SCIENTIFIC ABSTRACT ARONSON, A. - AROS, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102210002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

i
AROASON, A,Y&,, kWW,tekhn.naukj PE?ROV, V.P., Inshoz
i
Vae 6t bigb-gMd electronic computers In ds*Wng the rotor
ubsels of hydraulic turbines. InergomWma"gle A~ no.ls
3-6 is 163. i (Xm& 1633)
1
(Hydraulic turbines)I

kwNSON, A.Ya., kwA. tekha. nauk; HISHIN, M.N., inat.; H)SIVIN, D.S., insb.
i
Approximte calculAtion of the frequencies of 804-:1millatloas
of the rwmers of Pramia-type bldraulic tutobino.
Energomehinostroenie 9 no.10t5-7 0 t63. (KMA 16slo)

ARONSON A.Ya., kand. tekhn. nauki KOVALENKO, V.A., irish.
Study of the vibrattonal reliability of the irum*rs of the,
hydraulia turbine of the Kraonoyarsk Hyx1roel!ectric Power
Station. (Trudy] LMZ no.10s$0-95 164. (KMA 18M)

ARON.30NP A.Ya., kand. ',eidin. nauk
Approximate consitiorstion of the erfect;
oscillations of Francis $urbine runners,
no.10:111-119 164.
I
of uIntow on the
('qrud~y] LWA
(M-A M12)

A Y, I
Stndy of tho vitn-a,-4' an of t~e runner
Pratsk Hydrn,0iolrir Fower St,rjl,,.Ijno
or q tairbimf of' ~,hp
[Truly'l IV,

ARONSON,,_,A,YA., kand. takhn. muk; dUGOV, A.U., kawJ. te
nauk; MPMSHEV, V.M., kand. tekhn. nauk; SKRTIZV,
inzh.; r-RANK-KAMENLTSKIY, G.Kh.t kand. toklm. nauk;
A.,
POSTOYEV V.S.p kard. tekhn. rauky retoonmentj OR09.0 YOM*)
kand. te~~. nauk, red.
[strength ca.1culation of the pprts of hydraulic tu~bimsj
Raschet na prochnost' detalei f1droturbin. Moskya Plashim-
stroenie, 1965. 391 p. (MIRAils:lo)

ACC'NRi- AI'6029616 SOURCE cou: UR/0114/'i)6/000/008/0001/rjl)05
AUMIOR: Aronson, A. Ya. (Candidate of technical sciences)
ORG: none
TITLE: Evaluation of the effect of errors in blade manufacture o4 the value of the
cavitation coefficient
SOURCE: Energomashinostroyeniye, no. 8, 1966, 1-5
TOPIC TACS: turbine blade, t-AMW
cavitation coefficient, cavitatiordQ-4mmadmw 140'.-b
ABSTRACT: The effect on the cavitation coefficient of the variat~.ozk in bl-n-c shakPwI
caused by a deviation from the all*wable manufacturing tolerances-,v4a investigated.
The investigation shoved that: a) Small variations in the shape of the surface
exposed to a flow can cause substadtial changes in local velocitlc~:s and pr sures
b) Disturbances introduced into the flow by a small variation in ibe shape:30f the'
streamlined body are only slightly Jependenc on the general veloi~'ity dist ibution oni,
the surface of the body. c) In order to determine the character of the deviation In
the shape of*actual blades from desip dimensions, It is necessary to make a stlacciv~
inspection of actual blades. d) The present means of checking thie geometry of
finished blades and the system of tolerances for manufacturing blades cannot Suar-
antee the conformity of cavitation coefficients of model oad &ctu4 turbine rotors.

ACC NR: AP6029616
Deviatiois in blade dimensions within the limits of allovable tol4rances can lead
ito significant growth of the cavitation coefficient and an increahe in cavItAtIOA&I
erosion. Orig. art. hast 3 figures, 3 tables, and 40 forwAlas.
SUB CODEt 21, 20/ SUBM DAM not%*/ ORIG Ult 0051

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Uss~/ Metallurgy Steel alloys n
Card 1/1 Pub. 153 - 11/23
Author Fuks M. Ta., and
Title X-ray investigation of the nitrided lsyotr of ~trbou and 6U~Wddjstee"
Periodical Zhur. tekh. fit., 24, A48-1454, Aug 1954
Abstract Concludes thaty in the low-temperature niltrii ig, of carbon ~tsex'
very intense saturation by nitrogen occur 4p, i;0 tb*. forliatun 0
the epsilon-phase. In the thin surface s:ne, It-mys; reveili the:.
homogeneous structure of the epsilon or ze ta p1lase. Notes ~Uwt!
silicon in steel influences the bardwwand ~!pth of fts"ultton
of the nitride phases analogously to aluminiuCbmt weaker tW
Ten references, all USM.

I
PERSHIN, G.N., prof.; KRAFT, 4.Ya., prof.; ROZENIUL, M.A., ,)rof,.;
PCOHARSKAYA, A.M., starshly nauchnyy sotrudnik; !
MILOVANOVA, S.N., starshiy nauchn" sotrxbb.Lk; WVDXItAp O.Hep
starahiy nauchnyy sotrudnik; WLOVt P*Yeop stars,dy nauchm
aotrudnik; IVANOVSKLYA, Ye.A., sladshiy vsucbxqr wtnKhOk;
muchrW sotrudaik; KOC!10, Sh.IF.;,
SHEYERP A.A.; ZkLIOPOp H.P.~ q*taialist pit w7us'phin aredstv"
I
Treatment of your ha Ir 4wi th selanilim sulf i d* soaps Inobr.
I rate. no.12:32-33 43. (KIP 1'10)
1. Zaveduyushchiy labomtoriyey- kbisdoterapil ie,*-tu..o=Vkb
zab,..Ievaniy Voesayusnogo nauchnc~-lszlsdovaUl'skq?* kidniko-
farmatsevtichookago instituta in. OrdaboalkIdze (:!o-r Pershin).
2. Zaveduyushchiy laboratoriyey mtalloorgivalches4M scTs-
dineniy Vaesoyusnogo nauchnc-lissledoyatellokogo k-.-Aml)to-
farmatsevticheskogo instituta ino Ordzhonikidze (~w Kraft)s.
3. Zaveduiyushch4 otdolow TSentrallneogo kovlxno-v*:Ie"..o-
gicheskogo inatituta (for Rosen-lul). /*. Zaqedtqu$i*hAr labom-
torl"y lekarotmnyth form Visenoymogo nauchna-lulosdo-
vatelltkogo kbiatka-farmste9vtIcbeskago intitutc'In. "hint-
kidse (for Pbzharskan). 5. Vaeopyanyy naachr-o--iialsiamtell-s-
15kiy khlmiko-f&rwats*vttchesY-y InstUtut, I*,. Ords, ,ioni'ddse
(for Milavanova, -Borodina, Ivanovskaya krmson)416. rsentrall-
nyv kozhno-veneraloviches)ttv i nstl tv, 1, MRSI.n. sismobblas

r
AmM V. H. sardt&rW vrach
Vork regimen in thk radiological 4*Psrt*dftt of a hot lopital Ewith
ounnary in ftlishl s 01g, i sona 22 00.9:15-20 3 '3', (MlU 10112)
i
1. :z Hookovikoy goro&okoy vanitarno-opidniniologichcokcr otentalt
(RADUTION PROTWTICK
off a personnel In hoop, rodlol. dmqartuw4%)
(MUMUL HTOMM
radiation rotection of persoatwl In boo rodial,
departments

ZALMANZOT, S.N., saslashatt*7 prach R-SM; .~M
.,, AXWw oemitarnyy mob
Work of the Nomoov Mantollml Davitary and Apidemloiceleal Mati*n
In the field of pteranti-re "oltury amprevision of 1tv"Ing coustratim
Kc. I sea 24 no,10:45m52 159. (XMA 13:1)
1. Is Noskovskoy gorodskoy fiskay outsell.
(HOUS19m) I

ROZHANURt Z.Te.j insh.; BMAMM~ rV.S., tokbnlkl ZAIKAq XXI, takholkj
YARWH, Yu.V., takhnik; Wl-"o t V.R.9 tokbolk
An impulse sip4ing device usift transisto2s, in IM.
no.12t17-19 D 162., 30 16ol)
(Electric rQAyo) (Slootria n"orka)

DALASHOW, le.T.; BWAN, S.A.; MOO B.I.: XA=X,, N.A.1
Immouri, A.K.1 tWW, NO.; TMWV0 V.P.
Plane for camertial prospecting for
deposits, Trudy MCAU no.21$:W-73
the Zhotybwt and Usm'
963. (MINt 170)

ARONSON, V.ye.
Gompirison of the segments of the Terrigemis Jurlss:.c sediwnts
of the Zhetybay and Uzen' oil fields of sauthem 74arqcphlak
Neftega.z.geol. i geofiz. no.8:10-13 164. (HiRA 17:9)
1. Vsesoyuznyv neftyanoy nauchno-it3oledovatel.'sk goologorazvedochnyy
institut*

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ARONSDIT, YU. N
I'd
a L5

AIWISON. Tu. P.
Using glass Pipe lines in the medical suppliou tra~'W Pod. prois.
11 no.3%53-55 Mr '57 i0:4)
i
nawbno-iseledowatol'sidy kbimiko-lanatsoytiabookly
Institut Imeni S. OrdshoulkIdse.
(PIPS, GI"S) (XMICAL SUPPLISS)

1)4 ij~ 1'.111 1 1 14,
ji
WIT
Eli 1 .w

Rimm, A.G., kuA. telthu. nomk; ARMON Th 2 upot mou"I
YU.N.; ZOLOTNITM=, I.N., KOTOO ~wwul. rod.
I
[Protecting Oheldeal upparstus from "froalkaft I* 1pummomusleal
plantm] Z&mhohlta kbiadabookol &PPW&tuv ot boviromil v MANUCO.-
farmatsevildhaskA proMphUnnoisti, Pod otobobeireG, J60s
Ilatradso. lbsbal, Goo. isdo-Iro mod,6 U11-00 1958.!283 P.
(Vmg 1261097) (KM U19)
(Oorroolon and antloorrosives)
(Protective coatIfts)

ARON
Pi'~uction' use, MA machi4ing of stisirdess sted b the
U.S.A. Bb2l. tekho-ekon. Informs no.59894~ 1%. (91U 12A)
(Urdted States--Steel, Staidesi)
Al

ARONSONj lu.P.1 RMWq I.?, I
I
ImPmement in the mtbod of masufacturing boatoo ft MAC roust
coatings for chamiomi apparatus, m4x, i ad, ipc:73322~lios,~-w '".1
(4113A 13 1101
(CMaGAL APPARATUS) (MMIS)

8/081 62/0~0/006/043/iil
B108
B
149Y3
AUTHORSs Aronson, Yu*,P,#, Rovanoval Yu. X4
TITLEz Resistance of Bose metals and alloys to corr'llsion by organic
acids
PERIODICALs Referativnyy xhurnal. KhimiY&i abstreAt
61208 (Sb Khtmiya i meditsina" noo 12t X.,'U*dg1z* 19590
117 - 131;
TEXTt The corrosion resistance was tested of X19H12M,1t:(Xh18N12W) sad;'
IXJBHgT (1Khi8XqT) stools in boiling CH COOK of various *~moentratloxn ad
3 1 i
of Cu in boiling formic acid in air and in a neutral stmoniphere. It was
found that the resistance of stainless steel to 00 0008 io~;IACrfassd It 04
acid is purified by addition of 2.5 % CrO36 IW% (AH 3COOHIP obtained by
concentrating glacial acetic acid with sattic Wrydridt ha~i the highest
corrosive action. Even Khl8Nl2KZT steel to not resistant'.!$* this acid Ila
the vapor phase. Thin steel can be used with 100 A On 3CGOq in the liquid
Card 1/2

8/08 62/00b/006/048/117''
Resistance of some metals and ... B1499108
phase and under all the other conditions investi VOL lihisag-1 steel
cannot be used in the vapor phase of acid of 00 ror higher concentration.
It is resistant to the liquid phase of 10, 50, OOP 90# and go
M3PO()R'
The corrosion of Cu in boiling formic soW can be docreassi-I by bloviag
oxygen-free nitrogen throagh, the acid. Under these conditions CO is
resistant to 50, 76 and 80 0 boiling formio acid. the rwt!t of its
corrosion is not higher than 0.1 ma per year. [Abstractorla notes. Cospltti
translation.]
Oard 2/2

5.361o,5.362o 1~77533
"SOV/80-33-1-42/49
AUTHORS: Rozanova, Yu. M., Ar so
TITIE: Investigation ofthe PoozibIlity or'lRemoval of the
Adverse EVfect of Iron Compounds lit' the Preparation
of 2-Amino-2-mercapto-1,3,4-thiodiatlolo~
PERIODICALt Zhurnal prikladnoy khiml.i, 1960, WA 33, Nr 1, PP
233-237 (USSR)
ABSTRAM It is shown that on cyclization of
.!2NC3NHNH0S11H.2
M in the presence of iron, the ylAfld of 2-amino-
5-nercapto_1,3,4-thiod1azole (II) (main product)
decreases from 39-40 to 20-24%. In the presence or
metallic granular tin (or powder) ~!D% H"I (chemically

pure), and Iron, the yield .)f ~I~ lhere;ses from
(r
20-24 to 65-67%, and In the absence 5f Iron the yield
increases from 39-40 to 65-6T%. Th~ uee of metallic
tin in the above reaction inakes possible the use of
Card 1/5 technical instead of cp HC1. Tne y4eld in the above

Investigation of the Possibility of Removal
of the Adverse Effect of Iron Compoundi; In
the Preparation of 2-Amino-2-mercapto-1,3i
4-thiodiazole
case increases from 18-22 to 65-6T%1
of tin in the form of powder Is '-jimended.
can be easily recovered with granula
liquor. 7he use of Zn dust, SnCl,,,l
not give satisfactory results, Th~ 1
is 6 rubles per 1 kg. of I. On subs
nical for purE H01 the saving will b
kg of I, There are 2 tables; and.2
German, 1 U.S. The U.S. reference i
2759947, October 27, 1955.
-33-1-42/49
The additlon
TIn
, Zn rrom the mother
granular zn, does
oat of Zn and Sn
Itutlon of' tech-
200 rubles per I
references, I
-. M. Pitt.
ASSOCIATIONt Ordzhonikidze All-State Scientific HOsearch Chemleal-
Pharmaceutical Institute (Vseaoyuznyjnauchno-
lsaledovatellakly kh1m11co-farmatse-vtVP.heskiy Institut
imeni S. Ordzhonikidze)
SUBMITTEW September 13, 1958
Card 2/5

Investigation of the Possibility ol' Removal
of the Adverse Effect of Iron Compounds In 0-33-1-42/49
the Preparation of 2-Amino-2-mereapto-1,3,
4-thiodiazole
Key to Table Ii (a) Taken(In g),- (1i) 112NCSNHX,HCSNH2.,
(c) HCl, chemically pure (20X); (d) km)n shavings,
or 10% solution of FeCl 3; (3) Iron ontent in the
reaction mixture (in %); (f) yield o~' recrystaltized
compound II. (g) shavings; Tech~vwical HCI.
b d I e -f
10 3
9 39 431
16.2 5 9 39:851

16.2
85
1 15
1.4 00!
2o A
16.2 85 3:4o 4.o il:82'~
FeC1,;
10, 43 10 M7 0,15 A.2
10 52 1.25 O.OT 22.5
10 52 1.25 O.OT 23.3
16.2 85* - Oe0j '20o0
Card 3/5 10 53* - -0.0 ,
20.4

77533 S~V/B)-33-1-42/49
Key to Table 21 (a) Taken (in S); ~b) H2NCSM11CSNH
2
(c) 20% I[Cl solution (in ml)j (d) lq)% Peel solutlon
% 3
in ml ; (e) metallic Sn (in g); (N y1eld of compound
II); ig) chemically pure; (h) tech4cal; (1) granulated;
iJ) 3 in little pieceal (k) 2.73 SnA Isolated rrom the
mother liquor; (1) 40 granulatod; (al) 15.8 Sn, Isolated
from the mother liquor.
Card 4/5

71533
30V/80-33-1-42)49
Card 5/5
30
i;6 3.5
-
.10
30 159 3.5
1.4 5
I
0

3
0 f60

3
0 150

100
1.25 7
6 4

h 7
.1
so
50 226
266
15
50 2m a
50 7
so
t20 J60

94 840

44A
Is NJ
ma

30
too Di
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6

20
107 56

350 ON I
120
so

S/85 4/000/000/008/020
B124XI01
AUTI:CPSs Aronson, Yu. P., Uritskaya, Ms Ya.
TITLEs Furane resin $3-2 (FL-2) OXAMined for Jisisuitability at a
lining for chemical apparatus
SOURCEI Primeneniye pollmerov.v antikorrosionnov ilekhnika. 8d. by
1. YA. Klinov and P. 0. Odyma. Koscow, jja~-3hclz, 1062. Toes.
sovet nauchnotekhn. obahchostv. 61-66
TZXTs The degree to which FL-2 fui-ane resin can be bar4ened by thermal
treatment undar different conditions was examined; also its chemical
stability, adhesion, corrosive action on metalk, and suitability for use in
the impregnation of Sraphite plates. Cement based on FL-!2 rosin in
hardened without heatin6, using tk,e catalgtic action of a ,Cads or subefances
that form acids when hydrolyzed. Graphite havine. a 6rwin~ size of 20-30 ~L
was used as a filler. The rate of hurdunin~, was as4artai4iod '~y the Vicat
Lethod. Addition of eqjimilecular bwo"nts of H 2304 &n4 PY so
4)3
accelerated the hardeninC process more than HCI. The A*ti~-Itj of BUM
acids and of sulfo chlorides rises witl~ decreasing m,oloculiar weight. When
Card 1/3

Furanu resin 4;1-2 (FL-2) examined...
S/852 Je/OCC/0001'006/020
B12491bi
FL-2 ruzin has been kept at 1200C for 5 hra, only 14an be extraoted
with acetone, Ahurea3 16.2 A, can be extracted if thor* tas W*n no h*at
trotAtment. After heat trcutmtnt the caaant withstanda Iloiling aqueous
40ilds
solutions of non-oxidizing minoral 4ciids and organic
30'i~, NaOH. When kept at 2000C for 9 hru the resin becomelp
against organic solvents, only 0.1%. of it rumaining %nh4rdoned.
of cement to steel measured 16.2 kg/cm2 when it 2was base'l
usin.- p-chlorobenzene *ulfonio ucid, 28.2 kj;/cM usince
urothylane sulfochloride and sulfuric acid, 50.) kg/cm lith
Fe (so ) and H 50 The drop in adhesion virtually to Aero
2 4 3 2 4* i
heat treatment at 1000%; is bttributed to the corrosive action
accelerators, among which i,-oilorobunzona sulfonio said shove
rLtO of corrosion (0.0006 EM-hr) and iron chloride the
g/m2
-hr). The most suitable anti-corrosivo underco
varnish containin,, .1-raphite and water glass containing so;ium
The following method of izpragnation to rocoom4adods Groohite
so placed in a metallic vessel that they do not touch onglanother
walls of the vessel. Then FL-2 resin it~ added alonb witt;0.04
ait well as
stablo even
Adhesion
on FL-2 resin
mixture of phemyl
a sixturo of
after 100 hre
of the
the 1%,west
hi&hest
i
to are bakelits
silicofluaride.
pletos are
or the
C of p-pbenyl
.11
Card 2/3

3/652/6~/Ooo/000/006/020
Purane resin 01-2 (?L-2) examined... B1241BI
urethylane sulfochloride per kg of resin; the vessel is !put into an
autoclave and heated to 40-45OC; the pre*sara in the suioclave is low*red
to 12-15 mm H6, maintained for 30 mint then raised to 3~at for 30 min,
and finally lowered to i it. The plates are removed, xi~,ed with a pad
soaked in acetone, and replaced in the autoclavel th* prossure is inartesed
to 3 at and the temperature is kept at 1200G for 5 brs. 'Othe raetn can be
used for impregnation three times. There are 1 fipre &~d 4 tables.
ASSCCIATIONs Vsosoyuznyy nauchno-issledovatellskiy kkkimiko-farmatseyti-
chaskiy institut im. S. Ordzhonikidze Chemical and
Phbrmaceutical Scientific Research lnstitut~ liveni
S. Ordzhonikidze)
Card 3/3

IVII11upilm" 113,

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9
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ACCISSUM M W5407632 31

AMM.- Aronson TVF Dole il~, lit
Taut Cbnostom inhibitor* tilt,

SWIM Zeshchits metskIlow, v1$ no. gol IW
?WIC TAWs st"I cacao tooo#

ABSMCT,. The ofolect
:of tb is

geld Be that the steet %vuld URN; 'Wow, g et tow t1 ogI
dilute (0.2 9) suAferic teldo th4o aft ett l if
bIngiry mixtures oft the Carroolia* mote of OtAO Iot
ks Tate dro
t
i a t ee
l's i6mli to 03 1111/
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Th
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mmol 1 0
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into the solution of certoin coOpwads wWoo sool"10 140I i Sil
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ACC NRi AP7004789 SOURCS CO
INVENTOR: Balexin, S. A.; Aronson belso'kLy'o S. lis
ORG: none
TME: Method of inhibiting the corrosion of farrousi metals In scud solutions.
Class 48, No. 190167, jannounced by the All-tWon Chakical aad Pha,~wcautical
Scientific Research Institute (Vowyusnyy nsuchno-is+dm .WlsWt khJxdk*-
farmatsevticheskiy institut))
SOURCE: Izobreteniya, promyshlmnyye obrattay, tovd, a goAki, 64 1, 1967, 122
r~yy
TQPIC TAGS: .=zbd corrosion protect r
*1*4 Corrosion inhibito
I
HeID 001?ReA30041, InL FA
ABSTRACT: This Author Certificate introduces a method of inhibitl4g the corrosioa
of ferrous metals in acid solution*0 according to Author CertlflcatA a*. 162738. To
improve the degree of protectiou apinst oorwasm, derivatives of M~rcsptolmidwwl!o
are added to the acid solution in tho form of gFeaulas amatri%jug st)ssric acid and
propargyl alcohol,
(AZ)
SUB CODE: 13/ SUBM DATE: none
L Card

ARONTRIKM, L. I.
Arontrikher, L. I. "Approximate voluticu of wme dIfferrit' I
Trudy Grozn. neft. in-tap sy W sium 6, 19480 P. 112-17
SO: U-28& Letopis Zhum*l InyM StAtay 0 No. I p 114,1
equatlow."

AR M ON, A,B-,insh.
Smiantomat.,4 unit for nsnd&okvriug oroubW19 ot &griw4&w%l,
machinoryo YrWo t sollkhosmooh, no-306-31 Y&
(dranks &M crankshafts)

AKOVZOV. A. D. i $A I NAM, 1. go
Combined automatic 11AS for Moblubg UShings of ~1444b$ d"Ides,
Diulotekh,-okonsinfors. no#SM-17 t6O* ~; CHINA 130)
(Kuhl" tools) (Antowlic O'Patrd)

11"Ic
-7 r'j,-

got *of
0.4
17,

AM Ols ~m

vi

AUTHOR: -Aronzon, G.S., ;Doctor of Technical Sciences, kraressor
TITLE: Ma Toua ing the Parameters of a Drainate Froteati.on (Raschat Wa-
metrov drenaztmoy sashchity)
PERIODICAM Elektrichestyob i957o Nr 9, vp 50-52 (u3sH)
ABSTRAM The author show how, by we&= of a knowto pot*n-~,itl of a sub-
terranean building the basic parameters of a drid4age proteation,
that is to say the ass"rage &W voltage o~' the Arainage, can be
determined. As this potential aspenas an the ou;~rsnt distribution
in the rail syvtqm the equation for the rail ouivent in pxt down
first. After this the drainage-protection paranitters an determined
for a limiting case with remote load. the author assumes that the
subterranean building runs parallel to the railil s and he asations
the potential for a ground point situated next ~o the builfilng,
Then the potential of the subterranean building pt the drainago
point is determined. The rail-, ground- and buil~llng-potenttal is
changed by the inclusion of the drainap. Curvenj are obtaiaid
whicho by means of the formulae obtained, show the dependence or
amperage and voltage an the distance between the, svibterransw
building and the rail*. A ca"rison of tVw ralli abowo tbat even
&n essential decrease of the Insulation conductUrity of the sub-
terranean building influences the amperage ana v-4tage of tho
drainage only little. On the other hando uperag:l and voltage ax*
card 1/2

105-9-
Oalculating the Parameters or a Drainage PTOt,00 Le
essentially influenoed by the conaltime or ins-u~lxtion in the
mil system. There are 3 illustrations MW 4 Slavic references.
ASSOCIATICK: Moscow Institute for Motor Rlghveys (*Mkovs)dy iOdbobil'oo-
aorozhnyy institut)
SUBMITTED: September 20, 1956
AVAIMLE: Library of Congress
Card 212

ARONZON, Gavriil Semenovich; BANNIKOT, Sergey Petrovich; so M, X.Roe
&Ciiii-; Tool. , tekkkn. red.
EBlectrical engineering and slectria squipmeat of 4001 vehicled
Blaktrotokhniks I elektroobomdowauls mytonobilel. iloiekvs, Isuchno-
takhn.izd-vo X-va avtomobillnogo, transports i shosselalkh dorog
RUSH, 1960. 558 p. (NnU 13:9)
(Notor vehiclas-Mectric equipment)

ARONZOE I M.: SOLNUEVA, T.V., red.
[Graphicoanalytical design of plans mechanisms; *WMl
for students of tho Department of Technology) Orsirmiali-
ticheskii raschat plookogo mekhanismal uchobnoe ~osolde
dlia studentov tekhnologicheakogo fakulltota. H~akvc,
Mosk. In-t nar. khoz. im. G.V.Plekhanova, 1962.
1. Moscov. institut nerodnogo khoz7aystva. Kafadr-ft Vb-
ahey matematiki 1 teorstichaskoy mokhaniki#

"!.-nitor, ird 'Ln irc ri~cti.flfrl'.
"or t I I- rjerni~ of Cin,~ I s r u., Se-i I r

LUTHOR: AROMQNJ-J~ BORISOVJ.11. FA - 2166
TITLE: Electric Disruptive Streneth of Air In an ALr Switth.
(Elektricheskaya, prochnostv vosdiakha v vomdushnom -w-ftlyuctatele.
PERIODICAL; Izvestiis, Akad.lauk 8381, Otdol Tokha. 1957: Vol Nr It
pp 149 152 (U.S.S.R.)
Rsceiv;d: 3 / 1957 Re4iowed: 4 / 1957
ABSTRACT: The level and the character at the sodificaXion according to tine
of the electric disruptive strength of 4osp-~esssd aAr moving in
an air switch is investigated In order to a"Oertaili possible
reasons for faulty Ignition. The obj*oto U d. to connection with
this investigation were: the experimental ~~wbsr oith a number
of exchangeable electrodes of various shape!* and t1a interspaces
of a switch of Russian n"ufa*tur*o Us iploo used was worked
out in 1953 at the Institute ror Xne'a a Ithe kcatemy of Science
of the U.S.S.R. for purposes of Investigs I!- comp4risca of the
modification of the character of the eloctrio d1omptiv* strength
of the Interel*otrods space according to t"a servtd as a builep
via. usually In the came of a constant 1*41th (30 I'm) of this
space# different shapes of electrode@, #b ping darn of the In-
put aperturom of the electrodes with di*p=w of diffevout
diameters, In the came of a complete sUppige of tits agrees of
air by one of the electrodes, and In the at-st of an intended
Card 1/2

Pj, - 2166
Electric Disruptive Strength of Air in am ur 6,1tall.
formation of vortices in the chamber by th 'I removal of Otual-
ising partition wells. It was found that, 'With certain conditions
governing the stress of compressed air 1rhi-ah ig determined by
the configuration of the el*otrodes, tho ~lootrio lisruptiv*
strength of the operation sphere of the Or switch Is comaider-
ably lower than in the oat* of immobile air with the same
pressure. The decrease of disruptive atre4tb below the level
of the acting voltage is the basia oauso cf the occurrence of
repeated ignition during th* ou;rrentlese faterval. This dived-
vantage can be *liminatod by means of a si.igbt stopping down
of the output apertures of the *leotrades.or by the a plication
of a system with unilateral blowing. (0 Illustratiom
A88OCIATIOS: Not given
PRzW2zD BT:
SUMMD: 13.6.1956
AVAILA Library of Congress
Card 2/2

AUTHORi Aronson, N* Zo t Candidate of Techolea) Sciences
TITIZe On the Theoretical Proof of the Hisixon4ra Tolbag& Principle
(0 toorsticheakox oboanovanii printsilpa ;minimums napryashenirs,
dugi)
PIRIODICALs Elaktrichestvol 1956t Itr 3P Pp- 56 - 00~05510
ABSTRACTs Here, it is shown that the investigat'lon( of R# Itomps
Weisel (Rsforona* 7) contain prinolpal *.,-Mrs wid that there-
for* the conclusions drawn In both works4r# inaorreat,
Furthermore, the possibility to prove IhA mialmium prinoiplo
In certain special cases is shown here. n *ddillon to the
already known proof of the minimum prino4plo for a long arc
with volume cooling, a proof for an o6sr,oharacterlstic ease
an well - for a long stabilized araq tbe4norgy dissipation
of which is dependent upon the beat conddetivityg is obtained#
basing on the fundamental differential *#Allon. In this oase
this proof Is strictly speaking only vallA at a certain Idiaali-
zation of the phenomenon, namely, If an I~depen6oftce of the
Card-1/3 plasma from temperature is assumeds Such M IdeLlisatiom is

On the Theoretical Proof of the Minimum Ara Voltage Pr's',noip.L-
permitted as far as the host oonductiWN. of the ]PI&OW is a
quantity varying essentially less with tfImpor4ture than the
electroconductivity, It is known that this coniltion i;q beat
satisfied in the arc plasma with a low limisatLoa degree.
Just in this came the most exact satisra~tion of the aini
principle can be expected. Ift besides, !h* approximatod
equation (17) is also satisfiodp the minimum principle per-
mits to consider the radJetion energy ai, well- 07) roads,
as followne S(T) A (T) - O(T) and A NJ !d*n*to runc-tionst
which oharaoterixe the temperature depen6smas of the volume
cooling, of the conductivity of unit volu'as of the are plans.,
respectively- A denote* a certain oonotaot qm&Atitye Por
both types of arc discharge mentioned (an'd only for those)*
the corrootneas of the minimum prizOiole as also oonfi=od
by the exporlsontal,m0hods. Thorofovog tts principle can
be considered as specially portajni4g'onl:;y to those two "a
of arcs. Nothing can be said on ezpe#*9VU1 confirmation$
of the minimum principle in its genorAl fimulationg neither
exist theoretical proofs on the afore-saiii matter* Therefore
an applioatiot of the minimum principle t') other types of
Card 2/3 arcs is unfoutdod. There are 9 reforspooiol of which Is Soviets

C~: the Theoretical Proof of the Minimum Are Voltage Prin!1.1ple
ABSOCIATIONe Energeticheekly institut Is,, Krshishanovsk!)p Aff 333R
(Institute for Power Znginosring Imeni Krzi0sbanovskiy
AS USSR)
SUINITTED- March 22# 1957
CA.rd 3/3

SOV/24-4-4-30/39
AUTHORS: f_Q ~INI.Z~s Borisov, V. N. aAd Obcpldikyev, B.G.
scow
Mo~
TITLF,: Circuit for Generating Unipolar Curro~.t Pulses
(Skhema dlya generatsii unipolyarnykh impullsov toks)
Otdele!
PERIODICAL: Izvestiya Akademii fiauk SSSR o,7e Teldinichaskikh
Nauk, 1958, Nr 4, pp 144-145 Null) !
ABSTRACT: Equipment is being extensively used w~,ich requires
powerful current and -voltage pulses o1' very short
durations, In such generators a c 'itance is
usually discharged across a load b;Pm9'8XS of a
controlled gas discharge device. Thin. capacitance
and the inductance of the load form ah czaillating
circuit and the task of the switching device is to
allow the pass age of the first half-wave of the current
of the oscillating discharge. It the amplitude of
current pulses exceeds several thousaiml amperes and
their duration is below a few -Itsco, stii;ting gap
discharge devices although having a high thro"hput
capacity as reg;;As the current willibe. unsuitable
due to back-firings. To eliminate -~Ws dr obsek a
Cardl/4 method has been described by Chuchali:~ t-wid Basin aef l)

BOV/24-58-4-3c/39
Circuit for Generating Unipolar Current PUISOB j!
consisting of connecting an addittonal gas dietharge
device in parallel with the storage a-ijacitawe which
"absorbs" from the dapaoitance the chv,ga of Opposite
polarity. However, as was mentionedir, the dissertation
of one of the authors, N, Z. Aroazon~ 116tri" and
its improvement in an arc valve",, such a methol proved
impracticable in the case of such hi; 1A current
intensities due to the difficulties Zif striking the
"absorbing" ignitron. Therefora, the simpler method
of eliminating back-firings is of interest which
'~J:t* the
consists in connecting a resistance *
discharge circuit so that this aircu:,~v becomes a
damped one. An obvious disadvsntagio of this method
is that for obtaining an equal ampli-;vdo of the
current intensity the voltage h4Ls toFte 2,5 times as
high as in circuits without suc)T/dam.?iag resistance.
However, this disadvantage can to soiae extent be
eliminated by using as a d4aping ele4lent a resistance
in parallel with a capaoitance. ItIthe valuo* of the
Card2/4 resistance R and the oapaditOace 10
2 1 2 (Fig 1) are

SOV/24t.jW-4-30/39
Circuit for Generating Unipolar Current Pulses;*
suitably chosen, unipolar impulses c i be generated
by means of such a circuit, the ampl Wdes of which
are considerably higher than in circ Lts with only a
resistance as a damping element. 1h the above
mentioned dissertation a calculation is given for a
selected ratio of the parameters. Ila this paper the
author caleulates the optimum ratio lof the parameters
for a circuit arrangement as shown i~ Fig 1, wherein
L and Rl are respectively the indulatance and the
resistance of the load, C 1 is the4storage capacitance.
In view of the difficulties of ana4tieal investigation
of the problem, the authors aDpliedthe oscillographic
investigation on models. It can be'.Aleen from the
results graphed in Fig 3 that the mixiavim attainable
amplitude of unipolar current impulies by means of a
circuit as shown in Fig 1 is 0.15~) t6 0.55, i.e. about
50 to 60% higher than the relative il,plitude of an
ordinary aperiodically damped dlsch4~xge, In 7ig 4
characteristic oscillograms of unipolar pulses are
Card3/4 graphed for various ratios of the c,lxcuit parameters;

SOV/,Y~58-4-30/39
Circuit for Generating Unipolar Current PUlsee,'
in this fi6ure curve 3 corresponds tc the aaximum
attainable amplitude. 1
There are 4 figures and 1 Soviet reference.
SUBMITTED: November 15, 1957
Card 4/4

AUTHORS:
TITLE:
PERIODICAL:
PBSTRACT:
Card 1/4
SOY/ ~j - 5 6 - I I -1, 2e
1) Zaleaskiy, A. K.. Professor (Lenin,,,-ra,
2) Sergeyev, F. V., (Town of Ust'-Kameno~~;~-ok)
3~ Gusa, V-. sigelka, Ya. (Cmechosilova"l-iii)
4 Aronzon, N. Z., Candidate of Tecliaicsi iciences
On a Theoretical 11otivittion of the Jlrinc~,pLe of 11inicium Arc
Voltage (0 teoreticheskom obosnove-iii pr~ntsipa ninimuma na-
pryazheniya dugi)
Elektrichostvo, 1958, Nr 11, pp 11548
This is a comment on the article by K 11ronzon, published
in Elektrichestv,3, 1)5A, Irr 31. pl) 54*)-;0`, Aronzon attempts
to prove that the aaaertion which io to 'the point that the
tominimum principle" of arc voltaige Rt a( viinced by Sht-eyesibek
does not represent an exact law, but on* y an approxinative rule
is erroneous. The solution presented b y ;, Azonzon Is i vi3b-
ntnntiation of just the opposite With. ~14! SIIOW$d %718t t1j*
exact solution by no means validateo thVe principle. Tbis has
Moreover been uAown by less strinj~ent tb )retical derivations
and by many experiments. Aronzon vanto %,,o prove the correct-
ness of thin principle under ony circumi4ancen. ifence in anat

On a Theoretical '.:otivation of the Principle of jrinizo.,j~ Arc Volt&ge
special cases lie introlucea evidently unr'ltal assumptions in
order to arrive at a substantiation of tl:~t "minimum principle".
"'hese ausumptions are subjected to it lettrLled critical review.
~'he summary is to the point that V~
I to "niti,.mum principle" is
no regul&rity corresponding to the basic ~iature of facts,
but only a roug
.,h approximation theory, vhLch Is to be dis-
carded. Theze is no reasor, to doubt the upAicability of the
principle of minimum reoiatance to the elf.-atric arc. In a
,:-,eneral form tile principle of least resist%ant.,e and of maximum
power "Alsai-,ation can be formulated as fc.-lows: All processes
in nature proceed in the direction of lesi-t resistance to the
transformation of energ
,y, or if ternett In other words, In the
direction of maximum enerlTy 1'he viewpoint sAG-11tedi
by Aronzon is correct, but lie linito hia investigation to the
special case of tile energy balance in the nre. His conclusions
lo not apply to a power are. Zalesskiy .:i%es a very inde-
terminate assertion, that the incorvectneia of the minimum
principle has been proved long agro. lie sh:uld have given an
exact reft!rence to the paper incl,iding title statement. Rompe
and Vaytselt suppose th;~t the minimum pri~ci-le in application
Card 2/4 to a 9tabilized arc provea to hold only d1je io, purely acciden-

1107/1 0t 58-11-21,40
1
On a Theoretical Motivation of the Principle of Kinimunvi Ara Voltage
tal eircumstdnass. In fact it uould miccealfully be proved
that this circumstance is not accidental. 1'"t follows from the
properties of the differential equation deicribing the are
behaviour. The retorts given by Zal*nskiy tsre studied and then
shown to be incorrect. Imphasia is ropeatailly placed upon
the fact that no method of an accurate cal 3-olation has hither-
to been developed for the calculation of 60 are with pre-
ponderating volume coolinut, and that thus V'ia minimum prinoipl*
up till now constitutes the only means of 10-alculating such
arcs. The fact that this principle applies~lo, this case in
substantiated not only in the papers by Kl~~-shteyn and Koppellman,
but also by the well known circumstance tbu!tt the volta
gradient across the are In independent of ;;be currontrThis
latter statement is commented in the book '.)y Z&Iesskiy us
follows: "This result Is very interesting ind Is confirmed
experimental information.") Sergoyev in'bis comment does
n;t touch the minimum principle Itself. Iteiraiess tl3e question
in what direction the unstable and u:matead~ arc proceeds to
a stable and steady state operation, and li~' maintains that
Card 314 this always implies a trsnsitlon to a sta`e with a maximum

30v/fc:5-58-11-21/211
On a Theoreiical Motivation of the Frincipls of blinimur:Arc Voltap
energy dissipation. This assumption Is not;truep as, for example,
an arc will always try to contract to miniyum length$ which
corresponds to a minimum of energy dissip*)ion. The rotarke
of Guea and Taigelka concerning powor arcm!are absolutely cor-
rect. There are 2 fiAwes and 2 rer*rencep:1
ASSOCIATION: t) Energetioheakiy inatitut imeni Krzhizhs.~iovskogo Alt $SSR
Institute of Power EngineeriM inefti Krah tzhanovskiy is USSR)
Card 4/4

0 tv [v.
lot
6.i
"11.4 11
17;
@all %00 a
I I &
1k sill,,i a
A
0 IV at
lot

ARDSON, N.Z.; NZMffVA, V.V.
Investigation of smara In a quenching chamber witi air b2ast, Sbar.
tekh. fix. 30 no.5055-560 My 160. 13:8)
1. Ahergetiaheskiy Institut it. GAbsbisbanovskoiP Ali 8888, Moskva.
Oftectric are) r

8/057 62 31-~/00/011/016
BI 0491%0
AUTHOR: Aronzong N. Z.
TITLE: Study of the process of arc suppression In at ,air blast
PERIODICAL: Zhurnal tekhnicheskoy fisiki, v. 32, no. 11 1962, 76-88
TEXT: The process of the deformation of a residual arc 0*AMMA after a
spark discharge was investigatsdi together with related eflocts leading
to suppression of the are. An electron-optical converter vas used to
take high-speed pictures of the discharge gap, which had sx. air blast on
either side (Fig- 4) which reduced the diamstor and temperv ore of the
residual arc column. If the discharge gap is such larger ihou the
nozzle diamateri the narrowing in the central part of the lissidual arc
column, and the cooling$ will be I*** than around 6.* otho;-o The equation
I I-& a I
dig PT '6( 1 P77-1-44
P7
(Z.4 T
14L
is derived for fiie rate of iformation rate of the rosidmO, arc colvalm.
Card 1/4

8/05X62/0%sj/D01/01 1 /018
Study of the process of arc B104 138 i
6 is the cross section of the residual arc column, P, - pfio Is the
pressure dropp a known function of z, co is the speod of mil'und in the
column for x - Op v is the va lo city of gas flow in the c*"lums a fiokucticm~
of a. The complex lunction d(a,t) in discussed for small i and larors t, 4
It in shown that the cross section of the residual *ro col~imn diminish*#
exponentially in all points at a specific stage of dofonlk~ion. The
shape of the residual arc column is determined by the shapo'and size of
the suppression chamber. It is shown by the model of Incoi)prsosible and
compressible liquids that d '#formation of the residual coluon Is not &n
interruption but an exponential re vation of thickness. tr, .is more, raoid
this reduction, the more rapid will be ths cooling and del )nisation
proceLess. The equations
dr
[2-X (7)k, (T- T.)-
T 7F
dp
1h (r) - A (,ro)l (19)-(20)1
I XP ( r ,,eT. 411P
T=
Card 2/4

I
8/057/62/032,'11001/Di I/DIB
Study of the process of are D104/'136
which describes the cooling of the residual aolumn#are di:Av*d in so
approximate stud of energy withdrawal aA4 supply. I - M'14 longtho
Q . dens.1 ty h(T~ - enthalpy, u(t) and i(t) - voltalgo andi,ourrout in the
arc, UTd A thermal conductivity. Are suppression in noi'. possible
unless the condition
2M Mk T - h) 14
exp it [wirn. (21)
is satisfied. The suppressing power of a chamber remains, daaost conat~snt
if the condition h(T)/I - donst (where I is the &to-ourrOaj amplituai)l
is satisfied. The experimentally verified approxioationig I^doons+.
interrelates the restoring voltage and the "plituOo of t ho suppression
current. Thors, are 8 figures and 9 keforonoes: Vs*vio Omd I nomi-moviet,
The three references to Inglish-languago publications r*4 as follows!
G. K. Simpsonj E. Mech. Electrical J., Juno 19591 J. Slo#i&a..AIIR
Transactions, Aprilq Ot 19411 1- V- Casale- lntro4uctlor~ %o the thoicry
of circuit interruptionj from H4 Tronohom# Circuit 8re&kqnUp tondont 1955o1
Card 3/4

q/057,62/0Y,2/D01/011/010
Study of the process of arc W04 M38
ASSOCIATION: Snergetiaheskly institut im. a. X0 xrxhish~anqvskoga a
SSSR Moskva (Institute of Power tagimerins imeni G. X*
Krshishanovskly AS USSR, Moscow)
GUBMITTZD: February 6j 1961
Fig. 4. Schematic diagram of suppression chanters vith Or blast on ft*j
and on both sides.
Legend: (1) electrodeal (2) residual arc oolumn.
A;-
do
Card 4/4

-AR=OJ,,Ns7,.p kand,takhn.muk: PIZOOV, A.~., killid. .*khrionauk: RUCHA71IRTIN,
S.Ao, kand.tokhn.riouki KOZJJV, V.A., inzho
Electr1ral Wdel of a pistAln-tYpe comprofisfOr O~Atl*lo Frolo, MOM
20 no.10143-45 0 165. 18110)

API('N~','M, V.1 inzt; I'YIM;j(' I Y, V,). A., i: I m' [',,I AO'J'N' A. ill 1h.
Using piston raw-petrcleuz matera Jn
systems. Priborootroemie no.12:21--Z2 D fir,,
(KTRA 19c1)

1911
(Anat. Biol. Inst. U. of Debrecen)
"Action of Cytotcxlc, Sera on tho OrgAPS of the Reticulo-Eiida hinl ~yl ton,"
Acta Physiol. Budapest, 1951 2/1 suppl (;12)
No abst. In Exe. Med.

P" N

'Nil

`!P!, ;iv
f' 11:31
T.1
t I
I
I i i i J i~
I' H
LEI ~.4 I

BARKA, T.; AROS, B.; TM, I.
Date on the relation of the reticuloandothelial -ten &YA the
adrenal cortex. liserlates Orvostud, 3 no. 1951
;DG
1. Institute of Biology wA Anatomy,

AROS, B.; BARKA, 0".1 MO, 1.
Carbohydrate metOollev auA the 11"rwre'4161116MdOW1101
system. Xiserlates Orvostul. 3 no. 5052-357 1~51 (CLA 210)
1. institute of Biology wA Anatoor, Debrecen Uldversity,

Distribution of ta"ad blawalb ooll*14 In ohm orgo'pa of ohlok embt7o
with speoial refarince to livsr msorag% Asts -pt#1302. b", 4 ftpII33-
36 1953. 25t1)
Of the lastitats of lkportmnW ftelas of DA~;04mn Wvarsitl- 44
of the Bloto,-Utryclogidal tastitate of Budepsat Viltweltro

AROSO B.
T. Barka, L. Kertesz, Z. Fbs&Laky and B. Axos: "Changes Lin rati-m1o-*n&Kb*1W
storage during ontogenesis with particular regard to sUr"P in ~W Aver./
Investigations with traced bismuth trioulphide collold/.11 I
SO: Act& Morph. Hung. 1: 171-181. 1955) Unal"sifled.

TOB), Imre, itkademikus; AFM, Bela
Tisitue responses of the thyaw to varlow ilkfluo*3*t,. *a, tat", Ak&tL
Biol. Ory. Oest, Usle 8 uo*41431-4" 1957.
1. As XTA Kiserletl Orvostudowanyl lutato Intosetmolfologlal Ossfalla
es a Radaposti. Ometudomn7l Agetem Ss*wet. so !NJ Lodestaul latemets.
(THYMUS, Physiol.
tismus responses to various e%por. in animls Otm))

E. , 7U)
FistolcCical invAntigation !3f the netircl,armwma function o~' IrmrtetTates. 211
A IUGYAR TU7)C%W!Y0S AYXVFMIA V. ()XZT,'tl'yj'l 71C-UMAI
PudaMqt, Hungary. Vol. 2, no. 2, 1958-
Month".-,- List of Fast F,,roi:eikn Accession (FEAI), LCj Vol* 51 ""k 2;F Ilebe 3,96(!
Uncl.

&=Lhic (in Ca;fi); GILVOU roan"
Countryt Hungary
Acadesd* Degrees:
kffillation: jmu=t"~~Q and CIA 0
Director (Ijazq&to)s Xmre IM, Vir, Pr4e.1mor, Aca4smiclan
Sources Budapest, BIQJ04iji Kotlemoox0h, Val tX so: 11 1961, pp 63-71
Data& " A Comparison at. the GCOWL-P08LUVO SocriWm of the
Subcamissural,Otg4th in Ditferent Wrtobrate~,O
Autborst
Bela, Dr
(;&D,
8ela,
Peter
ZM, Istvan
WENGER, Tibor

'9
MLIU49 (in oRPIS); Given =6
Country: Hung ary
Acedodo Degmea:
AffWtllcm: Jn8tLtkAM_gLHIstqjgSy And 21hKolft, of tho Medical
University of ftAapest ( A 2UdOOQSti!Orvostu4OM"y.L
Egyetm *oVettani isa IP*JlOd4stArA ii:t*zatof
Director Czgazgato)s toraIWO AOademician'
Sourcoo Budapest, Uologili Kozlemenvex. Vol No.. L, 1961, PIP 73-78
Datat "Neuro-Secretory Changes in the Orwoom SYN.:= of the~urth-
Worn( (LumbrLcum Rubellus) under Vatidoe laoluonces,*
Authorst
A 1 maii, -0
VIGH, Bela$ Or

ARCS, Belix
ape); olven M;G
Country.. Hungary
Academla Degrees: Or
Af,tillation:
i
lof the Me&Ucal
Zgyatem Szovettani es Fejlodestami In.emete)v aLractor
(Igazgato): Imre-TA0, Or, Profemsor,;Academician
Source: Budapest, Biologiai RozlemqUek, Vol IX, ~o 1, 61, op 115-116
Datat CBOOkrevie~-7 Symposica Biologica Hungari a Hypothalamu.8
Pituitary System and Neurosecretion,
Editort Imrs TORO
Publishert Aka-Miai Kiado, 1960, Budapesj

VIGH, Bela
jjeuro-seorotlor activity of the central and or pper*2 nervous,
eystem in eartbomm. Diol kosl 9 no.20A340 51
1. Budap*mti Orvostudomanyi Wooten Ssoyot*os Fillodestani
Inteset (IgasgatmDr. Imrs Toro oVetsid tamar).t;
JP

ARDS, Bgl& (bAspe&t9 Il Tuvolto u, 58p Hmgar;r); Vl,,IH, (wap"t,
1-------Tr-?Uzolto U. 58P IkulgarY)
Newoescratory obarges in thO UOMW OPtem of Ulutwicus robeLUw
Hofft, provoked by various experimental izMenostlo keta biol W"
12 no,2t87t 98 .161,
1, 1wtitute of Hutology and Pabriologyy MadicalUkivormity,
Budapest. i

ARDS, Bela (Budapest, IX.,Tusolto u.58, flungary)l Tigh, 84 tlik (&Wap*at,
-----Ir.-,Tu%olto u.58p Hungary)
Neuroseerstory activity of the central *rA pwriplw~na norms
system in the eart*cra, Act* b1ol Hung 12 nOJAK-4186 161.
1. Institute of Ridtolo and Rabriologyp Meftul 1'01"rsivo
Budapest (Readt 1. Torof

AROS, Bela; VIGH, Bela; WLNG;],:-t, Tiborl TORicp
Tits blood supply of the thv" gland., U$GWlete*:OrvO8tud* 13 W-2t
US-125 MY 16le
1. Budapeoti Orwostudoman E SOM-t-0,18 FejTodestani rntolete.
'A BrAtem
(THDW GLAM blood suWjv)

VIGH, B.; ARDS, B.; ZARAND, F.; TORK, Lj WENGER, T.
Ependymal neurosecretion. II. Gomori-positIn se,'Iretlm in tbb para-
ventricular organ and the ventricular epeadpa. of1dilfersot vertebrates.
I
Acta morph. acad. oei. hung. U n0-3035-350 162'.
1. Institute of Histology and babryclogy (Directoirs Frof . 1. Tom),
Medical Universityj Budapest.
(SPENDDU) (AKPHIBIA) (BIRDS)
(MAMMALS) OWTILES) (CEREBRAL VMRICiLBS)

AROS, B.; VIGH, B.
Regeneration of the neurosso"Wry system of t-I'm cerfibral ganglicn
in the "rthvm* (Lumbricus torrestris). Aataibiol. 13 no.30,03-3)?
162.
1. Institute of Histology and EmbryologyO Nodi!ua University# Ouckpost
(Head: I. Toro).
(GANMIA) (CWlAL SUM)! (mxnm)

AROS, B.; VIGH, B.
Neuromovetion as a holocrine &144tid fimation ILn Imbriaifto. Acta
biol. a"A. sai. Wag. 13 no.21l,17-192 062. i
I
1. Lustitute of Rintology wid Embryology# Me Loal ftinnityp Stsdap"t
(Heads 1. Toro). 'I
(AM=DA) (IMMUS) (UMOLIA)

ARDS, B.; ERTL, M.
Hypothalamic changes in renal hypertension. ta mar-ph.
11c
11 no,3:311-318 162.
1. Institute of Histology and Eabrploa (Diriietart Prof.
Medical University, hadapest.
(HYPOTIWAMUS) (HYPERMION UA&L) PAWI0313)
(VAWPLWSIN)
aced. soi.
I. Toro),

VIGH, B. ; -ARDS-r-". WENGSH, T. ; TORK, L; ZARM, P ,
Epandymossoretion (opeAdywal neurosecretion). ll~. Golwl-"itlyo
material in the ohor*id plexus and in the wmbramo4 Ubyrinth In
difforent vprtobftt4o. Act& bdol. aead. sol. biWA. 13 oo.4s347-360
163.
1. Department of Niotology and Embryolojy, Hodiew,'I fh4versity,
Budapest (Head: I. hro).
(CHOROID Knos) (EPENDYMA) (f11$TOL,,30T)
(LABYRMHINX MIDS) (PHYSIOLMY)

VIG,9, 13.; LWS, H.; VEWEh, T.; KORITSUSZKY, Sara; CKGL;W1, G,
Spendymosecretion (ependymal, neureaecretion)" 1*. Tbs 40d*1-PftitiTq
secretion of the hyp6tbal-mic eydadyna of varicua ro"ibrates and
its relation to the anterior lobe of the pitmitm~,Y. Anta biol.
aead. sci. bung. 13 no.4s407-419 163.
1. Department of Matology and Mmbryology# ftdicia Undvernity,
Budapest (Head: I. 1 0).
(EPENDYMA) trPOTULAMS) (PITUITAC' GLAM), ANTERIOR)
(PHYSIOLOGY) (HISTOLOGY)

S _, dr.
ARO p !Iol# i
GlwWa and nervo calls. tiortlag 6 no.419.U 4-Ag 161.
i
I
I
I
I
i
i
i
I
i
R

VIGH, B.; ~AR2!4~; KORITSANSZKY, Sara; WGIR, T,j TUCERIVI, ingsboft
Ependymosecretion (ependvial nsurossoretion). V. rhe correla
tion between glial colls containing gworl-positive jmbsUze;
and ependymosecretioa In different vertebrates. Actalbiol.
acad. sci. Hung. 14 no.2:131-142 163. 1
1. Department of Histology &,.,I ~Abryolcgy, Medical Uldyorgity,
Budapest (Headi I. Too.
(NIUROGLU) (EPSOM) (STILINS JUD ST,4mo)
(Bn=) (HYPanWAMS (USTOCHOUSTT
(HATS~

Ik"!; u"i j;c, I I! ttlo a J, I*, I,,- o1 D.,umirat :01.,
cp *J S. 9t.ari(71 ill ti~jiL~ I!rA*I-mptJt.fLr sac of the ritt.
Mol. af~ad. somi. Pi.t.g.
eTr-ryvIc4jv, llqii-f~.

S
thij, r&t. Acta W01.
acad. .9c.. flung. ru.114:01-457 1 5.
1. 'institute of 111stclogy and Embryology, 140,11ca-1 Vmlverslity,
Ou(4Lpest (Head- I. Tbrb). 3uhmitted SaptiaLer 20, 49f 4.

L 15500-66
1ACC NRs AT6007"6
AUTHOR: Rohlichp P* I Vigbp B.;j Tbidemmov UVb*9 I
libly
ORG: K--dical UAversity of Mdqostj lt*tltu~ft at His 10a t
(Budapeati OryontudomarWi lga~emo Ssa"ttad be F*S~ toli,
TITtEs Electron-sioroscople atudiso of the #*dlal ~40 vii
was presented at the 29th He tAng of the luqtarlatt 0106,*~ PiDe$06 id
Sseged from 2 to 4 July 1z
SOMCZs Academia scientiarm h=warloae'
A04 PVS,,6,1 Ma# ~*o~ 26s 0
1965p 49
TOPIC TAGS: electron ideroso p ratj b~41nj, hUtfoloor~l, twuruldor
ABSTRACTs The ultrastruoture of the loors of the WO #:wdr0?0* -is,
A
The surface of the brain is catered by a ~ banal meArs d'ft 4rAoths 10h
portal vascular lo whi h trate Into Um WUXI nmi I# s'
ope a Pe
fometratedp like that of b1=vvsxGlx .0hich tvampa~ drgm tollubbs old
In the palisade layer.. especially mar tho Ywoular U" 1wip. nuiban
fiber endings are presento U ndiris 4m Owacterim by tft~ tv"S
~ U .
vesiclea: a) those of Bull 0,16 nt 03
vitb tbil"I canto a low TU
)vesicle ir order of magAitude 1 bj ow nil)
44b"r
I-Cara-M In the ... ...
it

L 15500-66
ATWOVM
Ace la
md eadla to the waroasov4taa Olrol
the medial ouLnence. us" AX4 f6v ner"
spen4nml solos ,In this am and in tho v 0
not fenestrated@ These ultr"tructw4 proprMos Wt vlw
stantial transprt of substances betwen blooodl0 !a4#
place in the ares. of the mdul Slimsmo
SUB COM ~..06 SME DATZ*
di
Ak'
IN,
It "N4
i -Jo ~-'4
LcaaUl
U.6 1 M'5