SCIENTIFIC ABSTRACT ZIMAKOV, P. V. - ZIMANYI, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065210005-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ti I I; I uIIIIIIIHI 111111111111 101i I 11114M VII III: I I Hill I I I I I I IIA I I I I I If HIMIXII I! I I III I I III I Eel I, III I I E4 am 110 141,11,
Some Problems Concerning the Localization S/Oa 9 62/wo/ooi/oc-8/on
of Radioisotopes in Connection With the YB063
Problem of Their Safe Storage
due to radiation are discussed in detail. Thero are 6 flgurO3, tables,
and 14 references: 6 Soviet Eind 6 US.
SUBMITTED: April 8, 1960
Card 3/3

III) -It III IM I I I LIMMUM12 I IM I Wit IRI I
S/08916 /010/004/005/927
B1 02/B21 2
AUTHORS: Bykov, A. G., Zimakovo P~ V., Kuli(,,hen?op V. V.
TITLE: Radioactive properties of fission-fragment preparations
PERIODICAL: Atomnaya energiya, v. 10, no. 4, 11)61, 362-367
TEXT: Since it is very difficult to obtain pure preparations olf.ineiii,iduiil
fission fragments and since these are therefore very expenolve, the authois
have investigated the properties and the posuibility of using prepar4tiont
containing a mixture of uranium fission products. Fragment isotope mixtures
containing only those fragments which are of importance for Practical :purposeq
no gaseous or those which are liolatile at normal temperatures, and which
are produced by uraniun, fission are called mixed fragment preparations. The
test results of such preparations are illustrated graphically. Fig. A shows
the change in time of the relative P-activity of different fragment Isotopes.
Fig. 2 shows the change in time of the y-activitY of fragment isotopes
(P.33 - rare-earth elements); Fig- 3 shows the change in time of.the mean
maximum radiation energy of fragment mixtures and the mean'energies of P_'
and y-radiation; Fig. 4 shows the drop of the and y-activity in time
Card 1/
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ITIP"S I I irOINIMINFLIFUM11 MAM11 H tWi I 91U"AJ9 If T I It I I I it I IV 1111111 H it I I I 111i I H I I I I IIIH I ILI 11111IM111.1 I I IR1111UH1131 I If ]JI 111 MR Is LIM I I til I 1311111W.MM I I M.1 M., ~1_
22602
S/089/61/010/004/005/027
Radioactive properties ... B102/B212
(the full curves reprement calculated val use the test data are plotted
with different points); Fig- 5 shows the change in time of the relative
total output of radiation. The half-lives of'fragment mixtures~having~
various ages have been calculated from the drop of activity:
age of: the f ragments dda s
160 270 360 540 720
P-radiation 140 200 330 400 480
y-radiatior. 75 80 95 240 -
Application of fragment preparitions as gamma sources: For,this purpober
137, 95 95
preparations of CB zr I Nb , and fragment mixtures are suited. The
following table gives the half-life and radiation output of.various gamma
sources:
hEilf-life radiation output,
Radiation sources
ag of fraKments, years
1.5 2 1 1 2 1 5
137 137
CS Ba 33 a 33 a 33 a 1 100 98.0 1 92.0
Card 2/11

fill

B/069/61/010/004/005/021
Radioactive prope rties B102/B212
halfe-life radiation outputj_L%__._.
Radiation sources Re oIf f agmen So Vears,

_ 1
L 5 2 1 2
95 9~
Zr
Nb
75 d ~
75.d
75 d
100
2.1
0.0
fragment mixture 95 d 240 d - 100 15.0 6-7
fragment mixture
without Cs137 95 d 150 d 250 d 100 9-1
137
Ce which has
a gamma-radiation energy of 0.661 Mev,. (whiah:crIginatee
from, the daughter product Ba137) seems to be most promising because Of its

high lifetime and
,
small output drop. ources
Fragment preparations nn,beta a
The possibilities .
of using them deptiautj va ~,ne range o;1 buti i
preparation, i.e. , on the mean range of P-particles. Ifi~ Tablel, the z4an
ranges are given in mm. From the thickness of a layer (A 1/2) where half of:
the P-particles a re absorbed, the self-absorption is caloulated from the

formula P (1 _ML. 6.nd
--- -)A
/0 .693 d for a layer having the,thicknea~ d.,
1/2
1/2
Card 3/11

I Mir We'DI I
it ~4 i a iwinniiiiii i ~ii it i I Iff fill H I I WHIIII I I IJIULI I 1111WIVICE I I FUJINP.11.
T
242602
sloql6i /m/P04/005/027
Radioactive properties B102/B212
Table 4 shows the values of P in % which have been calculated':for a layer
having a density of 2.7 9/cm3o L 1/2 -has been determined,from. the absorption
curves in aluminum: fragment age, days 'g1cm 2
Table 5 shows the radioactive 60 20
properties of fragment sources
180
of P-radiation. 48
270 69
360 70
Source T,/2 max -Mev 2 PmaxI Mev P-particle Self-absorption in prepara-I
range, mm . Itiorb of various layers', of
Air H 0 Al 12.7 ~m .3 density, in

... ........
22602
S/08t) 61 '/C. 6 A /C,
0, 5
Raaio--ct-.Ivp properties B1 02i n212
SurnninC up it is esetablished flat -mixed flrl_t-ment are for,
bodi.beta and gamma sources. P-sources'should be producefl. ao t-in !A-ers.
It has been found that P-act4ve isotopes havine an ace of two years are Most
fav mean and the Li-2an inaximum en-~?TL,-;ies -itiI.1 then bp
f orable because the
hiEhest - The most favorable ii,,_~e for 7-sourcos is 2-,13 moylthr, (Z-0-7.0 v
There are. 5-figures) 5 tables, and 9 r6fsrences: 5. Soviet-bloc and non-
Soviet-bloc. The trio referenbes to EnGliah-lanGvage. yubl4_cations read as
follows: C. Amphlett, Proor. Nucl. 2-nergy, III, ProCress: Chemi3try, 21
Press, Proc Phys. Soc., London, jvl*)~ 75
050)-
SUBMITTED; September 1, 10,60
CT Oclionson
~!wfl I Ault
LeCend to Table 3 1) Madium; 60 10 350' 120 1030 1400
2~ fraument ave
ali:ninfim; 4) er; 5) z41:'-
r) 9. 1) 01" 2 2431 2 00 53
111111 123 1
BOAa 3:88 A: 32 w 4,
89 0:. 6 90 6: .82
2460,0 30601;0 4060,0 4466,0 4000,0 3100,0
B03AYX L;
Card 5/10

--- ------ --
3/844/62/000/000/074/1,29
D214JD307
AUTHORS: Krasnousov, L. A.,' Zimakov, F. V. and Volkova, Ye. 1.
TITLE: Some characteristics of the radiochlorination of bonzene
600RCE: Trudy II':Vseaoyuz:aogo soveshchanlya po radiatsionnoy khi-
mii. Ed. :,by L. S. Polak. Moucow, ~zd-vo AN, SSSR, 1.962,
426-429
TBXT: The initiatiqn of the chlorination of 0 11 by 13, ir;and
6 6
radiation was studied. Irradiation of chlorine in benzene led
tuKe dissociation of C12* Since CA is a good energy.carrier,ithls
.additional energy causes the intert,iediate' chlorination products to
Isomerize, thus changing the i130MOric composition of the final pro--
duct - hexachlorocyclohexane. With r rays, initiation, OCCUrU i;hrough-
'out the oolution while uv and B rays are absorbed in the outside
layeyzs* of the solution. Regardless of the 3qadiation used, the~o[-i'qo-
mer is the main product; its amount depends on the type of radia-'
tion Q-rays 83-3cla; G ray,:s 78%; uv 73..8V,; ir 67.0~,). Th6 per-
Card 1/2

41111411 Mal I
'9
S/844J62/000/000/07,4/1
Some characteristics of D24/D307
ceritage of the 6' isomer deVends to a lesser'. extent oil tho t:),ve of
radiation used and increas6is as the temperature is low0red. ~a.-Ao"
chlorination also occurs ir~ the solid phase Vut only to 1,22-dichlo-
rocyclohexadiene-3,5. The re'Elction is progrbscivii and: in not a f j,
radical process, The suggt!6ted mechanism is~ ~is r~llovro: 012 &1-1,010-
+ + +
ciates into C1 , Cl then reacts with 0 H to give C If C1, Whioll
6 6
combines with Cl- to form 0 H Cl This is ropealted until (11 H -C1
."6 6 2s 6 6 6
is obtained. There are 2,figii-res and 1 table.

Pr 19! 1' 1 .11,1L, LI A111511HIIIIHI III I I I IIII 11:11
Oril I hMin 1 it I If ylip I t HIMVIRI I fit -011I.-INITHIIII H I I I I I ILI M21 111 'H If,
3/844/62/000/OJO/079/129
1)423/D307
AUTHM:- Volkova, Ye. V., Vokin, A. V., Zimakovj P4, N. and,Beli-
kov, V. 14.
T I TLB': Certain apecial *features of the radiation polyineriz'atio'n
of tetrafluorethiflene by the action of B and radi'atiom
SOURCE: Trudy 11 VBesoyui&nogo soveshchaniya po radiatsionnoy kiii-
mii. Ed. by L. S., Polak. kloadow, kl.,, lzd-vo AN SSSRt 19~21,
465-469
TEXT: Recent investigationi3 are described of the radiation pply-
merization of TFE in the so.iid, liquid an.d vapor phases, using
60 90
Co and Sr as the C and 1`3 cources.'Irradiation in the liquid
phase was carried out at 20 - 250C using CIM 3 ae tho i3olvent. with
a dose-rate of 11 rad/see . Convera ion of monomer.~ increased with izi-
crease of dosage and concentration of monomer. The polymer obtained
(PTFE) contained up to 21,1;" chlorine, ahich was explained by the'facit
that the CHC1 also participates in the reaction by Interaction ot
3
Card 112

~tl-' I HII "!IIIIIIIHIIIII 11 Ilia Vill I mi-im ...........
8/844/6,~/000/000/07I9/129
Certain special foatures D423/D307
radicals and chain breikage :In the polymer, resulting. in low-male-
cular weight PTFE. Experimeritb in the solid stato were carried out.
from -60 to 000 with dosages of 1 x io5 and *i x Jlj4 rild. Almost to*:-
tal conversion of i,11onomer occurred af ter 200 min 11t -800C and ~af ter
20 mins at UOC. ExcQptiona1.1,,,f large yields ),rere obtaAmed in c6mp'a-
aith similar ruaction:3 of othux unsaturated compounds. The
existence of a radiation after-ei'fectl was confirmed, which conti-
nued over several hours afte'l- removal of the radiation source. Ex-:
periments in the gas pliase showed the presence of an induction
phase extending over several hours. After the appearance of s6lid
PTPE the reaction velocity ~111S increased. The tomperature WaS rillin-
0 90
tained at 20 - 25 C and a Sr 8 source was used -.lith a dose-rate
of 5 rad/sec. Results indicated a high tendency of TV,; towards ra-:
diation polymerization with a high yield (adpr~x. 10 -mol/100 ev abi-
sorbed). There are 5 figures and 1 table.
Card 21/2
IRVIS

ORG; none
TITLE:- Ra4iatio -induced -1 of;lliloroolefln6! 11- 1
polytn
SOURCE* AN SSSR. Doklad' 1 ;11;
_Y' V. f~l'
y~nc-:I-J,zafton, rAdiat A )MriiAtbn k
TOPIC TAGS: f lurooleftu pol
ABSTRACT: A study has been made of the kia~eticmiof ~thei'
114 ii~:soUd "ph!ade
zation of certain fluoroolefina ~Ln the gtas= quid, 1A ;a 1~Llqd t
80 C, -n dose rates of 6-600 ral/see and doses of 0.01Z 11;u 256 MraAo Th~- jreadltg-
are given in graphic and tabular forra. It vas found thi't In order ot decrdasitg
polymerization rate the Iluoroolerins sevidfed a.rran&ed -t;b!tiHseI'w;;ee" its :r-61104:.V
>
-:J
Stud7 Of the effect of temperatlv~e- s1 t le reac lp~
howed t hat I t ra
t
to a certain temperature, afterwbich it decreases. art., bas.: L e c
2 figures.
P R"M
SUB CODE-,- 071 SUBM DATE: 26juirkW ORIG:iRFV- 005/ 01~L REE'-.' 004/
car4
547.539.1;4
...... Weill fi IM III lim

...............
~2834-66 ENT ( st)/TJERPj Will/Q9ZM
ACC '4' AR6000273 SOUECE CODE: URIO081,16510001014AOlgAolg"
AUTHOR: Volkova, Ye. V.; Ziuwkov, P. V,; Fokin, A,~V.;Aorokin,1 A. D.;
Skobina, A. L Belikov, V.---W;''
/V
11.0n1of fluoroolefins
TITLE: Radiation Rolymerizat,
SOURCE: Ref. zh. Kh1miya,, Abo. f43109
TOPIC TAGS: olefin, polymer, radiation polymerization,,:radiati.on
erfect., polymerization
ABSTRACT: A st dy a made of the bulk polymerization-of tetra-,
fluoroethylene.,Ttriwff:uroleth~Vle6e, diflucroethylenej trirfluor ro-
ethylene -a-ncT-monof1 oroethylene 'at temperatures ranging from 20 to -76d
MO Y-rad:lation in doses of 1-50
with exposure to CO rad/sec. Under
these conditions, solid high-inolecular polymers were obtained. The
bulk polymerization rate was found to decrease in.the above order.
Certain peculiarities of the processes investigated connected with the
products of monomeric radioly'sio,in the secondary proces Ises leading'to
the development of active products and connected.with the heterogeneity
of processes, were determined. Ch ra~,,terlsties of radiation polymeri-
zation in bulk of hexafluorolIMM le:nie (1) In the liquid and solid
I
phasen are given. It has been foun hat the conversion of I occurs at
Card

I I I 131111PIR I MIMI I I Illi I I I I I 111104ill I., I I rj 111111 cauLamoll I Wialual I] III giviumaltv NIP lie I
07056-67 EWT (m)
ACC NRi SOURCE CODE: 0 0 0~
279
f
I
1AUTHOR: V~;eskunoyp V. Zakharo%la K. P.- ZI
_jchenk X
ORG: none
TTTM Use of the heat of chemical reactions for therraLl reprocessing of liquid
radioactive wast
q .---I
SOURCE: bomnayLa~' 9
A+ o 6ter iya, V. a0" 1:1~0. 3, XW; 277-279
TOPIC TAGS: radioactive waste dispi,,?sal, vitrification,, metal cermic materlalp
Ithermal process
ABSTRACT: This is t., review article dealing with various possible e0fects connected,
with the vitrification of liquid -rai'llioactiva waste. The autbo,rs p?ropo sop Inrl-46W ~vf
the -lack of materials with sufficient thermal and chemical endurance for the, 6astrim-
tion of equipment in which liquid radioactive waste can be converted into solid
iritreous materials., -'hat the vitrifLeation be effected in the radiowtive griWeyard
itself and that the Yeat be drawn f,,,)r this purpose directly from radiative, saU-beating
of the radioactive material. This would permit the use of higher teraperatur6i. A
specially advantageous reaction for this purpose is the meta.1lothermic reacti6n
MemOn + qMel - Melo~a + mMe + Q, vhdre MemOn serves in this case as the oxidizer end
Me' as the reducer. The possible dl.-xoice of oxidizers and reducers is discussedo and
the heat released in several typical reactions, with Fepoap Cr2O3j~ or W02 as,~wddizers
and Al) CaSi3., and SiAl as reducers are presented. Various possible feature's of.the
Card 1/2 u.Dc: 621.o39.T5.- ~542.6 536.66,

"ACC NR'-'- 01-7
a AT1603-9-LA-55 SOURCE COM d-R-~,0000/66/doo/ow/diog/0114
AUTHORs Volkovat Ye. V.1 As V,j Soroldal. A# Ds IDelilms Ve me;
Dul
ygian,* L* Ast Skobina, Ae Ll Kr4anousov, L. A*
ORGs none
TIMS; Radiation polymerization.of fluoroolefibs
.-:0URCEt Simpozium po radiatsionnoy khimii polimerova Moscost 1964.. Radiatsiorataya
'(Radiation chemistry of pol,
khimiya- polimerov wers)i dokladY impoziuma Moa ov, IrA-vo
Nauka, 1966, 109-1t4
TOPIC TAGS1 radiation po3jymerizaticn, halogenated organic compound, polyzerization
kinetics, reaction mechanism
ABSTRACT: Results of the authors' lireviously published studies~ on~radiaticnl
polymerization of unsaturated fluorine-containing compounds a.re reviewedw explaining.
certain characteristics of the proceiss associated with the effectalof the
electron6gative fluorine atom. heterogeneous proco3s conditions and radiolysis.
products. Tetrafluoroothylone is distinguished by ita rapid polymorization under
ionizing irradiation, with complete monomer conversion in three hours at -780C-in
liquI4 phase polymoFization with 10 raAlsec radiation# and in ten minutes at.+900C.
The yield of 7 X 10' moloollOOST U ;tho highest known for radiation chanical reactions*
Card 1/2

1111111111 CIIIIISHINIF1 1 HIM
ACC NRs AT60-ihn55
Pro.aressive substitution of the fluorine atoms by hydrogen or~ehlorino or
by
trifluoromothyl, groups reduces polymerization rate and Y-ioldn't peifluoroisobutylone
will not polymerize. Thus the rate of radiation polymerization decreases in the
96ries * CF - CF2 - CF, - CFH 7 CF2, Ck -,P CPH - CH2 7 OFa - CM ~;, CF CFt;~3'!;?
CF fl~ roe
.2 ~(CF 52.' A kinoiles study shcHed tfiat the polymorization of:totra, uo: ttCylene
under hetXgeneous conditions prodeads by a radical mochanismo but the kinetics are
more complex than in chemical-po34marization due to the effect of radiolysis products*
7hd effect of temperature on radiation bulk polymerization rates of
trMuorochloroothylene, vinylidens fluoride and tatrafluoroothylene showed the rates
increased to a maximum at certain temperatures I those max:bm . and the dorresp Ionding
energies of activation are ~50C at 11) rad/uec,~-6#8 kcalemoll 50% at 6 radle-oo,
-9 kcal/mol;'700C at 6 rad)sec, -18*7 kcal/soll, respectively, 'Seconiary processes
with the radiolysis produati! start ti) ooeur at highe-r tomporatures. OrIg. arto has$
2 fIg-ares arA I tabloo
SUB CODEs 07/ StMX DAM 25J"/ GM RM 0151 021 Wo 003--
21-Ould 2/2

IIIII IIR PIII I! 111114111111
7ACC. N-R_e_-AT.-,6--o_3_w_-_56
-SOURCE COM UH10000"Wooo/000 i14/0118
AUTHCR s Sorokin, A. D, I Volkova, Ye. V.; Fokin, A. V.1 Zim0g.r.pe V.
CIRG: none
TITIZI Radiation bulk and solution Polymorization of trifluorochloroethyleiner
SOIRCE: Simpozium, po radiataionnoy Rhimi-i polimerovo Moscowo 1964, Radlatsionnay'a
khimiya polimerov (Radiation chemistry of polpors)i doklady aimpoiiuma, Hasoov,
Izd-vo, Nauka, 1966, 114-118
TOPIC TAGS: radiation polymerizatioii, mixed halogenated organic compound.
polymerization kinetics
A13STRACT: The radiation polymerization trifluorochloroethy-leno (TFC1E) was studied at
different irradiation dosages over a wide temperature range., 1here is no
polymerization at -196OC; at -780C the yield of a low molocul;Ar weight product is only
20 moloc/100ev; in the range from, -211) to 4600C the energy of 4ativation of tho;reaction
changes from 3 - i to -6.8 * As radiation dosage increased. ' the . temperature at iihich, the
a
nutximum process rato was attained aliso increased* As temperature is increased'from
iO-50('C, the polymerization rate and polymer molecular weight increased; at higher
b)mperatures, the rate and molmular weight decrease,, Reaction mec.hanisms are
d:1scusaed, Solution polymerizatolon 4f TM3 was studied In oarbon tetrachloridet

. . 1-11--.1.. .1, 1. ...I - 7 - I . , I

W1 It I I I Mill I I Ifliff 11 all 111111 IF I 11HIM1111111 111111111W1111111 I 111W,411P I IN1111111 V11111URPROMIN! IMINIUMMINURFUR
GRISHIN, A.S.; ZIPAKOVA, A.A.
Manufacture and study of optically active materials for modeling
the bottom areas of 1x1reholes. Trudy VNIIBT no.600-97 162.
OMM 16 16)
(Gms and resins, Synthetic-Optical properties)
(Models and modelmaking)

At It 4-
I t'sko
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foe
Flo* 1040
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SASOW"CiRps tin the pwilmlaymal (Nitucan tods (A) bet not
X
Isla "lis (5). dLb to somikd ta ft low Cam wqitmq am IIWL rrv of (11).
Dewtrifyinviomrialam. pme" ofay is tb* U09" 25 cul. of (B)'! 4 at04wha
sawrobil tut twt a0grohk ocutill1w
641 d"tr"iog bojodsnift Mkof in to(k #A4 (8). 5, C. A,
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see
are*
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4. It AWALL046KAL LITINATNE CLAIIWK!fT#M#
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11-7000 7568o
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SOV80 -
N -10 -29/51
~
AUTHORS: Losev, B. I., Vor6blyeva, N. S,, NInin V. Zimakova,
Ye. A.
TITLE- Behavior of Sulfur in Coal Chlorinatioxt PrQc%(11Sf!1
PERIODICAL: Zhurnal prikladnoy Ithimii, 1959, Vol '32, Nr 10, pp 2300-.
2303 (USSR)
ABSTRACT: Chlorination of Donbas coal, type PS (Chumakovo mine) pzh
(Nikitovka), K (Avdakovo), and G (Dobropollye), andkizelov-
skiy basin (Komsoni.olets) coal, reduced*the content df,ash
as well as of pyrJ,te and organic sulfuv; sulfur of sulfate
origin was removk~ completely in chlorination. Multistage
chlorination removed up to 80% of total sulfur content. The
addition of chlorinated coal with 1 to,10% 61 to the coke
oven charge reduced the coke's slilfur content by lOtb 15%;
themechanical- cohatants of cok4 remain
dd unaffected.'; There
'
are 2 figures; 5 fables; and 7 references, 4 British,~l
German, and 2 Soviet. Most recent British references,are:
H. Eccles, A. McCulloch, J. Soc. Chem. Ind. 119, 377-382T,
'
Card 1/2 383-386T (1930) A. Mars&h, A. McCulloch, E.
ParrJ-~eh, Xbid.,

Behavior of Sulfur In Coal Chlorination
-Proces3
48) 167-1711T (1929).
[.S,UBMITTED: December 8, 1958

B.I.; VOROBIYEVA, N.1,14; ZIWCVA, Te A:.
Characteristics i)f interation between halogens Ind doals *f*.
different types.:. Kbim. i tekhAPPIA masii_6 n6.~U&30 jl!161~.
(MA V~i~6)
1. Institut goryuchikh iskopayeimykb AN SSSR.
(Halogens) (coal)

~IKAKOTA. Ye.1p.; ?A,~LqV. B.~.
,16're-'aage of colitle- caused by pro-tovoe. Trachdo.lo 00014*7.
I KLU IO~3)
14 Klinika infektaloufth bolesnoy (saveduyusbehty datsent L.L
Tirq'voy) 'Starropoliskogo usditsiiiako'go, Institutad
(dOLIT is

I I ~tl I I I I, r KI I HHU Is 111MIMIL1111111
.Q
ZDMOWSKII W.
The problem of Industrial sarety awl hygiene on construction jobs.
p. 47 (Budownictwo Przerqslowe) Vol., 4. no. 1, Jan. 1955, Wars-zava, Poland

v it Ill 71:11 It Ilil Ill illf 1114111 111"R'Limm 11111111
z -1 i- o 3 K 1 -j
ZD1.1-411,01ASEll 'Al. Productioi~L of Frefabrdeatcd In ills ts ~uj ld:lng, f~rotii
bricks and ro~nforced co cretm. 3r5. 11ol. 1, no. I0,
Oct. 1955. R22"Ild" ~-HTDUILAII"Y.
J'
SOMICE East, Elaropean AocassijiAm List (i~~L) W, Vol. 5, z"No 6' lund 19561;

I I j;;,, 1,
Morphological chaWli in the peripheral portion of tba viaual
analyzer In rheumatic fever. Arkh. pat. U0,11131-35 164.,
(MIRA Igill)
1, Wedra patologichaskey anatcaU (say. - prof, VA,
Beletskly) R7ay-makalgo maditsimakago instituta imaxil I.P.
Pavloyt,

.. ..... .......
ZIMUT) Ya.L., starshiy prepodavatell
Simplified nomogram, s for calculating elemento detsx*ining the
starting of a new fl.I.ght line ih large-Beale 4erial"photographic
surveying. Trudy MIGAIK no.45t.35-4.1 161* (YMA 14:7)
1, Hoskovskiy institut inzbenerov geodezii$ aarofotoa"yemki i
kartografii, kafedraAarofoUallyemki.
(Aerial photograRnetry) ~(Ifomography (Matheoitics))
ns=

Vrirodnyye resui-ny -i ulh ispo2f zovani r~ r I r z r r
.J.Dh~~ e Jjc U. S. and
their utilization) Moskva Geografgiz, :1,954.
133 p, Illus., mps, tables.
SO: V/8
781.61
.z6

11. 1"A it I P 11 Is, P 1 11 1 F 1 1, 1 1 11 11 V 1 1!1 '1 U 1, 11 IIVII I
ZIMAN, L.
On the disintegration of the siagle world market. Goog. -7 shkole no.:4:1-
11 JI-Ag 153. (KUU ,~6:6)
(Gomeroe)

USS.Rl/'..;n.~,ral lrna-ctaq T-21
Abo Jcur R--:' Z,ii;r 15, 195,-,l .:o 5a7:)5
Aut'ior
7,18t
T it 1: J it. 3'.1ort Survi~.-r oj' 'u-h. PI-.n.,.ritic D:Lpt-rou-n 6if'otrilo-j,
V-1 ivoilli
Crils Pub 1957, 35, 2, 50 1
)37
Abe-U'-r,:Lct 'rh cl,-.6sificatlon k,)-: (vrI-L'-,A of 12
-if ta- aubtriloc; tli'.'.r,; an.; o I.'
ar.
r iO

64 T
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537
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9. Coadedmed fmm vestmik fit
F
A
lk
xi
o
&v, no, 2, rot, IM, p. St~58,
.
1;
4
.... - -
romalso previomay used tu calculate 6nimal:*1

10 Gadfla
as* Sho" talbe Jaadopat*. News;
rmq
IOM
r
d
i
l
4pose
l
j
g
vois Wore mcmte multm
men of 0
IYPG Of UARkSbAft1l and
it PAO-

s 11141bit 901! Of MO&M 9794s,
=Ylal Exporl.
t! a" are tabulated and COMPATe
tho" calcu listed b
old
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an
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zi DE I'T
.71
SEPILC
GEC:RG2Ap-,jy

ZIMAN, S.M. [Zymn, S.M.]
Phenology of the basia components of secondary rwadovm al" the
Yasinya Depression and the possibilities of iwpro-rir;;~ their use.
Ukr. bot. zhur. 22 no.2:75-83 165.. (MIRA 18:4)
1. Yasinskaya arednya:fa shkola, Zakarpatskoy obl.

ZIMN, S.M. (Z7man, S.M.
Primrose Prbmda farinose, L. as a new species In the Ukrainian
flora. Ukr. boto* zhur. 21 no,3t9l-92 t64 (Itl1k 17t7)
1. Srednyaya shkola,, sel. Yasinya Zakarpatskoy oblasti.

AUTHOR: Ziman, Ya. L., Senior TeachoT SOV/154-5~-5-1'4/18
- ----------------
TITLE: Aerial Photography Mlethad of Testinj..T Airplane ffavig4t~ion
Instrumeiito (A,erofotos"yemochnyy metod poverki kursovyW
aviatsionnykh priborov)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy Geudeziya i
fotos"yemka, 1958, 1Tr 5, PP 147 - 151 iussa')
ABSTRACT: In aerial photography complicated flip
.jht maneuvres are
often performed, reouiring highly accurate airpidne
compasses.
Special methods are required for testing much compasses,,
as they are cc-nnected with the corresponding surveying
instruments. The so-called aerophotographic.surveying
method is most widely used. There are, however, also; more
simple methods, as for example, photographing an outstanding
line. If the aircraft taken an arbitrary course (including
curve flight) the course can be determinedby photogr~aphlng
the shadow of the airplane. This method can be applied .
also without taking recourse to a mosaic. The accuracy o~
this method is dependent upon the error of*the relative
bearing of the shcidow, which is cansed. by the error.i
n
Card 1/3 ,
the determination of the angle of tilt of the photographl

Ifif"Iti! FWO 0, 1, 1 N till It 111148 Illun lut".
Aerial Photography Method of Testing Airplane Iravi_;rIat ion SOV/154-58- 15-14/18
Instruments
by errors in the-ii determination of the oun's azimuth, uhd
by other errors,, The greatest influence on the accuracy
of flight courso determinations by photographing the
aircraft nhadow.is exerted by the first error. The error
&T in the deternination of the relative bearing of the;-
shadow, caused by the error in the determination of the
angle of tilt of the photograph A~a can approximately be
expressed by the formula
f a sin 0 a (where f denotes the focal distance of
r
the aerial camera, a the approximative angle of tilt of
the aerial photograph, r the distance between the plumb
point and the photographed shadowt and .0 the angle between
the direction from the plumb point towards the airplane
shadow and the direction of plumb point displacement due
to errors in the angle of tilt of the photograph). It can
be seen from the formula that if aerial cameran with a ~
short focal leng-th -are used and timing is chosen correctly,
Card 2/3 (in case the error during horizontal flight
r

Aerial Photography Method of 'Testing Airpl,"-! SOV/154-58-5-1:4/18
Instruments
does not exceed the magnitude of Aj..In the test flidhto
carried out, aerial cameras of type A?A-TE (f - 100 mii) amd
type MK-17 (f~ 70 mm) were used at flight altitudes of
500 - 900 m. In these experiments the applicability of the
method of airplane shadow photography.in the investigation and
the control of instruments for the determination of the
airplene course was zubstantiated. There are 2 figures.
ASSOCIATION: Moskcovskiy inatitut inzhenerov geodezii, aerofotos".Yemki.i
kartografii (Moccow Institute of Geodesy, Aerial Surve.yinTg,
and Cartography Engineers)
SUBMITTED: May 20, 1958
Card 3/3

FKAqff I BOOK ZXIWrTATIOX saw/ILU
messom. lostitut inalwaorav 440"all. asrarotasOyeaki t kartoomfu
TrUdl. V7p. 33 (Trammastions, of the Nomeow lnstltutL* of Z"L=WrUW
00840*7. Asrial PbQtQXmYh7,am4 CartogrePhr. Xr 33) Roseau. 3-1
0000812dat, 2958, 223 P. 1,000 GoPloa Printed.
S"t~VU& Md"t A.Z. AMININ&FLU (Romp. Bd.). V.I. Anovlob (Deputy
Soop. 24.), Q.T. begmatuni. X.Ya. bablr, P.M. Valkov, A.I. Durnow,
3.T. Z*U"Yev. PA. Zakatow, O.P. Lavokuk, X.I. Modrinskly.
x.D. nexavIlev, ax. Forilov. &n4 P.P. 3bakin; Za. or bAllah1m
lima"t A.I. ift"ost"was Took. Zd.1 T.T. Rammova.
PMM=. ftla In.. at Ithe ~~stltvtm-, Traa"4%lmw Is lnt-,-"d for
Smodepials, photagramotrIstmand sartographars.
COTXRAQZt This solUctim of articles, aawera a warlaty of probl*fts and
quostLona Or Satoreat In per4onvol lm the mapplAs flold. 36vaml
lmtrmmto ampla"d In cartograpn7 am ln"otlgatod and Ovaluatad.
The" J=JmdsL~a pW_U"r%*Smpu, uw Moto Rodmazor KII&ALK, &W
Trammasumas or the SMOG* Immutato (Cant.) BOYAW
-rim abrondmisters. Other aubj*ats tr*at&d Include 3tako*$
formula. aarr"tt9~4 *r !!= ~:- -!!a
so Xisatlon. aerlal oamra orientationand otbers. fterorences
xO4owPRAz-&WlTl"l &rtioles- --,
a coveroun of Sauer (to Grapaia) b7 uw method
111,A- T-m- Thmg"ar&Carrelatl"Zlllpseas&Charso-
toristim. Curve for a sepia& or "*"%Lo Measurements
S.F. ComstrustLng Cool"i Soatio" b7 me&" ie
-&jMfi_.n.L, Autailatlaft of the Ailmuthal Orl*Ut&t~Lm Of &A
Xaum", A.T. 30" ?P"2040 In MISPOLM 34000GUO 63
and 9 1 libak7an. Zva2matlom of the rbals,
T1
k-ov I M. A NOW Nothed of lost-Umdatfil ApprOdOft to
_M14AMIM-9- --
" AdrlAl-JM"rUjMt- I I - T9
Jgp=lik-xjL Tostue w 1.1matim or the marlAo Chroaq-
mazarz Amnar"tur" by the SAL. Clock F=t=7 is. slrwm 93
o3one Pro Is" In Sw2ustlag the Asour-y
at Mas vromantabof Zqwjkl P2 3.slon 99
7jr Mronmht-- fi-q-
tum far Ufficallse ce"fA-"Zua (w"Sft) not&
TM-P- Commsmt* to (4a) Cr1tLeal GM*rmtlma
-
-DOO"t-W.A. QLr9b"
of
Olps irc. X.A. Commools, an U.P. MaUtaid7lo latser,
AVAIIAM& Ublax, of C W a
caft 4/%

ZI WN Yu. L.
Graphs of special type,, Dokl. AN SSSR 162 no.07,14?-750 -Te 165.
.(MIRA 1815)
1. Institut tochnoy mekhaniki i vy-chislitallnoy- tPkhn-LkL AN SSSR'*~
Submitted December V#, 1964.

IVAN~ R Al,
riodic psychoses on the basis of residual cerebral defects.
Zhu.r.nevr. i pBikh. Sqpplement:57 '57, (MIRA 11:1)
1. Klinicheakay-a paikhomevrologicheskaya bollnitua imeni rashchemko
(glavw vrach A.14 Andmyev), Moskva.
(PSYCHOSSS) (BRAIN-DISEARS)

f t~-, I MI, 1: 1. 1-, 1 i~, .'I I 11W W it I IN51 111111 111 It lGillf I 111111111111 fliltit a IMIN IOU!, I I InIll I I I M . ...... ........
MUNI R F
21324 Zl)!,At-l 11.1% Pnikhon~tologicbcskio Sindramy Pril lkltllpail I Frop.,
klar,ptichoskikh Sootoyanlyakh. Sbornik flauch. Rabot Psikkdanl' Dollititoy
im. Kashchenko, No. 6y 19,499 61, 132-42
SO: Letopis' No. 33, 1949

-F"41- MIA- .1111`1VII.I.-
4A6
307/84-584
AUTHOR: 4iman, Ya.
TITLE: New Books (Novyye knigi)
PERIODICAL: Grazhdanska.ya aviatsiya, 1958,,K~r 7,:p 40 (USS*R:)
ABSTRACT: A short note on the'book by, N.V. Sytina, Avt6fiomOye
dopplerovskiye radionavigatsionnyye pribory (Automatic Doppler
Radionavigational Instruments), describing British and A!heriean
instruments and giving their technical chiractoristics.''Th4
book was published by the Sovetskoye Radio Publishing House'.
Card 1/1

1--p'- ...... 1, -M I... I rM I I I I 1w I I ti; I 111911t.4ma A "I I W--,,
ZIM&N, hir prepodavatell
Automatic azimulthal orientation of siarial cameras. Trudy
MIIGATZ no.33:594-62 '58. 121.8)
1*-'Kafedra aerofotos"vam)d Moskovskogo instituta inshenerov
goodexii, aerofotos"yemki I kartagral'11,
(Aerial photogrammetry)

3(4)
AUTHOR: Zimpjj&.,j4#.j Head-teaeher 30054-59-44 171
TI-TLE: Analysis of the Precision in the Determination of In tervals
When Taking Photographs, and the Exposure of.the Fore-and.-
aft Overlap of' Aerial Photographs (AnAliz tochnosti opre&e-
leniya intervals, fotografirovanJya i vyderthivaniya prodo-1
nogo perekrytiya aeroanimkov)
PERIODICAL: Izvestiya vysxihikh uchebnykh zalredeniy. Geodeziya I aero-
fotosllyemka, '1959, Nr 4, Pp, 61-69 (USSR)
ABSTRACT: When taking aerial photo8raphs three methods are now used to
determine tbe'intervals,in photograpMng..11),The interval is*
deternined by~the timing when the phbtbbaso is ovarfl~Dwn~
(while photogil-aphe are taken) br meai%6~ 'of the view-f indat
OPB-1. 2~ The'interval Is 'determined ~by the speed of tho'
plan-3. 3 A celintinuous regulatiOn of the interval by means
of a special PLUtMatiC view-finiler for aerial photographs of
the NII GVF. An analysis is givan here .'in order to find out
which*of theso methods proves most eftidiwat under various
conditions and for this purpose the accuracy of exposure of
the fore-and-aft overlap in these methods is investigated.
Card 1/3 The analysis und the errors given in table I permit a

Analysis of the Precision in the Determination of sov/154-59-4-8/17
Intervals When Taking PhotogTaphs, and the Exposure of the Fore-and-lift
Overlap of Aerial Photographm
judgement of 6ccuraoy in the determinations. of intery'&ls
according to the three methods. But in order to be able to
recommend oneior the other Method it must ~e determined ilhat
accuracy is guaranteed at the exposure of the fore-6yid-att
overlap of aerial photographs by the respective method under
the various c6nditions of exposiare. This i's shown fo 7 the
r
three methodso On the basis of the analysis made here thl
following is vitated:.1) The use of a projection view-finder
for the takint',; of aerial photographs.is suoitable only in,
mountainous or hilly arease In all ocher dases theiruse1a
unjustified since the precision of the exp!os Iure of the oyer-
lap increases,only to a comparatively insig~ificant,degree
while the use of a view-finder :requires alseparate man in the
airplane for the attendance. 2) in plain aM undulating areas
the intervals :in the taking of photographs iust.be determined
according to the speed of the airplane onl IV for photographs
of the largeal; scale. For the taking of photog'raphs:of medium
or smaller scules it is best to detaimine'the:interval by
Card 2/3 means of the view finder OPB-1. Thus a sufficient. accuracy

Analysis of the Precision in the Determination of SdV/154-59-4_-;;8'/17'
intervals When Taking Photoirtaphs, and~the Exposure the Fore-and"'aft
Overlap of Aerial Photograph;1i
and the greatest operation efficiency is guaranteed. There
are 2 tables iiind 7 Soviet references.,
-ASSOCIATION-., Ihzhenei6v jjeod4iii, AL'
Moskovskiy in#'ut%Lt otoo
f i$r (;e ~! ~.t,
kartogia ii (Iroscow'Insiftute 0,06 ej Aeria
and Cartograpilic Engineers)
SUBMITTED: Octobsk Of 1956
Card 3/3

ZIMAN, Ya..L., starably proppdavatell
Analyzing the aCCUI*acy attained In determinIng tbn Interval b:e-
tween expomureg ani maintainIng thn sida ovprlap of aerial pha-
tographs. 1zV,vys,,iichnb.sav.; gmod.i iterof. A0,4 :61-69 159.~
Im iptlo)
1. hookoveMy inatitut Inobennrov goodazii, aernfotos"ye4ki i
Imrtografiis (Aer,jal photagramm"try)

AUTHORs Ziman, Ya. top 'Headmaster BOY/154-58-2.;7/2P
TITLE: The Manometric!Method of Determi-ning;Aerodynamic Drift
(Nanometricheakiy metod opredeleniya &.erodinamicheskooo siiosa)
PERIODICALt Izvestiya vysehikh uchebnykh zavedeniy. Geddeziya i
aerofotosllyemkii., 1958, Nr 2, Pp 73-76~(LJSSR)'
ABSTRACT: In taking aeriiitl photographs neither.the mAgnitude of,aero-
dynamic drift nor the changes it undergoes daring th6:flig;ht
should be neglq?cted. This problem can~only be solved:by means
of an apparatun designed for the immediate determination of the
0~
angle of aerodynamic drift. The article givies a basi:,schematic
drawing of such an apparatus, which .c6naists:of a prossur :e
measuring apparatus and an indicator. in order to teat the sug-
gested method a series of pressure measuring,dIvices~,iere.pro-
duced and fittod in airplanes of the t,ype AW-2. They; were~tested
at speeds between 140 and 200 km/h. A U-shaped water1ma%ometer
was used as the indicator. The tests during the summer an.-~ the
evaluation of 1,he results were carrieti out by a fourth-year
student of the aerophoto.-geodetic faculty of the Moskovskiy
institut inzheimerov geodezii, aerofotos"yemki i kartograrii
Card 1/2 (Moscow Engineering Institute of Geodesy, Aerophotogro'phy, and

The.Manometric Method of Dot iprmining A.4rodynamic Drift SOV/154-58-2117/i.2
Cartography) Y~!i. Povarukhina, under the supervision of~lth'~-'
author. The d itikgram resulting from the evaluation is. jiveh. The
investigation dthowed that the suggested method can be'used for
designing appa:j,atuo for the determination df aerodynamic drift
as well as for~the quantitative determination of such~a diift.
The basic block diagram of an apparatus for the quantitative
determination of aerodynamic drift is also.given.. There are 3
figures and I 3~eferenoe, I of which is Soviet.
ASSOCIATIONt Mookovskiy institut inzhenerov geodezii, aerofotosllyemki i
kartografii (MoscoW Engineering Inatit ate of.Geodesy?'Aero-
photography, avd Cartography)
SUBMITTED: January 22, 1958
Card 2/2

ZIMAN, Ta.L., stershiv prepodavatell
Hanometric method of. determining the aerodynamic drift. Is
uchab. sav.,~ geolo L aerof, not 2.'73-76 1,58,
1. Moskovskiy inatitut inisheasrov geodetii, aarofotbs"yemki i
kartograf U.
(Aerial photogrammeti7)

Yf- I , I L-~'
.,TRUKOV,
Y11 MORO, Alekeandr Ivanovich; 2nTW
XASILIMA. T.I.,rodaktor luUttalotv, VY131, G-K-i
r*
ffcv11*cs-kiy redaktor
(Aerial photography] Atirofatoo"amka. Kooky&, Ud-vo geodet.
lit-ry,. 1956., 258 ps OOJU 10:5)
(Photog~phy, Aerial)

MAN. Ta.,-inzhaner-shturmar.
Use of a sun compass in flight. Grazhd.a:v,. 14 no.2:23-24 F 15710
(MLRA 10:~)
(solar compass) (Photography, Aerial)-

Aerofotoslyemka. (Aerial Pliotography),, by A. J:,, Evapyev-81dorov
and L. Ziman, Wsc" Gitodezizdat, 1956,259 PP
This is a nev textbook for:a course in aerial surveying for the
training of navigator-aerial sui-veyors, for use in the curricuiun of speci&L:;~
educational institutions. It eabraces the basic theories of a1r pilotage
In aerial surveying and, in addition, presents a doscription of UaVgAt,Q=j j:
and surveying equipment, usq& iul, this w"k.;

t 11101,11, 111:11111 flit 10111 It IIH WHIIIII HVII I I I 131HIMP I VIII HIII tic i
jb 0, a
A*,-i- Namrlgat.Lon).
T"he 'booklut cont_~.AnF7 a collect-lorl OY Altl. ~,.q',-'i c1n1-:1 Oil Z
conditi CL."-Oll of tho 1-s proce;1o'd by, thf!
on. Each
so1u4v-ionb of
The booklet is a tr-amin.7 aid fo--,- stud;vnts of acrial photo curv,:j,,- _achool s.
SO: (Sov~ietl lllook!:) , ',!,,o. 186, '_~,',53, "'Osco", (U-9+72)

AUTHOR.
TITLE:
PERIODIC&Lt
ABSTRACTt
Card 1/2
:7/22
Ziman, Ya. L.,'Headmaster SOV/154-58-2
The Manometric Method of Determining Aerodynamic Dri~i
(Manometrichesliciy metod opredelenAya aerodinamicheskogo snosa)
Izvesti hikh uchebnykh zavede iY. Geodeziya, i
ya vyss. n
aerofotosllyemk,lk, 1958, Nr 2, PP '13-76 (ussa)
In taking aerial photographs neither the magnitude of'aer,o-
dynamic drift nortbe changes it undergoes during the;flight
should be negl,ected. This problem can,~only.be solved by means
of an apparatu,s designed for the immediate';determination-of the
angle of aerodynamic drift. The arti .cle gives a basjic~~ schematic
drawing of such an apparatus, which .consists of a pressure
measuring appaxatua and an indieator.~ In order to test the sug-
gested method~a series of pressore measuring devicesvero pro-
duced and fitted in airplanes of the type AW-2. They :weril tested
at speeds betileen 140 and 200 kin/h. A U-shaped water :manometer
was used as the indicator. The -tests during Ahe summer a n~d the
evaluation of the results were carried out' by a fourth-y0ar
student of tho aerophoto-ge6detic faculty of the Mos~ovs~ly
institut inzhiihnerov geodezii, aerofotos"yemki i kart4grafti
(Moscow Enginoering Institute of Geodesy, Aerophotogtaphk, and

IV MEM,! UU12 J W WUM.11.23 1,11 H k:4-111 12 L's 411 LIP I III MIR H HiIII 111111111111 U111121111113 H IDIIIIII1.11fill IIIIIIII! I 111114111 131111E]HRMIS 111111MI11 IPMI V119 MHU31111 I III
The Manometric Method of Determining Aerodynauic Drift SOV/154-58-121:-7/22
Cartography) Ye. Povarukhina, under the supervision,of the
author. The diagram resulting from the evaluation is given. The
investigation ishowed that the suggested method can,b'e used for
designing appa:ratus for the detormination of aerodynamic.drift
as well as for the quantitative determination of such. a d.rift.
The basic block diagram of an apparatus for the quant Iitative
determination ~Df aerodynamic drift is also.given. Ther,e are 3
figures and I 'reference, I of which is Soviet.
ASSOCIATION: Moskovskiy institut inzhenerov geodezii, aerofotos"yemki 1
kartografii (Moscow Engineering Instibute of Geodesy ,Aero-
photography, and Cartography)
SUBMITTED: January 22, 19!58
Card 2/2

1~
HlWVS.KIT. A.K. (Baku); ZIYAH. Te.H. (Baku); VNIUMuron, (Bak-a)
Comprehensive utilizarion of water sources. Tgd,i ean.tekh.
no-1:35 Ja 6o. (MIRA 13:4)
(AzerbaiJan-11rater-supply engineering)

...... .... ........ .. ............... .... ... .. .......
ZINANAS. L., Inzh. (Til Inyus).
UsIrW hydraulic liftivC, jacks In tooting roinforced concrete ~3,& onto'
00
Gbr. I sell. stroi. no,,,11:23 V 157. ill)
(Precast conmi-ete-Testing) (Hydraulic jacks)

lull N I 9111111HIll IIIIIE1111111mma
ZIMANDI R., ing.
Relay filters of inverse s~nmetrical components. Enerptics, Rim
12 no.9t482-487 S 163.

h.2958
8/058/62/000/011/012/b61
AO62/A101
AUTHORS Menyhbrd, N6ra, Zlinhnyi, JUsef
TITLE - Counting of nucleav interactions in stripping reactions
PERIODICAL: Referativnyy zhurnal, Fizika, no. 11, 1962, 51, abstract 1IB381
("Magyar tud. akad,. Kbzp. fiz. kutat6 int. kbzl.", 1962, v.. 1.0,
no. 1, IV, X, 47 -- 53, Hungarian; summaries in Russianand English).
P-~
WT: In order to explain the famous anomaly in the BIO (d, p)13"*. (2.'14 j
Mev) reaction, a calculation ws made of the angular distributions of the'strip-
ping reaction products at the iipproach of plane waves, taking,into account th,e
tensor interaction of the captured particle with the nucleus of the target. Com-.
parison with the experimental data shows that.for small bombarding energies thiWa.
interaction can play a substant4al role in the ease of,anomalaus stripping-reac-
tions of the (d, p) type.
*(Abr.tracter's note: Complete -1,ranslationj
Card 1/1

-ZIMROYTU-~,, S-0

Country 'T
: USSIII
Cato3ory= : P"haz-naao1I,oj~,-,,r and ToxicoloSy. Hiscolianeou-s

ftba, U-Iouro : -~ef Zhur-,,Biol~ "'o 13, ig5e., 1,,() 6151!,
Alut'llor i~. i.; 1,arniml,:a~, K.;
Institdt, Litthlanni,,i,n 'Hopubllat~n Sai-entUic A-Roloarch
Titlo Weobonzimol i-n the Treatm-ent of P:wrizaaiz

Pub.
Orig n: -1. 1.-'
Sb. nauchn. T'r. Tit. 13csp. wzlLno-venorol-
.Lj
in-t, 3j 151-156

,Abstract r,
lloobominol I-Is's gl-Von, ilit in 1.10SO's,
I
labbim"I the doso
of 0.11. ml- every ton dayo; oo-
incroaiod to 0.6 ril. and' mt othar tLmes
V2 m1l. IM-te 0011,~onn of troatm
to ( ont
ol" tivo
-Irritntion v!I--.n 3~,,usled lay In-
ject'lon of drti" rind rcconip'~nied by a
Card: 113
V 25

Country : -LJSSR
Catc3ory= : Pharmacology and Toidoology Miscollanaous Props.
Abs, jour. Rof M-ror-Biol, .,;o 13, 19-50", No 61511~
I na t it 1A
T it).
orig. Pub.
Abstract i(Al offeat In Ol or lp lo 1, 0
Jl.nio-ll
cl v I-j ~"Ils ODlorvac! In selior-, and
cono lclol~viblx )-3, ollt of 22 pa-
1;i.c.-n-',-,s . -locurron(to of tho ~Elioaao obaorved.
in fo-Li--!-- Patients -.ftor throo IL"o rour rionclini.-.
A. A.
Carcl:
v a6

ZIMELP H.; RIVENZON, A.; MACRIlEM, A.
Effects of the covicomitamt, administration of T. S. H4 cmd fbUlaiMw
110
on the development of Walker-256 adenocareinoma. 7;N-oop3ASM ST 0:263-
268 161.
1. Institute of ErOdocrinalogy "G. 1. Parhon" of ths Acadew. of the
R.P.R.J Bucareatt Roumania.
(ADENOCARCINWA exper) (NEOPLASMS exper)
(TRIETHrIJIM HELAMINE pharmaCOI)
(ESMI.OGM pharma'co3.)

ZIMMKOt S. - S.
Internal combuition enF.1ne cUculatlon~~ by weens of nomogrtms; short
reference book. Moskva, Goo. nauch.-ti*hn. W-w-mashinostroit.
lit-U, 1948- 150 P- (50-19876)
TJ785.Z5

MANE NKO, S. S.
Gas and Oil Engines
Collected articles on kinematics and on the 'calculation ofAampex.s of torsion:
fluctuations- in internal combusticin engines. Reviewed by S. S. Zbw-nenko.
Avt. trakt. prom. No. 12, 1952.
9. Monthly List of Russian Accesslois, Library of Congress, 1953.. 6nclasslfled.
vim . . .............. .

Fill fills IVIVE11111VIII ........ .. ......
z IMMO,
2. USSR (600)
4. Diesel Motor - Testing
7. Torque measuring, and testing the start and stop of diesel ong-Ine, N-164. Insr. biul. ,
no. 11, 1952.
9. Kontbly List Of Russian Accessioa~!, Library of Congress, March 190, UnclasiMid.

MANENKO, S. S.
Gas and Oil Engines
Fatigue deterioration of parts of :'Internal combustion engines an,,17 its pvevent,ion..~
Energ. biul. No. 3, 1953.
Monthly List of Russian Accessioni5, Library of Congross, June 1953. Uncl.

1. ZMANENKO, S. S.
2. USSR (600)
4. Diesel 21,16tor
Determining the causes for accidental.damage to motor parts from the natil.re of
the breakdwon, Energ.biul. no.~ 4, 1953.
9. Montbl List of Russian AccessJ,onst Library of Congress, APRIL 1953, Unc I

1H Hq=
AID P .2301
Subject USSR/Elngineerinji;
C a rd 1/1 Pub. 28 2/7
Author Zimanenko, S. S.i
T-Itle Shaft orsional vibrations in diesel-installations With
transmission gear
Periodical Energ. byul. T, 10-18, JI 1955
Abstract The author presonts the results of tile tdrsiography ota
diesel main shaft connected by transm'ission gear With ;
NT-4 umps (thivee-plunger dOUIDle action, 45 l/sed type).
The Z C-30/50 type diesels, (4w 11F and 300 rPM) were
functioning unslatiefactorily in a station. put Into
operation in Juhe 1953.
Institution: All-Union Trust for the Rationalization of Power and
Petroleum Fuel Utilization (Orgenergoneft')
Submitted No date

7.IMAKENKO, S.S., kand.tekhn.nailk
*thods of determining the necessary safety factor for mining
equipment parts. Shakl-tt.stroi. 7 no.50.0-13 My 1634
(MIRA 17:4)
1. TSentrallnyy nauchno-issledovatel'skiy i proyektno-konstruktorskiyl
institut podzemnogo i ahakhtnogo stroltellstva.

ummum
MIKEEALIN, Georgiy Ivanovich; ZIKANM0,,S.S., red.; KOROGODIN A-S.j,
red.ixd-va; ULYU11HPI, AJ-.,~WZ.N"d.
(Operation of fixed diesel engines at electrid power plants]
Eksplnatatsiia stats!Lonarnykh dinalel nok elekctrostantiliakh.
Koskya, Izd-vo X-va, 'Icomm.khoz'o RUSH. 1.960, 238 P(MIRA 13:7)
(Diesel electric power plants)
(Diesel enginos--,~Kaintenaucs and repair)

ZMNENKO., S. S. and D. E. LEVIT.
Haschet dvigatelai vnutrennego sgoranlia i powshchliu r6MogrqjMU;:
kratkii nomograficheakii Wavochnik po rasc~etu dvi
gatelti v6utrennego
sgoraniia trarsportnogo tipa. Moskva, Haahgiz, 190. 150 p.,diag:rs*
Bibliographyl p. 70.
S.
Calculation of internal combustion engines with the aid of no6ograph
concise nomographic handbook oti the design of internal combustion engines*
of the transport type,
(:I%y DLC: W78545
SO: Manufacturing and MechaniaiLl Engineering in the Soviet Unionp Library,
of Congress, 1953.

ZIKANIWO, S.s.
penau Oration d ims for V2-300 engines.
amp
29 Ja 157 (mm 10: 1)
(Gas and o,1.1 engines-Vibration)

ZWNEDKOo S.S.
Methods for experimelltal testings of thei strength of drill col,tmns.:
Trudy TSHIPodoemhalkhtstroia no,3s68-78 164, (DIIRA ISig)

mu ~Mmml

FIMIMUR 1191"RHIM11,11 lififlifflAffiflillill IIIII EIJI El 111111111 " IIIIIIIIIIIIIIH111HUORN

ZIMANYI. 19tvan; PROUSMA, Mixgit; SZOIMY, MarU.; Oftl, Saudor
Arterial hypertension after poliomyelitis. Orr. hat i1. 100 no.1640
573-577 19 APr 59.
1. A Poverost, Tanacs 1B. Haine-Hadin Utokaxelo Korhaza as ROUM-!.
lointezetenek (Igazgafj~o-foorvos: Inknes Mazlo dr. )koslamenyee
(POLIOMMMIS , compl.
hypertension, arterial (Hun))
(E1YPXRTMIa.Ii, atiol. &,nathogelL.
polio. in atiol. of arteriEd hypertension (Hun))

11 0*0414"t Akc poottlitsts meet.
00
-0 it
ows
06a
r 5:5
ISO
[00 sea,
We Iz
400
91.
im,
ORI
W. so 0 a 4
Ls
00 0 0 4, 000 0 0 0 0 0 A! 0 Wo 0 0 0 0 40 9 of* 0 0 0 0 o
-lik"Hilli IT, li! N r 1.

M9909 Wid
7-DICA ::ec 7 Vol 1-1/A Pedi'qtrias. Ann. 50
A
--)-TA 77,FCA
S""F ANCE 0
'FT2~04.~DISTURB
2104. DISTURBANCES OF TVMPERATURZ REGULATION F&LOW11m, POUO--,
MYELITIS - Thermoreliulatios zavar poliomyelitis utin . Zjmjhyl 1.
and Horvith A. Buiitapeat V.T. litine-Medin Ut6ke7.e1WnMavaf,-vq
Rendel6int. MI. - ORV. HETIL. ma. 99/48 (1671-1674) Tables 2
Amung 314 children who survi,ved art attack of paralytic poliomyelitis there were
19 whose rectal temperature exceeded their oral tempe:rature by 0.90-1.9 " C.
Possible causes of this phenminenon are discussed an a theoretical basis and it to
suggested that lesions of the rividbrain and diencephalon were responsible.
Lorber - Sheffield L, 7. 6)

EXCERPTA MICA Sac 7 Vol. 11/11 Nov~
~826. Zl,-,IA'NYI I.. and BARANYAI P. Jdnos-Bdkay-KfntdcrkrasJrcnh, di~n Ratef"
Budapest. *Hypoglobulingniiisches Syndrom im Ktelnk1ndcnaltf.,r,. llypofflo*'
bulinaL-mia in early childhood ANN. PAEDIAT.(Banel) 1057, 1114/1~
(16-29) Tables 4
The authors have studied a numbi?r of infants with recurrent,:enpecl*ll~ reopirst-
tory infections. Among them they found 2 cases (2,5 yro I I m(intha) 4n which nil
plasma globulin fractiona were pj!rmanently lower than norinal. Tol,~l protein wag
also low. The gamma- lobulin fraction was most diminished. Simultancounly neu.
9
trophile leucocyte counts were also relatively low. The authora emphaMze the
practical importance of plasma proteins in all recurrent infectiona and the une of j
-y-globulins. They hope to get a globulin preparation which will contain also
other globulins than the -(-globull,n now available. 111111man Iletainki

ZIMANTI, letvan, Dr.; BARVIYA1, k1j, Dr,
Infantile bypoglobulinsm!Lc syndrome. Gyerme1WogV&sz&t 8 no.5-6:1~0,-
158 May-June 57-
1. A Budapesti Varosi Twimas Bakaar Janos Gymmikkarhaza'es RendeU i~.ts-~
sets (Igasgato foorvos: :12r. Sarkany Jeno) koilemanys.
(SARUH GWBULIN
h,7poglobullnemla: in inf.. diq;. differ. diag. (Run))

FARW. Lili. V..dr..; ZINAMA. letvan. dr.
Recovery following lson:Lcid therapy of Darter-Roussy mircoid.
orv. hatil. 96 no.26s?2:1.-723 26 June 55,
1. A Budapeett Varosi. Timace Ulloi,uti Oyeruakkorhasanak as
Randelolutesetenek (1gamgato:foorvos: GVergyal Uroly)
koslemanys..
(SAROODMIS.
-Darler-Rousey sarcoid, ther., imonlazid)
(111COT111IO AOID ISOMM, therapeutic use,
Darter-Rous%jr earcoid)

YARKAS, Lill, V.,dr.,; ZDWI, Istwm, dr.
Recovery following Lson:1.cid therapy of Darler-Rousny stircotd.
Orv. hatil. 96 no.26s?2:1.-723 26 Juno 55.
1. A Budapasti Varosi-timacs Ulloi uti GVernekkorbasanAk as
Randelointeze'tenek (igailigato:foorvos: GVergyal iaroly)
koslamenye.-
(SARCOIDOS IS
Darier-Houss:jr sarcoid. ther., imoniazid.)
(NICOTINIG AOID TSOMS, therspoutio use,
D*rler-RoungIr sarceid)

FARICAS. Lili, V..dr.,; ZIRAVYI, Istv". dr.
.. mgomlo;
Recovery following leontaid tharap~ of Darter-Rousay sarcoid.
Ory. hatil. 96 no.26s?21.-?23 26 June 53.
1. A Budapastl Varoal TaiaAcs Ulloi uti Oyaritakkorhavanak as
Randalointatistanak (igazigato:foorvoo: Oyarglrat Khroly)
koslamanye.-
(SARCOIDOSISI
Darlar-Rousaymarcoid, thar., isontasid)
(NICOTINIC AOID ISOMM. thampautic use,
IParlLer-Rousey- marcold)

fralum
Inummigum RPM urlaNallanutiluar.11 111=1 ulluml I Illum ImIIIIIIIII nil u ILI]RIIIII
ZERMI, Istvan, Dr.; HORVATH, Andras, Dr.
Therwregulatory distiirbamceo after poliosWelitis, OM bstil. ~99 WAS:
1671-1674 30 Nov 58.
1. A Budanesti V. T. Ifeine-Medin. Utokezelo Zorbazanslk es Rendelointezeten-
elt (Igazgato-foorvon: i U*aos dr. ) koslemerqe.
(POLIOMLITIib*. p1weiol.
standar!I difference between axillary 4& rectal temperature
in para'lytic encepbalospinul polio dize to differential inj.
of brailm atom & mesencephalon (Hun))
(BODY TUPIRAIM-0
Sam)
(BRAIN STEM. physiol.
same)
(YMMMULOR, Physiol.
Same)