Frecast, Pres- assed Reiaf~,r-,qd
Conorete
FNUODICAL: Beton i zhele-,,obeton, 1959, N~, 3, wu 10,33-135 'USSR)
e 4
ABSMJACT: This article describes th Uechriology a-rid proal'.1otion methois
used in the manufacture of a garden-frarrie designed by tile,
Laboratory for Prestressed Relnforr~ed Ocucrete
of TsN-r?S. Details of the conveyor and atand L;ystama
ampicyed are given. Up till uow rainfox-eed I-onarute Farden-
.rames requires a considerable quantity of steel ea,,d (;Or--
crate. The garden-frame described here, d-~~signed by
rrofessor V. V. Mikhaylov, eliminates many shortcomings olf
existing methods. It is strong, cza-ks do not appear in the
concrete, the construction is much 11 ght-e:.- than prav!"z s
Upes and can support high loads. Fig 1 shows detalls G~'
tlie f27ame. Some varie-nts to this frwae woye tesslgafd t-y
G. 1. Berdichevskciy and S. L. Lit-ter, CaadLdates of Ta,~-h_Ai-
cal Sciences. The frames are supported un cci~, -Crete boards
Card 1/2 '-5.32 m long and 40 mm thick, aad a7e easily transpcrteo~'

HIKHAYLOV, V.V., doktor tek~,n.nauk, pvof.-, GITMAN, F.Ye., karVj.tpkhn.n~,uk;
RUDEMO, I.F., inzh.; SEVRUK, P.P,- inzh. ~ . 11 . -
Automatic vibration and pressure moldini-, line at the Reinforced
Concrete Research Institute. Trudy NliZ11B no.21:161-190 161.
(MMA 14:12)
1. Nauchno-issledovatel'skiy institut betona. i thelezobetona
A~ademii stro,"tel'stva i arkhitektury SSSH.
(Prestressed concrete)

MIKHAYLOV, V.V., prof., doktor tekhn.nauk; HIM YUNI-YVANI [Huang YUn-y~anj,
prof.; GITMAH, F.Ye., kand.tekhn.nauk; RUDENEO, I.F., inzh.
Elements of the theory of molding thin-walled elements by vibration
and pressure. Trudy NIIZHB no.21:191-211 61. (MIRA 14-1Z)
1. Nauchno-is5ledovatel'skiy institut betonp i zhelezobetona j&ademii
stroitellstva i arkhitektury SSSR (for Mikhaylov, Rudenko). 2. ohank-
hayskiy politekhnicheskiy institut, Kitayskaya iiarodnaya Resputlika
(for hhuan Yun'-yuad'). 3. DeystvitelInyy chlen Akademii 5troitell-
stva i arkhitektury SSSR (for Mikhaylov).
(Prestressed concrete)

MIKHAYLOV, V.V., doktor tekhn.nauk, i.,rof.; MAN YUNI-Yljjd." [Huang Yidn-
y'Uan], prof.; GITMAN, F.Ye., kand.te),hn.nauk; RUDEWD, I.F., inzh.
Evaluation of the molding properties of concrete mixes. Trudy
NIIZHB no.21:258-285 161. (IURA 14.12)
1. Nauchno-issledovatel'skiy institut betona i zhelezobetona Akademii
5troitel'stva i arkhitektury SSSR (for Mikhaylov, Rudenko).
2. Shankhayskiy politekhnicheskiy Institut, Kitayskaya Narodnaya
Respublika (for Khuan Yun'-yuan'). 3. Deystvitellnyy chlen kkademii
stroitel'stva i arkhitektury SSSR (for Mikhaylov).
(Precast concrete)

MIKUYLOV, V.V., doktor takhn.nauk, prof.; 9ITKU1, F.Ye.., ".tekhn.nauk;
PISKOVITINt M.I., 1nzh.
Manufacture of prestressed concrete elements on the meclianized
unit developed by the Concrete and Reinforced Concrete Research
Institute. Trudy NIIZHB no,27:5-48 162. (MI-RA 15:9)
(Prestressed concrete)

GITMAII, F.Ye., kand.tekhn.nauk; OLIMPIYEV, V.G., inzh.
The functioning of prestressed multi-ribbed and composite
roof slabs subject to flexure. Trudy NIIZHB no.27:84-102
162. (14IRA 15:9)
(Roofing-Testing)

MIKHAYLOV, V.V., d,~ktor tekiri. nauk- Gl"Vflo F Xi~ - , -., .
nauk; KAPAKr;VSKTY, A.K., zz_W" .
[Apartment houses of a frame-panel syst,emj Zllilye
raamo-panellnoi sisterry. I.Jol;k-va, Stj-,)-:j.z(jtjt, -.1, 1, !7 .
(ME'A I-S-, i',

SHCHUAKIN. L.N.. otv.red.: MMOT, M.F., inzh., zam.otv.red.;AITMAN,__
- I.B.,_red.; SNUOTA. A.D., red.; SENEYMOT, R.G., red.-
IABBOmblY Of structural elements] Montazh stroitallnykh
konstraktaii. Moskva, TSentr.biuro tekhn.informat 1111, 1958.
32 p. (MM 14:4)
1. Moscow. Gosuderstvennyy proyektu" institut "Promatell-
konstruktsif.* 20 Proyaktnyy In5titut, Promatellkonstrulctoiya
(for Kaelov ,
(Aluminum, Structural)

GITMAN, I.B., inzhener.
Tower cranes produced by the *Steel Construction Trust'. Mekh.
stroi. 4 no.2:12-15 Ir 147. (MLRA 9:2)
l.Stallkonstruktsiya.
(Cranes, derricks, etc.)

GITHU, I.B., inzhener.
Blectric winches. Kekh.atroi. 4 no.12:6-9 D '47. (KIRA 9:3)
1. Prometal'montazh.
(Winches)

OITMANY 1. B. ?A 28T35
Jul 1947
Construction, Steel
Hoists
"YAxmting Guy Derricks of the 'Stall konstruktalyal
Trust," I. B. Gitmen, Aw, Prmstallmmtazh, 2 IV
wMakhanizatalya Stroltellstva" No T
Discussion of the use of stationary guy derricks in
moimtIng steel construction in industrial buildings.
Tr.

VELIKHOV, P.P., CdeceasedJ laureat Stalinakoy premii; 2UVA I.B., laureat
-6..4
Stalinakoy premii; SOKOLOVA, A.D., laureat StalinsIro"y pr""'MIT; Y'HODOV'
laureat Stallnekoy premii; SOKOLOVSKIT. D.I., inzhenor, retmnzent;
OSTOL;SKIY, T.O.. kandidat tekhnicheakikh nauk. reduktor.
M.P..
[Special cranes for the erection of building struct-uree.) Speteiallnye
krany dlia montazha stroitollnykh kongtruktail. Moskva, Goa. nauchno-
tekhn. lzd-vo maahinostroit. lit-ry. 1953. 205 P. (KLRA 7-5)
(Cranes. derricks, etc.) (Building)

GITKAX, I.B., laureat Stalizukoy prenij.
OBuilding crazes; a referexce manual.0 ReTleved by I.B.Gitwm. Strol,
prom.33 no.10:47-48 0 151. (KLRA 9--l)
(Crazes, derrloko, eta.)

I Crl 4
SHCHIPAXIII, L.N.
The BK-1425 asuembly tower crane with tho liftUg ciq)urity of
75 t. Nov.tekh.mont.i spets.rub.v stroi. 21 no.9:5-10
S 159. (MIIL-, 12:11)
1. Proynktnyy institut PromstallkonBtruktaiya.
(Cranes, derricks, etc.)

BROUNSHTEYN, B.I.; GITMAN, I.R.; ZHMZZNYAK, A.S.
M&ss transfer into spherical drops. Dokl. AN SSSR 162 no.6sl336-1338
Je 165. (MIRA 180)
1. Vsesoyuznyy nauchno-issledovatellskiy institut neftekhimicheskikh
protsessov. Submitted July 4, 1964.

Yc . T
horliculturp in our c-untn,. or'.
~-!,~iver3.qnr o' ~-:3 b-' --+,h. Rot.

GITM~'.:', L.S.
Some recoll,?ctiorts about !~rtur .,~.rturovich. 'i'rudy V17", -.'~3:
49-51 'N~.
Literary heri ta~,e of' . 1b-(1.
-1 - 'I I
--9:2)

AKSKLIROD, Isay Solomonovich; AFAN~OIYYV, Mikhail Aleknandrovich;
VEYNBLAT, Boris Markovich; GITMM, Mark Borisovich, kand.
tekhn. nauk; DUBROVSKIY, Aleksandr' Ivanovich; KiNIMTS-EV,
Vladimir Petrovich; KAMINSKIY, Boris Aleksandrovich, kand.
tekhn. nauk; KOLOKOLOV, Nikolay 141khaylovich; EPSIITEYII,
Anatoliy Mordukhovich, prof.; KILUUOV, V.S., kand. teklin.
nauk, red.; GOLUBKOVA, Ye.S., red.
[Road engineer's manual; the construction of brldges axKI
culverts] Spravochnik inzhenera.-dorozhnika; stroitellstvo
mostov i trub. Mosk-va, Transport, 1965. 735 p.
(MI.U 18:7)

USSR/Electricity - Distribution Sep 52
Systems
"Problems of Farm Electrification in the Re-
gions of the Great Construction Projects of
Co=wmism," M. I. Gitman, Engr, "Giprosellelek-
troll
"Zlektrichczt_-;o" No 9, P-P
Article is a pkDer which was read by author
at a conference held 24-26 Mar 5'2 by the Com-
mittee for Cooperation With the Great ConGt
Projects of Communism, Presldium, Acad Sci
232T51
USSR. Gives brief charac terio ties of fam loads
In the irrigated regions around the Kuybyshev hy-
droelec power station. Compares parameters of
10- and 35-kv systems and substations. Submitted
24 MaY 52.
232T51
E-

Subject USSR/Electricity AID P - 1225
Card 1/1 Pub. 27 - 20/34
Author : Gitman, M. I., Eng.
Title : Selection of nominal value of voltage loss In lighting net-
works of Industrial enterprises (Article by N. K. Arkhipov,
Elektricheatvo, No. 5, 1954) (Discussion)
Periodical : Elektrichestvo, 12, 74, D 1954
Abstract : N. K. Arkhipov correctly stated that lighting networks can-
not be calculated according to standardized voltage losses,
without checking voltage deviations at the consumer. This
problem, according to the author, should be discussed on
a much wider basis.
institution : Giprosellelektro (State Institute for Planning Electrifi-
cation of Agriculture)
Submitted : No date

AID P - 4133
Subject USSR/Electricity
Card 1/1 Pub. 27 - 20/33
Author : Gitman, M. I., Eng., Moscow
Title : Technical and economic calculation of city cable net-
works.(Discussion of the article of V. A. Kozlov, this
journal, No. 11, 1954).
Periodical : Ele'ktrichestvo, 12, 69-70, D 1955
Abstract : The author states that V. A. Kozlov in his article did
not take into consideration such important factors as
the value of voltage losses. In addition his selection
of economical cable sections in high voltage lines Is
based on erroneous assumptlons and the unit price of lost
energy is incorrectly selected. He welcomes, however,
the Initiative of V. A. Kozlov and suggests further
study of the subject.
Institution : None
Submitted : No date

AUTHORS: 1) Gitman, M. I. , Enrineer, 2)Kozl,)v, V. A. , SOVII
'~n i~ 17111 _er__tr"tM
TITLE: For an Advancement in Eljetric Po,.,,,e.,- Engineering (Elektro-
energetiku - na novuyu stupen')
iE R I OD i CA L Ele',*ricNestvo, 1958, 111'r 9, pu 8~~
Al'STIR C T D i ion contri b ut i ons to t ho r by S Go rt 4_n slkiy

i.A.Syromy.Ltnilcov in El(!ktrirh-stvo, I 11'r 10.
and
1) One cause for the growinj num Lt~r of and
smr-liest-sizze power !;tations is the err~neoul- belief
t',-.--t power transmission will be econo_-.-.ic_,3.11y Justific~J only
if it -neets the 1 k,7 per 1 J:m -rule. The investments
made in constructing a lone tranumicoion line , and
ta'.'InG up service, may cost as much. as, and. ever more,
than the 1nstallation of --L local power .-;tfi-ion. However,
ti.ese expenses will as a rule pay off within 3 yea--s.
The capacity of the transmiosion line wil'. ;ilways exceed
tilat of the local power station. Some are
Given for this fact. At prerent, forc-3ti-y n.nd acrfcu'.'t~,ire
of t,-,e Komi National Area are ser%rel 1;~., - -re--t number
Card 1/4 of sm-11 power stations. Thp pos::1-bility of servinC~ this

in Electric Po-,-,-er Enj -4 11 E, 1. ~L 2r,
~,.rea f rom the Perin hylroulev, *, r i-c p 1 --!r ::!,; t-. ot' C; vor
-1 . . fl ~~
110 kV trallumis'nion line of 1en, Ln :)J, ~O Vr,. t rj ~~(j
by tl,c Giprokominunener~.-o. It tirned out 1h:A cver 4") r
(2:C4! :~t load conditiors M4
y'2~tro the nut Costo "-iolil.d '1m o I. I: t1") -1:"7
the amortization time of 1) Ei con,.- ~!---d
as being normal. The irvef3ti ation.,z out by t-e
Giorokommunenergo have shown t---- ~Iijo citi,-s froin t- 'e
857 ones lying on the territory of t:ie Russian Soviet
Fe,'.'Ierated Socialist Republic I)i)v,,e-- from.
the grid, while another 380' can be connec-ted with it
durinC, the neAt 5 to 8 years, and only 31 2ities would
need local power otation:5, 11 of wh.ic~i oril~r
T'-e author asks for new forms of orFani'::ation -~o eive
all electric utilities of one district a uniform, inana:-;-17--ent.
The technical management of the mini:-,try of cle-tri-c
power stations has already passed a number of re--'D--IUt4-O-.8
concerning simplified, cheaper conne,~tiori of new areas
to the power grids. However, Sovnar::'!!'JZ I:D:,,Lr manage:-ents
Card 2/4 do not conform to thpse resolutions, biit impooe :,,i~ite

For an Advance.-.1.1ent in Electric Power EnFinor--eri-:g
unjustified, heavy con(litioz. 's on users, t'-Ius defea-ting
execution of the resolutions. 2) He---c- z3ome problen3
of development of urban dintributior. are discusged.
T~-.e urb-..n dist.-ibution systems are in~;u !'iciently dev---,loped,
t1ie engineering standard being inadloquate. 0,:,:.ration is very
expensive, and the e~;i.lrjy and 1)o-,,,,er losses are inadmiszibly
hitrh. The required funds must be and tLe
production of conductors, cablc-s, contixc.~oi,s, P1'0toCti,1'4'
relay equipment, etc. munt be inerea~;ed. It iz, ti--.e for
a complete automati-~-ttion of urban netwo"ks,.
ASSOC TATIO:, 1),,'-ipgokommuneneri,,o
Card I /
.),4

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tU) 114. "W (M) 17 atta.to. P-MUM; 3 twonotioullve rioadmils At wiL'lv
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witMr,wourig dilution am even waft marked in a4utigonoot ipf CAN$,A 314,11.
Thi. demomotratiat that R, cannot be ascribed to evoititiom of In tinkgrn, Int
ticultorly " lovdirogen does accompany perfectly compact del-ititin. andi
increased Acidity fSTOUM compactriew. not pulverulenoe. A ditwonlinimpias
.%N (if -1.8 V-) top Aw in the eketritlysia f li,m), W.
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2. K (M) 3:jl -"T'r~-
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p.1111. lo I~CIUANN- of (Rilph.x klow. th~ r-11". .,( .11101 ll.".t it .... 1,
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gnslihi.. asul A.r. A~ trOymix) tilworvati-mix.

U551"Chemistry M.ectroly3is
Chemisty Anions
Mar
U
"The Problem of the Influence of Anions cf l';Iecticde 1--~-ccesse3,11 C. Ku,Lra, E. ~it:nan,
5 PP
"Zhur Prik Khim. Vol XXI, No 3
For cadmium and manganese nitrate solutions, the rotentiala cf formation of loose cathode
deposits are sensibly lower than those for solution of oti--er salits these metals. it
was suggested that this was connected with the oxidizing action ol' '13'.Jon. Tile
described experiments with zinc and lead salts at various dens;-t--e-z, hcwever, show that
this is not ',he case. Submitted 2 'un 1947
PA 70T11

um/owat"a mmotftualm Air 3048
CkSMIBU7 X14101 ftIt4
-no waning of th* swm& Potantua in Nickel Salt
ftlatims," 0. Jhdru mA To. Gitmom, 6 vp
*Zbw 21MIrlad Thim'10 Vol ZZIp No
Dmoription of a vlav*l mmUod of daterafting I-V
favve for T"low C&OGdo oarrmt donalti" acting
nickel mat, solutions. 02miftes romms for
obodoal polul"tiqu in GIVAO malt solutims, OMIL
oput" role of dalou JA tills pmosof sub"Mma
2: J'an 1947.
?A 715TZO