SCIENTIFIC ABSTRACT ZAMOYSKY, A. - ZAMTARADZE, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963720016-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

POLAND / Organic Chemistry. Organic Synthesis, G
AbB Jour: Ref Zhur-Khimiya, No 12, 1958, 39575.
Author : Alchmatovich 0., Leplyavy, M.y-K~e~
inst ; Polish Academy of Sciences,
Title : Chemistty of Cyanocarbonyl. I. Reaction Between
Cyanorcarbonyl and -methyl styrol and Allyl-
benzene.
Orig Pub: Byul. Polsk. A.N., 1955, Otd. 3,3, No 10, 535-542.
Abstract: In the reaction ofc~-methyl styrol W in a hexane
solution at /V200C with one mole of CO(CN)2 (n)
one obtains CH2--C(C6H5)CH2CO.CN (III). The fact
is veritied by the hyarolysis of (111) (AJ200C) in
dioxane to CH2--C(C6H5)CH2COOH (IV) and isomeriza-
Card 1/3
iiM-:f6ir-y.---Orijj~jc Synthesis
Abs Jour; Ref Zhur.-Khimiya, No 12, 1958, 39575.
Abstract: tion of (III) (heating to 13000 into A -methyl
cinnamyl cyanide, M.P. 40-420C. In the reaction
of W with 2 moles of (II) as well as of (III)
With (II) (/\-1200c)j C6H5c(--CH2)CH2C(CN)20COCN (V),
is f8rmed, yield 77 and 80% respectively, M,P.
76.5 C, (V) With the reaction (/\J200C) of 2 moles
of aniline forms t6 -phenylvinylacetanilid (VI),
formanilideyanide and HCN, at the excess of
aniline forms Mi, diphenylurea and HCN.
When (V) is treated with 10% NH40H. one obtains
CH2--C(C6H5)CH2CONH2; when treated with C6H5NHNH2,,
obtained are CH2--C(C6H5)CH2CONHNHC6H5 and
CO(NHNHC6H5)2. The hydrolysis of (v) in dioxane
I
.Leads to the formation of (IV) HCN and C02. Ally-
benzene.(VII) reacts simultaneously with 2 moles
Card 2/3
22
POLAND Organic Chemistry. Organic Synthesis.
G
Abs Jour: Ref Zhur-Kbimiya, No 12, 1958, 39575.

a 7-Rctory Libmryll, 2/~9; Tec~.,n- r-:1
F*-ub1I,,c-,.ti-m.-., L!nd Harv-zrin on ov-.0ing Aur,-r6s", p. 253,
Vol* 7 To I-,
1954., Pol,.nd)
1' nthly Us' o' E- st Europeen Acccf~.-.ions, (P' Q, L"', Vol. 4, T'o- 5,
0: .0
1*;ay 1955, Uncl.

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Zamoyski T.
Zamoyski T.j Ehg. 117he Development of the Polish Chemical Industry." (Rozwoj
przemyslu chemicmego w Polsee). Przemys Chemic , No 6, 1950, PP. 309-317, 2
Conditions of development of the chemical industry in Poland before the 1-st
World War and during the period between the two wars. The part played by foreig;n
capital and its impact on the Polish chemical industry, specially considering produc-
tion of soda, sulphuric acid, coalptar derivatives, organic intermediates, dyestuffs,
pharamecuticals, fats, artificial fibres and matches. The position of the chemical
industry after the second war and at present.
SO: Polish Technical Abstracts No. 2,, 1951

ZIA-MIDYSX1, T.
.1 4. 1
. ore exuensive reading 1.All. -,,t=,lerate technical pr'ogres3. P. 132.
Vol 83, no. 5, "ay 11155. CTIK~IK. ',~atowice, Poland.
So: Eastern 7.Vropean Accession. Vol 5, no. 4, kpril 1956

ZA)(OYSKI , T.
,"Fighting for a Nev Reader." P- 205 WORY2ONTY TECHNIKI, Vol. 6. No. 5, may 1953)
Warszawa
SO: Monthly List of East European Accessions. Library of Congress, Vol. 2. No.lOs
October 1953. Unclassified.

ZAYDYSKI,, T dousz., r4jr inz.
........ -- _1 -11 . -I --
International congressev of tndustrial chfjrJfjtry. Problemy 20
no.5004-305 164

OLSZEI-ISKA, Barbara;
Ed-wind Trepka; 1 ICPOw-P:J~r` I , :'war t h, z; t nauk- L-1 ,~,h 9
J. ~ ., - I -, 1,
164

_, inz.
_ _~-.A~
The Thdrty-fifth International Congress of Industrial Chemistry.
Problemy 20 no.11MO-703 164o

-ZAI!OYSKI, T. - - - - -
"Contribution of Poland to the Development of Chemistry; some Materials 17or Debates at
the First Polish Congress of Science.'? P. 390 (Prnhl Vol. 8, no. 6 lc/52,
Vlarszawa.)
Vol. 3, no. 6
SO: Monthly List of East European Accessions./Library of Congress, June 1954, Uncl.

ZAMOYSKI, T.
isReview of technical books", p. 430 (Pr%eglad Technicony. Vole 74v nOo 110 Nov. 1951";'
Warszawa)
Vol. 3, No - 3
SO: Monthly list g_f EaVt EUMPOan AccOssiOnS-/14brary of Congress, Karch 1954, Unal.

MOYSUt T.
"Role of technical asnociations in propagatinug technical boolm.11 p, 186. (Przeplad
Techniczyru, Vol. 74, no. 5, May 53, Warazawa)
SO: Monthly List of East European Accessions) Vol 3 No 6 Library of Congress Jun 54 Uncl

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US 66
7AMoysM T_ E". The Devel"cisent of the Follab Citemical Industry.
NUR myslu chentlemetto w Polace". Prtemyst Chemicz-
ny. Nil 0, 1900, pp. "o---317. 2 LWA,
Conditions of developnien~ of the chemical indtutry in Poland
before the I-at World War and during the period between the two
wars. The ptrt played by foreign capital and Its impact on the Po-
lish chemical Industry, xpeclaUy considering production of soda. sul-
vhuric acK coal-Lar derivatives. organk Intermediate& dyestuffs.
pharmaceuticals, fats, artificial flbvea and matches, 'Me position of
the chemical Industry after the second war and at presont.

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MTOYSKI, Tadeusz-,--mgr inz.
Center of T,'rench scientific and technological documentation.
Froblemy 19 no.12:776-777 163.
1. Dyrektor Osrodka Prancuskiej Dok.=entacji Naukowo-
Technic7nej, Warszawa.

ZAMOISKI, Tadauss.
Thet-Polish export of chemicals. Przem ahem Special issue;
3-6 650.

WMKIT, N.A.
lvalustion of Its4d-Musuch method In detorjklbl* the actIvity of
biological praparatioins. Zhur.'=IkrobIolo* apfdk i Imm. 27 no-1s
77-83 J& 0156 (MM 9:5)
1. Is t8entrallnogo instituta. ua;jveruh4dst*AVft*t Vftchey I
baktariologichiiskoy laboratorii (nach.-kandtdat dddhbi~eklkh nauk
N.A. Kukhterin)
(BIOLOGIGAL PRODUCT$, effects,
standard., Reed-Knanch noth(A (BUO)

L 18 19-6~
A
ACCESSIM NRt 03003905
/63j~5/0097/20i;~~O
F
AUTHORSt laeftsov. P. 3r.; Zamogbakiy, V. 6_5
TITLEs Tho nature of 4rdrothermal etching figures in ferrit grystsAith garnet
structure
CURCEj Fizika tverdogo tela, V. 5, no, 7, 1961, 2012-2015
10FIC TffiSt IWdrothervial etching, etching figure, ferrite, cr7stslo gern6ts etch' I
pit, orthorhombic
dodecahodr'on, tetragonal trioctshedron, selectivity, autoclave,
Idislocation
IABSTRACT: The authors have made a study of surface structure because it furnishes
!information on the actval structure end growth processes in garnet crystals under,
:hydrothermal conditions. They atudied gtirnot ferrite crystals under the m1croscopo
ias the surfaces aro subjected to ~Vdrothermal and chemical otcMhIn'rjJ A characterJ,s-
Aic feature of this etching under hydrotharmal conditions is its selectivity. Elwh!-
FSts have a well-defined rhombic pyroddal sh9pel the sides of the pyramidal bnsl.)
intersectio'
ibeing parallel to the edges of the n between the f ace being treated and
:the adjoining rhombic dodecahedral or tetragonnl trioctabedral t0113 faces. The
Ots are chaotically distributed, but occur also along lines in series Similar to

P FEIRMWER14
L 18719-63
etch pits at the emergent sites of dislocations along subgrain*bounderies. In;thebe
series the apices of pits lie between 0.3 and 3 /t apart, the distance differing for
Ivar-ious crystals. Selective chemical etching supports the view that these Tdts are
lof dislocation chr-recter. DipLoentionst-In crystals of magnetic gamets may appear-
through treatment (in an autoclave) of crystnIs by solutions of various salts at
ihigh
temperatures and 1-yressures. Orig. art. hass 2 photographs.
ASSOCIA7TWi Institut neorganich eskoy khirdi SO AN SSSR, Wovosibirsk (Institute of I
- 11norganic Chemistry, Siberian,Dep artment, Academy or Sciences, SSSR)_
SUBMITTEDt 03Jan63 DATE AGQ: l5Aug63 RICLs CIO 1
~
SUB CODE: PH NO W SCM 002 OTHERt 000

1 Card

8/161J63/005/001/050/064~
BIOB/BISO
AUTHORS-.* r1evtsov, P.' V. ,and Zamozhakiyo V. D.
TITLE: Seleci'lve etching of magnetic garnet crystals
PERIODICAL: Fizikailtverdogo tela, v- 5Y no- 1; 1963, 339-340
TEXT: Due to lack of a good method of revealing dielocations, little is
known about the effect of structural defects on the physical properties of
garnet-type ferrites. The authors therefore sought to find an etching
agent that reacts on structural defects. Ferrite-garnets of yttriumf
gadolinium, and dysprosium were rinsed and then etched. Two agents
produced good results. The first, (1), had 3.parts 55-% nitric acid, I-
part HC1 (35.4%) and 1 part FeCl 3; etching time 10'- 15 min. To increaun
selectivity aliquot quantitiea were added, of substances which would
reduce the dissolution rate parallel to the (110) face and increace it
perpendicular to this face. This resulted in agent (2), which was composed
of 300 ml (1)p I g Zn, 0.5 g Na 2so 31 1 9 Na2B407. 10H 20t
0.1 g (C 7H9ON) 2'H2SO4' and 0.25 9 C6H4(OH)21 etohing time 20 - 30 min.
Card 1/2

A S/181/63/005/001/050/064
Selective etching of magnetic garnet ... B108/B180
The etch pits.had rhouibic bases.with their sides parallel to those of the
rhombododecahedral faces. The Ats were arranged randoml , ' li
j+or xp+ nee. +
The main role in the agents described is played by the Fe , Zvi , and Na
3+ 3+ 3+
ions since their ionic radii are close to thoee of Gd , Dy , and Y
There is 1 figure.
ASSOCIATION: Institut neorganicheskoy khimii SO AN SSSR, Novosibirsk
(Institute of Inorganic Chemistry of 80, AS USSR,
Novosibirsk)
SUBMITTED: August 2, 1962
Card 2/2

KLEMOV, P. V.; ZAM132.HSKIY, V. D.
Selective atelting of magnetic garnet m7stals, f1s, tvar, tela
5 no.1:339-340 Ja 163. (MIRA 1631)
1. Institut nuorganicheskoy khimii Sibirskogo otdeleniya AN
SSSR~ Novosibirsk.
(Oarnot cryistals-4%Rnetio proportion)

ILI _~M I t
.. ;~14 L. 4, - -- t M /T. - __ IJ.L CG W
ACC'_NR.-~~tR6023282~ S CE C4 f(0058/66/000/003/EO39/EO39
AUTHOR: Zamozhskiv. V. D. ; Klevtsov, P. V.
ORG: none
TITLE: Nature of interlacing spirals of growth'on crystals of ferrite -garnet.,
yttrium, and rare-earth elements
SOURCE: Ref. zh. Fizika, Abs. 3E298
REF SOURCE: Sb. Simpozium, Protsessy sinteza i rosta kristallov plenok
poluprovodnik. materialov, -1965. Tezisy dokl. Novosibirsk, 1965, 12
TOPIC TAGS: ferrite, garnet, yttrium, crystal surface, crystal growth, rare
earth element
ABSTRACT: A spiral-2aminar mechanism under hydrothermal conditions is
a I
shown by investi i 1he surface structure of crystal faces. Spirals on the
crystalfaces ~N10~7.gi.-nerated by growth centers on the screw dislocations, are
characterized y an interlacing. This interlacing is controlled by the crystal
structure of the garnet. [Translation of abstract)
SUB CODE: 20/
Card l / l '4'~

L:47329-66 - Mrf k 1)/F'1"T1:M)/T/V4P(t)/ET1 13P(c) 6GIMIM
ACC _"_A~6025761-) SOURCE CODE: UR/0O58/66/OOO/004/AO77/AO'T7
AUTHOR: Klevtsov, P. V.; Zamozhskly, V. D, 3~
TITLE: InflUence of conclitions of hydrothermal synthesis of iron garnet crystals of
yttrium and of rare-earth elements on the formation of crystal-lattice defects
SOURCE: Ref. zh. Fizika, Abs. 4A646
REF. SOURCE: Sb. BimDozi
provodnik. materialov, F9
sinteza i rosta kristallov i )lenok polu-
Tezisy dokl. Novosibirsk, 1965, 12-13
TOPIC TAGS: yttrium iron garnet, rare earth element, garnet, hydrothermal synthes!.s,
single cr
.yatal growing, crystal dislocation phenomenon, crystal defect
ABSTRACT: Single crystals of iron garnets were synthesized in solutions of FeCl and
3
FeCl at temperatures up to 600C the dislocations in the crystals were displayed by~
2
chemical etching. An increase in the synthesis temperature increases the number oi..
defects in the crystals. In crystals obtained in FeCl Polutions, the dislocation
2
density is higher. The causes of the increased dislocatlon density in this case are
~-discussed.. [Translation of abstract].
ODE:: 20
411-;~' Pb

KOZOUSKOVA. J.; ZAJIPACH, A.
ContrDution'to sanitary investigations of vorkin g conditions in
spas vith special attention to moulds causing cycoses. :Pracovni
lek. 12 no.7:355-357 S 160.
1. Hygienicky a epidemiologick7 ustay lekarske fakulty Y Brne.
prednosta d.oc. KUDr. RNDr. K.Ralacka.
(IKQTH RESORTS)
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p. 200'(Stavba) Vol. 4, no. 7v July 1957
Prague, Czechoslovetkia
SO. Monthly Index cf East European Accessions (EEAI) LC. Vol. 7, no. 4,
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ZAMPACH, Josef
Mcothermic fhoing from the mixture of CT. Slevarenstvi
10 no.5:188 M)r 162.
1. Metalurgicke 2avody,, Tynec nad Sazavou,

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-A
In Crech.) J. Zampech
anti 0. StanwtX. 11titV #Jsfy, V. 4, JAn-fV49j.,
P. 14-17, Feb. 1940, p. 61-52.
Dracrilwagomfuction of permanent magnets of th,
Al-Ni-Cu- O-Tj and Al-NI-Cu-Co types. lleat
tirratment anti magnetic propert4es Arv 4,jcrib".
Includes Ithalanticrogeraphs.
of,
Ofi I
IND
SIM
no 41
no*
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i~T u vo tv Cor of Qf .

and 0, A. Vol. JIMUltry May 102 19118
2219 h
"Tho W.I w? fl") 1n1m) "O"Ildlity of clult From A-huninum AlAmP
J. X,,_Unpach and 0. Staraltta. 11uhAchb, 13-tAy 21 7-9 0.90).,-
;~Ilopl vool.g. 11.5-13 'A, Cus 0.8-1A mg, 0.8-1.1
IN ~flfl a collit,111. of, VC, I ')'I O,tR,, (Rit licd
50" ror 0 Thu
th.un 0.00", lihon heatbtl to 21
1. prodaccel by tho houtL111, iL; 11m, to a rulwlf~,- ar
'd r,-t hi)I :ill.evations occurring, -in solid
orld rocd in,-n of, Olf" (11d 14(A
Produce iny wichil. chalit"wi in Hw' Vol. W11cf) Hie 1A.A.mir, art, w"A
ol. a cowit. toiop, ur at. a lotww thail Pictt, at, uh-1ch thc :.q,1nj,,
of Qlu 111JOY UWY dL' tIOL Chlflj~C VOL

J.
ud C, A. Vol. 1)2, danunry 10 - May 10j 1948
S 2219 h
T~RQSJA 0.
Tho LAmensional Stabili of Pir'Low) MIA From Alui 111 -10
arosta. t1iiWickb Uul;
ind 0. 5t,
J. Vninpach
Aluminum alloys contt,. 11.5-13 bi, 0.8-1.1~Cu, 0. 8-1,.3 D19s 0.8-1.1,
Nil and a Content of Fe t Ti not exceoding O.8Z did not rhange 00
dimcquAc-iis more than 0,0h% when heated to 250* for 6. hrs. The
increa3c! in vol. producad by the heatbij; is due to a roloase of mol.
straLu, microstrucLural chanf;cv, alterations accurring in 4;ol-id
sohl.'i'i etc, Itepeatod hnatb)gsand coolings of the castings dia not
produce ilRy addnl- 011,111ges in the vol. When the pisLons are.wlmd
ob a const. temp. or at a Lvfrp. lower than fliaL at which the aging
of" the al.loy occurred, they do not chanfc vol.

n C. A. Vol, Janunry 10 -14ay if),-1948
'A 0
PAIM 2219 h
AfThe Dimansional.-Stability OrPintons- Cas't From AiwmA_pUr_a_A1
J. vznp.~ch and 0. Starosta. Hutnickb Usty 2,, Tm9 (391M~-
Aluminum alloys clo ntl,. 11.5-13 S1,, 0.0-1.1 N, 0.8-1,.3 Mg, 0.8-1.1
Ni, and 'a content of Fe t T_, not excending.0.8-,', -did not change the
dimormirim, wore than O,Oh% when huated to 25Q0 for 6 hro, The
incre:vje In Vol, producad by the. heating iu due to a rol(Mrie Of 11V0
strain, m-1crostmetural ChUni',CD, altvratiom occurrUag- in tiolid
solwi.l etc. Repeated hnatii)t-jand coolinp of tho castings did. no
Pro'duce-, aRy iddnl. thanges In the Vol. When the pistons are iuied
'-~t a cons.t. 1,omp. orIat a Uvp. lower than tliab at which the aging
of the alloy occurred, they do riot chanj,;0 Vol.

and J. (Lmpacj ew 1. (1-2). E~216). (In
Czcdffr"mrffffTffMtagex of high-froqueney furnaces in foun.
dry practice. the construction and pnneiplas underlying their
operation, the choice of crucible material, and the m&nufac-
ture of crucibles for malting steel for cmtings &to discusead.
and expriance acquired In the malting of permanent magnot,
&f Cob, Alloy steels, and non-fortowl matSIS &M donvideml,

r-411", lit."
P-
tho High-Frequenc FUMIM. %J. Mackievic
11 "'Urewiva, IUDO, 2, (4), Lnp-VO), tan
Ariwzf" HIIMIG the author's experiences in the use of
the high-froquenoy furnace in the manufacture of cast iron,
manganese steel, and other high and low alloy steels and non.
fanowe alloys, sqplomontod by it critical survey of the litera.
Cum Tliocilroctiotiofftirtliorde~-clopniotitaiixtlioduigiicui(I
woo of these funjacca, and the Improvoinont.of Cho ro(ractory
linings am consider6d.-P. r.

sig W W W~W W -W V I - 11
* 0 0 *110 0
0 0 0 * - vtr 10, ~~ - -, ,, - ,
0 -- ~ I- ~ ~11 1 4
,
11 u u 0 110 ti
IL 11 a d n A x it 31 is Vn u s
CSM ANO POCtifffift ACCIF
00 4C.
00 of -00
00

14 It. rrvale Macudy Usir 410 PLAIL
1 4 CUt FtMULnent MUnets.1

*0 z L and 0. Stamm& Metnicke
v 4 Jim 1940
14-17; Frb
1)
.
.
.
'
P
.
im of pumanent n u too,
'
&7=1
0011 1.
the A]-NI-C,.Cl
n
-CO typft Heat u,"tMent arld
eUe prWrtles.
goo
see
we A
GOO

too
age
Wo
too
too
s MCIALLUk"AL LITEIATUE Ct.ASSWK
L
4L Of CPT., too
-1 14) It C-V dut
u AV to Is t'
'
IK a I
it
M O-v All
T Oil A 1 5 N a A a If 5 A3 a 3 4
v
ti it A
m
t
N if M
11,
I TA
0 0 0 0 0 0 0

F~Aee AT-1.1-11 i nd
re"M
"'0. 4. 00 .1. Iron Metl
OM
1117li-An acc,,,u,,,t Is givo. of tile alliflor"; exiv.,ri-
encer, In the use of jjgl,.f,,4, , ), furnaces in tile mimilaettire
of cast irt)n, manganese stcel, and othrr high imil low al!nv steels
Journal of Applied Chemistry $1
and non-fmous alloys, supptententO bv a critirll f-,Ilrvt, of tho
nenti in tile drsign .111d lilt, Of 'tile
Aciril 1954 literature, Probable deve opi fractcry Imilig". ,
furnacce, and in the improverrivixt. of rc are
Indu.,.trial Inorganic Chemistry considered.. R. 13, CLARXV~~

ZWACHOVA, Ljuba
i
Solubiltzition of organic vapors under increaged preosuroo Chem pr=
12 no.8406-412 Ag 162.
1. Ylralovo;*3vXa at-rojirna,, n.p., Brno.

ZAMPACHOVA, L.: POPELKA, J.: VILIM, 0.
"An apparatus for estimating the liquid-vapor equilibrium at high presoures'"
Chemicke Listy. Prahap Czechoslovakias Vole 53P No- 1, Jan 1959
Monthly list of East European Accessions (EKAJ), Lc, vol. 8,, No. 63, -Tun 59,, Unclas

1 1"- I
tCOUNTRY C Zz"CH 0 3 L 0 1 A
ICATMORY Laboratory Equipment. Apparatus, Their Theor",
aild Application
JABS. JMR. RZIO,im.2 110. 1 196o,, No. 961
AUMIOR Po~)elka, J.; Vilirti, 0. Zampachova, L.
NST.
I
TITLE Anparatus for Determination of Liquid-Vapor
I Z
i !~.-,uilibrium at llii,rh Pressures
10PIG. PUB. M-Io_n. listY, 10/59, 53, !!o 1, 22-23
ABSTRACT A device for the determination of liquid-vapor
L, -h oressures is ~ dos,;-
sta"ic equiIibriunz at MN.>
cribed. The er.rors caused by none qu iponde rant
cvr-poration of liquid when the selection of
vapor phase samples Is nade, have been olLmi-
nated 17'rom tile apparatus. The chamber of the
a-,- -ratus is divided into t roe parts v~iich,
,).-I) F Lh
after ecuilibrium is at'll-ained, can be separa-
ted by a valve so t-hat the upper part vill
CARD: 1/2
F-6

CZECHOSLOVAKUt/Atomic and Molecular Physics Changes of Aggregate D
State
Abs Jour : Ref Zhur Fizika, No 12, 1959, 24741
Author : Popelka., Jaroslai; Vilim, Otakar; ZnrVnchova, Ljuba
Dust : - N--w-me --- "wwr%-ww!AO
Title Iustrtxient for the Deterrii-natioa of the Equilibrium
Botweer, Liquid and Vapor at Hidi ~resaures.
Orig Pub Chem. 11sty., 1959, 53, No 1, 22-23
Abstract No abstract,
Card 1/1

a Aft a 0 -ail
v iielidWifladott 6
Isutes. ;If tav 0
R ma Q
pro.
m achov x v il~qsli Uku,
YA'
stall c App. for mcasurin - Ii va r equil. at hitch 1wes
AUN wai dt-sicned. ' I e atif I vc has 3 chamix-ts
scpd
adapted for munpling, LI our-
by it double ship valvo And
Wulmlcil by it liciabig j:wkel, flu(I Ls Altell Will) it 14VO.'s fur
111, the tixkkig mjdiiije.

ZAMEA.CHOVA, L.
.Heat insulation in laboratory rectif)ring colums."
p. 408 (Chemicky Pr%wWsl) Vol. 7, no. 8. Aug. 1957
Prague, Czechoslovakia
SO; Monthly Index of East European Accessions (EUI) LC. Vol. 7, n-). 4,
-APril 1958

ZAMPAGHDVA, LjuIA).
Measuremovt of solubility of organic vapors in liquids
under increased ~resnure. Chem prum 12 no,3sl36-138 Mr 162,
1. Vyzkumry ustav makromolekularni ahemie, Brno; present
working placet Kralovopolskaistrojirna, lar-Mg

06609
CZECIW8-53-1-5/20
AUTHORS: Popelka, Jaroolav, Vilfm, Ot akar and'~ ~a oYd'Lj"h&
TITLE: Xnstrument for Determining the Liquid-vapour Equilibri"n
at EleVgLted Pressures
PERIODICAL: Chemick6 listy, 1959, Vol 53, Nr 1, pp 22 - 23
ABSTRACT: A statio apparatus for measuring liquid-vapour equilibria
at high-pressures has been designed-. The disturbance of
theequilibrium conditions devising the sampling operati~on,
which occurs in the usual type of bomb apparatus, is
eliminated by subdividing the apparatus-into two or three
chamberis which can be isolated by closing a double stop
valve fitted on a single spindle, which prevents non-
equIlibrium evaporation. A sketch (line drawing) of the
apparatus is shown in Figure 1. Acknowledgments are
expressed to J. 8uba for assisting in the design of the
instrument. There are I figure and 2 references, of
which 1 is Czech and 1 English.
Card 1/2

06609
CZECH/8_5~11&20
Instrument for Determining the Liquid-vapour Equi i rium at Elevated
Pressures
d
ASSOCIATIONS: V~~32ny ustav synthetick4ho kautuku, Gottwaldov
(Synthetic Rubber Research Institute, Gottwald)
V~zkumny Ustav makromolekulirni chemie, Brno
(Research Institute for Macro-molecular Chemistry, Brno)
SUBMITTED: January 13, 1958
Card 2/2

T L
DVORAK, V.; VILREK, ZAk-v..Z.!, J-v.
Sone dattla On the clinical Dicture of fat embollsm.. Lase c~,ir.
orthop. traim. Cech. 31 no.3:258-263 Ja 164,
1. Intern! oddelerd (vedouci MqMr. A. Slidss) a ortopedicke
oddeleni (vedrjucl IISDr. J. Horak Ob-,rodniho ustavu narodniho
zdravi v Fisku.

lieurolori
CZBCAOSLOVAKIA
DVORAK$ ZA1-'iHAZIL__.__SY_._, Internal. Dopartment, Olcroonl Instituto
Oddolon
of Public HoTVIE i OMNZ)o ?look# Chief (?red-
nosta) Dr A. SUSS.
"Neurological Complications in Dissecting Aneurism of tile Aorta,,"
Frague Ceskoslovensica Neurologie, Vol 30, No 1, Jan 67, pp
14 - 16
Abstract fA`uth0rst English surnmary z1odified 7., Three ca2es of
dissecting aneurism are described; in all nZirological con-
plications were observed, and clinical findings were confirmed
at autopsy. In one of the cases histological changes in the
spinal cord were found. The cause was an isclieniic lesion of
tae nervous tissue resulting rrom compression of the arteries
originating in tne aorta in the region of the aneur.-'.sn. Des-
cription of totil) 3 main clinical types of nervous disturbances
in dissecting aneurism of the aorta is presented. I 1111gure,
14 Western~ 4 Czeaft, I USSR.referenoe, (Manuscript received 13
Sep 65).

S91/81-59-10-35624
-1~ (j
Translation from: Referativnyy zhur-nal. Khimiya, 1959, Nr 10, pp 12-313 ( SSF)
AUTHOR: Zamrika, A.I.
TITLE: Burning of High-Alumind"Insulators in Tunnel Furnaces
PERIODICAL: Tr. Soveshchaniya po intensifik. raboty tunnelln. pechey na z-dakh stroit.
keramiki, 1956, Moscow, Gosstroyizdat, 1958, PP 91-93
ABSTRACT: For the first time in the Soviet Union the burning uf uralite ln-,-ulatrjr!~ (I)
in tunnel furnaces (TF) for auxiliary plugs of automobiles and tra",tors has
been introduced. The composition of the insulator mass and -thp technical
characteristica of Tr- are given. The temperature curve of thc- burning cone
dition. is given. A TF for the burning of I operates wlthout interrAption
for -,z" 20 months. The output of a TF Is 30 million I per year, In 1960 it
Is.planned to Increase the capacity of a TF at the expen5e of ext-.'~lndins the
zone of burnir45 and reducing the time of pushing the cars to 37.5; million I
and 500 t of wralite balls per year which amounts to 210% of its rated
capacity. I . Mikhaylova
Card 1/1

1, 39887-66 WT (d)/F SS-2 OD-2)
L ACC NR, 16�72 SQURCE CODE: UR/OlO6/65)-0ff/OO670O3V6(T1
AUTHOR: tovo L. Zamriy, A -S.: S-hap-ovaloy, 1. F.
ORG: none
TITLE: Characteristic of error distributions in telephone channels during diacrete
signal transmission
SOURCE: Elektrosvyazt, no. 6, 1965, 31-141 16
TOPIC TAGS: telephone, radio relay, signal distortion equipment
ABSTRACT: . Af tor outlining the procedures for '6ommunication channel
testing, this comprehensive article discusses the faithfulness of din-
screte Information tranaminalon through telephone cable and atationary
;radio-relay chamieli,, the error distributions in time, the distribution
of error groups, t-No combination distortion probability distribution,
.and the distribution of the quantity of errors vithin distorted combi-
,;nations. Results show that 1) errors are distributed and tend, as a
,rule, to appear in groiiVal 2) the average reception error probability
is a variable quantity and cannot be used for a reliable estimate of the
.transmission methods and of the correcting codeal 3) within distorted
~combinationa the errors in cables and radio-relay channels are distri-
buted approximately in the same manner (in Its of different values for
Itho combination distortion probabilities); '495 during the phase difference
loperation the prevaloat number of errors is c-ren; and 5) Interveations by
j.the operating personnel are one of the reasons for the decresse.in
e
faithfulness of discretle information transmission. V. I. Shi apob rs1dyj V-
i D 5. A. Ku-zyiina,
G
Klin er, va,_-_$ 0 A F* Zubritskay
V, 311- k_4 r r 11 f I na and M. Che sov
EPP., Mk9j Z. M. Pron. rka
a XtTpe- C 0 7~7 Tc
ol =uni
Z~e ~j z tj
ar~ F9
c anne B. go I ys S~u
i Eo n ffrB =.c7 agUhM BXt
7. ~ U

ACCESSION ITH.- AP4034471 S/0243A4/ooo/0011/0056/0061
MTHOR: Vendop E# Yu,& Bellkovichs V, Is; Z
i
_!Ew ni-G-t-T 0
TITLE: Autocomponsatory device for recording onterogastrie pH
SOURCE: 14oditsinskaya promr~shlonnostl SSSRv no- 4. 1964P 58-61
TOPIC TAGS: pH recording deviceq continuous enterogastric pH
recordingg autocomponsatory.devico/ 03614 oxyhemograph
tABSTRACT: A device for continuous recording of pH in the stomach is
;based on a special attachment developed by the authors for the
lautocompensator amplifier circuit of a 036M oxyhemograph (see
lonclosures 01 and 02), The pH values are determined by the potentirAl:
idifferences of the antimony and calomol electrodes in the animal
stomach, The margin of error for pH readings in laboratory tests on
oxporimcntal animals does not oxceed 0,3 units for pH ranging from
~
1.0 to 9.0 and 0.5 units Por p1l ranging from 9-0 to 11-4- For moro
.accurate readingsp gastric lavago is r.0commondod to provent mucus
'envelopment of electrodes, Potential fluctuations caused by mechani-
:cal activity of the stomach can be reduced by the use of a ring-shaped
-Card .11/4

~Ccr'-Ssiofr M AP4034471
electrode to encircle the catheter. The advisability of eliminating
potential fluctuations related to stomach motor activity requires
further study, Though these latter fluctuations distort the pH
curve, they provide certain additional data on functional activity of,
the stomach. In animals the catheter and pickup are introduced into
the stomach through a fistula, In humans the possibility of introduc-
tion per os has boon demonstrated by the work of Yo. Yu. Linar. The
,now method of continuous pH recording in the stomach is Greatly
.superior to the old method of taking samples of gastric contents*
,'Orig. art. hae: 3 f iguz-oa and 1 table.
tASSOCIATION: Institut pitaniya A1,1N SSSR, Vsesoyuznyv-y hauchno-
1!issledovatel'skiy institut moditsinskilkh instrumentov i
oborudovani-ya, Moscow (Nutrition Institute AMN SSR# All-Union
'Scientific-Researeli'Inatituto of Medical Instruments and Equipment)
~SUBMTTED: 07Jan64 ENCL: 02 SUB CODE: LS
NR REP SOV: 001 OTHER: 004

ACCESSION NR A P403 4471
EMCLOSVRE. 01
F'ig. 1. Diagram of input circuij;
changos'
Aix of 0j61'1 Oxyhomorraph jfr1.11
Usod to record onterogastric PH.
M41
Mlea-9u~oment,, (2) Calibration,
r
To load 11311 Of vibrotransdUcer
and 0ondon3or C
4) Of 0361,,'
WIWI
let OxYhOlnog!raph, 1,
WWI OlOctrodos, Pickup,, To
At
.4f F--j
M ,?4 - 4-1J,,,eam'
R.F a 'f /'&4W
RJ Rf Few"
ACCESSION NR:. AP4034471
ENCLOSURE: 02
Ply
Fig& 2. General view of device, pickup, and system of connecting to
dog tbroush f istula,
(1) Switch, (2) Sensitivity control, (3) Moasuremont., Calibration,.
(5) Ground wiro, (6) Stomach, (7) Shiolded hose, pil pickup,
(9) Rubber tube, (10) pH pickup.
41/4

86761
S/12o/6o/ooo/oo6/O37/O45
'911 M-00 E041/E335
AUTHORS; Zabiyakin, G.I. and_&~
TITLE: Transistor Decade Counter
PERIODICALt Pribory i tekhnika eksperimenta, 1960, No. 6,
pp. 126 - 127
TEXT-s The principle is that due to E.L. Kemp (Ref. 1). Pulses
from the output of the first trigger pass through a control
circuit either to the input of the second or the input of the
fourth trigger, depending on the state of the control circuit.
In the circuit of Fig. I the control gate uses the ultra-
reliable diode-transformer arrangement. Saturated triggers
are used with transistors of the r115 (P13) , niti- (P14) and
rl'i,r-,, (P15) type. All resistors are of the 10% tolerance class.
The transformers are wound on two 7 mm diameter oxifer-1000
-ings with 0.1 mm dia wire. Tr 1 and Tr 2 have 40:25 turns.
Tr3 has 40:40 turns. All the diodes are AIB (DlV) and
A2.6 (MV). The circuit of Fig. I is based on (1-1b (P16)
and P15 transistors with emitter-follower buffer stages. The
Card 1/4

86761
S/l2o/6o/ooo/oo6/037/045
E041/E335
Transistor Decadi Counter
resolving time is 2.5 As. Maximum counting rate is more than
300 kc/s. For an 0.3 I's input pulse the amplitude may vary
+ 40% about 5 V. The operation has been proved over the
Temperature range +16 to +52 0C. Such counters have been
incorporated in a self-contained instrument by adding before
them a shaping circuit to accept pulses of either polarity
(2 - 12 V, _N 0.1 Ps) and after them a mech9nical counter,
type C-6-1 M (SB-IM). The capacity is 10 , the power
consumption 10 VA, dimensions 120 x 180 X 185 mm, weight 4 kg.
Substitution of the drift transistor F140L (P401) in the
first stage improves the resolving power to a few tenths of a
ps. B.N. Kononova is thanked for his interest in the work.
Card 2/4

~ 86761
5/12o/60/000/006/037/045
Eo4l/E335-
Transistor Decade Counter
There are 1 figuro and 4 references: 3 Soviet and
I non-Soviet.
ASSOCIATION: Oblyedinennyy institut yadernykh issledovaniy
(Joint Institute for Nuclear Research)
Card 3/4

86761
S/12o/60/000/006/037/045
L041/E335 I
Tran;istor Decade Counter
IN
...
Card
I
PUC. 1. CXO)da flepeCqOTIIOrt AeHaAM.
ED, September 30, 1959 -
4 *

ACCESSION NRt AR403,2156'
SOURCEs Ref. zh. Fit., Abs. 2A3.80
AUTHORS: Dorofeyev, V. A.1 Zabiyakin, Go lot Zamriyo V. 1.1 Mar-
komenko, V. X.Y Semasbko, V. X.j Tulayev, B. ~4-diGi**y, A. Vol
.Shibayev, V. Do
TITLE: Automatization of the reduction of measurement results
CITED SOURCE: Tr. 5-y Nauchno-tekhn. konferentaii po yadern.
radioelektron. To 4. M., Gosatomizdat, 1963,,, 7-14
TOPIC TAGS.- measurement results, data reduction,' computer data re-*
duction, computer data insertion, computer memory, direct coupling
data insertion, rigid coupling free coupling
TRANSLATION: Problems are discussed involved in the automatization
of the reduction of the experimental data obtained in multichannel
Card
1/3

ACCESSION NR: AR4032156
analyzars, multicounter systems*(hodoscopes), and bubble chambers.*
it is concluded that it is most sensible to employ for this purpose
the existing universal digital computers, capable of solving all
mathematical'problems. The most rational method of inaerting the
''information is by direct coupling. An analysis-bas.ed on estimates
I
of the insertion of information into different units of a universal
computer is shown thaLt a system in which a large number of experi~-
mental data are inserted into the magnetic memory of the computer
is among the most advantageous. Two possible coupling variants
are considered: "rigid" coupling, when the information is inserted
Iinto the memory with the aid of the electronic units of the computer,
and " free" coupling, when the information insertion does not depend
on the state of the computer, but additional electronic apparatus
is used for this purpose. The most promising and advantageous is
the "free" coupling. The information is recorded on magnatic tape
in this case in the f'orm selected for the given type of computer.
This makes it possible to accumulate'the experimental data over a

ACCESSION NR: AR4032156
long time. without t ing up the computer at the same time, mid to
p,rocess the experimental data without any insertion operations, by..i
direct access to the magnetic memory. Specific features of auto-
matized insertion of.experimental data,into a compute.rare discussedJ
DATE AdQ: 3lMar64 'C EUCLI 00 1
SUB
Card 3/3
.7
77

ACCESSION WR: AR4020787 S/0271/64/000/002/B046/B046
SOURCE:- M. Aytomat;j, telemekh. vy*chialitel. tekhnika, Abs. 2B291
AVMOR:. 7A=iyp V. ff.
TITLE; Certain methods of converting b1nnry digital information into decimal form,
CMD SOURCE: Tr- 5-Y Naucbno-tekbn. konferentaii po yadern. radio-elektron.
T. 4. M., Gosatomizdat, 1963j 64-72
TOPIC TAGS: binary-to-digital conversion, multichannel analyzer, weighted pulse,
pulse counter, pulse counting, binary counter, decimal counter
TRANSLATION: The design of a system is examined for converting binary coded
data stored in the memory of a mu~Ltichsnnel analyzer into decimal alunbers con-
venient for printing out experimental results. Several modifications of the
counting method are described whereby the binary register is supplemented with
pulGes.from a geparate oocillator and the pulses are counted simultaneously by a
decimal counter. The mDdified counting methods provide for supplying different
weights to the pulses, "which accelerates the conversion. Circuits are examined

ACCESSION KR: AR4020787
in detail for constructing the conversions by the method of adding weights whereby
through sequential interrogation of the binary counter cells the quantitative
characteristic of the binary places in which ones are stored are worked out di-
rectly into decimal form. The schematic circuits are shown of the interrogation
unit, conversion matrix, and of the pulse generator included in the converter cir-
cuit which provides pulses to the output decimal counter decades. Orig. art.
has 5 figs. and 3 refs. I# V.
DATE ACQ: 03yar64 SUB CODE: SD.. CP ENCL: 00
Card 2/2

IACCESSION NR: AR4032158 S/0058/64/000/002/AO17/AOIEI
SOURCEs Ref. zn. F.Lz., Aus. 2A182
AUTHOR: Zamriye V. N.
11TITLE: Address co4nter with short carry time
PITED SOURCE: Tr. 5-y Nauchno-tekhn. konferentsii po yadern. radict-
Plektronike. T. 2. Ch. 1. M., Gosatomizdat, 1963, 162-165
TOPIC TAGS: address counter, binary address scaler, short carry
time, group carry circuit, accelerated group carry circuit, delayedi
controlled triggering, accelerated carry counter
TRANSLATION: A binary address scaler circuit (SC) is described.
Its advantage is a short carry time (short delay of the signal When
transferred from one flipflop cell to another and to the output of.
the SC), accomplished by having the input pulse pass through gates
Card, 1/3

ACCESSION NR: AR4032158
that are set beforehand by the preceding pulse. The flipflop cell
of the counter is controlled by two diode-transformer rectifiers.
When the input pulse arrives at the output of the conducting recti-
fier, two pulses of opposite polarity appear, corresponding to the
leading and trailing fronts of the input pulse. The second pulse
ti (of positive polarity) is used to trigger the flipflop. The resul-
tant tinte delay ensures positive operation of the flipflop. The
first pulse (of negative polarity) is applied to the input of the
next-cell if the flipflop is in the "111 state prior to this. Thus,
the carry pulse is applied to.the input of the next cell prior to
the clearing of the preceding flipflop. The carry time from cell to
cell is 0.03 Psec, and for a counter consisting of ten calls it
amounts to 0.3 tLsec, while -the time for resetting the state of the
last flipflop is 0.5 "ec. An accelerated group carry circuit is
also proposed. Thecounter is broken up into two groups each with i
five flipflop cell.s. The voltages from the outputs of the first
five cells are applied to the inputs of a coincidence circuit which
Card
-2/1

ACCESSION NR: AR41032158
controls the rectifier that transmits directly the input signal to
the next group of flipflops. The carry time in the counter is then
less than 0.2 gsec, and the time for astablisbment of the output
voltage of the cells is 0.35--0.4 gaec. The following are given$
diagram of*t-he flipflop cell with delayed controlled triggering,
i block diagram of the counter with accelerated carry, and diagram of
tthe group carry cil*cuit. The flipflop cell uses P402 transistors
and D2A diodes. The minimum amplitude of the triggering pulses is
P'V at a duration of 0.1 millisecond. The duration of the front of
the output pulse is 0.1 psec. The pdrmissible variation in the sup-
ply voltage is.�3094. The counting rate of'the SC ranges up to 2
Mc/sec. M. Vishneviskiye
DATE ACO: 3lHar64 SUB CODE: CPj, GE ENM: 00
[Card..' 3/3--

A C C AMR.
AR6033938 SOURCE CODE: UR/0271/66/000/003/1304'~/P,04'~I
AUTHOR: Zabiyakin, G. L; Zamriy, V. N.
TITLE: Device for transferring experimental information to a computer
SOURCE: Ref. zh. Avtomatika, telemekhanika i vychislitellnaya tekhnika, Abs.
SB3 20
REF SOURCE: Tr. .6-y Niauchno-tekhn. konferentsii po yadern. radioelektron.
T. 3. Ch. 1. M., Atomizdat, 1965, 100-109
TOPIC TAGS: computer, multichannel analyzer, data recording. computer
s'oracre device, data sampling
ABSTRACT: A transmitting device which makes it possible to retrieve measurla-
ment results from multichannel analyzers and to transmit them directly to the'
computer reception unit which ensures autonomous data recording in one of the
computer storage devices, is described. The device converts input information into
a form convenient for transfer and input into the reception unit. It controls trans-
mission b turning the reception unit on and off. The analyzer interrogation
y
realized by means of pulses from the device takes place at a speed set by the
Card 1/2 UDC: 6 81. 142. 6.24

ACC NR: AR6033988
reception (storage) unit of the com uter which excludes time mismatch. Addition
p
of the transmitted data is provided for in order to control the operation of the
system. Following da:Ia sampling in all the assigned analyzer channels, the control
sum is transmitted to the reception unit for comparison. When the control sum is
not in agreement, the sampling is repeated. Information is transmitted in the form
of a pulse train over a communication line over 7 km long, Three illustrations.
j Bibliography of 4 titles. [Translation of abstract'
UB CODE: 09/
2/2

C SOURCE CODE; WWI OffAwWw-
A
C NR: 23
AUIHOR: Vladimirov, V. A.; Zamfty, V. N.
TITLEt Recording on punchtape and checking tho experimental data
SOURCE: Ref. zh. Avtomat* telemekh. i vychisl. tekhn., Abe. 1IB264
REF SOURCE: Tr. 6-y Nauchno-tokhn. konforentsii po yadern. iradioelektron. T. 3. Ch. 2.
Atomizdat, 1965, 29-35 .
TO!~C TAGS: analyzer,
AMTRACT-..A method of checking the data recorded on punchtape is described which
compares check totals. The check total is obtained from an adder to which data is fed
from a recording system. In tape recording, the incoming-signal codes are converted
into mechanidal motions and perforation characters which also-are counted. Tallying
the total on the tape with the check total testifies to the correctness of data read-
out and recording. The check system comprises a tape punching device, a readout delvicq
and a check adder. With a 6-track recording and a perforation rate-of 20 lines per,
second, 200 16-digit numbers or 100 48-digit numbers can be processed in one
minute. The adder is of the end-around-carry design. The adder input is connected to
the multichannel-analyzc')r output. The interrogation time of 1000 channels is one elec-
ond. The total readout time of 1000 channels is 6 minutes. The above efficient
method was developed In the Laboratory of f.autron Physiost Joint'Institute of
Nuclear Studies. Two f4,mros. Bibliography of 2 titles, V, L, [Translation of abstractl-
SUB CODEt 09, iS

7ABIYAKIII
V,
ZIIUKOV~ C--P-; trometry. Prib. i tek~,. eksp. 9 no.6i
-18:3,,
Center f--r I~utron spec %
34-38 I;-T) 164.
1. Ob"yediri,~,nnyy int3titUt yadornykh Isslodovimiy.

-t inc r I r-~ rv -1,3c
The-gatooutpuxl~-Yl:~
digit lof the--leire~~--~t6t~,tdd.(.te6-F-iG-i-1--
ths--.tonye
_g
ccmectwt
co no dzr.
My,

-71H
1

ZABIYAKINY G.I.; ZAHRIY, V.N.; SEMASHKO, V.I.
"7.-.,- 1 ", ~ --
Automatic uystem for transmitting information from multiple-
wave analyzers to a computer. Prib. i tekh. eksp. 9 no.41
139-143 JI-Ag 164. (MIRA 17:12)
1. Ob"yedinennyy institut yadernykh issledovaniy.

G. P. Zhuraviev, B. Ye, Zabiyakin, G. I.
AUTHOR:
ABSTRACT: 7he structure of a ne~,r ''Genter'' of iieutron-specL.:011-letllit Mea,9,L.:,C-
merits at the Neutron -Physic s Labcratory, O!Yal, is briefly describcd. The
t;lkpq into account the specific fedtures of spectrometric work on the
Card 1/2
U-4i"Y

f t 5 all A I I11 f- L
taDe storing device is '15ecl- A proll-l'-l" IS JUI --y . . . F,
)-lil- h,vrll~el f.f.r0up,3 with different widths in
If N1. r rdl1r, allu
OCT ny-y ins-:itut yadernykh issledovaniy (Joini Nuciear
SS ilkTION: Ob"yedii-en
A
Research Lustitute)
SUBMITTED, GZDec63 ENCL: 00 SUB CODE: NP
2'r
T&A

4~ ~4
Q6 /KFW k
/,a 6Y,wi Z.2, i 1'.y
11; rjIjj I t i r ~a ne I
ABSTR-~kGT: A a auto mat I c systern for transferring fritor-ffidtion-IronlL a Multi-
channel analyLer (over 1 000 chani,els) to the external stora-ya of a computer
jocatedatad.stance of 1.5 km 8 briefly describtA. The systen-, j5,e Enclosure
IYtake-~-, e--,zpe-rirn rital-data. Phannel-by-cha---nel from,'the.-analyze.r., &ends it over
two naxial cab- -i. and -,-ecords it on magnetic tape in orve of the axternal
Q'I I t2 t! i, x,P f, n, f, ranti operates independently
m
m

of rhe computor. A 16-')inary-digit code is used. Code pulses are sent every 4
~f; 300-400 rnicroce,:. Data
Ali,
ASSOGLATION: Ob yaderny*kn issledovanty (Joint Nuclear
SUBI~UTTED: ZUJLxio3
-.--NO~-REF SOV: 005 OTHER. 002
Card
f

-AGGEWICa PRI AP40446&5
An automatie syst-cm for transmittoing experimental

CUOHOSLOVAIM'I/Chomical Tochnology. Chonierl Products. Victor H-5
'Tronting. Sovor Wotor
Abs Jour i Rof Zhuc - KhiriiyL-.) I(j58, No 22, 74436
Author : Zrnrmla-El-
Inat t Not Givan
Titlo t Traratr-wnt cf Soviar Wrtor Effluont from Motnllurgiarl Flrnts
Orig Fub : Hutnicko listy, 15% 15, No 2p 133-140
Abotrrct : Ohrrnctoristicn of tho offluant sowor wator atrorxs cri-
ginrting in difforont coctions cf riattIlurgionI plunto
(including tho fucl grsificrtion) aro prosonted. Tho uso
of wator rceycling is highly rocarriondod.
Cerd : 1/1

Z-AMMAj, E. iliz.
%,.~ & I
Observatioms on V. Masek's article "Effect of sulfite mIcinatiort
wanto an concroto and nteej.." Vodal hoop 11. no.6t23Z 164-

0041 seesill; 00044-101, 0400000 W-
1 3 16 " tin aid -162011119111111 Al" me a If Is of a if At 41 0 d9o
a A- A. 4. IS P 4 1 4 4A a cc go Ca
fit ..q ?W) too#*% - I o.. k 4, A-6 I
A L
04. Of a 1:1 %
Awnfu 1w Me sftdy of the diffmcdoe of slow elfic-
troas 0 4111#"M Impagatorn, 4. 0. Katoniftnikov, J,
Kvto. PAYI, (if, S. 14, R.1 0, -
00 1~ drietibill Ott k4tp, I'll the ri"Jillielk, 41tolir 44 1111T 4110tt
distrUmtkin of w)ttettd rkvtrons [tit vatioui Itti; t11V
so I Them4=11fin
to j from the mean Intensity do" not riverd 1117t. tafludaitor no*
at the faWatutire as the diffm4flas of slow Atictmas
frofeart ~Uv*g utdae4fryaW, W0,Kaidahnikovemill.L
000 _Z6111abot. Ibid. 11walufrillefir4-4.4
Ithi Latesisity of the varims hearns at slow riectrong dit.
00 meted firom The (001) fact of monmyntallinor Ag at vari.
00 ous tetops. (raw 205W to K, K. and Z, rand that the
thermal owilk0ous ca~ the scattetics we anilimpic,
.0 a Thi equiv. Inteetail potentials foo, the beams ate. tc%p.:
IM41, 10 r. or.; 10061. 0.3. 10081. 13; and IDIAJ. 0 r. v.
00 4r The mean vibratkval shift is (il)'/v - OAU A. at tO)*K.;
1.1ges
the burnt owitlatim is puter than Ot vertical. The ::so
'90 ~1001 let,
I liffraction of x1ow clecirtfor% cannot 1w 19-te
C"MWIric volume effect.
zee
tie 41,
a if a MIALIPFF.K&I %11144101 f&A%%-PKP1f1CW
we*
too
lot,
of it E4 IPA %Ipado del W 14 0
u a 4W -0 &1', to
or I d4*
0 0 0 0 0 0 0 0 0 0 0 0 0 0 of'o 0 01,; '1 0 0 0 0 0 o 0 0 C 0 0 0 0 0 0 0 0
70~044 As
0 0 0 0 0 0.0 0 0 0 0 0 0 0 0 0 0 0

-1 ZA14SHL, 0. 1.; PU)THIMV, TU. I.
CuttingIcrystals with a paper disk. Prib.i tokh.ekop. no.2.-159
Mr-Ap 6o. (MIRA 13:7)
1. Xoskovskiy inshonerno-fizicheskiy institut,
(Cutting machines)
i

S/12o/6o/ooo/o2/o48/O52
E140/fi3i
AUTHORS: Zamsha, 0.1. and Poltni OV, U.
TITLE: Cutting Crystal \with Paper Discs
rx
PERIODICAL: Pribcory i tekhnika eksperimenta, ig6o, No 2,
p. 159 (USSR)
ABSTRACT: Organic crystals are cut by paper discs, 150 mm in
diameter-, 4500 rpm. Motor power has to be adequate to
maintain good speed regulation or else the crystal
crumbles.
ASSOCIATION: Moskovskiy inzhenerno-fizicheskiy institut
(Moscow En&gering-physies Instittxte)-
SUBMITTED; February 25, 1959
Card 1/1

1113r., Lnb. "olecular and -Iner-iii Phenomena, Sci. Re:3. !---1'%0. Phyi!ics, Nbscow
Order Lenin State UnIv. im. N. U. Lor,onosov, -1939,
"Influence of the Temi-er--ture on the Diffraction of Slow Electrons from. -, Silver
Single-Cr.yottl," Zhur. Okrsper. i Tooret Fiz., 9, ~,'o. 12, 1939.
U Phenomena, Scl. Ra3. Inst. Phynics, 'o,-c w -d :r
Lab. I' lecular 3nd Therm, Cr
0
Lenin State Univ., Im. '!. U. Lomonosov, 71939-.

KROTp I.P.9 red.; ZAMSHEVg V.Lp otvetetv. za vypusk; FErmov, Pa.,
tekhn.
(Econczy oil Vologda P~oyluce; statistical coUection I Warodnoe kho-
ziaiotvo Vologodskoi"oblasti; statisticheskii abornik. Vologdap
Goo. stat. izd-vo,*1960. 3.32 P. (MM 1-4:6)
1. Vologda(Province)Statiatich6bko6 upravleniye. 2., Aidallnik
statisticheskog uptavleniya'Vologodukoy o'blasti (for Krot)
Vologda Province-Statistics)

KUZIHIMA, L.H.; UHUATA, I.A.
Work practice of the grading room staff striving for tbe
title of a section of coununist labor. Xhim. volok. no.6:60-
61 160. (HULA 13;12)
1. Hogilevskiy zavod. (Kogilev--Textile fibers, Synthetic)

~dj
Feeding habits of gamasid mites EulaelapB stabu2&ris (0.L. Koch)
and Haemolaelapij glaagoiji (Ew.) inhabiting the burrows of murine
rodents. Hat. k pozn, fauny i flary SSSR, Otd. zool, no,39&259-283
164. (MIRA 17t6)

ZAMSKIY,T.G., inshomer
-,
k :~
Using briclatork- blocks In the erection of TP-230 and TP-170
boilers. Xlek.sta.26 no.11:44-46 H155. (mw 9:1)
(Boilers)

7
_:S7
'7--R'm .......
.633. -8 cr uALL eEDcr-q m EaEcrull (F T gLO AND
uz T _r TP-T RIERS-461%
~~E:10" G!~a. (Rcr pta., KOS
kit, T.G. 55, To 44
9
Boiler arection MUO 13 C011SIC52mbly shorteWd fr( the t= or "all Mocks,
__!h~~_!ccnmjr c~! acMem~ jbgtitutlon Of rofractwy cx4rete for
41rebrtcles. Tba chzra-accrIatics and I=rlcr; of C14 differenz. alzad bIO4-4
ueod In tha (trccttc7,n of a Wiler are fndicatod. twaraga cosr, per 0 or
rt:frctotcry mainfercoo caxxoE,* Is 300 roubles, aealnst 0:50 roublos fcr fir(--tric~3.
0t rc-fractor~ concrete 1n:,LsaJ of f1r.,brin.5 also ru=es t2ic nLrbu of
skilled zind p(xf;cnre! require-1. (L).

ZMISKIT, TQ,,_ins:baner.
Now method of heat-insulation work# llek*049 7.7 W*7:47
JI '56. Wit# 9: 10)
(Insulation (Heat)) (Boilers)

AID P - 4026
Subject USSR/Power
Card 1/1 Pub. 26 15/-31
Author Zamskiy, T. G., Eng.
Title Using walling blocks while installing TP-230 and
TP-170 boilers.
Periodical : Elek. sta., 11, 44-46, N 1955
Abstract : The author reports on the speed-up method of installing
boilers and walls simultaneously as it was done at 'the
construction of one of the new power plants in the
Donbas area. The article explains the procedure in
great detail. Insulated reinforced concrete blocks were
used. Eight diagrams.
Institution : None
Submitted : No date

ZAK9KIY, T.-G.p inzh.
Induction heating of oil conductwo. Elek. sta- 35 no-6:89
is 161f. (MIRA 181l)

-~~quyf V. L.; KHUMYLEV, V, Sol DUBININp V, A,
Redacing tha Ed.1k vinding density in the HP-3.2 bobbin vJxding
machiins. vo2ok. tio.6152-53 162. (MBA 16: 1)
(Winding machines)

ii. V. S.; Ay...."rul, Y11. A.; Sokol M. Yo. A.
N.; Iv J'A k
-'odorov, V. --tnov, A. lin.-: -1y, A.
V. V., V. Mi.; Vy.;o0kiy, Yu. it.; Z-jQU?.J"N'. M.- Byatrov, V. V.
V. Y.: V.; )6'ovr#evov, 1). A. ;Gormanov, Yu. tf"IticaimovP N. PO;
V. V.
zone
soismzic otntion. Class 42, No- 164466 rannounced by '.'NDftopr:ibor"-Factory
o2 L;io AL-linia trat ion of bugoromarkhoz (Zavod "Neftapribor"
-pri*uorosL;.,oycniya j.-.,osC;orc;ovna
~Ichoza-)7
lzobz~ct -proin obraz tov zn, no. 15, 1966, 94
TAGSi so,'Lsmolo'-sic station, seiumologic instrument
c
731".ZAG"; T L-, Author C -rtificate presents a seismic station " ontainina a aciumio
ni_-nal datactlor, -~ reco.vdinc- amplifier unit, an osaillog-raph, a manctic. drum
I w un Lfior, a
-dor, a chawwl rogeocluution unit, a control it# a roproduotion amplJ
probe, a drwi with I~hotographio paporl a rotransmittina unitt
-,nd a povrar supply. To increase the reliability whon transferring fkom operation withi
z6o mothoa of reflected waves to the method of refracted waves, a filter unit in
co4nected between the first and second stages of the recording amplifier unit. 'A,
CC!jq 1/2 UDCs -559J--4-0-1911

A C C A136029933
nodulator-demodii1ator imit and a reel typo magnetic recorder are connected in series
io the outpall of the rocordinC; amplifier unit. For operation with the method of
efractlell tavoo, the filter wAt has frequency cutoffs or 7-30 hzj and for operation
at -ca-frequency cutofj'G of. 20-50 hz. Yo increase the reliability of tne recorded
6ata Yith operation by the method of regulated directional reception, a switching
Urlik, Aor tlic chamials to be summed, a static correction unit, and a summing unit are
co.-aiceted in Gcrics between. ,the magnetic drum recorder and the reproduction amplifier.
o increase, t';,c reliability when transferring from operation with tho mothod of
4' r,~flcc`-cd wavor. to acismic lo,-Cina, a frequency selection unit is connected between
t4c multicharmol borehole probe and the magne~vio drum recorder. To improve the
roduo otatio and
quality of the recorded material, an electron beam unit for int. ina
dynaz.J.'a corrections is. connected between the reproduction amplifier and-the drum *ith
photographic paper.
SO COM,: 08/ SUBIM, DVIE;

MMIKADZE, I.G.; LAJUF, R.R.; BEZHXTIOV, F. Kh.; Prini-mali uchastiye:
KHUROSHVILI, G., inzh.; TSAGA'=, T., inzh.; Z-AIATAR,ADZEIIE., inzh.;
BOCTIORTSHVILI, G., telchnik; MAYSURADZE, L., lab6ra~t; SIIUBLADZE,G.,
Ip'p--1nt;'I)ANKRATOVA-) Yet, kamnerez,
invuutigation of teschenite di3integration by the thermal method.
Soob. Ali' Cruz. SSIR 34 no-3t633-640 Je 164 WIRA 18t1)
1. Instit%'ut gormogo dela imeni G.A. TSulukidze PV Gruzinakoy SSR.
Submitted Hovember 25, 1963.

----ZANTARADZE-,G.-- - - - - -- - - - -- ----- -- - --- - - -- --- - -
vam-,*-
Some little-hmown species of Mount Bol'shoy Abu!: [in Georgian
with ammary in Rassian]. Zam.po sistA geog.rast. no.17-.
157-159 '53. (JURA 8:9)
(Bol'shoy Abul, Kount--Alpine flora)