SCIENTIFIC ABSTRACT KURGANOV, M. A. - KURGAPKIN, V. I.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OREKHOVP K.A.; MAKSIMOV, G.M.; NESLUKHOVSKIY, S.K.; ROZD~ALOVSKAYA,
V. V. ; SMIRNOV, K. A. ; VEYS, L. V. ; ANTYUFEYEVA, A. M. ; XURGAIJQVp
MI. STEPANOVA, Ye.A.,- VOSTRIKOVA, A.M.; SAKHAROVA, V.V.;
11 _t A*.
POD"YACHIKH, P.G.; OREKPOV, K.A., otv. za vypusk; CHUPROVA,
YU.S., red.; PYATAKOVA, N.D., tekhn. red.
(Results of the 1959 All-Union populatioa census; the Kazakh
S.S.R.] Itogi Vaesoiuznoi perepisi naaeleniia 1959 goda;
Kazakhskaia SSR. Moskva, Gosstatizdat, 1962. 201 p.
(MIRA 16:4)
1. Russia (1923- U.S.S.R.)TSentrallnoye statisticheskoye
upravleniye.
(Kazakhstan--Census)

KMGANOV, M.M.. kandidat tekhnicheak-ikh nauk, dotsent.
Kinematics and dynamics of the mechanism of the SA-3 automatic
coupler. Trudy MIIT no.82/83:175-185 '55. (HLRL 9:8)
(Car couplings) I

~'Cc Na- A116016289 SOURCE CODEt Ul?/0269/66/000/ooi/C,046/G,3,,16
AUI'Li~ji(S; Sidorovo Ve Vo; Andrianov, 11. S.; Kurganov, R. A.
,TITLE: Continuous emission apparatus for measuring the wind'velooity profile at
:m3teor altitudes
.SO-MICE; Ref. zh. Autronomiya, Abe. 1-51-378
REF SOURCEj Sb. Meteorn. raoproatr. radiovoln. No. 2. Kazan', Kazanak, un-t, 1964,
59-70
TOPIC TAGSi meteor observation, meteor radiant, meteor trail, wind velocity
ABSTRACT: A radio device was developed which useo continuous emission for measuring
the wind velocity profile in the meteor region of the atmosphere according to shifts
of several portiona of the meteor tr9ck spaced in altitude* The installation
comprises theDmeteor station MU-M29bperates togather with its pulsed part-9 and at
the same time ~c`ain-VW-i~-d~~fon~--m ~aeu~Gg the velocities and radiante of meteors. The
design equations are presented. The problem of determining to is discussed. Abstract
Oranslation of abstrao!7
SUB COM 03
UM 523-164-6

17(14) S07/215-59-2-43/48
AUTHOR: Kurganov V. (Leningrad)
TITLE: They Write To Us (Nam pishut)
PERIODICAL: Nauka i zhizn', 1959, Nr C", p 77 (USSR)
ABSTRACT: This 1!3 a brief node oent in to the editor
about a successful plastic operation carried
out on a patient of Lhe surgical ward of the
Leningrad Pediatric Medical Institute, in
order to remove a congenital liver defect.
This surgery, carried out in the middle of
1957, was the first of its kind in tho Soviet
Union.
Card 1/1

1R
523.ii7
65f,97. Almirgo 0( torm- papers P", 11W In UiSR
CO(Irming of -f?2 " th-Ir
stability. V. Kf",r"k.-qe)FF. Afrin. Soc. Ray. Scl.
i.i.,v... t4, speeT.I Tyc- -,5P2 (1934) Ij Perch.
A ~-.Tjflcd rcviw of V, S. SarvkInc% Re"arches am
the rquitibmim of hothtrmal Carvjuy jpke~er
J. USSR, N, 2.1 (1952)] %Hch ft Wnwred wit it
p,irlh!ly eqcn-rgjtc fu crimpowd of frcc c!vctrons
ard ft N i~vwn thAt undtr cetlain cort.
eitioni more thaa vne type of equilibzim comfigma.
tion is puh~iblc. Stablily with rnNct to duisily
p,rturbAwrs Is Inmaiiatcd. Shorter notkxs: D. A.
17fjr.,J.-Ka-rn-n.nky, Nom-Urrar wfl&sfiom3 ort slary
4A=f. Nauk SSSP, 96, 897 (1952)~ See alto
6(.*$ (1951), 2385 S. A. Gcv;ikin,
;~T "Y'di u star Is ;k of di~crex
cIcn;ents imu.:,d of as it 4:cn!in~:out rnediura.
P.. A, %[*.YI~U f

- KURGANO 1 "_V .; YMENKOV, Y.G.; ROZHKOVSKIY, D.A.
On V.Kurganovts article "V.G.Fesenkov and D.A.Roshkovskii's
research in the development of stare from filaments of gas-dust
nabulae.0 Aatron.shur. 31 no.6:556-557 N-D 154. (URA 8:1)
(Stars) (Nebulae)

PEE
_KURGANOW, V.D.--,- kand.- tekhn-.-nau-k.
Analysis of the operational accuracy of a transitorized detector
device with voltage aouroas in dischargeB. Vych. tekh. [MVTUI
no.3:91-102 163.
Decoding device with current sources in discharges. lbid.:143-
152 (MIRA 17:2)

ANJSIMOV, B.V.; KURGANOV, V,,D.
Buie trends in tile automation and -mochanization of production
procesew in the machinery industry. Izv.vys.ucheb.zav.; prib.
4 no.5:135-140 161. Mlltk 14:10)
(Hichinory industry-Technological innovations)
(Automation)

ANISIMOV, B.V., doktor tekIin. nauk prof'. fYSosk-Nra);_,~tFtGAN'OV_, V.D.,
a~ - . I-- (~ s-kva);
kand. tekhn, nauk (Moskv ; KHOWAKOV, K.S.,'inzh.
VERETENNIKOV, Yu.N., inzh. (Moskva); NIGAY, A.A., inzh. (Moskva)
Digital display device using a typotron. Elektrichestvo no.82
52-56 Ag 163. (KM 16.10)

ZVERETV, Alckgandr Yevgenlyevich; KIJRrWIIOV, Viktor Dmil.r1yeviCh;
ZVEREVp S.A., dots., red.
(Electron-tube and transistor pulse sip~nal wnplifiers;
textbook] Elektronnye i poluprovodnikovye usiliteli im-
pul'srWkh signulov; uchebme posobie. vloskcva, Mosk.
aviatsionTWi teklmologicileskii in--t, 11,165. 219 p.
(MTRA 18:11)

L 43078-66 ZWT (V)/T/~Wll (t)/_VTI/EWP (k) 11ji (C) H""'F111111i
ACC IiR: AR6014376 SOURCE CODE1 01/0137/65/000/011/DOWDO33
AUTHOR: Kurganovt V. D.
TITLE: Investigation of the reduction process of pipos with tension in the
aggrogato of continuous furnace welding of ~11 pipes at ChTPZ
SOURCE; Ref. zh. Metallurgiya, Aba. 11E2U29
REF SOURCE: Sb. Matorialy konfegqnlaii.__po--~~ rii__tprqK~iko redutsir. trub.
Sverdlovsk. 113-123
1~
TOPIG TAGS; motallurgic process, metallurgic machinery, metal rolling, pipe
ABSTRAM The first reducing installation employing tension in conjunction with
the furna(.a welding of ~s--211 pipas was used In the Chelyabinsk pLant in 1960.
In the period 1961--1963, the VIIII14otmash along with other organizations took
part In the investigation of this installation. The main attention was given to
the questions concerning the magnitude and di3tribution. of tonsions between tho
rolling mill stands. The overall deformation of the pipe wall, maximum compres-
sion of the stand, distribution of the number of rovolutions along the rollers,
tho prossure of the metal on the rollersp and the nomenta of rolling depend on
the distribution of tensions betwoon the rolling slAnds. 10 illustrations. Is
Kullbachnyy firanalation of abstrac-t7
Card 1/1~f SUB com-1 11 UJX: 661-774-35.005

GONSALES, A.A.;.KURGANOV, V.M.; AGAFO -!'0V, A.V.; ABAYEVA, B.T.;
POLETAYEV, V.B.; VIVIYER, A.S.; PJJDrjVICH, ],,.A.; BE11AYLVA, Z.G.;
RUn,W1, G#I*
Results, of redesigning an indwtrial critalytic-cracking deviue.
fleftoper. A neftekhim. no.9:(-10 163. (MIRA 17:8)
1. Salavat-,hiy konib1miil i
institut po porerabotke nefti.

-KURGANOV, V.14.; GIONSALFS, M.A.
Special features of systems of feeding of cracking reactor. Khim.i
tekh.topl.i mwel 7 no-5:5-10 Mq 162. (xim 15:11.)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po pererabotke
nefti i gazov i polucheniyu iskusstvenn go zhidkogo topliva i
Salavatskiy kombinat,
(Cracking process)

3/28~/63/000/002/003/005
A059/A 126
AU -XIS: Kurganov, V. M., Gonsales, M. A., Agafonov, A. V,
TITLE: Methods of supplying stocks to a reactor of catalytic cracking
PERIODICAL: Referativnri zhurnal, otdoltnyy vypusk, 47. 10iimicheskoye i kholo-
dil'noye manhinostroyeniye, no. 2, Iq-63, 33, abstract 2.47.186
(Novosti neft. u gaz. tekhn. Neftepererabotka i neftekhimiya,
no. 8, 1962, 15 - 21)
TEXT. Stock feeding to the reactor by single vapor-liquid flow has con-
siderable advantages over the separate feeding of the liquid and vapor phases to
the reactor, greatly simplifies the operation and reduces the operating expenses
of stock preparation. The contacting method based on spraying of the liquid
phase over the surface of the catalyst layer is the most unsuitable of all kno-"M
methods, since it does not exclude coking of the internal surfaces and conglo-
merate formation. The utilization of any cross section of dropping catalyst
film for contacting with the.-stock creates a uniform distribution of the liquid
residue on the greater paxV,,Df the catalyst, but does not exclude coking of the
Card 1/2

S/282/63/GW/002/003/005
Methods of supplying stocks to a... A059/A126
reactor. The most advantageous of the alternatives considered is the setup
based on the mothod of phase contacting under restricted conditions on moving
in the suspended state below the distributing plate (model BfiZZHri - K -18
(VINIM-K-18)). Fitting out the reactors of cataly-tic-cracking devices with an
inlet assembly for the stock according to the model VNIINP-K-18 permits: to
process heavy petroleum stocks without coking of the reactor and conglomerate
formation; to Increase the yield of light petroleum products by 3 to 5%, to
reduce catalyst consumption by 0.5 to 1.5 kg/t of the stock; to reduce the tem-
perature of the stock on discharge from the furnace from 1180 - 4900C to 42o -
450OC; to prolong the time of passage through the setups and to stabilize their
capacity during the whole cycle; to eliminate laborious and dangerous work in-
volving the removal of coke from the internal surface of the reactor. There
are 4 figures and 8 references.
[Abstracter's note: Complete translation]
Card 2/2

KURGANOV, V.M.; GONSALES, A.G.
Remodeling a catalytic cracking furnace. Nefteper. i neftekhim.
no.5:36-39 164. (MIRA 17-8)
1. Vaesoyuznyy nauchno-issledovateliskiy institut po pererabotke
nefti i gaza i polucheniyu iskusntvennogo zhidkogo topliva i
Salavatskiy neftekhimicheaki-y kombinat,

U.~G.U0,ij, V.Li.; "t.
Effect of thu contact timo on tho qualiLy of tho in a
cataly-tic cracking reactor. Nuftilpuw. 1 no.9:12-15 1611+.
(11LIA 17:10)
1. Salavatskiy xkombinat i V,-eooyuznyy iviuclino-i.-,.Ilo~lovc,-tollgkiy
institut rvxsliclmykh i (~firorrjudichnYkIli kuiltur.

GONSAIM, A.; KIIRGANOV, V.M.
Remodelling a regenerator unit fox, catalytic cracking. Nefteper. i
noftekhim. no.7:3-6 164. (MIPA 17:11)
1. Salavatsidy kombinat i VSOBoyuznyy nauctno-issledovatellskiy
institut po pererabotke nefti, i gaza i poluelmniyu iskuqstvennogo
zhldkogo topliva.

COY u02 OrLUER 000
dIIi.
2/2
jpR33

KTJRGANOV, V,M.; GOINSATES, A.; VIVIYFR, A.S.
Remodeling the catalyst circal-ation system in a catalytic cracking
unit. Nofteper. I neftekhim. no..'10-10 165. (MIRA 180)
1. Snlavatskiy naftokIdmichovkly kombinat I Vjosopiznyy nnuchno-
isoledovatollskly In3tttUt PO poreabotke! nefti i gaza I poltichonlyu
iskusstvennogo zhidkogo topliva.

KURGANOW V.M. aaWIM', A.; KARAVAYEV, N.M.
Hydraulic resistance )f the layer of granular catalysts. Khim. i
teldi. topl. i masel 10 no.814-7 Ag 165. (MIRA 180)
1. Vseaoyuznyj, nauchno-issladovatellskly inatitut po pererabotke
nefti i gazov i polucheniyu iskuastvennogo zhidkogo topliva.

AP6003645 SOURCE CODE: UR/0314/65/000/010/0004/0005
AUTHOR: Kurganovo V. M. (Candidate of technical sciences)
ORG: none
TITLEz Atomizer for technological liquids
SOURCE: Di7nicheskoyo i neftyanoye maohinostro)-eniyo, no. 10, 1.965, 4-5
TOPIC TAGS: liquid flowp atomizaiion, droplet atomization, spray nozzle, conic
nozzle, nozzle design, nozzle flow
ABSTRACT: A now atomizer for technological liquids has been developed at VNIINP.
The atomizer has several advantages over those reported in the literature by S. S.
Berman (Forsunki i mazutnoye kho.-yaystvo Coryachikh tookhov. M., -L., Gostekhizdat,
1950). The advantages are: a) the atomizer may be used for dispersion of impure
liquids, and b) the dispersion angle may be different from the usual 40-600. A
schematic of the atomizer is presented. The performance of the device was tested
for tar, sludge, and water dispersions, and the experimental results are presented
graphically (see Fig. 1), The vol=e Q of wator delivered as a function of the
pressure p, nozzle exit area S and ~-, the opoclfj'.c weight ~f the liquid, in the
pressure interval 1 to 6 atm and flov rates from 1.8-4.3 m /h were given by the
expression
Card 1/2 Q=tls V 2g- .43,bec UDCt 66.069

ACC NRt
AP6W3645
7C-
YN Fig. 1. Character of the liquid
w IV distribution on the sprayed
% Y isurface.
15 1 v
30
75 7zz
0
75 N
*150
117 7/7,
7S
030
4m m YZ_
10 IV V7/7
75
MR
"I lyr
855 760 5
Distr o p 11r opm. c Xnt ejrs# p 1 789 u r7fla ac5ofN#'
whero /k is the flov rate coefficient = 0,45., Orig. art. hazi s 2 graphs and I equa-
tion
ard 2 ~2 SUB COIZ 1 13/ SM DATE I nonel ORIG MT: 004/ OTH REF t 001

VAKHRUSHEV, I.A.; KUPDANOV, V.M.
Thermal calculation of regeneratorq and co'ke heaters for contact
catalytic prooemses. Khim. i takh.topl. i masel 10 no.1106-41
8 165, (MIRA l9v:1)
1. Vseiioyuznyy nauchno-iseledovatallakly inatitut po perarabo+Ae
nefti i gazar i poluchenlym iskusetvannogo zh~dkogo topliva.

-,f, "~ I" v
'. f
rMGAIldV,'V*.i.* (Moekva)
Over half a century in medicine. Red. sestra no.1:28-29 Ja 155.
(MLRA 80)
(ANMMVA, VMA GICORGIBVNA)
(A233]ILNVA. ALMANERA MUMAILOVNA)

KUI),GA:iOV,, V.""., inzh.-mek~anilk; 'U!01', K.S., Inzh.-mekhanil'.
Performance of the D-357C self-prol-xil.led ncrat.er. Avt.(Jor.
27 no.8:10-11 ka 164. (1',IHA 37:12)

SOV/ 137-58-9-18677
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 75 (USSR)
AUTHORS: Bolotov, I.Ye., Kurganov, V,V,, Popov, A.A., Fedorov, A.B.,
Chernikova,
T I TL E: A Study by Autoradiography of the Structure and Kinetics of
Ingot Crystallization in Transformer Steel (Izucheniye stroyen-
iya i kinctiki kristallizatsii slitka tranforniatornoy stali s
pomoshch'yu avto radio grafii)
PERIODICAL: V sb.: Staleplavil'n. proiz-vo, Njoscow, Metallurgizdat,
1958, pp 17Z-183
A13STRACT: S35 in an At ampoule was introduced while molds were filled.
Autoradiographs were taken of the surface of a large section of
the test ingots. Three zones of dendrites, each with adifferent
structure, were found: A zone of columnar dendrites at th(.- sur-
face of the ingot; a zone of very fine and poorly developed dend-
rites in the middle of the ingot, narrowing toward the top; and,
between the central zone and the zone of columnar crystalliza-
tion, a zone of large and highly- developed dendrites. When the
isotope was introduced in batches at different times during
Card 1/2 pouring, evidence of sequence crystallization of the layer

SOV/ 137-58-9-18677
A Study by Autoradiography of the Structure and Kinetics (cont.)
appeared. The thickness thereof at the mold wall inthe upper portion of the
ingot, determined by the autoradiograph, is in agreement with the results of
the determination of the thickness of the "skin" of solidified metal by the
overturning of analogous ingots. No such agreement exists in the lower por-
tion of the ingot, because in this region the boundaries of distribution of the
batches of isotope are ill defined. Thus, the S from the later additions of
isotope is unable to penetrate into the lower portions of the ingot, which are
still in a liquid or semiliquid state. The authors believe that the semifluid
masses of metal concentrate in this region and that, although they are re-
moved from the ingots when the latter are overturned, nevertheless they
served as obstacles to the distribution of radioactive S atoms displaced by
means of convection currents of liquid metal. This concept is confirmed
by experiment.
L. K.
_eel--Stri-ctural analysis
rinfaiy.,~is
2. 3. Stee.1--iiqlic),~,raTIic
Card 2/2

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SOV/133-59-1-10/23
AUTHORS: Gladkiy, D.F., Ivan'ko, V.P. and Kurganov, V.V.,
Engineers
TME: Experience in the Operation of an Electric Furnace of the
DSV-30 Type With a High Secondary Voltage (Opyt
ekspluatatsii elektropechi DSV-30 s vysokimi vtorichnymi
napryazheniyami)
PERIODICAL: Stall, 1959, Nr 1, pp 45 - 48 (USSR)
ABSTRACT: Experiments on the determination of most suitable
secondary voltages for furnace transformers are described.
A DSV-30 furnace was used (charge 50 tons, yield of
metal 46 tons). For this purpose, the furnace was fitted
with two identical transformers - PDRO 10001/30 of 900 kW
each with the primary voltage of 30 000 V and 26 steps in
the secondary voltage from 86 to 270 V. Series
connection of the low-voltage windings of both trans-
formers enabled doubling the secondary voltage during
the melting period. For obtaining low-voltage steps
~ a circuit was used
(which are necessary for refining
which allows series connection of the primary windings of
both transformers (Figure 1, p 45). The comparison of
the furnace performance with one and two transformers is
Cardl/2 shown in Tables 1 and 2. Operation with a secondary

sov/133-59- 1012
Experience in the Operation of an Electric Furnace oi-the LV-30
Type with a High Secondary Voltage
voltage of 420 V (instead of 282 V) brought about a
decrease in the melting period by 34 minutes. The
increase in the power suppliedand the simultaneous
decrease in thermal and electric losses of the furnace
(due to a decrease in the duration of melting period)
resulted in a decrease in specific power consumption by
19 kWh/ton. Operation with two interconnected trans-
formers brought about some improvement in the power
factor during the melting period and also some reduction
of the power factor during the boiling and refining
periods due to an increase of the reactivity of the
furnace circuit caused by the second transformer.
Operation at 420 V did not result in any material change
in the durabil4y of the wall linings and the chrome-
magnesite roofs nor in the metal quality. It is con-
cluded that, during the melting period, 40-ton electric
furnaces can be operated with a secondary voltage of
420 V with good results. Use of still higher voltages
will be tested. There are 3 figures, 2 tables and 5
Card2/2 Soviet references.

11/037
AVIMORS.. C1"iyko, 11. 14, j1utkov3kiy, V. B., A. T., Azlti,~e,~ko, G.I.,
Sabkov, T. M., Kurganov, V. V., Prantnev, V. P.
T the treaLmont or
111Z Technique for amalting cleatrlc steel Involving
the metal by alaga In the ladle
PERIODICAL: Reforativn3rl zhurnal, IMetallurglya, no. 8, 1961, 36, al,5trnct CV225
("Matallurg. I gornorudn. prom-ot'. Nauchno-tekhm. 5b.' : 1~~, no. 4,
31-34)
TEXT- A new technique for simaltinz; structural and was
workod out by the plant "Dnepronpetantai"' &nd by the Dnepropotrovsk '-',0tallur7"1Cftl
Tiviltuta. 1'no technique providon for Vin preliminary rviluctlon of the notal by
re,lin nnd J~a-31 or by 1111-M and tho ni~Wnijiiont with Vo-Cr. Tha
Glair is rqduced by ground 75% Fo-ai Arid ooka, uin rinta ro(tuattor, it; ofterifl'i out
by Al bars In the ladle, and the metal In slng-troatcd on drnwing off, Tile 1110
of the technique In the amoltin~ of various grado4 of structural And ball-bearing
"eels In large (55 ton) electric furnaces makes it possible to raise sorewhat
Card 1/9,

,9/i37/6i/wo/c48/oi z/637
Technique for smelting eleotrio steel ... A060/A101
the metal quality, to reduce the smelting duration by 20 - 40 min, and reduce
the electric power expenditure by 40 50 kw-hr/ton.
V. Shumoki7
(Abstraoter's notet Complete tran*latlon]
Card 2/2

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Z

KACHAN, P.A.; KURGANOV, V.V.
Valuable manual. Metallurg 8 no.8s38-39 Ag 163. (MMA 16-10)
1. Zaporozhskly filial Dnepropetrovskogo metallurgicheskogo
instituta (for Kachan). 2. Nachallnik staleplavillnogo tsekha
Dnepropetrovskogo staloplavillnogo zAvoda vysokoktchestvennykh I
spotsialInykh staley "Dneprospetsstal'" (for Kurganov).

PIFOGCIV A.A.; LFVF, Ye.N.; MASS, Ya.f?.; SIUMILI, Yu.P.;
I 1 0 it . ' ~~ I,
VASII,"IEVP S.N.; RENIUK, V.G.
Testing unifired molded, brick made of mngnesia concrete
in electric are furnace walls. Stall 24 no.'F:710-711 Afy 164.
(vili", 1",:())
1. Ukrainakiy nauchno-isoledovntellokiy institul. Ognetiporcv I
zavod "Dneprospetsstall".

PUBRUIA, V.S..;. XURGA110VA, G. I.; MALAUNP, M.P.; YJ[07EMJ,YAVS1rAYA, Y".V.
Effnet of lntrnvonouFs infunionn of hyr)ortr)ni(: of mntenealum
nulfnt.n on the cournm of pnrnlytir fnrmii or polinrVnIttiii during
the w-ilte vmiriod. Vop.okh.mnt.1 det. 3 no.222-20 Mr-AD '58.
(HI30. 11:3)
1. li knfedry datskikh infektsionnykh bole%ney (znv.-prof. V.S.Dubroyn)
Sverdlovnlrogo meditainskogo Instituta (dir.-Drof. A.F.Zverev) I
4-y 1-ifektsionnoy bollnitsy (gl.qvnyy vrich li'.N.Romnne,)ko)
(POLIOMYELITIS) (MAGNESIUM SULFATE-TIL12ARUTIC US-0

I KOH GA N G Vi k
treat Tn In i in 'Ad reit
.30-3~L P-As!
1z 3-terdlovukopo qcxud.,j-rAvoin,-i-vj kd1r.
i 1~.--v in-*WKtainnnoy
vrmi-h M.1.4orinnoriko)

PDKHVALCYV, Yu.Ye., inzh.; KRONIN, I.V., inzh.; KURGANGVA, I.V-p inzh.
Heat transfer during the boiling of undarheated water in
pipes. Teploenergetika 10 no.11:74-80 N 163. (MIRA 17-1)
1. Moskovskiy inzhenerno-fizicheskiy institut.

PM(VAWW, Yu. To. 1 XMI110, 1. Y.i KUMAICYA, 1. V.
"Invests4gation or sir4i h&" nv ctive hoAt traufor In tube wIth h4h
host nuxas (to 21 a lWPka&i7*r7? for vat4r ethyl alcohol.-
report subiUtt4d for W AU-Unim Coat an Heat Hue Transfar, Klnskp 4.12
My 1964,
Mod,,ow CuLmoring 4 PhysLeal Inst.

L 25436--66 EPF(n)-2/[--W1)A'-VT(m)/ETC(f
MCC _11R.. AT6005819 SOURCE CODE., IJR/oboo/65/000/000/0112/0126
!AUTHORS: Pokhvalov, Yu. Ye.; J~onirj V.; Kurganova I. V.
ORG: none
iTITLE: Investigation of beat transfer from boiling underbeated water
i
:in a tube
iSOURCE: n 7 h Q neln1a - f kiiL.JLn_at,1tiLt. Nekotoryye voprosy,
fiziki i tekhniki yadernykh reak orov (Some problems in the physics
!and engineering 6t nuclear reactors).Moscow, Atomizdatj 1965, 112-126
1
1TOPIC TAGS: boiling, beat transfer, nuclear reactor technology,
Inuclear reactor coolant
1ABSTRACT: In vidW of the ;,ack of reliable data on the pronpects of
(if orced cg9_j1ng of reactorr3'7witb underheated liquids boiling in tubes,
,,the authors have set up experiments over a wide range of operating
ioonditions, with provisions for continuing monitoring the cleanliness
of the heat-transfer surface. To this end they designed, constructed,
and tested an experimntal setup consioting of a closed circulhting

L 25436-66
ACC NR: AT6005819
loop 'of stainless steel,, with a set of control Instruments, automatic]
regulation devices and protective equipment. The main unit '8 are a
specially developed stainless steel pump and a working channel with
ivarious pickups and filters. The equipment, Its operation, and heat
~transfer results at various pressures are presented. The experiments
I
iwere made over a wide range of beat flux, velocitles, and underheat-
4ings, and yielded various relations between the heat flux,and the
!superheating of the tube wallB. Empirical relations for the results
!under fully developed and undeveloped boiling conditions are pre-
isented to approximate the experimental dat.a. The results are com-
,pared with the data obtained by others. Orig. art. has: 7 figures
band 2 formulas.
!SUB C,ODE: 18/ SUBM DATE'. 05Jun65/,.'.ORIG PJ3F: 014/ OTH REF: oo4

L 25434-66 EPF (a) -2/EyiP (j )Ai~T(1 )/ m iw/mr/Gs
_EW7(m)/ETC(f)/ENG(
ACC NR: AT6005820 SOURCE CODE: uRy'oooo/65/000/000/0127/0136
AUTHORS: Pokhvalov, Yu. Ye.; Krpnin, I. V.; Kurganova, I. V.
ORG: nona
TITLE: Investigation of heat transfer during boiling, of underheated
ethyl alcohol In a tube
SOURCE: MosqqN~-. Inzhenerno-fizicbeskiy Institut. Nekotoryye voprosy
f iziN~r -itekhniki yadernykh reaktorov (Some problems in the hysics
and engineering of nuclear reactors). Moscow., Atomizdat, 1995, 1*27-
136 /1
TOPIC TAGS: ethyl alcohol, boiling, heat transfer, heat exchange,
pressure effect
ABSTRACT: An experimental test loop described in a companion paper
in the same source (MIFI, Nekotoryye vopro8y Tiziki i tekhniki
yadernykh reaktorov, Atomizdat, 1965, 112 -- 3,65; Acc. AT605819)
was used for the investigations. A complication was Introduced by a
deposit formed on the tube walls as a result of decomposition .of the
Card

L 25434-66
~-ACC NR: -AT6005820
:alcohol, which necessitated periodic cleaning of the working tube and,
checking the reproducibility of the rersulto. The test schedude and
I
Iresults of measurements of the heat transfer from ethyl alcohol a t
pressures ranging from 1.5 to 60 bars at, heat lcading ranging from
:0.232 to 5.8 MW/m2.. velocities I -- 23 m/sec, and liquid temperature
'from 20 to 235C are presented in the form of graphs. Twq general
iempirical formulas to fit the experimental results are also given.
'The test results agree with the two formulas within 20%. Orig. art.
~has: 7 figures and 5 formulas.
!SUB CODE: 20/ SU13M DATE: 05jun65/ ORIG REY: 012/'OTH REF:,002-
Card 2/2

L 2;,135-66 EPF(n)-2A LVT(j)/~WTj(m)/4TC(f)/EWG(M) iWi/GS
~ACC NR: AT6005821 SOURCE CODE: UR/60 - 5/0'0/0 /0137/014.
00/6 0 00 2
,AUTHORS: Pokhvalov,_Yu._ Ye Kronin, I. V.; KurQanova, I V
011G: nono
TITIE: Results of investigation of the average heat trgnsfer, In--
forced conveailgn . in a tube and at high thermal loads
;SOURCE: Moscow. Inzhenerno-f1zjeh",_k. Nekotoryye voprosy
Ifiziki i tekhniki yadernykh reaktorov Some problems in the physics
and engineering -of nuclear _rtagtgrq)1. Moscow, Atomizdat, 1965, 137-142i
TOPIC TAGS: beat transfer Y
., boiling, convective heat transfer,
~water, ethyl alcohol
ABSTRACT: The apparatus described in detail in a compartion paper
WIFI, Nekotoryye voprosy fiziki i tekhniki yadernykh reaktorov,
Atomizdat,:.i965, 112 -- 126; Ace. AT605819) was used in the-investi-
gations. The measurements were made with distilled water (hardness
0.5 -- 1 ~Lg-eq/l; alkalinity -- 20 ~Lg-eq/l; dry residue -- 0-1 Mg/1
and rectified ethyl alcohol (95% by volume). The cleanliness of the
Card

L 25435-66
ACC
surface and the parameters of the water and the density of the alechoi
,were periodically monitored. -The tests were made within thp follow-
ing limits: beat load 0,232 - 24.1 1 MW/m2, pressure 1.5 -- go bar,
liquid velocity 1 m/mc,.water temperature 18 273C, ethyl
alcohol temperature 18 __ 192C, Reynolds number 10 0.827 x 10 6
Prandtl number 18 -- 0.87. The reaultB are tabulated and-are found
!to be In fair agreement with the empirical formulas of V. V. Yakovlev
(Atomnaya energlya, v. 8, ), 250, 1960 and v. 2, 2, 179, 1957), but
deviate greatly from the formulas of M. A. Mikheyev (Teploperedacha
i teplovoye mcdelirovaniye, (Heat Transfer and Thermal Simulation),
Moscow, AN SSSR, 1959, P. 122). orig. art. has: I figure, 2-formulas,
and I table.
7-7

NEKRASOV, A.S.; KURGANOVA, M.A.
Ghoice of heat carriers for smeltJ-ig and
machinery con-struction. Obahch. energ.
(Electric heating)
heating processes in
no.6:72-82 163.
(MIRA 16:10)

NEKRASOV, A.B.; KURGANOVA, M.A.__
Problems concerning the comparison of principal networks for the
electric power supply of industry engaFed in high-temperature
operations. Obshch energ. no.4:18-28 '61. (MIRA 14-8)
Rlectric power distribution)

FYASTOLOV, A.A.; KAiWIOV, I.D.; SERDYUK, V.I.; GIOU10HATOV, N.I.;
KOGANOVA, M.A., red.; BALLOD, A.I., tekhn. red.
(Guide to the repair of electrical equipment) Praktikwi po re-
montu elektrooborudovaniia. Moskva, Izd-vo sellkhoz. lit- 0
ztmrnalov i pl~katovp 1962. 167 p. (MIRA 15-51
(Electric machinery-Maintenance and repair)

SUP I f. OW , Yf). I . ~- Y.IlIr, ANOVA, H.V,
Synthetic mdlum for the biosynthf.-sir of o1windomyrin. AntJbiotilri
10 no.6z5O2-r,06 Js 165. (MI'llA 18-7)
1. V,,jeqoyiiznyy naticliro.-i--,sledf.,)vritellskiy institut Rntib"OtAko-1, MoAva.

"9
Intensity of pbotolynthesis in aconite and kidney bean.
Z. V. Va2deva &M M. 1. Kurg.utova. D,Pkl,jdy Akad.
Naak S.S.S.R. 72, of photo,ynthe-
lie activity (by dem. of C(h asibinklion) m Atomilano
fierarii and Ndsoolus ralpires at J, M' att 11-trittj %utc
with 2U min. exposures to light show timt the kidury beAn
has a much hiliber photosiruthetic isittasity, avrraging
iwxne SO% higher over several day periods with dettis.
made in various Periods of a dAy. 1.. Nt KouAj,,,Jl

.. I,,,, C!";IKON, YI.,, I. )
". '7~ "', 1. , "I. . Lj I -, 11 t
f -- c t, of Cv r Ivi L t i Fa c t, i, c on I'l , - "; % t 1 t'. - ~ , - ,,* ;. L~~ , " ~ C " ~ it
I I . -o
liu:~ort rented nt tho l5th 1 ;*,jj,,c:.(..-it.,itr,., C,n r, ~~! ,
-1( .. I I
1- ; 1~01

0
. t : 1 7 1 . I .
.., I A) 1 - .
I . .
. I I I : I 1 1 1 !" , " , I : i .I . . I . .

GLAZACHEVAq L.I.; SELYANIMIAV "V.V.;, KURGANoVAj NJI.; GRIGOROVICH~ S.I.j
POPOVAp L.A* ; GRIGORITEIA9 F.P.; VAYTSM19 A. L p rod.;
BRAYNINAp M.I.9 tekbn. red.
[Hydrological yearbook] Gidrologicheskii ezhegodnik. Leningrad, Gidro-
meteor. izd-vo. 1957. Vol.l. (Basin of the Baltic Sea] Bassein moria.
Nom.4,6. [Basin of the Western Dvina River and basins of rivers extend-
ing west and south of it as far as the state frontier] Bassein r.Zapad-
noi Dviny i basseiny rek k zapadu i iugu do goqudarstvennoi granit
Pod red. L.I.Glazachevoi. 1961. 388 P. (MIRA 14:97
(Baltic Sea region-Hydrology) (Kama Valley-Hydrolo&y)

IMMEYANOV, A.N.; FIRSOVA, L.P.; REYNKMDT, M.; FOPYS 1, M.;
KUFGANOVA, S.Ya,
Preparation of indole tagged with carbon-14 by the hot synthesis
method. Radiokhimija 4 no.6039-740 162. (KMA l6tl)
(Indole) (Carbon-Inotopes)

F
SPIRIN, Ivnn Timofeyevich [deceased]; K1JRGh1fOVA. Y.M.. red.; MIT-
VWIEV, A.P., tekhn. red.
[In the blue sky] V goluborl nebe. Moakvn, h-d-vo "Sovet-
skein Ronaiia," 1960. 201 p. (min 11~:5)
(Aeronautics)

I
TIMOSEUK., L.T.; KURGANOVA,, Ye.A..
Steel testing for static tbnsion and torslon. Sbor. trud. TSNIICRM
no.32tl964204 163. (MA 16s12)

KURGANOVA, Ye.A.; NISTRATOV, N.I.; YLMOLYUK, L.A.
Evaluating the industrial plAsticity of a metal by torsion of the
BPOCimen at high temperatures. Sbor. trud. TS?IIICHM no.32:
175-181 163. (MIRA 16s12)

27840
S/032/61/027/010/017/'022
B104/B102
AUTHORS: Ovsyannikov, B. M., Kurganovav Ye..A,, and Lebedev, D. V.
TITLE: Dynamic methods of measuring the Young's modulus E
PERIODICAL: Zavodskaya laboratoriya, v. 27, no. 10, 1961, 1299-1302
TEXT: A test arrangement for determining the Young's modulus E of metals
in the temperature range of from -80 to +9000C by means of transverse
vibrations is described. Its block diagram is shown in Fig. 1. During
the high-temperature testa, the sample was placed into an electric furnace.
The low-temperature tests were made in a nitrogen-cooled cryostat. The
Young's modulus of cylindrical test rods was determined from their natural
frequency. Previous tests have shown that the size of the sample has a
considerable influence upon the amount of the Young's modulus as deter-
mined with this arrangement. Samples of equal length (L = 200 mm), but
with different diameters (dl ~ 10 mm, d2 = 7 mm) have Young's moduli that
differ by 2-5/2. This effect calls for a uniform shape and superior
quality of the preparation of the teat bodies. The samples were suspended
Card 1/3

27840
S/032/61/027/010/017/022
Dynamic methods of measuring the B10411'B102
on 0.05 - 0.07 mm thick copper wires. At high temperatures they were
suspended on 0.1 mm thick nichrome wires. An essential factor in these
tests was optimum location of the samples in the furnare and in the
cryo13 t It t .The maximum error in determining F. amounts to about 1/% The
values of the Young's moduli of various metallic alloys ascertained by
means of the described arrangemez~t are contrasted with those determined by
static methods (c. f. Table 4).
:Aaterial Estatic*10 Edynamic '10
kg/mm2 kg/mm2
steel Y7 07) 2.12 '2.19
steel IX18119T (1018119T) 2.0 2.09
steel 30XFCA (30KhUSA) 2.14 2.2
copper 1.24 1.3
duralumin 0-75 0.81
Card 213

27840
'J'/032/61/027/010/017/022
Dynamic methods of measuring the B100102
There are 5 figures, 4 table:3, and 4 Soviet refer"neen.
AS.1;OCIATION: TnentralInyy nauchno-isoledovatellakiy ins'titut chernoy
motallurgii im. 1. 11, Bardina (Central 2cientific Rerearch
In:3titute of Ferroun Metallurgy imeni 1. P. Dardin)
Legend to Fig. 1: (1) test body, (2) suspension, (3) vibrator, Wreceiver,
(5) cooling device, (6) 3r--io (zc-io) sound generator, (7) furnace and
cryostat, respectively, (8)3')-7 (1,0-7) oscilloscope.
Card 3/3

OVSYANIIIKOVJP B.11.;,,_KTJRGANOVA, Ye.A.
Standardization of the rate of deformation In tensile tests under
conditions of elevated temperatures. Zav.lab. 28 no.7:857-859
I(AP (MIRA 15-.6)
1. TSentrallnyy nauchno-issledovatel'skiy in3titut chernoy
metal.lurgU im. I.P. Bardina.
(Metals-Testir.q) (Deformations (Mechanics))

ORIGANOVA, Ye.I.
Treatment of patients with hypertenBiop vith Pauwolfia serpentina
prepa.tatione, Part It Preliminary resulta of there. - Trudy
ISGNI 0169-183 '599 ~MYIRA .14:2)
(RAUWOLFIA) (HYPEMENSION)

A,A,., --nz?i,,. KALAYPA, A.F,., inzij,
St-Gdy and 3olution of an equation of dl:-cha.-Fo expt-ndltures
usirg a differential analyzer, vys~ lic-hol), Z!iv,-
I 7,-,r . , energ.
7 no.10~7;!-?7 0 164. (IA.:P,' 17M)
L. Klyevskiy avtomobillno-lorozimy- imititut.. Pr,~d!~tavlc-r~o
0
kafeilroy proyektiroveniya dorop.

rM
CIIERIIYAYEV, I,I.; ZIIELIGOV""KAYA, IJA,~ U* Tl..K~YM; KURGANOVIGH, D.V.
Some othylenediamine derivatives of tatravalent platinum.
Zhur. neorg. kh" 9 no.3z562-568 Mr `64. (WRA 27~3)
Um
~G

USSIR/14odicine - Parotid Gland Nor 48
Med-Icine - Atropine, Effects
"Me PaTfxdoxiaL Action of Atropine (Action on
the Vegetotrophic Alkaloids of Denervated Human
Salivary Glands)," P. I. Nurganovokiy, S. L. Lavin
Propaedeutic Therapeutics Clinicy Lab Vegetative
Nervous Sy:;t, First Leningrad Med Inst iment Acad
1. P ~ Pa7 lov, 5 pp
"Klin Med" Vol XX71, No 11
Whe% the peripheral nervous system of the human
parotid gland is disrupted, its functions are ,
distorted . This Is shown by a paradoxial secretoz3
reaction to atropine, and Increased effect of
49101- 31/47r%
U&W/medlcine - Parotid Gland (Contd) Nov 48
1
pilocarpine injection. By analogy with this
~'effect, It may be supposed that the paradox1al
Vaction to atropine injection, observed in
certain pathological states of the Internal
organs, occurs as a result of disruption of the
nervous system of these organs.
31/49T36

KURGANSKAYA, F.A.
M,edu-Uary hematopoisals In clilliron with rloh-oL.,i ancl pnoumtania.
Zdrav. Kazakh. 23 no.4:58-61. 163. O"IPA 17:5)
1. Iz kafedry detsk-1k)i boloznoy (zaveduyuohichiy - dotsent L.f~.
Leyvikov) Karagwidinakogo maditsinukogro Jnutitutt.

K ~)- ,~ I -- -
,'rncn, P.I.%, gbilchIlis AYA, T.Y., 141HUCCU, T.Y. AID
y
YAycvr--i,iic,,, V.I.'.
Fazakh State Univernity named fcr -0. Y. KIRGY, Alra-Ata.
Yierobiclogical InventigatIon of Lale "Teresken". Introducticn.
SO: Y,7FRC,,BICICGIA, Vol. 20, to. 6, Nov/Doe 51.
0 * * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Y.UtGANSKAYA, V. V4, DZERLZ,,Y0w-SK!Y, J. L., Z.
Typification of the mechanisins of circulaticn in the horthern hemisphere
and characteristics of synoptical seasons. (In hussian).
Trudy Gentr. 1nst. Forecast, )*'oscow-Lcningra6, Ser.2, No. 21, 190, bo p.,
Lraphs, charts, tables, refs. (A photocopy).

'61 On u- S lm.~U, Tnu.~ o,,'YT :(2t'
o.!j
:1*': AO
n. JOn-r.T-T:)' 0. 1,' j-,j j To IT
T.A
.w

1;
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% M ill 2
.
.
7 1. -.)1
1 14 !.1 ii, A t, I i f I v 0 o it t,~i 4

No 1 V) M. K53.
k;J. z; ~ ';
1916 Dzer&eL;,,L-J Alf""'I 0-1 1
L
:rn lr-rdv
the Norih
,.
over
Mu I -ucvin I I Ite, 1 1" IT a I I I f
I I v I 111, p cjj;j-tr, f,)r 1 19 IS fr~vv-.Ij, I! I I I j,j it c iw, To,. , ricw ill ...... J -d vinual
tvjw, A the gcovral atm~;,ijihcric 11,-- -an III- in A indi-a- groupa.
Analyw~.-, J VIC gl~ltij,jj (~ITOJIAMn dunf-%4 ~ tin r,i Af, 4-1
JIr Wlithil)III jJ1111 1ejnpC'TZtr I.-kXjj1T1JC1 Uj Jhl TI-fin-it, lohl -~-d;-A
kVcsL Silxria awt part tif Nadi *Anwrir,-i 'Ihi-, a frapid t4afmkig tip of
~'
'wri- Euro
.
,
'If, tit: uVer thr r ... It;, I tit y,.tri v;,n b.- cla~-,ificd
SILI, if-sit, W;t1t i Inud1c. ; w
:tn-oj- A ;uvly I,[ t1w. in c-tE h j~r-:p -1:1 tin p-ii-i'litv "i d-ui:bT*
i:, I
~
iti~ti,)it:,(Itiriiigti~,! jarrofin'tilionih~. `;;,~J-' 1. D:Oughi 2. Cicula-
[:
,,,I tllc~
.
.
tion pa!t~,.rns 3. Nurthern Henikpliere chat t%. I if P I I, I If
)II-IJ

Iloynoptic Conditions for Significant Co,lirgs in 'E"Istern Regions of North
C,iucisiis," Tr. Tsontr. In-ta ~rogno-ov, No 16, '17-2~9,1054
Iccording to synoptic trais (including maps of' laric toTcarajhy, mean
maps of tol'op-iphy, and curulative-Hnervatic mqs of n'itural sv-,o,,-ti_c
Teriods (113P) during t~e cold half ye-ir [i.e., of 1041-1051
-in analysir, v~tr mide of P? in ccursp of --hic' 011.~~-rvi*.Itrnr, -orr~ rride
of dpvnlcrront, of rrocer--:3 lfm.In, !.c 9e r(-,+,VAr!, -" erld iJr to
'tl:c southern rfi-inns of the Eurcrean USSEI. (~n the L-erar-.~_, cne to tvo
such 'NST arrive eacl- T-cnth of tle cold I-alf year. -f'Jx es f f such
arpetrpd: ti,e first tl~rpo t)Tp-i Lre c~-ir:ic'V~rl,-eci I-y merldIcr-d at-
mosph,eric circulation ovnr the sy-tce of tyro IlSi-; tl,,e remainin.', Ly,.,~s :ire
of !-.1e rj-Xed e of circulation ilt.! rred~-rlrmnn,~ of ~,onal trinsp
er.
of the t:~Tps of in Ortmet-ri.-i-.' 1-~y i defl- t dn~elc "-ent Cf
roce sse s ove, the ,ur, r e-i n i ch ~7,)-m rr, t! - pro t., ~7 -f t! e (~Cld
air to t~e rf,,rjr)n of Ncrtlt G-ivcasus. Frr e-ich f," alit"Cr 7i-reo a
mal- 2cyemr, of s-mr. tic ~,r(-ces---en
'r
cont'nued:

cc nt~ rue-1, :
ir
i UILU l-,- LY
1, icrs N,rtl.,
t,,-c CrrAltiom.- (-r Sig ificant Cr.Clr:,s In
I ~(- lo ~6~ nr~-JC" p Pr4
Ciucisus," Tr. Tsentr. In-ta " rocno, V,
e-tch t,-Te. Tlo autbor consj&rs teat tl,e mrAuctorl assist
in f+o i..-~ather 'orecasts in idwamo Ir- rnr.. tr, t,1.4(-
r36, 10 Jun 55
SO: Sur~j,

PiWE I BOOK MLOITATION
'AUTHOR: Sce table of contents 387
TEM: Trudy Tsentrallnogo instituta. prognotov (Transactions of the Central
Institute of Forecasting). Nr 51, Voprosy dolgosroebnykh prognoroy (14ag-
term Forecast Problems)
MB. DATA: Gidrcmeteorologicheakoye i-.datellstvo, Leningrad, 1.057, 15) rp.,
1,000 copies
ORIG. AGENCY: Glavnoye upravlenlye g1drometeorologicheskoy aluzhby pri Sovete
ministrov SSSR
EDITOR: Kurganakaya, V. M.; PlaarevskVa, V. D.; Thch. Ed.: Vladi-I 0. G.
PURPME: This dollection of articles in for epciallots in the field of long-term
weather forecasting.
COVERAGE: The collection of articles analyzes the rhythmicity of atmospheric proc-
esses and especially those originating in polar regiont, and it evel-ustes
the possibility of using the occurrence of rhytbms In ireatbar forecasting.
Card 1/7

Transactions of the Central Institute of Forecasting (coatO 387
iA= OF
CONTMM:
Duletova, T. A. and KomissarovalL. N. Relation Between Seasons and Rhythmicity 3
The authors refer to B. P. WdItanovskiy's method of long-term forecasting
as standard in the USSR.. They also recapitulate the basic postulate of
Yalltanovskiy's theory that natural synoptic seasons and rhythmicity In
atmospheric processes are interrelated. The article expands this theory.
The authors suggest making an integrated map of depressions and ridEes
vithin a certain span of time. Such a map, compiled at AT 500 (absolute
topography at the 500 millibar level),, vould automatically reveal all de-
formations in atmospheric processes and their deviation from some definite
synoptic patterns. There are 3 tables, 14 maps, 2 diagi and 3 Soviet
references.
Ca.rd 2/ 7 - -

Transactions of the Central Institute of Forecasting 387
Vitel'st L. A. Solar Origin of Atmospheric Rhytbms 22
The author examines the relationship between solar activity and atmotipheric
processes and draws the following conclusions: 1. Periods of intensified
solar activity can neither be ascribed to definite areas nor can they be con-
sidered constant in their degrees of intensity. 2. Although rhythmic changes
in atmospheric processes are dependent on variations In solar activity, yet
similar solar effects do not always produce identical responses in atmospheric
rhythms. The article mentions S. T. Pagava, K. V. Brodovitskiy, P. P. Predtecbenddy,
B. M. Rubashev (Pulkovo Observatory), M. M. Gnevyshev (Pulkovo 0buervatory),
M. S. Eygenson, V. G. Shishkov, and V. V. Shuleykin as the leading scientists in
the field of studies of solar Impact on atmospheric processes. There are
11 diagrams, 2 maps, and 26 references, of which 20 are Soviet, 1 is French and
5 are in English.
laayev, E, A.
Investigation of a Sharp Decline in Tevperature in European USSR Caused by
Certain Synoptic Processes.
The author separates the occurrence of cold waves in synoptic processes of the
moderate zone of European USSR into ultra polar., meridional and normal types and
remarks on the role of the advection of cold air masses from the polar region.
Card 3/7

Transactions of the Central Institute of Forecasting 387
The first chap-ter of the article contains general informatbn on the nature
of cold vaves,, and a number of anticyclonic outbreaks travelling oouthw&rda
is analyzed. The existence of monthly rhytbmicity In all types of processes
and its application in long-tam forecasts Is the subject of the second part
of the article. In the third part the author coaTiles statistical data on air
temperature during the first six w-miths of the year for Moscov, Voronezh, Penza,
and Vologda and he demonstrates the probabiLity of recurrence and rhytbnicity
In such repetitions. The author defines the tam "sharp" daclIne in tempera-
ture as a decline of the average daily temperature by 5" to 10*C during cold
seasons and 30 to 70C In warm seasons provided that such temperature lapse
occurs within 1-2 days. The author concludes that in addition to seasonal
rhythmicity there am also monthly rhythms of synoptic processes. The
statistical data are to prove that a definite successive recurrence exists
among the various types of air circulation and also in the location and die-
tribution of baric fidlds. Consequently,, the occurrence of certain types of
synoptic situations during a given period will allow the prediction of definite
synoptic situations in the non-distant future. There are 11 tables, 14 maps, and
5 Soviet 2*ferences.
Card 4A

Transactions of the Central Institute of Forecasting 387
Avanesova A. G.Y KaBk L. I., and Yausheva G. Sh. Ocmirrence of Selected Ultra-
polar Processes in Central Asia and Kazakhstan. 83
The authors evaluate the efficacy of long-tein weather forecasts based on
the periodic occurrence of ultrapolar processeq. The latter are traced along
their meridional extent from acme definite reference pointr in the North,
i.e.Y the Bare~nts SeaY Novaya Zemlya, etc. In the appendix, 54 ultrapolar
processes are analyzed and -their reference localities specified. In addition,
the tabular material specifies a-so the occurrence of respective synoptic
phenomena consequent upon the appea-rance of polar air piocesses, The rhythmicity
of recurrence is repeated in intervals of 3 to 5 monthz. There are 11 maps,
1 diagram, and 4 tables, in aadition to 16 pages of tabidar data in the appendix.
All 7 references are Soviet.
Goncharova, Ya. F. Synoptic Conditiont3 of the ExeeptionaUy Cold Spring of 1952 in
Northern Caucanus 117
The average daily temperatauv in 14trch vas 2* to 5'C below the no= and in
April and May, l' to 1.5*c- Similar conditions veze obs!!i-md durints the springs
of 1945, 1940, 1933, etc. The article analy7f_-s these conditions. There are.
Card 51T

Transactions of the Central Institute of Forecasting 387
three main types of synoptic processes which can cause an unusually cold
spring in this area: 1. The occurrence of an anticyclone in Scandinavia
with a tendency to travel south. 2. The existence of a depreaBion over the
Soviet NortheaBt with the ensuing d1splacement of anticyclones towards the
Caspian Sea. 3. The occurrence of a large depression over the northern half
of European USSR and the constant advection of cold air into this dapression.
This depression has a tendency to extend as far south aa the Black Sea. There
are 3 maps, 1 diagram, and 1 Soviet reference.
Trostnikov M. V. Problem of Rhythmicity in Ultrapolar Synoptic Processes in Siberia
and the Far East 124
The article refers to B. P. Malltanovokiy's contribution to the interpretation
of ultrapolar processes and their behavior. KLlltanovskiy discovered that the
recurrence of conditions can be observed every 3 to 5 months. In later years
S. T. Pagwra proved that there are also intermediate rhythms which repeat at
intervals of 45-75 daya. In the present article the author not only recapitul-
ates the work of his predecessors but also describes the nature of such polar
processes. The processes are traced from some definite reference points such
as the Kara Sea, Kolyma, etc. The author explains the role of these processes
card 6/7

Transactions of the Central Institare of Forecasting 367
in synoptic forecasts and their low reliability. The appendix contains data
on synoptic processes which may be similiar, different, or reversed with
respect to their corresponding polar processes. There are 3 maps, 5 diagrem,
8 Soviet references, 5 tables, and a 9-page appendix.
AVAILABLE: Library of Congress (QC 851A4) GC/bmd
Card '(/7
6 June 1956

BEDRINA, V.S,; XURGANSKATA M.; CHAPYGINA, N.M.
womy - Ow isal;a NOV9.
Recurrence of elementary synoptic processes vith a meridional t"8
of circulation. Trudy TSIP no.56:71-93 157. (WaA 101bY
(Meteorology)

reL:imo
I't. of tho U.S.S.:1.
69 1
(Atmossj~hL-ric toir or.~ti-ro) (WcA;-!r
of Lay in the
i'O'll, -no.
'oroca.,t'*lrr,)

KAROL I.L., red.; KIRICIUMO, L.V., red.; iJiASN'OPEVTSEV, Yu.V.)
red.; YURGPIISKAYA,1.14., red.; -~AIAKHOV, S.G., red.;
jEREDA, -G.-A'.-',- -re-.d--.; YAGODOVSKM , I.V., red.; YALYUZIMAYA,
T.P., red.
[Radioactive isotopes in the atmoL;phere and their use in
meteorology; reports] hadioaktivnye lzoto~y v atnoofere 1
ikh ispollzovanie v meteoro3oFIi; doklady. Monkva) Ator,
izdat, 1965. 491 p. (MIFILA 18.7)
1. Nauchnaya konferentsiya I~Ej ywlarnoy metcorologii, 2a,
Obninsk, 1964.

l,;'I'Y A KO I,1, A, Ill)l;KOVA- tI.V.;- OALOVA, GLAZOVA, O.P.;
PEIJ: , D.A.! A~riT~)-, X.Ye.; ABRAMIOVICH, KJPOVA~
T,P,,:; IIATV~YEV,,, L.T., BACIIIJADIA, ~.A.; LE!JEDE~A, II.V.;
FESKOV, ROMMOV, II.N.; VOLFVAKRA,N.M.; PCHEILKO;
'TRF PIMIS, I'l.Z.
1,G. ; I h TKO, 1 1,
T.F.; PIJNIIIIA~ J~SLISKAYA.
rallc1m, nd.; ZVERIWA, N.I., naut~bri. r(,(I,.
na,.inhn. "ERTSAWVA, A.U., lifilichil.
II.V.p
otv. i-ol., K~,,'i'IK'NSKAYA, A.b..
[Ilanli,' vewh,; hukovodAvo
p!) progrnozam Gidro-
Pt.2~ lzzd.,'~,
1. Moscow. TSentra-llrvjy irAitut

KRGINSKIY, I.P., Inzhener po tekhnike bezopasnosti.
,
Our claims to the Ministry of Geology and the Conservation of
Mineral Resources. Bezop.truda v prom. 1 n0-7:37 Jl '57.
1 - . _.. f _. (MLRA 10:7)
1. Belgorodskaxp -vhe 'o7uAsTi,iis ad-004ad.
.0ev-
lpeeting) i '
t (B -.Orod xiovi a.-Pro

YURGANOVSKIY, Favel Ivanovich; TRAUGOTT, E.N., otv. red.
[Physiological mechanisms of cardiac neuroses in children]
Fiziologicheskie mekhanizrq nevrozov serdtsa u detei. Mo-
skvap Naukap 1965. 188 P. (MIRA 18:11)

L
J~
ACC NR, AP5028199 SOURCE CODE: UR
AUTHOR: G N~.P.; K anstly, T. A.441
ORG: none
TITLE: Effect of the organ preparation GPS and an agar-tissue preparation an swine
SOURCE: Veterinariya, no. 9, 1965, 72-73
TOPIC TAGS: veterinary medicine, nutrition, animal physiolopy, pharmacology
ABSTRACT: GPS Is a light brown liquid prepared from livnr, pancreas, and gastric
juice. It contains a variety of enzymes, hormones, vitamins, trace elements, and
other Substances capable of increasing reactivity and normalizing metabolism. The
agar-tissue preparation consists of spleen to which agar-agar has been added. These
substances were fed to stimulate growth and weight increase in young, thin sows. One
group of animals received 6 ml of GPS 4 times at 7 day intervals while a second gr6up
received 0.2 ml/kg of body weight once a month for two months. The mean daily weight
gain of the animals in the first group was 627 g the first month and 553 g the second
month. In the second group, the gain was 600 and 398 g, respectively. In the con-
trol group the gain was 561 and 346 g. In a second series of experiments, a much
larger number of animals were fed freshly prepared GPS, GPS stored 2/2 months, and
agar-tissue preparation. The growth increases of the first series of experiments
UDC: 619 : 578/579 : 636.4
Card 1/2

L 10359-66
ACC NR- APS028199
were confirmed. The freshly prepared GPS was the most effective, especially in the
animals with the lowest weight and poorest growth.
SUB CODE: 06/ SUBM DAM 00/ ORIG REF: 000/ OTH REF.- 000
C a r d
wt

I T j-T T r
I
KURGAPKIN, V.I., inzh.
Now" &MKMWAW=t
T;Y"lc-l communication equipment. Avtom., telem.i sviaz' no.10:15-35
0 '57. (MIRA 10:11)
(Germany, East--Railroads--Communication systems)

KTJRGAPK '111, V.I., i -nz h.
- . I. I.-
, - 1. - 4!-4, ~' _', - -A -
Z8/V16 terminal apparatus for high-frequenc7 telephoning. Avtom.,
telem. i sviazi 2 no,9:9-13 S 158, (MIRA 11:10)
(Railroads-Telephone)

UMGAPKIN..V-.I-.,utarehiy inzh,-inspektor magistrallnoy avyazi
Testing of pilot level indicators. Avtom.telem. i eviaz' 3
nool:39 J& 1599 (MIRA 12:1)
(Ilectrio measurements)

ORGAPKIN, V.I.
Some remarks on "The manual for long-distance telephone repairmen"
Avtom. tolem. i sviaz' 3 no.5:47-48 M7 '59. (MIRA 12:8)
l.Starsh17 Inzhener-inspektor magistrallnO7 sv7azi Ministerstva Put87
soobahcheniya.
(Railroads--Telephone)

KURGAPKIN. V
Control of level in the NTGhM-4 apparatus. Avtom., telemoi aviazi
4 no.2:41-42 I 16o. (MIRA 13:6)
1. Starshiy inzhener-inspektor tolefonno-telegrafnoy svyazi
Ministerstva putev soobahcheniya.
(Telephone)

KURGAPKIN? V.I.
Concerning the transmission levels in frequency telegraphy chan-
nels. Avtom., telem. i eviaz' 6 no.9:34-35 S 162. (MIRA 150)
(Telegraph) (Railroads--Communication systems)

TZLYATNIKOV, B.I.; KURGAPKIN, V.I.
Redesigning of the cowmmication systems in conjunction with the
electrification of the Northern Caucasus Railroad. Avtom., telem.i
svias' 6 no.1l127-28 N 162. (MIRA 15:11)
1. Nachallnik slushby signalizataii i avyazi Severo-Kavkazakoy
dorl (for Telyatnikov).
Caucasus, Northern-Railroads-glectrification)
(Caucasus, Northern-Rallroads-Commmication systema)

KURGAPKIN, V.I.
Overhauling of thermal contactors. Avtom., telem. i 4viaz' 7
no.8s34 Ag 163. . (MIRA 16:9)
1. Inspektor magistraltnoy svyazi Ministerstva putey soobshcheniya.
(Rqilroads-Electronic equipment)

KURGAPKIN, V. I.
Tone dial apparatua uolng tranniBtor compment,16 Avtom.,
telem. i sviazI 7 no.10:16-18 0 163. (MIRA 16:11)
L Inspektor zagistraltnoy svyazi Hinisteretya putey
moobahcheniya.

VII.
Rocorrard-,ndatiorm on th-,.~ re[Nlation of t,,.Q KV-0 apparatus. L-~tom.
trilem. i sviaz' 8 no.1:21.-25 Ja '6/,. (1" 11! Lh Yl ' 3 )
I. Insfektor magistrallnoy svyazi Ministerstva putey soobohcheniya.

F'tJFtGAFKII;j Viadir--ir llwno,;Irh; ll:C~VIKAS, re~.
fftogulat,--,-~n and adju:-trumt o' -th(-- K1132 appari,tud Regu-
liro,ika i rvistroika apparatury KV-3-2. Moskva, TransyOrt.,
1965. 5 -11 p . IF:2)