SCIENTIFIC ABSTRACT GERARD - GERASHCHENKO

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514810005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

JUS, Alidrzej; GERAED Kira- GOGOL, Zo-lia; EIOLLOWz;i 7, Andrzej
Studios on the sedation threshold in schizophrenia. Neurol,, etc.,
Polska U no.4:407-503 161.
1. Z liwtytutu Psychonettrologicanego w Pruszkowie Dyrektort
prof. 4. Kuligowski Z Diniki Psychlatr~cznej V., w Warssawic
Kierovakc prof. A. Jus.
(SCHIZOPMENIA. thor) (BARBITURATS"S ther)

GHRARD, Kira
Studies en the light-cuirdiazol threshold in icaizophrenia (correlations
with tho sedation threshold). Neurologia etc., pbloka 12 n0.2;247-253
162.
1. Z Inutytutu Psychoneurologioznego w Pruszkoide Dyrektor: pvvf.
Z, Kuligovski Z Iliniki Psychiatrycanaj AM v Warszavie Kierowitik:
Prof. 1. Jua.
(SCRIZOPHRENIA di (PENTYUCTIL47,OLE pharmacol)
ILIGHT)

, G&URD, I.; JUS, K.,- PIATKOWSKA, H.; WARDASZKO, H.
Results of Majeptil Vierapy of schizophrenia. Neurologia etv., polska,
12 no.3409-4-14 162.
1. Z Kliniki Payohiatrycznej AM w Warszawie Kierownik: prof. dr mod.
A. JuB 2 bstytutu Poychoneurologicznego w Prugzkowie Dyrektl:)r: prof.
dr Z. Ku-Ugovski.
(THIOPROPMUZI11r) (SCHIZOPHRENIA)

P)P)CZ-K01JNSKI,, GEMARD. lCra;
;l.,!iita.;. disturbances among the pop-lation of lllruszio-d (an
anu 1 t, . in
ysis of the MILterial Of the CliDiC &nd hOSIdtal
19(l. Reurol, neuroc-.1r, f)sy,,-! iut. lol , 15
A
1. Z IllistyLlItil royclic'ne-or(I I cj- m ~ I ~ , 0,i:
Priychl,fitril Spolvemej (KIPrOw.-ilk: li,. 'E.

AUTHORS: Azarenko, M.S. and Gerardij._GJ., Ir-genieurs. 188
TITLE: Preeast reinforced concrete non-traversable chamaels
for oxternal hosting mains. (Noprokhodnye sborayo
zhelezobetonnye kanaly dlya napuzhnykh teplovykh setei).
PERIODICAL: "Baton i Zhelezobeton" (Concrete and Reinforced 01oncrete),
1 57, No.2, pp.68-69 (U.S.S.R.)
ABSTRACT: The Promstroiprojekt developed for the Chelyabmel;allurgroi
precast coacrete channels to accomodate pipes for district
heating. This standard unit saves a large amount, of
timber as well so labour. Four standard sizes htive
been selected: 600 x 400 mm, 800 x 500 mm, 1 000 x 600 mm
and 1200 x 600 mm, the floors and walls are 70 ma thick
and the removable top-cover 80 mm thick. The du,ttt is
constructed to withstand lorry traffic (when the duct
i~ placed at least 50 cm underground) or loads of 2 tons/
m . Concrete of Maik 200 reinforced with welded mesh
is used. The weight of the unit is between 860 to
1 365 kg. The units are butt-jointed and cemented with
grout. The pipes are placed on trays which are
supported by concrete blocks. The pipes are insulated
and the ducts covered by slabs laid in eement mortar.
Finally, two coats of bitumen are applied. The following
savings can be achieved by this type of construction:
Concrete - 33%, weight of material -- 20 - 29%, labour -
2.8 (time saving). The Gipromez factory in Chelyabinsk

188
Precast reinforced concrete non-traversable channels
for external heating mains. (Cont.)
is manufacturing precast reinforced concrete llcompenBa-
tion" bays assembled from standard blocks made from
concrete Mark 200, the weight of the blocks being 825 -
1 950 kg each. This method makes the following savings
possible: bricks - 95%, concrete -4Q%, reduction in
weight - 60%, wastage of labour is reduced considerably.
There are 4 drawings.

AZAIMM, H.B.0 lush.; GIRLBI, G.T.,%Milsh,*
Railroad unloading platform msde of large-sized precast reinforced
conor*49 panels, Bet. I shel.,-!bat. no.6:249-252 Ja 157. (KM 3-Otll)
(Pnoast concrete construction) (Loading and unloading)

Roofs built of larp panels. Biul, stroi. tekh. 14 no.3:46 Wr 157'.
(KM 10:5)
11 ChelAbinskly f Mal Oosadarstvannogo institutit po proyekt irovitnuu.
metal%rgichaskikh savodov.
(Roofs, Cowrats)

GAPAJTHV, O.S.. inzb.; GIRAR I G.T,** inzh.
Weeast reinforced concrete colume to be used In housing cm- ,
struotion. Elul. stroi. tekh. 14 no.9:16-17 S 1,47. (NM 10:12)
1. West Chalyabmetallurgetroy. .
(Columa, Concrete)

97-58-1-8/12
AUTHOR:
TITLE:
Azarenko, N.C. Engineer.
Gerar-Up G.V. Engineer.
T~i~ ~uotaa from Large Concrete Blocks and Used for
Larger Diameter Water Pipes. ( Tonnel I iz krupnykh betorinykh blokov
41YO, truboprovodov bol'shikh diametrov. )
PERIODICALs Baton i Zhelezobeton 1958, No- I- USSR PP 33-35
ABSTRAM
Trust Chelyabmatallurgetroy constructed for a metallurgical works
a tunnel 4 x 4.25 m in cross section and 246-5 m-m- in 2ength.
The Chelyabinskt,~ branch of Gipromez together with the above Trust
worked out the precast-monolithic construction for this tunnel. To
save timber and labour large standard concrete blocks were uad of a
type normally used for housing ind industrial foundations. Figure 1
illustrates the constructional detail of this precast-monolithic
roinforeed concrete tunnel. Figure 2 illustrates the lay out of the
reinforcement. The construction was begun with in situ reinforced
concrete floor slabs on which walls from concrete blocks; were
assambled.These blocks were 580 x 580 m.m in cross section and
2000 m.m long. At 29300 m-m- centrae spacing was provided in
wbich a reinforoed concrete upstand, was formed. The tunnel was
Card 1/2

97-58-1-8/12
Tunnele Constructed from Large Concrete Blocks and Used for Larger Diameter
Water ?iPes.
roofed with praoast reinforced concrete splayed slabs 9110 m.m
wide. The advantages of the in situ reinforced concrete slab floor
and t~iv upstands are that supports carrying up to 500 tans could
be fixed on them. Figure 3 illustrates the section of the duct
adjoining the compensation niche. The advantages of this tunnel
construction are the saving of 50% of reinforcement, OvOr 50%
timber approximately 50% labour and 50% construction tine.
There are 3 Figures.
1. Water tunnels--Desiggii 2. Water tunneis--.Materials
3. Concrete--Applications 4. Concrete--Economic facotrs
Card 2/2

AUTHOR: Gerardi, I,A,, Engineer S )V.19 58 -10 -13/13
I., .............

TITLE: ...,
lielioration Problems at the Joint Sessi)n of the All-'Jnion
Academy of Agricultural olci.ences imeni I. I. Lenin in 11insk
(Yoprosy melioratsii na ob jedinennoy Sissii Vsesoyuzaoy
akademii sells-kokhozyaystvennyk~ nauk imeni VrI. Lenina
Y g. Minake)
PERIODICALi Gidrotekhnika i melioratsiya, 1958, Nr 10i pp 61-64 (USSR)
ABSTItAOTt From 8-11 July 1956, a joint sciontific session or the, All-
Union Academy of Agricultural Sciences imeni V.I. Lenin
took place in Minsk. The main subject of this ctonferl?nce
was the generalization of scianzific achievements and ex-
perience in the draining and utilization of swamps in the
non-black soill regions of the European part of the USSR.
Representatives ef many scientific :esearch institutea, the
respective ministries and of some kolkhozes took part in
this meeting. P,P, Lobanov, President of the All-Union
Academy of Agricultural Sciences imeni V.I. Lenin reported
on "The Grow-"ng Role of Scientific Institutions in the
Organization of AgriCultural Produ.:~tion According to the
Regulations of the July Plenum of the TsK KPSS", I.S.
Lupinovich,, President ,f the Byelorussian kcademy of Agri-
Card 112 culture spoke on the necessity of a fundamental change in

'31
.j,7/99-58-10-1 3/13
Melioration Problems at the Joint Session of the All-Union Academy of
Agricultural Sciences imeni V.I; Lenin in Minsk
(Irainage methods in the BISISR and the Baltic Republics, Te-Yec
Smirnw, head of the kolkhoz BVO and H6rc cf Socialist Labor,
and K-1, Shaplyko head ef the ko-,khD? 'Ohyrvcnaya zmena"
and Hero of' Social'.~at Labot, reported on the importanci3 and
influelice of drilinaeo inet."iods i~~ tho prcauct~xn of kol.1chozes.
Academician I.A, Sharov dnalt vilh "The Imprcve,.nren*c of
Drainage Ylethoce in OtLer Iw_ of t!le IISOSR,
and Yto Further Da-jeIcPmen,.:I'- 1. A . C~111',,-. DL.,~-ec`V.- z.,f
the Lithuanian Scientific Re3earch Ingtitute of Yelioration,
reported on pregr?ss, male in thio fl-eld ir the Lithuan:'"an
Republic~ Ya~Ya 3szgnat~, Direstor of tas Lat-;ian Sciiin-
tific Research Institute of Hydra-aii.: En~jneerirg and Melic-
ration, presented some data on a harvest ircrease in drained
areas of the kolkhozes "Nakotne" and Dafle",
There ia 1 table6
L Soils--Moisture ~,ontept 2, Wrt~r---Cortiol 3.
4. Scientific report-
Card 2/2
USGOXM-DG..6oZ3q

GERAS, Antoni, mgr. Inz.
Coke consumption per unit Index in the modern blant-furnace
process. Crosp paliw .12 no.7:226-229 Jl 164-
- .Ob
1. State Inspectorate of Fuel and Power Management, Warsaw.
47

GERM, Antoni, rqrr Inz. (Warsaw )
Motho-1 of setting up Indicators for the quantity of blii.,it
furnace slag, by using the specific indicator for the con-
sumption of charge materials and limit charge. Futnik -,I
no.305-90 Mr 164.

GERAS) GoacixLax"Warasua.)
Ferseveration and the psychogalvanic symptom. Frzegl psychol
DO,5:53-82 162.

wq.!
!10I J1
!4L A-
-Tj
:JjGej*ikn~d,
4 -A 14
R
t]
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I
~, ~,,Oa
ii Ore -JAer
tOVAOL41 4 14010 11 *dine
1j, ji L111 HI i I!, k
-9/003/002/
5/073/63/M
A05-1 /A t26
Yeo L
4~6~ 1 ,, . .
ot ~~tit MI" with, hydrogen paro.Kide and oxalic
C58
16M4, v. 29, no. 3, 1953, 255--
`W,till A~nii oxalate' and hydrogen peroxide
i a
OP'01' knd
111 ;..11ptioO OPUZ; conditions ~of complex
~
I"-~ H002 H2(~204 was detemined speectrophotometr
r The addition of oxalic acid effects
Sli loll:
of: tho solution mid a shift of the absorption
On, o f- a new*three-component complex. Ught, &b-
1erlOhs:bf 395 and 4o5 mp, of solutions containi
n~~and hydrogen ion concentrations of from
6p~lcal: density with decreasing pH, 1. 0
on.~ Taimary diagrams of isomolar series at con
a which indioated the formation of a ternary co

4MASMOVt Be is
High yeilds Of Derennial Mass hay from two cuttings in Tomsk Province.
Korn. baza 3, No 9, 1952.

Country : TIS M
Category ICultivated Plants. Cereals# Leguminous Plants.
Tropical Cereals. 11
Abs Jour :MhBiol., No 6, 1959, No 24830
Author iVysokos, G* P.; Qerasenicov
Inst iSiberian Scientific-Researay "Inst-itute of Agri-
culture.
Title :Concerning the Cold-Resistance of Corn Sproutst
Orig Pub tByul, nauchno-tekhn. inform. Sibirsk, no-is
i~"t so kho, 1958, No. 2, 27-32
Abstract tSeeds were macerated for 48 hours in solutions
of H BO W4, CUS041 ZnS04v P. and Na, After
che,iRcua?treatm'ent, the seeds vere kept in a re-
frigerator at a temperature of -50 fo:-r the dura-
tion of 16 and 48 hours? after which they began
to germinate6 B plus Mn gave the best results-
P
took second place. These chemical I
S s were also
Card 11/5

Country t USSR
Category :Cultivated Plants. Cereals, Leguminous Plants.
Tropical Cereals. M
Abs Jour inhBiol., No 6, 1959, No 24830
Author 3
Inst I
Title I
Orig Pub t
Abstract :used in the experiments of 1956. In the first
experimentq following a two-day treatment with
the solutions, the seeds were planted in boxes
containing soil to a depth of 5 cm and they
began to,germinate in 7 days at a ?eraperature
of 1.1-1701 later on, the sprouts were subjected
to a 4-hour freezing at -50. After 3 days, a
second freezing was conducted at -7.50 for 4
Card 3 Z15
14

Country t USSR
Category tCultivated Plants. Cereals* Leguminous Plants.
Tropical Cereals. M
Abs Jour :RZhBiol., No 6, 1959, No 24830
Author t
Inst t
T ito 1 e
Orig Pub
Abstract perature.on the level with the sprouts: in the
f irst hour -120; in the second hour -110. The
soil temperature at the depth of the planting of
the seeds was +2~50 at the end of the second
hour. Seed sprouts, treated with B plus Mnq pro-
ved to be 3,5 times more cold-resistant than the
untreated sprouts. In the third expe:viment seeds
of 10 corn varietiesq planted at a depth o1 2 cm,
Card
35

Country t US SH
Category : Cultivated Plants, Cereals. Leguminous Plants,
Tropical Plants, M
Abs Jour t IIZhBioI,j No 6, 1959j No 24830
Author i
Inst i
Title t
Orig Plub i
Abstract began to geminate at a-temperature of 16-180
and, on the seventh day, the sprouts were fro-
zen in the course of 4 hours at a temperature
of -7o50; the soil froze and had a temperature
of -10. The greatest cold-resistance was obser-
ved in Siberian and northern varieties; from
the southern varieties, two perished completely.
B. I. Kazachek
Card

KOMI-11T, I ROV, 1-.,rof.; P01MA, G.I., tiotr.;
kand. takhri. vju.V, floti--.; k t, nr- . -al
khoz. nauk; YLR-',AGULOV, G.L., kand. sellkbz. nauk;
VAR I TASOV'V.G., assistent; VINOGRADOVA, N.I., ~Und. sell-
khoz. nauk; MKTANIII, L.Y.t dotc., kand. Wol. rauk;
HOMRSHY, F.M.p Geroy Sotsialis,icho.;kogo Truca, zasl.
zootekhnik RSFSR; 1-11AKIMOVSKTY, 1,%K., dot:3., kum:. ekon.
n,ciuk; ARTal,011OV, F.D., assis,.ont; EMAil"OVA, I.V., red.
(Corn in the Virgin Territory ana Weutem Kukul-~za
v Lselinnom krae i Zapadnoi oibiri. Moskva, Kolos, 1965.
229 p. (Nhii- 18:0)
1. Omskiy sellskokhozyaystvann37 institut in. S.I.-Kirova
(for Kozhevp-ikov, Popova, Farlyasov, Viriogrildow., Kokhomskiy,
Makhnovskiy, Artamonov). 2. Zarestitell direkt,ort: po nauchnoy
rabote Severo-Kazaklistanskoy opytnoy stantsil (:'or Yumagulov).
3. Zavedupisheldy labomtoriyey kukumzy Sibirskogo nauchno-
issledovatellskogo izistituta sellskogo khozzygyrO.Va (for
Geresenkov). 4, TSelinogradskiy oellskokhozyaysl,vennyy institut
(for Rcktanen).

BOTTSOV, Aleksaudr Taygen0yovich; qXUSMOV, Vladimir loBifavich;
tRIVITUlY, Konstantin kandidat
tekhniches3fth vauk, rWaktor; YUMON,D.M., tekbuicheskiy radakor
EXIectric supply for counupication installations] Iletropitants
ustrolsty eviazi. Hookwa, Goo.tranap.zhol-dor. izd-yo, 1955. 319 -P.
(Alectric engineering) (MLRA 90)

WASUKOV. V.I., Insh.; XRIVITSKIY, 14-
low powor supplying device for electric interlocking. Avtom.,
telex, I evias' 4 nool:8-1) Ja 160. (MIU 13:4)
(Railroado--Sipaling-Interlocking systems)
(Rail-roade-1lectronic equipment)

J; I i
i~:I
I Viuftected,lb
P M. T. Rmov
1,
S.S.S.R. 95:
40-4-The 14111ml, and dI.P.. -1 Nfr, oo~&!:j
L p 0 4 lioto pecoilk Fe mul9t; we" prtViotaly Proved
a Ile 210"R Acad Inhibited by dif-
Sd. t* ffmady
Ow'' Alot pom at ttuip. above 800 and
on*i4 Idetatiroti wres, The present investigation
1 4) joatiiql~f~ Nwoyath % ws4 made under waditions
10 epm(Imt Imm external juid
MvIvat
Omp thin Amto4a ffAl 03 I"m
Ly oxw1g:
t
t
I t - 7T fiettm.4adb applyintAl(OHN
Imitilit"m In 20% A&II D#N soln., d 'Ins.
I
t
till, of, Mt. m rwucmi "In a
ixt 96tuiog 10im studied al.AOD-40 and at
Themac-
10=1010 0 11: 10 "./Mot" and it
-40.5
S
WdAry qR

tam f A4 4.i
rg ft'iiA-*'N Rtisov, M. T. and Stelltsov, 0. A.
UT
on,
j,
0i'01
Wj'
PAO
I ma
t Jjl
~,Oe AtAid.. 11 ads
twitions on the activity of a mooth SUH10 ti
61. FA;- 6, 1179
!1! 1181, June 19:14
V~i 1~#fbt%:~aonditions on the activity of a smooth;,surfau
v-. stigated on a thin smooth Iron toil aottirikted with
a WA
The imetivity of the catalyst depends not only~upon the
~~Ooa*t~on 4nd the preraration of tho contact but aLso upon the
'for ation. The process of roducing such cat
ins., 0, it$ th alysts is
Y.;O al diffusion exchange of reaction componmts which
r
v e4l: 1, to
-he activity of the catal-s' and change Iii grain
1, a swrete'ren6sms. Tables, graphs.
lb~ tn rqiWn, March 15, 1954

LIJNENOK-MMKINA, V.A.;,PERASEHXOVA, A.H.
Mechanism of oxidation of inorganic compounds of sulfur by
hydrogen peroxide. Zhur. neorg. khim. 9 no.2t2'70-275 F'64.
(KRA 17:2)
1. Institut fizichaskoy khimii imeni L.V. Pisar,,,,hevskogo
AN MR.

GIRASRMRU,..UwA,,
Resistance of tho shield bug Surygastar intagricalm Put. to MT*
Trudy VIZR no.10:80-97 1 58. (MIRA 12t1)
(Durypaters) (MT (Ineacticida))

GERASEMOVA, Yo. D.
Cand Biol Sci - (diss) "Physiological indicators characterizling
,the stability snd sensitivity of harmful cherepashka (Eur7gaster
:integriceps Put.) toward dichlorodiphenyltrichloroethane.u Lenin-
grad$ 1961 16 pp; (Leningrad Order of Lenin State Univ imoni
IA. A. Zhda;ov)i 180 copies; price not given; (KL, 5-61 sup, 183)

AID P 3545
Subject USSR/Electricity
Card 1/1 Pub. 29 - 9/27
Author : Gerasev, G. I., Eng.
Title : ion of the salting of turbine condensate
Periodical : Energetik, 11, 12-13, N 1955
Abstract : The author describes the situation at the Baku State
Regional Electric Power Station where sea water is used
to cool condensate. Considerable corrosion occurs and
various measures have to be applied to prevent 'the
penetration of salt into the condensate. The author
describes these methods.
Institution None
Submitted No date

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AUTHORS:
TITIS:
44833
s/56o/62/OOO/0AAd4/bn
AO01/A1O1
Yakovleva~ A..V., Kudryavtseva, L. A., Britayev, A. S., GeKM~qyj__
Kachalov, V. P., Kuznetsov, A. P., Pavlenko, N. A.,
lozenas, V. A.
A spectrometric investigation of the ozone layer up to 6o-km alti-
tude
SOURCE: Akademlya n~uk SSSR. Iskusstvennyye sputniki Zemli. no. 14, 1962,
57 - 68
TEXT: The vertical distribution of ozone can be determined from thi!i scat-
tered ultraviolet radiation of the Sun, using reversal effect discovered i~iy
G8tz, or by direct measurements from the ground surface and from balloons or
rockets. In or-der to compare these indirect and direct methods, simultaniiious
measuremeuts of altitude ozone distribution with a spectrograph lifted by a.
rocket and with a ground spectral equipment for observations of ultraviolot
light acattered from the sky zenith, were carried out In the USSR on June 15,
196o. A photoeleotrio spectrophotometer with double light decomposition In
Card 1/11
171

s/56062/000/0A/00/on
A spectrometric investigation of the... A001/A101
quartz prisms was used for observations from the ground surface. The amount of
ozone ir, various atmospheric layers, total amount and the altitude of the gravi-
ty center of the ozone layer from these observations are shown in Table 1. The
first ascent of a rocket for ozone measurements took place on July 19, 1955. It
turned out that all ozone was concentrated in two layers: 13 - 26 km and 50 -"
64 km, between which no ozone was detected. The second rise was on October 1,
10, at a Sun's deolination of 150. The third attempt was made on June 15,
196o. A diffraction speotrograph provided with a tracking device was lifted or,
a geophysical rocket. The results of Soviet measurements are compared with
Amerinan ones and presented graphically in Figure 5- Comparison between in
direct determinations and measurements from rockets Is shown in Figure 6; the
agreement between them was found to be satisfactory, but the final answer on
their equivalenoe can be obtained only after further Investigations with roi:!k-
ets. There are 6 figures and 3 tables.
SUBMITTED: December 12, 1961
Card 2/9
"k

YAKOVIZVA, A.V,; KDRYAWSEVA, L.A.; BRITAYEV, A.S.;
NACHALOVP V.P.,- DZIETSOV, A.P.; PAVUNIKO, N.A.; 10ZENAS, V.A.
Spectrometric investigation of the ozone layer up to the
altitude of'60 km. Isk.sput.Zem. no.14:57-68 162.
(MIRA 15:11)
(ozone)
(Atmosphera, UpperHocket obsorvations)

GIUSITA, G.I.; LAVROT, N.M.; XOOAN, M.G.; PIMMYA, N.S.
Ultrasonic finishing of parts of optical instruments. C-pt.-W&j.
proms 25 no,106-39 A '58. (KIRA 11: 7)
(Ultrasonic waves--Industrial applications)

USW2kj2C1eAr PhYGiCS - IOUiXfttlOn ChAM- May 50
ber
Counters
4Investigation of the Px;apertles of a Crystallic
Ionization Chamber of AgCl,," L. A. Geraseva, 1. D.
Rapoport, 1. S. Shapiro, 1. G. Sheynker, MscO'w
State U imeni Lomonosov, 4 pp
"Dok'~U N410k SSSR" Vol LXXII, No 2
Presents integral curves describing distribution of
pulses according to magnitude, obtai-red in irradi-
ating AgCl crystals with gamma rays from CobO and
with beta-particles from P32. Shows fall in effec-
tiveness of counter in connection with polarization
16OT81
USWN=lear ftysics - Ionization MY 50
Chamber (Contd)
of crystal during prolonged irradiation.4 Sub-
mitted 10 Mar 1950 by Acad D. V. SkobeIt'syn.

GERASEVA, L. A.
"The Study of Beryllium as a Neutron Attenuator," a paper presented at the! Atoms
for ieace Conference, Geneva, Switzerland, 1955

ULASIfif A.K.j FMOWT, 1.0.1 GERASEVA L A.- KAWEVv A.V.
[Study of beryllium as a neutron mwderatorl Izucbmnie berilliia
kak samedlitelia neitronov. Moskvaq 1955. 17 P. (MIRA 147)
(B*ryllium) (Neutrons-Capture)

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S/069/60/006/06/1 1/021
21,17,00 B006/BO63 82312
AUTHORS: Geraaeva, L. A. Vavilov, V.-V,
7
g_) ~
TITLE: L4e-U_t0Mp_1 _od _eto _ti in Iron - Water Assemblies
PERIODICAL: Atomnaya energiya, 1960, Vol. 8, No. 6, PP. 556-557
TEXT: The investigations described in the present article were carried
out in a steel tank (74x74xlOO cm) containing water and CT-3 (St-3)
plates (71.5 x 71-5 x 0.3 cm). 41 bakelite coating protected the tank
and the plates against corrosion. The plates were arranged perpendicu,larly
to the direction in which the distribution of the moderation density was
measuredi and were kept in this position by Duralumin and Plexiglas
holders which were fixed at the bottom and walls of the tank.
Measurements were made for three different specific volume concentra':,ions
of the iron in the assembly:
? - 0.14, 0.26, and 0.43; ?= iron voluml:/
(iron volume plus water volume). The fission neutrons were obtained from
a converter that converted tho thermal neutrons of the reactor into auch
corresponding to the spectrum of U235 fission. it wps made of uranOBD-
Card 1/13 11~

Neutron Moderation in Iron - Water Assemblies S/089/6011008/06/1 1/0,21
B006/Bo63 82312
uranic oxide enriched in U235 to 754,. The spatial distribution of the
moderated neutrons was measured by means of indium foils. Due to the
relatively small flux of thermal neutrons (and, accordingly, due to
the small flux of fast neutrons from the converter)-, the measurementE
could be made only at a distance of less than 56 cm from the source.
The results obtained are, however, extrapolated according to the
well-known law that describes the drop of moderation density with
rising distance from the source: , (ke-rh-Vr2, where 7. denotes the
relaxation length. The neutron age was calculated from the formula
T = 1 [' 'Idr/ 'Ar2dr]
~Ar and the following values were obtained:
2
TH20 = 30.2t,.5 cm2, VFe+H20 - 31.0�2.7 cin for Y= 0."!4;
TFe+H20 . 39.7t2.0 cm2 for f - 0.26; TFe+H20 - 50- 4t2. I') cm2 f or 0. 43.
A greneral formula is given for the determination of the neutron age in
Card 2/3

Neutron Moderation in Iron - Water Assemblies S/089/6()/008/06/11/021
B006/BO63 82312
an assenbly where the moderation length of each component is known. The
accompanying Fig. shows T as a function of ? (both experimental and
calculated values: VFe - 743 cm2, 'rB20 = 30.5 cm2). The agreement was
found to be good, Finally, the authors thank B. G. Dubovskiy and Yu. L.
Sargeyev for having suggested this work and for their discussion, as
well as V, K. Labuzov, Yu. S. Ziryukin, M, M. Kuzichkint and A. T.
!j
Anfilatov for theiF-participation in the measurements. '-'here are 1
figure and 2 references: 1 Soviet and I US.
SUBMITTED. JanuarY 7, 1960
Card 3/3

KISIL, I.M.; DUBG-SK"Y) !). G.1 KAMAYEI?, A. F.; VIEWEVA, L. A.; GIAMC-71, Yu. Yu.
*The Role of Critical Uperiments in Designing the First Atomic Power
Station and the Beloyarsk Atomic Power Station.*
Report presented at the IAHA Symposium on Exponential and Critic,-~,l
Experiments, Amsterdamj Netherlands, 2-6 Sep 63,

25372
S/08 6'//C- -~ /Go-, /001 /C 10
B102Y32. 4
AUTHORS: G1a7k-.--v, Yj. YL). , Geraseva-t L A, 0 Dutuvsk-~.,;. B. G,
--!LL-
Krasix, A,. K. , Kii-i:-17 F 1,11, . SerebrQnnAkov,
Tu. M. I Shel.ud,ko. V, P. . Sharau--Iv . V~ Fan
TITLE: InveiO.1gation of the ~hywft'A zharaote.-I~~t -,a ol the 19A t.~ ~e
of a uranijrr, - Kiauhite raaitor by mE~ars i
insert
PERIODICAL: Atamna.;a energi ya . v. nn.
TEXT; This paper g:,ves a desor4ption c.~ the c-xTeriren'.,,
th e begi nn i ng of 8 .,a 1 r, v es 1,; ga, eh e phy 3 1 !~- a I ~h a, a -7-.i
lattice of a ururiwL-graphlte rev-t~,r bY meativ ~J A
A quadratic :atti3e (period 200 mr.' was 3*,.-,d, ed ; 'lie 5 r"!
7-1
high &nd had a diamo,--m- of 4 rj -its 1;:;*~-a Lad 4 . ,
depending, on tl)f- ro-Is Abc-je told ye,-- 6C1
thicki the rf thl? side
the comyosA~'i~m f ~,Yie T-ie -'mir-r, and !h-
~i
Card 1/8

2 : )' _~, 7 2
io-, c,
Investigation of the h 1 B.: -
were different.~ The IE-110T i,qr* h3d 11-WaYS -AS
and th~ ovApr one the 3,,;Iri,~ritir~a: a, A pi
1,
re ac t o r s Vj e,! Thi- rodz ~~f !be nu'-.,_-eA ~t 1' , h
u rani jir. we rz. (:n6.. Tr !i~; !sit* 0 ~ q
the type BC-1:-YaTskaya GRES (Beloylir--ilk State RegJ _~ntL El-~ Ir-.,
ring-shaved ijecticnH 'I r., 1 re-' -,f the fup', ~Ierm~.-, 2
enri ched u ran i um, s!.mu 1 a,_i ng tht, ! -2-1" em-11) !, a wt rt: 1 n 3 ~_Ilr 1. 11a'
inBert. Each fuel element nhsmnel .. -~rtalned s4x su,;~ ~'~enients ar:-anged
round a nertral tubl~. The rea~-,or c)f '.hg GRES ais-; 'had vI-,=4.zat4rn ani
steam- superheating c,,hannelal tht!s6 w#7,.,e
h
for the form;er, anj havlnj; i*, with-.t;* wa+e7 f'r t e
tube filled with wate 4
latter. The chararterist;.:s ~,.f ti,,r- systems s,~udied we-~ .33 follows:
Card 2/8

t C, r

r EL 1;

Investigation of the ...
Position of the channel
Central channel of an insert
of 21 channels with water
One channel with water in the
center of a thermal graphite
column of 70 am diameter
Central channel of an insert of
21 channels without water
25372
S/089/E,1/011/001/001/010
3102/3214
Ulue of p.
experimental theoretical
1-040t0-006
1.036t0.005 1-030
1-042tO.~A6 1-035
9 for the GRES type reactor wa.3 found to be 0.64 (for channel with viater)
and 0.65 (without water). It was found that, in order to adjust the neutron
spectrum in the center of the suberitizall insert so that it is character-
istic of the given uranium - graphite lattice, it is necessary so to choose
the dimensions of the insert so that its equivalent radius is
-61 7) cis (i-t is the slowing down length in the muderator and L the
diflusion length). To measure AL it is sufficient to ar-razige one cel." of
the lattice under study in the center of the reactor vith 2,1~ enriched
uranium. The authors thank Ye. F. Makarov, G. 11. VlaJykov, G. I. S:idcrov,
Car-j 5/8

25372
S/08 9/6 1 /0 11 /00 1 /oo I I/ j 10
Investigation of the B102/.6214
V. N. Fofanov, V. V. Vavilov, V. A. Semenov, A. N. Galanin, M. V. Bakhtina,
M. K. Timonina, A, T. Anfilatov, Yu. S. Ziryukin, Yu. 1. Starykh anc.
A. P. Dolgolenko for collaborationj and A. V. Kamayev, 1,11. Ye. Minauhin,
G. Ya. Rumyantsev and 1. G. 11orozov for their interest and discussions.
There are 3 figures, 4 tables, and 12 references3 5 6oviet-bloc an'd 4
non-Soviet-bloc. The three reforenceo to Br.glish-languaee publicat:ions
read as followas hi. Kuche. Nucl. Sci. En~ng. ~, No. 1. 96 (1)57)1 1). Klein
et al. Nucl. Sci. Engq. 1, i4o. 4, 403 0958); J. Vo1j)e et al. NucL Sci.
Engng. 1, No. 6, 360 (1959).
SUBMITTEDt December 12, 1960
Legend to Table 39 1) number of the cells in the insert, 2) homogeneous lattice,
3) construction of the elements and enrichment of the uranJums 4) ring-shaped
elements with water, 1.2%. 5) idemp 6) the same without water, 7) 35 cm thick
rods of natural uranium, 8) 35 im thick rods of 2% enriched uranium, 9)
experimental 10) calculated, 3-1) in the fuel element (according to fragment
acemmilationi, 12) In the graphite of the central cell, 13) in the fuel element.
*calculated ac~cording to V.V. Orlov; **in agreement with the measurements of
M.B. Tegiazarov,
Card ~/B

*L
30640
~00 w2t 1087 S/081/61/000/020/044.,/089
B107A101
AUTHORSt Polukarovt M. 3.,_qera~eya, S. S., Rapoport, I. P.
TITLEt Effect of mercury chloride additions to electrolytes on the
absorption of hydrogen by steel during cathodic polarization
PERIODIOAL: Referativnyy zhurnal. Xhimiya, no. 20, 1961, 258, abstract
201137 (Izv. Yestestvennonauchn. in-ta pri Permak. un-te,
v. 14, no. 4, 1960, 3 - 11)
TEXT: The authors found the following; Addition of HgC1 2 to NaOH solu-
tiOnS 00ASiderably reduces the tensile strength limit of steel subjected
to cathodic polarization in these solutions. Such an effect Is not ob-
served daring polarization in H 2s04 solutions with the same -.~.Jition.
The tensile strergW also decreases considerably during zinc-plating of
steel wire in dilute cyanide and zineate electrolytes. This is not ob-
served during zinc-plating in acid solutions. The changes in tensile
strength of steel and the differences of these changes in the polariza-
tion in alkaline and acid electrolytes are explained by the different
Card 1/2

Y)640
S/08 61/000/020/0411/089
Effect of mercury chloride ... 3107Y33101
degrees of drogen absorption as dependent on the conditions of the x
process. Abstracter's note: Complete translation .1
Card 2/2

MOT, Klkhoil Petrovich; q P~I_Aloksandr Tv'-dokimovich; KAZACHICIN,
Valentin Ivanovichl YR71IR rT,-*iY~-,c-,-h,e--o,,I-a-v",Y-9-,d-o,-r-o-v-i-,c--h: nA VICK,
Alskeandr Bronislayovich; TAKOVM, D.T., insch., red.; BOBROVA,
U.N., takhn.red.
(Detection and elimination of faults in the 18 electric locomotive]
Obnaruxhante I ustranenis neisprnvnostei na alektrovoze N8. Moskva,
Gosotranap.shal-dor.W-vo, 1939, 170 P. (MIRA 13:2)
(Electric locomotives)

GNIUSE111, A-Ye.p mashintot; PIMOV, M.P., mp.Ahinist; YNEMKIT, V.Ps-,
V#I., insh.
Our operational experience vith the 18 electric locomotive. 11-'Iek.
I topla t1aga 3 no.2:39-41 7 159. (HIM 1t'.):4)
1. Depo Zlatoust, Yushno-Ural'skeya dordga.
(Ileatric locomotives-Blectric equipment)

c h
Ivano-vicbj I
tne VL8
jr,
[Locating I ill(, eLill,-TIUtillF~ f"lt'; L)rli(, ll:~
J

GF&SHOHMO, A..I,, insh
- owwwww"Woft"
InstAlliag Ions
68-69 Ny 15?.

AUTHORS: Averb,~tkh, Yu.A., GusE-v, A.S., Gerashr;henko, A.I., Engineers
TITLY: The Reconstru.-tion of the 1,11,Z AK-25-1 (1',11-16~) Turbine
(Rek,onstruktsiya turbiny LMZ AK-25-1 (TU-169))
PERIODICAL: Fnerge-.ik, 195C, Nr 12, pp 27-29 ("S'3R)
ABSTRACT: The following improvements hpve been introduced into the
LM1. AK-25-1 turbines. The steam-pass section of -~!%e hiLrh-
pressure cylinder hap been reconstructed, The console thrust
bearing has been replacet' 1-v a combined jotirral-thrust bear-
ing. The hydraulic end-.,ealing hF-s been replaced by stesm
sea.,ing (pre~;sure 1.2 to 1.5 atmi. There are 2 vHriations
of the reconstructed steam-pass section of the turbine. One
maintains steam bypass, the other eliminates it. The re-
constructed turbines work more reliably and econouically.
Hent consumption dropped 3 to 5 % at, a 21,000 to 25,C00 kw
output, which is equal to Ft 3,00 trin fuel econoiry yearly,
The entire reconstruction viork was rione by the KhF,r1kov branch
of' the Central Constructor's Bureau attached to the ~Invenergo-
remont of the MIES in 1954-55. There are 3 diagrar.s.
Card 1/1

GERA HWOP A!,;!,tlnzh.
Redesigning the thrust bearing of the AX-25-1 steam turbine.
Xekota# 29 no*U:67 1 158, IMIR& 11M)
(Steaza turbines) (Bearings (Mae-hinery))
A

T: I i_ I
~ C.
- - 1. 1 .10
FILODRAN, X.F., kandidat takhnichookikh nauk, detuent; GiRASHCHINKO, A.L.,
inzhener.
Analysis of the causes of breakdown in antonatie coupling parts.
Trudy MIT no.23-a22-231 153. WRA DO)
(Car couplings)

30(l) S07 /?)_ 59 _3_1q1O
AUTHORS: Guleychik, X.A., Candidate of Agricultural S(:-.iences,
and _Gerashc.~enko,__Aj.._, Engineer (Minsk)
04W ~ ___,
TITLE: The Use of Grooved Wooden Drains in thLe Belorussian
SSR (Primeneniye derelryannogo zhelobehatogo drenazha
v Belorusskoy SSR)
PERIODICAL: Gidrotekhnika i melioratsiya, 1~)159, Nr 3.
(USSR) I . pp 26-31
A13STRACT: The article deals with the use of grooved wooden drains
in the Belorussian SSR. Its authors come to-the con-
clut3ion that grooved wooden dra:.nage is 250-500%
cheaper than earthenware ~irains, The costs of grooved
wooden drains per 1 hectare are as follows: 1) drains
made of sub-standard wood - 162-212 rublesi 2) drains
made of waste wood - 93-119 rubles; ~,) drains made of
planks - 275-352 rubles; and 4) earthenware drains -
405-697 rubles. In 1957 the 0:-esskaya Y1Ms of the
Card 112 Kolkhoz imeni BVO, Lyubanskiy rayon, was the first to

3OV/99-59-'I;-4/l0
The Use of' Grooved Wooden Drains in the Beloruss-'an SSR
introduce grooved wood drains in the Belorl.-Issian SSR.
The area scheduled for drainaE;e was 10 hectares, which
has meanwhile grown to ELS much as 60 hecta.-t-es. How-
evor, the actual driina[~,e cost.s :ire much Wgher and
amount to 993 rubles Per hectare, of which 67.1% go
for the digging of trenches, making the drains, and
laying them into the gr~)und. The service ''Life of
wooden drains is 25-30 years. They could serve even
longer if they were not subject to an early clogging
with silt. There are 2 diagrams, 3 tables, and 3
Photos.
Card 212

K- L ' '~'! ~- , 0. A. ; 7.1 ?1(', A (~,J. R , 6 . C- . , ',I-)" ' f' - ' ' I '! . - - ~ , *
~ ; 1 . : : I ;-- ~ , "', " 1; .
.71 A i ii ~~ ; A , K . . ~;, ; ~ _- .. . .., .1 -
So I ev 1. 4 ~)r. Of . tl%rs fcr il ~ii- --'nf7 ~! -1 -" ' ' - I` " . -: ~5 .
r
GAO 2.4 r.:).I-,Pl..98 16, -'?.'::!A 16: -'

OW11MUKOJI4 -g - ijuh.
1-.1---..---. .. ...........
Stody *f the ps dynodox relative to long bladee in Istatic
conditIms, Energor4ohinostroonis 7 no,5=42 MY 161,
(MIRA 14:8)
(Turbipes) (Fluid dynaics)

I k
3-11-2/17
AUTHOR: Gerashchenko, B.S., Deputy-bliniter of Figher Educatioa, USSR
TITLEt Teaching Staff of Soviet Vuzes (Nauchno-peda-
gogichaskiye kadry sovetskikh vuzov)
PERIODICALs Vestnik Vysshey Shkoly, 1957, # 11, pp 11 - 15 (USSR)
ABSTRIM The author gives a description of the development of education
and the formation of a staff of scientific-pedagogical workers.
during the post-revolution period. After World War 1I the Party
ordered to introduce into the national economy all new achieve-
ments of science and engineering. This order brought about an
Improvement in the qualification of the scientific-podagogical
workers. Some figures demonstrate the improvement reached in
this field. In 19471 there were 67,260 official tesohers, among
them 4,112 doctors of sciences and 15,814 candidates of sciences.
At the and of 1956, there were 114,470 official teachers, among
them 5048 doctors of sciences and A21790 candidateE, of sciences.
During the past ten years important changes of the pedagogical
staffs have taken place. In 1947, 64147 teachers taught physics
and mathematical 1910 of which were doctors or candlidates of
sciences. On lot October 1956 this b,-,anoh comprisel~ 13,612
Card 112 persons, 4,561 of which were doctors or candidates .)f sciences.

coaching Staff of Sovlot Vuzes
3-11- 2/17
Similar figures appear in technical sciences I in,1947, 19,119
peraona(3,922 doctors and candidates of sciencesiwere teaching
in vuzes. On lot October 1956 this figure had increased to
21,151 persons (10,435 doctors and candidates of sciEtnees).
Famous scientists contributed to the evolution of Soviet science.
The author mentions some Laureates of the Lenin Prizat Profes-
sors P.S. Novikov, D.V. Nalivkin, K.I. Skryabin, V.A., Dogell,
V.F. Shishmarev, A.N. Bakulev, D.I. Blokhintsev. The highest
award - the title of a Hero of Socialist Labour - were granted
to academician A.Ye. Arbuzov, professor of the Kazan' Univer-
sity, Professor V.N. Vinogradov, of the 1.9t Moscow Widical
Institute (1-yy Keditsinskiy institut v Moskve), and to Y.D.
Kuznetsov, professor of the Tomsk University. An im ,portant
factor in the successful development of scientific w:)rk in
higher educational institutions is the fact that 51 per cent of
the teachers are under 35 years of age, 42,2 per cenl; between
36 and 54 years.
There is one photograph.
ASSOCIATION: Xlnixteretvo Y"abego obruoyaniya SM (IM Kinistry of' Higher
mcation)
AVAMLM: Library of Congress
Card 2/2

PEM I BOCK E=ITAxroff
652
GeMftb4P)Po= Oerpyeviehp Candidate of TeeWcal Sciences
~mmmmow-ow"- wm~~
Root tyadbaloy iWastrii ze, gody sovetskoy vlasti (TU Growth Of H(14vy Inbstry
UNIer the Soviet Regime) Nbsoov,, ltd-,ro "MAniye", 1958. 38 p. (Seriesi
VoesMaMe obabobastyo po resprostraneniyu politicheakikb, i x=wbnykki
uwaiy. Serlys, T-U,, 1958) no. 1) 80)000 copi*s printed.
SponsoriM Agmy: Yseso7axMa absbabestvo po resprostrananiyu palitiabaskM
i Ux"bob, U=IY.
Ed.: Drd &.P Ye., A., Ttabs Ed.: Streletskiy.. I. A.
PUFdVM-. fte bro*bo" in written to acquaiut the general reader vith the
growth of Soviet heavy irmb, try since 1917,
COVE=: The author briefly describes the economic strides made by Soviet
heavy Uftstry mime 1,917, So broebare includes mmerms &Ugrau and
tables showing the Vwth of cutpat of iron ani, Idg Irons xUal, coal,, oil.
ps, electric powerp cemut., etc. Than an im) references. 11b persons,34-
tie* mm mentioned,
Card 112

fte GroVth Of HaVy Inftstry (ftt.) 652
qwvff-g cr
CONSM (Nme )
nAlffit: Libra7 of Congmes
JG/aak
9-g9-58
Card 2/2

L Ylt. , -.1oktor ekon. nauk, prof.; 1-;1 !1;'6'
B.I.3 Ivaid. ekon. imuk, dotr.;-JZ.
akon. muk; GRIGTRIYEV, A.Ye.y dolftor ekon. nr-uk-, Prof.;
ITIIII L.I., doktor ekon. nauk, prof.; LOMSHIP, E.Yu., dokU')r
okon. ninuk,, prof.; 1XI21111SER, S,7c., voktor ekon. nnuk, prof.;
OBLORSKIY, Ya.A., kand. ehon. naukp dots.; LMOMV,
doRtor ekon.nuuk: prof.,- SHASS, doktor ekon.ptmk-;
STISPANOV, A.7a.j ULITSIM, L.I., doktor ekon. nruk, prof.;
PODOORWIVA, V,, red.; '11101AVOYSWA, N.) taklin. red.
(Economics of socialist industry; textbook]Ekonomika sotsiali-
stichealtoi proryshlennosti; uchobnik. Pod red. L.I.Itina,
B.S.Gerushchenko. 2., dop. i perer. izd. Noskva, Go-spolitiz-
d!:tp 191-`,l. 775 p. (MI4 15:10)
lo Moscow. GosudarstveaM,y okonoricheskiy Lmntitut. 2. Zavedu-
yushnMy ~,nfvdroy okonomiki i,rom-ohlcxinn!A-'~ gc,ru-
darst"(4-liogo ekonomicheakogo instituta (for Itin).
k .,u.9 si a-Inclun LI-IC S)

ITIWq L.Lp doktor okonamichookikh naukp prof.p red.1
IcaW. okonomichookikh rauko red.; PODGOF(POVAp 7., rod.; TRC'rANOVSKA-
U, W.g' takhn. red.
t1conomico of socialist industry; textbook) Zkoi-omika sotsiiLlistiche-
mkoi promyshlemmostij usheboik. lzd.2., dop. i perer. Pod red. L.I.
Itizal B.B.Gerashchonko. Koskvay Goo. izd-vo polit. lit-ryp 1961.
775 p. (MIRA 14:6)
1, Hoseow. Gosudaratyannyy skoncedcheakiy institut. 2. Zaveduyushchiy
kafedroy skonomiki promyoblennosti Moskovskogo gosudarstvenmogo eko-
momichookogo, instituta (for Itin).
(Russia-Industries)

~=M".(?X.k.gRrMoviqh- ; GERASUCHENKO, Vladimir Sorgoyevich;
KORMKOP AOF41 r6-F.-; ESOV, V.Ye., red.; G.'3-RASIMOVA, Ye.S.,
takhn. red.
(Probletoo in the economics of U.S.S.R.industries at the present
stage of the building of communism]Voprosy Ronomiki prorWuhlen-
nosti SSSR na sovrovennom etape kownmisticheskogo stroitel.letva.
Moskva, Zkonomisdat, 1962. 355 (KMA I!i:8)
(R%jsaIa-jndustrieo~'I

KOYMM, N. 10.1 MHOV-j V.V.1 qSRASHCHENKO, D.A.
FJWU6~ and repositleft devioe for operations an tubular hines.
Teotn. Mr. Grekov. 90 no.4s.,7-98 Apf63 (MIRA Vt2)

GERASHCHENNOP G,-A.
...
'4-
Piezothermoplastics made of flax tow. Strcl,nit. -10 no.8.22 Ag to
(MIRA 17:12)

%Vasil' yovich; IMIW, V.A., reitaktor; SITMTSCIF, I.K.,
,-"Fft GrIlop
au - NOW;
(A reference zanual on the preparation of coils for electric
apparatus] Spravochnas rukovodstro po isgotovloniiu katuehok
slaktroapparatov. Xookva, Goo. onorg. izd-vo 1956. 86 p.
(Slootric coils) (KM 9:9)

PHASE I BOOK EXPLOITATION 1148
Gerashchenko, Gr,igoriy Vasillyevich
Spravochnoye rukovodstvo po izgotovleniyu katushek elektroalpparatov
(Referenoe Handbook on the Manufacture of Coils for Electrical
Eguipment) 2d ed., enl. Moscow, Gosenergolzdat, 1958. 103 P.
2' 000 copies printed.
Ed.: Aleksandrovskiy, B.B.; Tech. Ed.: Voronin, K.P.
PURPOSE: This book is intended for engineers, technicians, foremen
and coil-winders engaged in the manufacture of coils.
COV13RAGE.- The book contains tables on coil winding data for magnetic
starters, contactors, brake electromagnets, freight lifting elec-
tromagmets, solenoid drives, relays, automatic circuit breakers
and other electrical devices. The author discusses problems con-
nected with the manufacture of coils In electrical workshops of
various industrial plants. He explains the method of reca:Lcula-
ting the number of winding turns for a change in voltage! or opera-
ting conditions. He also presents basic technical data, officially
approved tables, and reference material on copper winding wire
Card 1/7

Reference Handbook (Cont.) 1148
and eleCtrical Insulating materials used in the manufacture of
coils. The author states that the book is based chiefly on the ex-
periertoe and technical data collected at the Zhdanov Metallurgical
r1ant, No personalities are mentioned. There are no re.rerenceB.
TABLE OF CONTENTS.
Introdu,~Uon
3
Ch. 1. Production, MEdntemiceandRepair cfCcUs Fm- Electrical A7oaratus 5
1. General remarks 5
2. Manufacture of eoil forms and terminals 6
3. Winding of coils 7
a. Winding of coils on forms 8
b. Winding of formless coils 12
4. Coil winding on seml-automatic machines 14
5. Tapped coils 21
6. Turn-to-tuxm spacing 23
Coil drying and impregnation 24
Coil compounding 25
Card 2/7

Reference Handbook (cont.) l148
9. Coll inspection and tasting 28
10. Apparatus for determining number of turns and short c~~r-
cults in a coil 29
11. Coil maintenance and repair 33
a. Maintenance of coils 33
b. Repair of coils 35
c. Service life of coils 37
Ch. 2. BaMe Features of the Manufacture of Coils for Some Types
of Apparatus
12. Magnetic starters 39
13. Contactors of the KP-500 and KTP-500 types 40
14. Contactors of the KPD and KTD types 42
15. D-o., brake electromagnets of the KMP type for Parallel
connection 43
16. D-a brake electromagnets of the KMP type for series con-
nection 43
17. D-o brake electromagnets of the MP type for parallel con-
neetion 45
18. A-c braJce electromagnetr of the KMT type 45
Card 3/7

Referen~,e Handbook (Cont.) 1148
19. A-c brake electromagnets of the MO type 47
Ch. 3. Re~.%ialculation of Winding Turns 49
20. MWAejtic starters and a-a contactors 49
21. D-o bralcf electromagnets (for parallel connection) and d-c -
c--)nba,,,tors 51
22. D-o bralce electromagnets (for series connection 53
23. Brake e1eetrcaagnets and other a-e apparatus 54
Ch. 4. Copper Winding Wire and Other Pla-;erials Used in the
ManufatAure of Coils 55
24. WindIng wire 55
25. Calculation tables for winding wire 57
26. Eleatrizal insulating materials 57
27. Textile materials, varnished cambrics 59
28. Miea and asbestos products 61
29. Insulating varnishes, solvents and bitumens 62
30. Other materials 64
Appendix. Coil Winding Data 66
Card 4/7

Reference Handbook (Cont.) 1148
Table 1. Coils for magnetic starters 66
Table 2. Coils for d-c contactors 71
Table 3. Coils for a-a contactors 73
Table 4. Coils for d-e brake electromagnets of the IKMP type
(for parallel connection) 75
Table 5. Coils for d-c brake electromagnets of the WI and MF
types (for parallel connection) 76
Table 6. Coils in Casinp for type A band brakes (for paral-
lel connection) 77
Table 7. Coils for d-c brake electromagnets of the 194P type
(for series connection) 79
Table 8. Coils in casings for type A band brakes and for d-c-
brake electromagnets of the MP-300 type (for serieEl
connection) 79
Card 5/(

Reference Handbook (Cont.) 1148
Table 9. Coils for a-c brake electromagnets of types KMT
(three-phase), MO (single-phase), TKT and TV 81
Table 10. Cut-in coils of electromagnetic drives for oil cir-
cuit breakers 83
Table 11. Trip coils of electromagnetic drives for oil circuit
breakers 86
Table 12. Coils for hand drives with automatic cut-out of tbe
standard KAM type 87
Table 13. Coils for hand drives with automatic cut-out of the
PRBA type 87
Table 111. Coils for d-c and a-c relays 88
Table 15. Coils for freight-lifting electromagnets 92
Table 16. Coils for electromagnetsp bells, sirens and electro-
Card 6/7 magnetic locks 93

Reference Handbook (Cont.) 1148
Table 17. Coils for automatic machines
93
Table 18. Praotical number of turns for close winding per
sq. cm. of coil bore area 96
Table 19. Number of turns per em. of continuous winding
length 97
Table 20. Gauges of round and rectangular copper winding wire 98
Table 21. Copper winding wire with a round core (GOST.6324-52) 98
Table 22. Technical data on winding wire with enamel, fibrous,
and composite insulation 100
AVAILABLE: Library of Congress
iplsfm
Card 7/7 2-5-59

GUkSHMMIMD, -1.1.
1,441-,-.4~4 -
s for erAonasal application of sutures to the xwous membranes
a
of the naual septum. Test. otorinolar., Moskva 14 no. 4:62-63 July-
Aug 1952. (CLUL 22:5)
1. Of Noway& Odessa Rayon Hwipital, Nikolayev Oblast.

GARLBSCEMNIO, I.P.
Plaziglas splint in fixation of nasal bones in fractures. Vast.
oto-rin. 16 no.1:69-70 Ja--F '54. (KIRA 7:3)
1. Is Ukrainskogo nauchno.-IoBledovatellskogo instittita bolainey
ukha, gorla i nosa. (direktor - starshiy nauchayy sotrudnik A.P.
Kolibaba). (Nose) OPractures) (Splints (S-cirgary))

GF
Now t:fps d plexiglass splint for fixation of nasal tones in fractimes.
Vest. oto-rin. 16 no.5:70 S-0 154. (MLRA. 7: 1,! )
1. Is lkrainskogo nauohno-lealedovatellskogo instituta bolezney ukba,
gorla i nosa (dlr. doteent A.P.Iolibaba).
(NOSI, fractures,
ther., plexiglass splint)
OrBAM U
nose. ther., plexiglass splint)

GnMICIM110. I.F.
JA,'
Unuslial localization of heianglosa. Vest. oto-rin. 17 no.6:68 H-D
'55. (MIRA 9:2)
1. lm Ukminskogo muchno.-iseledovatellskogo instituta bolexney
ukha, gorla i noaa (dir.--.dotsent A.?. Kolibaba) Xhirlkov)
(IARYNX. neoplasms,
hemmugions.)
WIGIOU,
lary=)

I.Y.
mmm,
Acute wiphritts as a couplication nf acute otitis. Vrach.delo
ni),12:130)-1303 D '56. (HIU 12:10)
1. lhar'k-ovs!mya gorodekaya klinichookuys, bollnitsa i*ha, gorla
I noon flo.:10.
(HIMNYS-DIVASES) (UR-DIU&IUS)

4Wyngesl ostooss. Yout.ato-rin. 19 no.2:117 Mr-Ap 157.
(MLRA 10:6)
is Is Charlkovokoy gorodskoy k1lutcheskoy bolluitey ukha, gorla i
1100A.
(URD-M,
,909PM (*18))
(OSTIONA, case reports
lary= (Rus))

KOLIBABA, A.?., dots,
Viltoomas of the para4meal sinuses. Vrach.delo no.10:1029-1031 0 '57.
(MIRA 10:121
1. Kliniks bolesney ukha, gorla I nose (zav. - dots. A.P.Kolibabs)
Kliarlkovskogo maditainakogo stoma tologicheakogo instittits i Kharl-
kovskaye gorodskaya klinicheakays bollnitse ukha, gorln i nose No.'10.
(NOSS, ACCRSBORY SIIPJSNS OF--TUMORS)

GEWHCHMO, I.?.
Goiter of the root of tho tonpe. Zhur. ush., nas. i gorl. bol.
21 no,-2r76-77 *-Ap 161. (MIRA 14:6)
1. Iz kafedry bolemey. t&ha, gorla i nosa (sav. - prof. V.A.ShTavtv
[daceasadl) Mzrlkcvskof,,o instituta usovershenstmaniya vrachey,,
(GOITER) (TONC.UE-DISWM)

N. 0.

M&SWIMIZO, X.P.
Mining aginsering clukracteristice of rocks. Razved.l okh.nedr
22 no.10:34-37 0 056. (XM 9-12)
(Mining geologr)

IzRffKLI'T) N.H., inzh.; GERASHCHMOV, N.S., inzh.
1 .1-1 11.1-1.1 1-1. ~.
Using dolamite for higly-Btrength ooncretes. Stroi. nat. 9
no.6125-26 Jo 163. (MIRA 1738)

F GIRASHMSUMD, I.T. (Umenets-Podollskiy),
Partubation stethoscopes Akuah. i gin- 34 no,5:107-108 5-0 158
(MIRA iitio:l
Is IN kafedry akusheretva I ginekologii (zave - prof. L.B. Tso4or)
Chernovitskogo meditsinskoeo instituta,
(IPALLOPIAII TMINI 9
partubation stethoscope (Rug))

T
rtr Tc-Inll 3 T4
SO: So. S'l ril Te- D3
sert- t-' on-2 D-i -1- iqrl it; 113sz' r '21- t; nil ln~ t'lt ~ -,nt~

SOV/124,58
Translation from: ItefetaCv!~;y A-rr-d., 1'4;8, N! 1. (USSR)
AUTHOR: Gerashcf,enke. 0. A.
TITLE: The Frict;onal Resis-,inte (A Ri-,ol,ill, Disc~: isvplcf~~
vrash(:huyushch;6.lih.iy.t c 1 , '
PERIODICAL: Sb. tr. In -t-a tpploeno:; g AN T, 1, -.SS.R lu~,,5,Nzr 12; pp L'9. i 1()
ABSTRACT: With reft-rence i( the fke(.;r~ vi rirboniach'rcrz~, tl)e author exannires
the problem ci the ir lr-,se~, c~ smom, dscs thaf rot-Je 4) ~,f
moderate :,peed w,.p,:f-f t 0,ambf 'A',1" -111cd' A-Xidl clearance:i, I') in
large volume witl,, 1-rivi, - anc (') it, a !-,Ous;np w.ith
eiut; and w;l)-
-ixial clearances th,tt aye sm-all .-rnp.-:~o!- \vt~. the ra
good seals along tme pe -.I+v~ . tha, .-1J CLI., d"N' ' if!' dl COW, ~d)
medium hw-'ng d t0T(t:tJ TaLl-al T~w ~,-A for also i-xam-!ies tne
subject ot the f rict~onal lcos- c ~1- c- rmgh (i:s( ~, An analogou5 sub 'if,-ct
was discussed ;n a p,tper 11v A P~ P(-j\. vamij,,., (PriPl. mekl,,,n'i,,A
1955, Vol 1, N: 4, pri 17. 478~ RZiMeki, PS7 Nr f H(V
M, YC.Tctmh.."~
Card 1/1

- GIUSHOMIKO, O.A.
Determining the coefficient of resistance in rotating disco in
the presence of air cooling. Trudy Inst.tepl.All URSR no-13:116-1-22
'56. (HUM 10: 5 )
(Turbines)

SHMI. I.?., alradealk.;DIW, Ta.P.;GVASWAMO, O.A.
slow,
Heat amehavge in the harrW bone blaMacram gone of rotors.
(with summaxy in Xaglishl. D*P. AN MtSR nt.1:38-41 1-57. (KM 10A)
1. Akademlya nax& ~= (for Shysts). 2. Institut taployanergatikIl AN
Um.
(Impellers) (Seat-Tftasmission)

AUTHOR: ,3hvutsg I.T., Academician,_~j~~~henN_ O.A., Cimdidate
-
-
of Technical Sciences and Dyban, E.P
G
. anMate of
I
Tecbv.ical Sciences. 05-7-4/25
TITI:B: :Investigation of' the temperature fields in the roots of
tho working blades of turbines using electrical models.
(Iseledovaniye temperaturn:ykh poley v zone khvostoVJikov
rabochikh lopatok turbin na elektricheskikh modelyalch.)
P~;RIODICAL: "To-ploenergiptil,,,,:."(Ivhermal Power), 1957, V01.41 No*7,
pp. 20 - 26 (U.S.S.R.)
ABST4CT: The increasingly sevm working conditions in ;Btei~.Lm and
particularly in gas turbines make increasing demands on
the preliminary design calculations of the temperature
fields in the most heavily loaded parts. DeteraLnation of
the temperature fields in the region of the blade roots
is particularly necessary since these govern the condit-
ions of heat exchange between the blades and the disc or
drum parts of the rotor. Most blade root designs are of
symmetrical profile. Therefore, the determination of
temperature fields is a two--dimensional problem. This is
04rd 1/8 not strictly true insofar as ti.,ansition from the blade
profile proper to the root is asymmetrical and it should
be justified erPerimentally as was done in the tests

"Investigation of' the temperatuie fields in the roots,
of the working blades of turbines using electrical
nodels. (Cont. ) 96-7-4/25
described here.
An equation is given for the heat conduction J,n
rectw-igular co-ordinates fox- plane steady thermal. con-
ditions. In the particular case considered this aqua-
tion can only be solved by a numerical method. Jai
analysis was made of various. methods of solving the
problem and this showed that the analogue method and
particularly the electro-thermal analogue method is
simplest.
The general principle of the electro-thermal anal-
ogue consists of' observing similarity of the fol:Lowing
conditions in the thermal original and the electrical
model: 1) geometrical similarity; 2) similarity
of potentials; 3) similarity of fieldsof conduo-t-
ivity, and 4) similarity of boundary conditions. The
fulfilment of -these conditions is briefly discussed.
For the purpose of carrying out electro-model
Card 2/8 measurements use was made of an integrator -3r,61A-6/53,
the circuit of which is L#ven in Fig. 1. A step-down
transformer with full wave rectifier gives an output

Investigation of the tompe rature fields in the roots
of the working blades of turbines us"Jmg electrical
0
models (Cont. 96-7-4/25
of 28 volts, the measaring device is a decade aixi
potentiometer which permits readings to be made with
an accuracy of 0.1c;, of the total potential difference.
The boundary conditions cati be set up roughly by a
potential divider with steps of 101,'.s. Boundary poten-
tials are set up more accuiately by special diNriders.
The conductinj medium consisted of special electric-
ally conducted[ paper, different kinds of which have
different conductivity. The electrical non-uni.formity
of paper of a given qualit-y does not exceed 55,",,
The experimental procedure is as follows: "a %vork-
ing scale (uaially of the order of 20:1) is selected
from the workJLng drawings. On the basis of e2q)eri-
ence of analogous blade roots the Mean temperature of
the blade and rotor is roul3hly estimated and the ratio
of their thennal conductivities is detemined so that
Cowd 3/8 the appropriate quality of conducting paper can be
selected. The two halves of the model are then cut
out of the paper and joined with an electrically