SCIENTIFIC ABSTRACT ZANDBERG, I.I. - ZANEVSKIY, M.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963810002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Storage center stock piling of raw Xa-Lterla'L X03kva, Izd-vo Narkomtorgov SSSR i
RSF5R, 1930- 302 P, (51-53132)
HF5349-R9Z3

GOLDSCHIAIED, Aleksander; WIECKOVSKI, Wladyalaw; 4ANDBERG, Hanna
CWLaiuria in renal diseases. Polskie arch. mod. wewn. 26 no.6:
1201-1202 1956.
(KIDIM DISEASES. urine in,
calcium (Pol))
(CALCIUM, in urine#
in kidney ais. (poi))

-.7,LNDEERG, ICrystyna; DUROS, 1h1ina
Delivery of a full-tenn fetus in a case of cured listerial in-.
fection.. Pbl. tyg.lek. t8,no.42&1571-1YM 93.4.0163
19 Z Klin:Uci Poloniotwa i Chorob Nobiecycb-(kierownik: prof,
dr.med. Jan Iesinski) i z ZELkladu Mkrobiologii i Immunologii
(konsultant: prof. dr. med. Frenciszek Groer - Instytutu Mitki
i Dziecka w Whr=awia).
Z_

Cn th;3 of pal ~-;n tri-
Pul. 35 no.6a8"/3-262 11-D 162
1. 7, Kli-rild. "oInnietva i Chorob Fob'Lecyoh InstytOu FULM. I
rj,.,ic-cka v tiran~miwje (Kieronmiks prof. dr. med. J.Le5lnsk--"J*

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`-ZANDBILMS S.., starshiy ~hudozhnik-modellyer
Spring and sum=er fashions. Mest;prom. i khud.promye;. 2
no.3:38-39 Mr 161. OURA 14.' 4)
1. TSentrallnaya opytno-tekhnicheskaya shveynaya laboratoriya
Gosudarstvennogo Komiteta Soveta Ministrov RSFSR po de1jun mestnoy
promyshler.nosti 1-khudozhostvennykh promyslov.
(Fashion)

VAU%RI Sh.A.p~inzhq ZWIIERG9 S.A. 9 bith.
Double-coordinate photo-trackin
,g system for automatic welding
machines. Svar. prafty. no.3:26-27 Hr 161. (KM 14:3)
1. Stalingradakiy-i!auchno-isoledovateliskiy institut teldmologii
machinostroyeni7a (for Vayner) 2. Stalingradskiy zavad in. Petrova
(for Zandberg).
(Electric welding-Equipment and supplies

Fmz I BOOK EXPLOITATION SOV/5078
Akademi3a nauk URSH. Klyev. Instytut ale;ctrozvar7uvannya
Vnedrenlya nOvykh spolobov ovarki v promyshlennott', 3borrilk statey.
V". 3. (introduction or Wow Welding Nothods In Industry; Col -
loetion of Articles. v- 3) Xlyov, Cos. izd-vo tektn. lit-ry
MrS3H, 2960. 20T V. 5,000 Copies printed.
2ponsarl" _v Aeancyt Ordeca TrudovoV Kmano. m-en! I:
Z. nmt-tut
olaktroovarki Imeni a1cademlica Ye. 0.' Patona Akade=ll nauk
Ukralmakcy SSR.
Zd.1 X. 111marenkii; Tech--Ed.: S. KatusevIch.
PURPM: This collection of articles is Intended for personnel In
the welding Industry.
COMU03i The articles deal with the combined oxperIences o~ the
Institut blektrosiaricl imeni Ye. 0.Pat*na (Electric Welding
Institute Imenl '1*. 0. Paton) and several InduntrIal enterprises
in wolvinr inelvntjftt *M qr~e " d
_tnaer_I~Z :r,~hjs~a j-_ 1 ~4-
technology. Problems In the application of new methods of mr-
abstained welding and ii-lectroslag welding In Industry are discussed
This is the third collection of articles published under the 8"*
title. The Foreword was written by B. Ye. ftton~ AcaAemlclan of
the Academy of Sciences Ukrainian SSR and Lenlzt prize winner.
Them am no references.
TABLE OF COXXXXI t
r.;:Ts*y v. c_414&t. or Technical Sciences and Lenin
r: EI -.3tituto imenl Te. 0. ratcrij.
ysvgkly (Chief Engineer. 71aglarnefttstyt (Ukrainian
for Petroleum Farketing)l . and
jX&ch.xtroItel'no-z,ontazhnQV unMvleni7&
t'noonf ])ulldlmg and Erection Aftini3tration No. 70)
t7" r
- C
1 7. 11-1-LretTa stroltel'atva P-MR CT-ust T of than
Introducing no Method f
Ministry Zor ConatructIOn, RSPSR)l
floillng-Up Welded Structures In the retrOlt= indust'.7 84
ynLj~X, jC&ndIdste of Technical Sclence3l, and
pOtAn--,-.ntc1v [Zenlor Engineer. Electric Welding
,OstTtu "r5enTyii. 0. Paten]. ExperlOOCe in Znt;rOducln&
Autmatle and Sqmi&ut-tic Cartion-MoxIde Shield-ed Welding go
Podovar- B. _" A. 0. Potaplyeva A. R t-n 13"nior
kly
V.,,Tunreir [Read Of W 2 7.
_,__r olden 0
awaisigrasdak Y 1,2 IdlPrOnOttemasha ~(Sgtal~ln drB.anch or
the State Dan Jg. and Scientific Research Institute for ?et-
rolous Ractilmory)). a- (Chief of Welding
ftreau, 3talingradakly mashinostroltal Inyl zzavod Ireni
Pstrova (Stalingrad NAchine-BuIldirg Plan'. Imient -Petrov)
Development and IntrodmztIon of New Techniques In the
Automatic Shieldt)d Yl=-Velding cf Steel With Chrome,
Stainless Cladding 99
rod ___Y_ lCandidite or Technical Sclencest,
khadn ndidate of Technical Sclenceel,
.0 gl.~,('C' [Senior Engineerl , 1~ T Fr_*21*1
-tC-. Idaze or Technical Sciences, Electric Welding Institute
Ismail To. 0. ratonj . Y.._rL.QqrCInx_1 Deputy Chief Rechanicl 4
3. U. Shekhter [Chiof or Shop, Alchevoicly metialluriLichealcly
snood Imeni K. To. Vomehilova (Alchevalc KetallurZical Plant
Inon.1 K. Ye. Toroshllov)l, 3. A. Ryzhenko [Former Chler
Xoch&nlc, Ragnitogors"'y metallurglthenkly komblr;at. (Kag-
n1togorsk Retallurgicial Combinf-)I, and "-. 11111't~.v
lChlef of Welding Department, Artemovskly
(The Artemovsk *Tayetacet" Nonferrous Metallurgical Plant)).
Experience In the Introduction or Mechanized Surr&cing
In Retallurgy

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I SIX 3516,11=V0031008101 4
28,1060 ("(069, 1 Aoo6/Aool
AUTHORS - Vayner, Sh. A., Zandberg, S. A., Engineers
TITILE. A Two-Coordinate Photo -T racking Systsm of an Autonatic Welding Mazh:Lne
PERIODICAL; Svarochnoye proizvodstvo, 1961, No. 3, pp, 26-27
TEXr: in the electric are welding of circumferential seams an large-size
appa~ratus, due to the oval shape of the containers and the inaccurate leveling of
the iupport, the necessity arises of develop:Lng the automatic control of the
w4lding head position In respect to the work piece. The Stalingradskiy nauc1mo-
iseledovatellakly institat tokhnologil mashinostroyenlya (Stalingrad Scientific
Research Institute of the Mach1nebuiIding Teobrology) together with Vhe Stalingrad
Plant 'Imeni Petrov developed for this purpose a two-c:oordinate photo -.'.ra,^kipg
system using a bright line' for guidance. The 1-"rLe is applied with chalk or an
aluminum pencil on the wc.4,,k piece using a special pattern, The systom Is used on
"he A F(- (ABS) t- - schematic diagram .s
ype a~ztcmatvic vreldL-4 ma-~,hine (F-1 g, 1) , T-CS
given in Figure 2. The device consists of two closed automatic circults, contrc,11-
Ing ithii vertical and horizcntal motion of the welding maohina. A spacial photo",
head serves as a deflection pi,~kup issuing two independent err-or signals which
Card 1/4

S124 =016-21 /OGO/003/008/0 I
AU06/A001
A '."wo-Co,:rdinate Photo-Tracking System of an Automatic Welding Machine
correspciad to the vertical and horizontal def-1--ation of the nozzle In respe?!t to
the seam. The sinal of horizontal deflection is transmitted to amplifier Yx.
The Increased voltage of the signal is trnnsmitted to phaso inverter Fa, convert-
ing the amplitude changes of the signal Into correspondirg, phase shifts. The
voltage converted is used to control reversible ion driva D_ 6f:the horizohtal
travel. Non-balance voltage corresponding to the vertit,,al deflections of the
nozzle, are transmitted through amplifler Y. to relay !Br controlling servo-
drive Dg, which shifts burner SO vertically to the requir,-d magnitude. Each
traokinj; system is equipped with indicator devices !Xx at~,d'; INZI The operational
system of the photo-electric, head is shown in Figure 3. -(Author's certlificate
No. 6651558/24 with priority front November 19, 1960). The photo-electric head is
arranged along the bright line _4n such a manner that the underlight, is in plane Y,
perpendicular to the drunt axis. This arrangement assures the separate reception
ofIthe error signal components along axes X and Z. A 65 0 angle betwean the photo-
electria head and the underligh-~ reproduces the bright line more dtstinctly, In
case of deflection from axis X the bright switches frcm the central POSitiOn
over to one of the photo-elecT-ric resistances (A or B) charging their illuminan:;e.
Card 2/4

S/135/61/()()0/003/008/014
A0061AOOI
A Two-Coordinate Photo-Tracking System of an Automatic Welding Machino
In case*of deflection from axis Z,,the illuminated Figu 77
section of~t~~e line is displaced in respect to' the
photo-electric head axis, changing the illuminance of
Tr
'photo-electria resistances C or D. Both the resist-
ances, are eensitive elements of two a-c bridges
whose ij ~;T
non-balance voltages dep~md on the shift and whose
phasea depend on the shift sign, The bridges are poww
!iupplied from a step-up transformer with a permalloy IT 1,
core. Tests made with the tracking system proved its
reliabIlity. The use of the aluminum pencil and the
opecial pattem for the lay-out simplifies the appli-
cation of the bright line. The use.of such systems
reduces rejects due to shifing of the seam, facilitates
operations and raises labor efficiency.
Pigure 1:
General view of AR, (ABS) automatic machine with
photo-tracking system
:7z
kit '71.
V
Card `7
3/4
IMF
RPM MIM"M FRTRT~RRER

S/135/61/000/003/008/014
A000001
A Two-CoordinAte Photb-Tracking System of an Automatic Welding Machine
Figure 2- Figure 2:
Schema diagram of the tracking sy;3tem
Figure
-3
IVIH,
Operational principle of the photo-electric head
Figure 3:
,rhere are 3 figures,
ASSOCIATIONS: SUIITMASH (Vay"~..
wee
-Stalin-
ner)
gradskiy zavod
imeni Petrova
(Stalingrad
Plant imeni
Petrov) (Zand-
berg)
No ~11
Card 4/4 ~P A4 C

VAYIER, Sh.A., ixizh.,- VAYMM, S.A., inzh.; USOLITSEV, V.A., inzh..,
FOKINY V.M.., inzh.; SOTISKOV, N.I., inzh.; :lAtpP -S.A., inzh,;
SIGAREV, V.S., inzh,; BROUSHTEYN, L.M., inzh; YUDGER, 'OJ.V.p krir4l.
tekhn. nauk; BATYREN _P AN... inzh.,; BODvAKIN, Yu.F., inzh.;
RYZHKCV, N.I., inzh.;'YAKHNIN, A.L., inzh.; FRIDKIS, Z.I., inzh.
Furnishing the SGU gas-cutting machine with a FOS-L scale
photocopying control system. Svar. proizv. no.9:34 S 165.
(MIRA 18:9)
1. Vsesoyuznyy nauchno-issledovatueltskiy institut tekhnologii
mashinostroyeniya (for Sh.Vayner, S Vayner, Usolitsev, Fokin,
Sotskov). 2. Volgogradskiy zavod im: Petrova (for Zandberg,
Sigarevp Bronshteyn). 3. VPTI khImnofteapparatury (for Yungert
Batyrev, Bodyakin). 4. TJrallskiy zavc-d tyazhelogo mashinostroyeniya
imeni Sergo Ordzhonikidze (for R,.rzhkov, Yakhnin, Fridkis).

MAKARA. A.M.; ISKRA, A.S.; YWOROVA, S.V.; YUNGER, S.V., ORKUNENK"), G.N.;
NIKUYKO, N.A.; ZANDI)FIRG, 5.A.; BRONSHTEYTI, L.M.
Technology of electric slay welding of petroleum refining and
chemical apparatus without normalization. Avtom. 3var. 16
no.5:11-16 My 165. (MIRA 18:6)
1. Institut elektrosvarki im. Ye.O. Patona AN UkrSSR (for Makara,
Iskra, Yegorova). 2. VPTRhimnefteapparatury (for Yunger,
Gorkunenko, Nikilyko). 3. Volpogradikiy zavod im. Pvtroja (for
Zandberg, Bronshteyn).

SOV/1 3 7- 59- 3 - 58 54
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 130 (UsSlt)
AUTHOR- Zandberg, S. A.
TITLE: Automatic Welding of Small-diameter Vessels
(Avtomaticheskaya svarka sosudov malykh diametrov)
PEFLIOD-ICAL: Stalingr. prom-st' (Sovnarkhoz Stalingr. ekon. adm. r-na), 1958,
Nr 2-3, pp 18-21
ABSTRACT: A description of the practice of automatic welding of small - diamet(.,-r
vessels utilizing standard and modernized equipment at the im. Petrov
plant. Welding operations involve the employment of piieuinatically
operated elastic flux containers, backing rings which remain ill the
vessel, and finishing welding operations performed manually. At the
present time autorriatic welding is employed in the manufacture of
vessels 200 mm in diameter or greater. Research is being conduct-
ed on automatic girth welding of vessels 60-170 mm in diameter.
Welding procedures and cost data for the process are presented,
Yu. K.
Card 1/ 1

SOV/137-59-3-5871
Translation from. Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 133 (USS111.)
AUTHORS: Zandberg, S. A., Z-imin, V. P.
TITLE: Automatic WelAing of Reactor Tubing in a C02 Medium (Avtomati,.
cheskaya svarka reaktornykh trubok V iLtMOsfere uglekislogo gaza)
PERIODICAL: Stalingr. prom-st' (Sovnarkhoz Stalingr. ekon. adm, r-na), 19581
Nr 5, pp 11-13
ABSTRACT: The operation of welding of ribs to reactor tubes (60x4.5 mm and
7500 mm long), originally performed at the im. Petrov plant with
the aid of TsM-7 electrodes, is now performed automatically with a
SvIOGS welding wire 1.5-2 mm in diameter in a medium of CO?.
The apparatus is equipped with a traveling mechanism of the type
TS 17 M, a duplicating head, and a shortened shielded hose from a
semiautomatic unit PSh-54. Welding is performed under the follow-
ing conditions: Current intensity 490-500 a-, arc potential 24-26 v;
speed of welding 126 m/hr; rate of feed of the welding wire 307 m/
hr; consumption of gas- ZO liters/hr. The apparatus is powered by
a PS-500 generator with smooth "surge -and-dip" characteristics.
Card 1/2 The food-industry C02 employed is dried by silica gel. The CO,1 is

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WO W"

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P-Al Rl a? z ROM- il
1 v! ~7 1-- 7! -191, ~~l r ~,I

lovar.

AUTHORS: Yunger, S 7,andberg, S. A. SOV/125-58-11-15/:.6
TITLE: The Automatic ~7elding of Reactor Tubes in Carbon Dioxide
(Avtomaticbeski3ya svarkA reaktornykh trubok v srede uglekis:;,ogo
gaza)
PERIOLICAL: Avtomaticheskn-a svarka, 1958, Nr 11, pp 90-94 (USSR)
ABSTUCT: The Giproneftemash plant and the Petroleum Machine Building
Plant, under the supervision of engineers V.S. Salimon, V.S.
Shchekoldin and V.P. Zimin, have developed the mechanized
production of "KT-131" reactor tubes with the ustf of welding
in carbon dioxide. Information is given on the devices used
including a simple welding stand, a special COPY:Lng head, a
'ITS-171,1" type tractor and n modernized "GS-500" -type generator.
The automatic welding in C02 Of tubes, produces a high quality
of sesm, and the wolding rate ia 126 m/hour. fli-a now moth(d
providos highor work efficiency And improves work conditlotto
for the operator,
Card 1/2

SOV/'125-58-11-15j/:-6
The Automatic Welding of Reactor Tubes in Carbon Dioxide
There are 2 photos and 3 diagrams.
ASSOCIATTONt Stalingradskiy filial Giproneftemasha i zavod Neftyanogo
mashinostroyen:Lya im. Petrova (The Stalingrad Branch of
Giproneftemash and the Plant of Petroleum Machine Building
imeni Petrov)
SUBMITTED: June 12, 1958
Card 2/2

YUNGIRt S.V.; ZAIMMM, S.A.
Automtic welding of reactor tubes in an atmosphere of carbon
dioxide. Avtom. evar. 11 no.11:90-94 N 158. (nn 11:12)
1...Stalingradakiy filial Gosudarstvannogo nauchno-isslaaavateltaksgs
i proyektnogo instituta neftyanogo mashinostrovaniya i Zavod neftyano..
go mashinostroyanlyalm. Fetrova.
(Ileotric welding) (Protective atmospheres)

TSATSKO, L.. Prinimali uchastiye: DHLOV, V.N.; BEGHA. G.P.; ZANWRR
U.N.; BOWSLAVSKIT, D., red.; B3RGIM, X., red.; TUNOVSKIT, To.,
tekhn.red.
Cf4gital construction and planning; a collection of legislative
enictmiants and in'structional Kapitallnoe stroitalletvo i pro-
ektirovanie; abornik sakonodatel nykh i instruktivnykh vatarialov.
Kiev. Gor.izd-vo lit-ry po stroit. I arkhit. UM, 1958. 713 p.
~(MIRA 12.
(Building laws)

2!AOER;P F. A.
EaM, TUNDERq F. A.

RYLSKI2 Leazek; PAC-FOMAIUMCKA, Elzbieta; STRUPNEWSKA, Elzbieta;
KROBJILOWSKA, Magdalena; ZANDER, Krystyna
I..... -
Synthesis of some amino derivatives of 2-phenethyla-mine.
Acta Pol, pharm. 22 no.3-.197.-201 165-
1. Z Zakladu Technologii Chemicznej S:~odkow L4eczniczych
Akadeimil. Medycznej w Gdanska (Kierownik: doe. dr. L. Rylski).

ZARDIU11 N.V,
Simultaneous action of calcium and potassium chlorides on the frog
rauscle tissue in different seasons.. TSI"RWjIa4 no.2:2Q4-208 Mr-Ap
162. (MIRA 15; S)
1. Laboratoriya fiziologil kletki Fiziologicheakogo inatituta pri
Leningradakom, univerAtite,
(POTASSIMA CHLOIIIDE--PFSSIOLGICAL EFFECT)
(MUSGLE) (CALICILM CITWRIDS-MBIOWGICAL RMCT)

USHAKOV) B.P.; WIDER, N.V.
Therml adaptation of muscle fibero of the lake frog (Rara ridibundal
inhabiting warm springg. Biofizika 6 no.3-322-327 161 iMIRA 1.416)
1. Blologo-pochvennyy fakulltet Leningradskogo gosudarstvennogo
univwsiteta imeni A.A.Zhdanova i Inatitut-'tsitologii AN SSSR,
Lenlagrad. .k
(MUSCLE) (TEEMPERATURE-PHYSIOLOGICAL EFFECT)
(FMIS)

wala, II.Y.
Influance of chlorides of alkali metals on the rest potential
of the alrolatal muscle of a frog. TSitalogila I no.3:285-288
lt~-Je 159. (HIM 12: 10)
1. Iw~boratorlyu fiziologli kletki Fixiologicheekogo instituta
pri Laningrudskom wAversitate,
(CIUXHIIMS--~PHYSIOLDGICAL MYROT) (MUSCU)

?M&B I
SUZDALISKAYA, I.P.; UNDER, N.V.
Sorption of dyes by the wiecle tissue of bot-blooded animals
exposed to high temperatures. Fiziol. ztmro 1#.9 no.2t249-253
F2164 (MIRA 17 23)
1. Laboratoriya fizicilogii kletki Fiziologicheskogo institute
Gosudarstvennogo universiteta, Leningrad.

KRONELIS, Yan Yanovich [Kronit-is, J. ]; ZA LIDER
red.; 141RONOV., A.,, tel:hn. red.- red.; SPRIVULIS,Z.,
(Manual for collective fam forootoro I Spravochnik kolkhoonogo leoo-
voda, Perevod oo 2-go izd. Rigap Latviiskoe goo. izd-voj, 1959. 41+6 p.
(Collective farms) (Forestow) (KMA 24: 10)

ACCESSION NR: AT4042301 0/0000/63/003/1)00/0243/0263
AUTHOR: Grinberga, D.A., Zandart, Ya, Ya.; ~"4pr, Yu. K., Laumanis, 1. Ya
TITLE: Investigation of an experimental DC conduction pump
i SOURCE: Soveahchanlye po teoreticheekoy I prikladnoy magnitnoy gidrodinamike. 3d
Riga, 1962. Voprosy* magnitnoy gidrodinamfld (Problems In magnetic hydrodynamic;'i,
doldady* soveshchaniya, v. 3. Riga, lzd-vo AN LatSSR, 1963, 243-253
TOPIC TAGS: conduction pump, direct current pump, pump testing
ABSTRACT: The authors have designed the experimental mercury system shown In
Figu-te 1 of the Enclosure for the purpose of verifying the theory of DC compensation-
type conduction pumps. The pump model to be tested 5 (Figure 1) Is connected in s6rtes;
with pump 1 through valve 4, connecting tubes 2 and Venturi tube 7. The purpose of
pump 1 is to compensate for the loss of pressure In the Internal hydraulic circuit. The
usefil pressure, developed by the test pump 5 In the Internal hydraulic circult, Is
measured by maano Of mercury manometers 6, while the speed of the liquid metal is
measured (in order to detemine the productivity Q) by means of the Venturi tube. The
authors note that the chatmel and the windings of the magnet of the pump to be tested
Cw-d 1/3

ACCESSION NR: AT4042301
can be connected both in series and Independently. Graphs are presented Illustrating the
P Q and 77
aQ characteristics of a test model of a compensating pump with Beiies and
wft7h independent excitation. Formulas are given for the maximum values of'the
pressure Pim and productivity Q . There Is a discussion of the voltage U in the channiA
as a fitnetion of the productivity 12. A method Is proposed for dividing the boundary
current I Into the so-called intrapolar current I and extrapolar current I . For the
V
purpose Of comparing the derived experimental cAta with tha theory, the auPhorsemployed
the calculation method proposed by Watt (Watt, D. A., O'Connor, R. J., and Holland '33.,
Tests on an experimental d-c pump for liquid metals.Harwell, 1957; Watt, D.A. Analy;..Iis,
of experimental d-c pump performance and theory,of design, -Harwell, 1957). Tlie
results are analyzed from the point of view of agreement or lack of agreonmnt betweeh
experimental and theoretical Information. "The work was carried out under.the super-
vision of Yu. A. Birzvalk (Cand. in the Tech. Sci.)., Orig. art. has: 5 figures and
17 formulas.
ASSOCIATION: none
SUBMITTEDt 04Dec63 ,ENCL.- 01 BUD COM IE, EE
NO REF 807: 002 OTHER: 002
C,,dZ/3

ACCESSION NR: AT4042301
ENCLOSURE: 01
Fig. 1. Diagram of mercury system: 1 -
auxiliary (or compensating) pump; '4~i
necting tubes; 3 - cooler, encompassing connecting tube 2; 4 - valve; 6 -'pump,
to be iested; 6 - mercury manometers for the measurement of Pa; 7 - Venturi
tube manometers.
Card 3/3
ram
J~7 4.

r,--'7F? -77
~cv
dirGct current, condl-,~~t-ive 1-lUldt magnOtio r

SITU (W-1&!
LAI, j El I U~L

T~o

~
~1172

A.- F 5 0 1. 102-
1- ~Ijo~~-tricauy c-;on6ucu-ivc. ilica-im,; 2- cylinlricall. ductt
q
Mi
il; U I ~01-,
AM I'

Re liods; RS a
KIM6*' im -ZANDE.- r d.; PASTARE, D., tekhn. red.
(Radio physics] Radiofikacija. Riga, Latvijan ValstB
izdevnieciba, l*. 281 p. (MIRA 16:4)
(Radio)

PLAUPE; K.; MAZZURS, J~; FUTIMISY K.i ZRIDERS, J., red.; FREIMAN13, Vep
toklin. rod,
[Development of Latvian power engineering within the electric
pouer system of the U.S.S.R.] Latvijae energetikas attistiba
PSRS energosistera. Riga, Latvijar, Valets izdevnieciba$ 1961.
98 P. (Interconnocted electric systems) NIRA 15 13)
(Latvia--Power oneineering)

W-IDERS, Roberts; ZUKOVS, L~ red.3 PAEGLIS) J.., tekhn. red.
(Development of forest management in the Latvian S.S.R. during
the last 20 yea-.s]Latvijas PSR mezsalmniecibas un niezruprieci-
bas attiotiba 20 gados. Itiga, Tohniokaij informacijao centra-
lals biro 8, 1960. 33 P. (14IRA 15:8)
iLatvia-Forest management)

ILUNINISHP A.[Kalnins, A,h ZANDERSON, Ya.[Zandersons, J.)
Resin content in the skpwood of turpentined pine tress* Veatis LatT
ak no.6:143-152 161*
1. Akadamiya nauk Latviyakoy SSR, Institut lasokhozyaystva,unykh problam
i khindi drevesiny.*
(Gum and resins) I.Pine)

OKONOV)Z.Vq ZANDUSONS,J,- KAMM, A.; ZHUKOVS, L.p red.; FAEGLIS, 'JOP
tekhn. red.
[Autor-atic =achine for manufacturing staples. Increasing the extrac
tion of resin by utilizing ~he wood around injured areas of tapped
pines] Automata skavu izgatavosanai. Sveku ieguves paplasinasanai
var izmantot ari atsvekotu priezu brucu kokenes svekus by J.Zander-
sone, A.Kalnins. Riga, Teliniskao informacijas centrlai3 birojs, 1960.
11 p. (In Latvian translated from the Russian] (111311A 34:12)
(Staples and stapling machines) (Turpentining)

1~7-:,~I 'P
KAVIINtSill t... (KaInins, AJI; ZANITU(SON, '-iP.. f7andetsons, J.1
Raninification of wcr/-. r;uri-irr th- tappirv of Scco"h pirn. ly chemi!~al
ztizi-ilation iising sulfuric acid, izv..',Ft Latv.SSF, no.6ilG9-1-18 163.
17;4)
T. Institut Iesokho7,yFiyjtrOIItiykh problem i khimli drP-7esIny P..N

All-rUnion Technological Conference on tho-synthemlis new products
on, tha basis 6f rosin and turpentine. --Izv.AN Latv.&SR no.12:.
115-117 263. (MIRA 17-13)

P
;j r- 'n
'I v
A.".
-Md
,n
5~1
Ila
in
4711 "p-.,
tog'.
g Ell
'A A

(Cuba-Vocational education)

2AMN, K.
What we learn from the experience of the Siberians, Nof.-tekh.
obr. 17 no.7:4-5 JI 160. (MM 13:8)
1. Rachallnik Novosibirskogo o'blastnogo upraylentya profeasionall-
notakhnicheskogo obrazovaalya.
(Novosibirsk-Vocational education)

STOZHAROY.A.I.; ZAZfDIN, N.G.
'Wall spectrographs and other optical instruments. Ogt.-makh. prom.
2.5 no. 2:14-15 k 158. (KIRA 11:7)
- (Spectrograph)
(Optical instruments)

Lt ~%J I.. :., Petr Osipovich.
Data for -1-he czlckdatian fo Lhc strenl-th of ixoden zhips. 1-loskva, Rechi,,vlato
191t1. 270 P. W-3L-h%)
Vl-llhb - Z3

22455
S/186/6Q/002/001/005/022
A057/A129
0 0
AUTHORS: Vdovenko, V.M.j Stroganov, Ye.V.j Sokolov, A.P.; Zandin.0 V.N.-
Deceased
TITIZ: The structure of the hexahydrate of uranyl nitrate
PERIODICALt Radiokhimiya, v. 2, no.,1, 1960, 24,- 31
TEXrt Using the method of Fourier series the authors determined the posi-
tion of the uranium particles In the crystal of uranyl nitrate hexahydrate from
x-ray deta.and suggest a model of the crystal structure. This struature is im-
portant-for extraction of uranyl complexes, because crystal solvates efre very- X
similar to solvated ions [Ref. 1: Ye. V. Straganov, S.N. Andreyev, N.I, Kozhina,
Vest. UnJ, 10,, 2, 109 (1958)]. On the other hand atructural data are of interest
for the clanification of this impprtant group of complexes and until the begin-
ning of the present investigations the structure of uranyl Ltrate hexahydrate
was not determined. L. Pauling and R.G. Dickinson [Ref. 4: J. Am. Chem. Soc.,
46, 1615 (1924)] aswjined space-group symmetry DY, - Cmem with uranium'in position
(0),,and Y - 0.130. Making allowance for the principle developed by R. Kern et
al. Ref. 6: Bull. Soc. fr. min. et orist., 81, 4, io3 (1958)] the present au-
Card 1/10

22455
S1186160100',VoollOO51022
The structure of the hexahydrate of uranyl nitrate A057/A129
2 Cmc (Y - 0.130, z 01 with a quadruple reg-
thorn determinpd a space-group CIV
ulatAid system of positions (a) for the uranium particles. The same opace-group
was discovered already in 19,57 by K. Sasvhri rRef. 7: Acta Geologic& Acad. Sci.
Hung., 4, 3, 467 (1957)] by means of a piezoeiectric effect. In the present ex-
periments yellow-green uranyl nitrate hexahydrate,crystals were used with the
crystf~l form presented in Figure 1. The x-ray diffraction data were obtained
from Laue or Welssenburg diffraction patterns and oscillation photographs. The
structural data correspond to those obtained by Sasvhri (see Table 1). By pro-
paring the diffraction pat-terns using Fourier -series and calculating the electron
density, coordinates for all particles were determined. From the obtained values
A projection of elect~on-depsity in the planes XY and XZ was plotted (Fig. 4).
Uranium pavticles have a 7*,6W maximum (see Fig. 4), while th.4 1,500 maxima cor-
respond to the water molecules, and the 1,800 maxima (in XZ plane) are due to
oxygen of the uranyl group. Prom the difference between the Fourier series and
electron density projections (Fig. 40 the accurate distance between the uranium
particle &id oxygen (in the uranyl group) was determined as 1-90 'k 0-13.1. The
maxima -5013 (Fig. 40 and -1,000 (Fig. 4a) correspond to the oxygen of the No~
groups. The approximate coordinates are given in Table 2. The present results
indicate that the hexahydrate of uranyl nitrate represents an ion compound compos,-
Card 2/10

s/186/6o/oo2/ool/oo5A)22
The structure of the hexahydrate of uranyl nitrate A057/A129
ed of aquit-complex cations U02(H20)612+ and N(~ anions. Thus the chemical for-
mula shoul.d read [U'02(H20)6~(NO~)2' '+'he oxygen atoms of the nitrate group are in
the vertex oC an e 2.66 A). In the basis of the
)6juilateral tr1angle (side length
complex [U02(H20 ;2+.ions there is'a linear uranyl group. The distance uranium
- oxygen is here 1.90 A. T`wo possibilities for the distribution of the water
molecules are studii~d by the present aut1iors. First variant: According to the
data of Fourier series and table 2 the maxima of the electron density indicate
that-the water moleaules 2, 3, 5 and 6 (Fig- 5) lie in a plane parallel to the
equatorial plane at a' distance of 0.3 1, while the water,molecules I and 4 are in
an equal-plane on the opposite side of the equator. The d1stance between 2 - 3
and 5 - 6 is -2.82 1 and-.between 1. - 2., 3 - 4-0 4 - 5j~ and 6 - 1- it -is 1.510 A. The
second, idealized,.variantt This distribution Is represented by -the rotation of
the water molecules 2, 3, 5.and 6 around the uranyl axis, assuming an equal dis-
tanco of 2.30 A between the water molecule&. The fact.-that this distance is
smaller than theiradii of.two water molecules (- 2.66 4), can be explained by the
strong deformAion of the water molecule caused by the uranium field and forma-
tion of bonds between the molecv-les. Both proposed distribution variants are
similar to the structure of uranyl aqua-complexes presented by I.I. Lipilina and
O.Ya. Samoylov [Ref.'10: DAN SSSR,- 98, 1, 99 (1954); Ref. 12s DAN SSSR, 122, Z
Card 3/10

22455
511861601OV,V001110051022
A057/A12-9
The structure of the hexahydrate of uranyl nitrate
238 (1958)].-Equatorial distribution of partioles-around the uranyl ion was ob.,
served in other uranyl complexes by W.H. Zachariasen [Ref. 82 Acta Cristallogr.,
7, 795 (1954)]. The NOS ions form a reticulated layer parallel-'.to the XY plane,
while the rUO2(H20W2'_cations form linear chains parallel to the Z-axis. The
-axial Preations of the uranyl groups are In a plane parallel to YZ under an angb
of'Y37 to the Y axis., Each IU02(H20)61-'+ cation is surrounded by 12,Noj Ior13
and 6 cations-have oneo-anion in common. 'rha.distance between the uranium atom
and the water moleeule in-:the aqua~complex cation was determined as 2a2 A. Gal-
oulations. of.,the.spherioal volume give a value for the packing coefficient of
Kspherical - 46 '-5%... Thus it is very likely that heating of.;Vrie crystal;eauses
rotation of the NOj groilps.- and the following revolution around the axis vertical
to the-triangle (formed by this group)., Thereare 5 figute6, 2 tables and 12
references.. A Soviet-bloc andr8-non-Soviet-bloo.
SUBMITTEDI July 2, 1959
Card 11/10

GRUSZKA, Stanislaw; ZjVNDLL'JI-KOSZEU,IK, Dogimil; ZUKOWSKI, Wojciech
Data to the pathogenesis of toe Wfgren syndr=e. Pol. ty,7,. lek-.
20 no.8:283-285 22 F'65-
1. a II Klinilci Chorub lv'e-vmetr-,.nych Akademil Medycm-ej we Wrc)c:-
lawiu (kierownik: prof. dr. med. RORiel6icz).

-- - - I - - - .- -~ - ~. -. : -.~ -.- -- 1.1 to, I Tllv~ fliftusiall cormt, " 01 AIle etittl i- - 11, . - - - - - -- - - - - . -
-- - ap, - -LIUMI(I - - - - -- - ~ -- - - - ~. , --'' -'-
%,- r ... ,! i~, ii, -, tTf, I -,ni"--f .

ZANDT, V.Ye.
'-.- .
Boiling-ty-Fe reactors and possibility of their use. sbcr. 1-8
no.lla6&-72 N 164- - (MIR-k MI)

;Zkm TTT.TA_
Connection betveen the teaching of botany and zoology and agricul-
ture. Ist.v shkole no.1:55-57 Ja-If 156. (KLRA 9:5)
1. Do 1955/56 uchabnogo goda by uchitelem biologit Holluitskoy
semiletney shkoly Gartsayevokogo rayom Chernovittkoy oblaati,
na uchebuo-opytnom uchastke kotoroy on razveraul intereanuyu
11chabno-opytnupa rabotu. V nastoyashcheyo! vremys pradesdatell,
mestnogo kolkhoza.
(Botany-StIA, 7 ana teaching) (Zooloa-S, '!vAy and teaching)

ZAMEA, R. RECKNAGEL, M.
Purification of the feei water for steam boilers. p. 427.
(NDUSTRIA LF-14NULUI. RUHWLk- Vol. 5, no, 9, Sept. 1956.)
SO: Monthly List of East European Accessions (EFAL) LG. Vol. 6, no. 7. July 1957. Uncl.

ZANEA, H.
Control of electric power losses by using transmissions, p0 492.
(INDU37,11A LEDINULUX. ROANIA. Vol. 5. no. 11. ilov. 1956.)
SO: Monthly List of East European Accessions (F.&AL) LC, Vol. 6. no. 7, July 1957. Uncl.

V, f)-
VZOJOV, I.Y&.; ZANECHNIMO, V.A.
Removal of volatile reducting substances during barley malti
Trudy YNInT no.4:106-107-"54. (KM 10010
(Barley) (Reduction, Chemical) (Brewing)

U TSZYAN [Wu Chiang]; BATALOV, X.Ya. (translator]; VOINVODIN, S.A.
(tranalator]; ZAMIN, B.H. (translator]; UAM, T.A., red.;
nrzKUMK=V# R.A., red .. ; RYEKINA, V.P.o takhn.red.
(Problems of transforming capitalist industry and commerce in the
Chinese People's Republic] Voprosy preobrazoveniia kapitalisti-
chaskoi promyshlonnosti i torgovli v M. Obahchaia red. I predial.
V.A.2hAmina. Moskva, Izd-vo inostr.lit-ry. 1960. 574 p. Translated
from the Chinese. (MIRA 13:7)
(China--Industries) (China--Conmeroe)

3'0(5)
AUTHOR: Zanegin, B. N. SOV/30-56-12-36/46
V
TITLE:
9 Years of the Chinese National Republic (9 let Kitayskoy
Narodnoy Respubliki) The Jubilee Session at the In-
stitute of Sinoloo-7 (Yubileynoye zasedaniye v Institute
kitayevedeniya)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, Nr 12)
pp 69 - 92 (USSR)
ABSTRACT: A conference of the scientific council of the Institute
of Sinoloi;y of.the AS USSR took place on September 29,.
at which the representatives of the embassy of t)ie
Chinese National Republic (MR) to Moscov Chang Yin-vu and
Kung T I ing vere preser~t. Benides the members of
the Institute of Sinology the fnllowirm Dersons took
park in it: Scientinto of theInstitutvo3toatnykhyazykrff Moskovskogo
universiteta (InntiOite of DrIental Lanirzagt-s of the
Moscow University), the Institut filosofii Akademil nauk
SSSR (Philosophical Institute AS USSR), professors
of the ]Mloskovskiy institut nezhdunarodnykh otnosheniy
Card 1/3 (Moscovi Institute of International Relations), men who

9 Years of the Chinese National Republic. The Jubilee SOV/30-53-12-36/46
Session at the Institute of Sinolob-y
Chinese National Republic reported on the success of
the Chinese people in the economic field. At the etdp
the director of the Institute of Sinology A.S.Pere-
vertaylo described the scientific activition of the
Institute, which are carried out in close contact
with the scientists of the Chinese National Republic.
At present, the Chinese scientists Hatt Ti-Hsih, and Ha
Hou-hsidan are working at the Institute. The arrival
of the i-Irof essors 14u U-nions 'Hou"Wai-lu., ihd IU- tj~juwej,
He Chlw-hua:r-is axp(rcUd.
'Card 3/3

DMITRIYEVSKIY, K.I., master-vzryvnik-. BYCHKOV, F.; NIKITIN, L., 'Lnzn.;
VORKHLIY, M., inzh.; TYUTRIN, V., inzh.; YUDIN-A, N.F., inzh.;
ZANEGIN, G., inzh.
Editor's wlil. Bezop. truda v prom. 5 no-8;34 Ag '61,
WHA Ili: 8)
1. Shakhta No.32, Stalinskaya oblast' (for Dmitriyevskly).
2. Sherlovop.,orskiy gornoobogatitellnyy kombinat, Chitinskaya oblast'
(for Nikitin-l-Vorkhlik, Tyutrin). 3. Otdel tekhniki bezopasnosti
Nizhne-Tapil'skopo motillurpicbeskoVo kombinata imeni V.I. Lenina
(for Yudina). 4. Tekliniche.-kiy otdel tresta Dororobuzh&hakhtostroy
(for Zanegln).
(Mining onginenring-Safety measures)

ZANEGIN, G.I., generalmayor inzhenerao-tekhnicheskoy aluzhby
Independent work of students. Vost. protiv(riozd. obor. no.11:
61,67 N 10"I. (MIRA 16slO)
(Military education)

-TERSKM# V-I.j CHERNUKHA# Ti.0.1 KOKOVIN# I.L.; KUZIMINAp R.M.j PRUDNIKOVA,
M.N:; SOPIHAI A.M.; ZANEGITa, P.T.
Regional epidemiology of leptoopirosoo in Smolensk Province. Zhur.
mikrobiol. opid. i immun. 31 fto.7t123-127 T1 1600 (MIIIA"1329)
1. Iz Instituta epidemiologii i mikrobiolo.gii im. Gazialel AM11 SSSR
i Smolenskoy oblastnoy sanitarno-epidemiologicheskoy stantaii.
(SMOLENSK PROVINCE-LEPTOSPIROSIS)

ZAIMMORTS, N.A.; XOGMI, V.0.
Thermal and ph7sical properties and thermal effects of the
vulcanization reaction of ebonite mixtures from butddione-
styreno rubbers. Kauch. i rez. 18 no.2:21-24 If 159~
- (XIM 32: 4)
1 Maskoveiv institut tonkoy khimicheskoy tekhnologit Iment
L;Zonoeovae
(Rubber-Thermal, properties)
(vulcanizatinn)

NEW=
KGSHELEV, F.F.; ZANF14ONETS, N.A.
Dependence of the thermal effects of the vulcanizati,.,u of natural
and sAthetic rubbers upon the propcrtioning of milfur, on temperature
and the type of accelerator used. Kauch.i rez. 20 no.7:15--18
J1 161. O-MU 14-.6)
1, Moskovskiy institut tonkoy kbiziobeskoy tekhnologli Jmeni
M.V.Lomonosova.
(Vulcanization) (Rubber-Testing)

2/10 27937 S/138/61/000/007/0()3/007
12011910 A051/A129
AUTHORSs Koshelevp F*F.;- Zanemonets, N.A.
TITLEs Relationship of the thermal effects of vulcanization of natural and
synthetic rubbers to the sulfur content, temperature and accelerator
type
PERIODICAL: Kauohuk i rezina, no. 7, 1961, 15 - 18
TMs The-present article deals with the results obtained in an investit;a-
tion o"L' the thermal effects in natural rubber, CMC-50 (SKRS-50) and CkC-30A
(SKS-30A),.depending on the sulfur content (to 100 w.p. of rubber), accelerator
and temperature. The general thermal effect of the vulcanization reaction was
computed from the formulai qsum ver, n M
wher* qaver. is the average intensity of heat formation in kcal/m3 - h; Tn -
v
time from the beginning of heating, corresponding to the calculated moment n;
'Cc time, corresponding to the beginning of vulcanization; speoifi ravity
e c g
of the mixture, ki/m3, The heat conductivity coefficients qaver, were determined
Card 1/6 Y

27937 8/138/61/000/007/003/007
Relationship of the thermal effects of.... A051/AI29
in stationary thermal conditions and the temperature-conduoting coefficients in
regul r, one&The volumetrio heat capacity was calculated from the formulai
oy (21). The results of the experimental determination of the sum of ther-
mal effects of the vulcanization with an accelerator and with 30 W-P, of aulfur
(temperature 15000 are given ass
claum, kcal/kg
Type of rubber mixture
NR 74#5
SMS-50 ................... 52.6
SKS-30A ................... 73.8
The data show that the sum of the thermal effects of the vulcanization reaction
of mixtures based on natural and butadiene-,cityrene rubbers are both about equal.
The presence of the methyl group in the rubber lowers the thermal effect of the
vulcanization. Results of the computation of the sum of the thermal effects of
vulcanization for mixtures based on natural rubber and SKS-30A with various sul-
fur Oontents are given in Table 2. The data show that with an Increase in the
sulfur ejontent in the mixture the thermal effect increases and also the intensi-
ty of the heat formation qv. The authors further investigated the effect of the
type of the accelerator on the kinetics of heat formation and the sum of the ther-
Card 2/6 4r

Relationship of the thermal effects of....
227937 S/138/61/000/007/003/00(
A051/A129
mal effects of the vulcanization reaction of the mixtures. The introduction of
an accelerator Into the mixture based on SKMS-50 increases the intensity of the
heat formation. The new method, called the method of thermographical balances,
was checked. The effect of -%rulcanization temperature on the kinetics of heat for-
mation and on the sum of thermal effects of the vulcanization reaction was also
investigated. An increase in the vulcanization temperature decreases the dura-
tion of the vulcanization and elevates the intensity of heat emission. The fol-
lowing conclusions are drawnt The mixtures based on NR and SKS-30A which were
Investigated have the same vulcanization thermal effect values. The thermal ef-
feot of vulcanization of methyl-styrene SKMS-50 rubber is much lower. Thud, the
presence of a methyl group in the benzene ring reduces the thermal effect of the
vulcanization. The thermal effect increasee with the sulfur content in the raw
mixture. The mixtures containing DFO, thiuram and MSO as accelerators, and mix-
tures without accelerators, have the same thermal effect of vulcanization. A
mixture containing BT sulfenamide is characterized by a higher value of the ther-
mal effect than the same mixture without an accelerator; captax lowers the value
of qsum. A method is recommended for vulcanization of mixtures with a low sulfur
content based on the equality of the thermal effect of the rubber vulcanization
without an aocelerator and with certain accelerators. This method is also applic-
Card 3/6
al

17937 B/138/61/000/007/003/007
Relationship of the thermal effects of.... A051/A129
able to determining the thermal effects at low temperatures of vulcanization (120
- 14ooc). The thermal effect Increases with an increase In the temperature.
There are 5 figuroa, 4 tables and 2 Soviet-bloc references.
ASSOCtATIONt Moskovskiy institut tonkoy khimicheskoy tekhnologii im. M.V. Lomo-
nosova (Moscow Institute of Fine Chemical Technology im. M.V. Lo-
monosov)
Vr
card 4/6

ZANEMONES. N.A.; FOGUI, V.0.
New method of determining the thermal effects produced bk the
vulcanization reaction of rubbers. Ixv.vya.ucheb.zav.;khim.
i khtm.tokh. 2 no.3:437-442 159. (HIRA 13:8)
1. Moskovskiy in3titUt tonkoy khimichaskoy tekhnologii imeni M.V.
Lomonosova, kafp4ra teplotekhniki.
(Aubber--Thermal properties) (vulcanization)

5W BOV/153-2-3-24/29
AUTHORS: -Zanamone_tj,,~.~,Fogell' V. 0.
TITLE: A Now Method of Determining the 7hernal Effect of Zhe Reaction,
of Rubber Vulcanization
PhRIObICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheskaya
tekhnologiya, 1959, Vol 2, Nr 3, PP 437-442 (USSR)
ABSTRACT: The new method developed by the authors is based on the determina-
tion of the heat balances from the results of thermographic
analyses (method of thermographic balances). The differential
equation for the heat conduction can be written down by taking
into account the inner sources of heat in the following form
(Ref 6): 3 t X A 2 , qv (2).
'~_T 'of 0-1
t denotes the temperature in the point observed, T the duration
of heating, 2t _ b2t + �.2t + a2t
aX2 aY2 822
the Laplace operator, qv the thermal energy of the inner heat
sources with respect to the units of volume and time, X thermal
conductivity of the material and ay its thermal capacity by
volume. From this the following equation is obtained for the
desired development of heat (intensity of the thermal effect
Card 1/4 of the reaction):

SOV/153-2-3-24/29
A New Method of Determining the Thermal Effect of the Reaction of Rubber
Vulcanization
2 at kmal (3)
qv X A t + c y 7- m q. + q
7 ak
2 M3. ime
(qx .-x A t .... amount of heat flowing thru. the thermal con-
duction during unit time from the unit volume; q at
ak 8T
amount of heat which accumulates during the unit period in the
unit volume). On the basis of the investigations carried out
by the authors the temperature distribution in thin symmetrical
heated plates of the rubber sample corresponds to the follow-
ing formula: x 2
t . t C +(t 0 + tw) (j) (5)
(te ... temperature of the center of the plate, t. ... tempera,
ture of the surface$ x .... distance of the point obsorved from
the center of the plate, 6 ... half thickness of the plate).
The amount of heat q 'h emitted due to the conduction of heat is
the following for suo a plate:
q4 W _x a2t 2X(tc-tW) 2XAt' koa1 (6). The nean
72 ~ - m --j- [m3 ti
Card 2/4 x 62 me]

SOV/153-2-3-24/29
A Her Method of Determifting the Thermal Effoot of the Reaction of Rubber
Vulca-M.zation
temperature of the plate may be computed from the following
1. ~ 2t .9 +tN at
equation: tm tdx - to (7). (At .- t -t
6 3 c w
0
temperature drop in the plate). From this the Intencit-ty of the
heat aooumulat on q.k n the plate may be computed.,
at
qajC,- oT OTM k 1 (8), and the thermal energy of the
m3 time
heat sources a~ to;ea mient concerned, which in this case is
characterized by the intensity of the thermal effect In the
vulcanization, may be determined from equation (3). The authors
tested this method in the investigation of the thermal effect
of the vulcanization reaction of aboniteG from butadiene styrene
rubbers. Satisfactory results were obtained. Th* apparatus used
for the determination of the thermal effects is'schematically
represented and exactly described. Figure 4 shows one of the
thermograms obtained. The method elaborated is suited for in-
vestigating the kinetics of the heat formation and for deter-
mining the initial data:br the computation of the therm-1 effec-'.
Card 3/4 of the vulcanization process of rubber. There are 5 firares

SOV/153-2-3-24/29
A New Methoa of Determining the Thermal Effect of the Reaction of Rubber
Vulcanization
and 6 referenceep 5 of which are Soviet.
ASSOCIATION: Mookovskiy inatitut tonkoy khimicheskoy tekhnologii imeni
It. V. Lomon-;qova
(Mosoom Inati -tute of rine Chemical Technology imeni M. V.
Lomonoaov).
Kafedra toplotekhnika (Chair of Thermal Engineering)
SUBMITTED: June 24, 1958
Card 4/4

AUTHORS: Zanemonets, N. A. and Fogel', V. 0, -3()V/l38--5q-2- /24
TITIZ The Thermo-Physical Charactoriotics and Thermal i',- -,,cts
of Vulcanization of Hard Rubber Mixturos Prepared Zvora
Butadiene-Styrene Rubbers (Teplaftzicheskiye
Icharakteristiki i toplovy-ye effektuy realctsii
vulkanizataii ebonitovykii smesey iz butadiyon-
stirollnylch kauchiikov)
PERIODICAL: Kauchuk i rezina, 1959, Nr 2, pp 21-24 (USSR)
ABSTRACT: Experiments were carried out on the thermal conductivity
of SKS hard rubber mi:ctures and the -11-hermal effects of
mixtures containing 6 to 53% weight of sulphur to 10001o'
weight rubber determined. The samples were prepared in
the Laboratoriya ebonita (Laborat-ory for Hard Ru7c)ber) of
the NIIRP and the per-,entage of free sul 'phur determined-
in the samples after vulcanization. The thermo-physical
characteristics of the samplas were defined 'before a-ad
after vulcanizgtion in the temperature limit between 20'
and 100 to 150 C in the apparatus shown in Fig 1. The
samples consisted of two foils (thickness 4 mm, width i,.,Lnd
Card 1/4 length 40 mm) with a flat electric, heater between -them,

BOV/138-59-2-'?/24
The Thermo-Physical Characteristics and Thermal Effects of
Vulcanization of Hard Rubber Mixture,,; Prepared from "---itadiene-
Styrene Rubbers
They were placed in an ultra-thermosta8 where they wti:e
kept at a constant temperature (+ 0.05 C). A formula
is given for calculating the coeYficient of heat
conductivity of the rjamplos. The compooitior. of six
tested samples is given in Table 1. The gra-ph in Fitj 2
indicates that the heat conductivity of the samples
SKS-10 and SKS-30 deci~eases with increasing temperature,
remains practically !ionstant in the case of the sample
SKS-50, and increases with increasing temperature in the
samples SKS-60 and SXS-90. Addition of the accelerator
diphenyl guanidine causes a decrease in the coefficient
of heat conductivity of the mix with increasing
temperature. After vulcanization the heat conductivity
in most samples, at 153 %Cj,was 6 to 18% higher than it
was in the raw mix at the same temperature. The
temDerature conductivity of the same samples was found
to ~e decreasing with the rise of temperature (Fig 3).
An analogous decrease of the temperature conductivity
Card 2/4 was also found when investiCating the thermo-physical

SOV/138-59-2-7/24
The Therao-Faysical Characteristics and Thermal Effects of
Vulc;anization of Hard Rubber Ilixtures, Prepared from Butuadi_e-
Styrene Rubbers
characteristics of t,"'re mi-xtures. The therinal effects
of -the vulcanizat-icn process of hard butadiene-styren,:.'
rubber mixtures aere determined by a method proposed
by the autlhoes whica is based on the tb2ory of heat
conductivity of thermograms obtained during the
vulcanization process. An equation for calculating the
total thermal effect is given. Fig 4: a thermo6ram of
an SKS-30 sample; Table 2: the thermo-physical
characteristics of the tested samples at a temperature
of 150 C,, The intensity of the thermal effect of these
samples was calculated and is shovm in the form of a
graph (Fig 5). The maximum thermal effect occurs in
these mixtures 4 to 5 hours after the commencement of
heating and was higher for those samples which had an
increased number of double bonds, T~Le thermal effect
was observed to increase sharply when adding an
accelerator to the mixture, Resultu of calculations of
Card 3/4 the thermal efferts of vulcanization are Given in Tablo

SOV/138-59-2-7/24
The Thermo-Physical Characteristics and Thermal Effects of
Vulca,aiza-ii.-ion of Hard Rubber Mixtures Prepared from Butae!
Styrene Rubbers
and Fig 6. At an equal'-.perl-el-,tage content of 'jound
sulphur the thermal effec'un of the vulcanization of hard
butadiene-styrene rubbers are much lower than for
natural rubber (about 3 times lower than data f,~iven by
J. T. Blake -- Ref 3, and 2.`Y16 lower than values, quoted
by R. S. Jessup,and A. D. Cummings - Ref 4).
There are 6 figures, 3 tables and 4 references, 2 of
which are Soviet, 2 English.
ASSOCIATION: Moskovskiy institut tonkoy kh-imicheskoy tekhnolog4j-i
im. Lomonosova. (Moscow Institute for Fine Chemical
Technology imeni Lomonosov)
Card 4/4

ZANP,:ONET-5, N. A.,. Cand. Tech. Sci. (diss) "Thermal-phy-gical
I n v e s tI,-7--ation of Thermal Effects of Vulcanization of Natural and
Synthetic Rubbers," Moscowo 1961P o3 pp. (moscow Inat. Precise
Chem. TecLh.) 150 copies (KL Supp 12-61, 26?).

V.F. p,~,-RjjCHl*,llKO, A.A. (F~-,Sbcheliko' 0.0.1~
GRK:SHE'XA, V.M. [Ilrooheva, V.M..,, kund.tekhn.nauh;
Ci.-irami grates made from bondud rofractory granule,.,~ f,~r fluidized
bed chemical reactorn. KrOm.prrim. nr,.?05-57 Ap--Te 165-
(MIRA 18:6)

AIZ,MMVO A.V.; ZAMOIMTSO VaF.
Detanaination of the efficiency:if the steeza-gas eycle of
a-ps turb;Ize system. Knerg. I elektrotekh. prm. no.1:23-25
162. (MM 15:6)
1. Kiyevskiy Dolitekhnichaskiy institut (for Aleksgov),
2. Izwtitut ispolizovaniya gaga AN USSR (for Zanemonats).
(Ga bines)

ZA CUp L.S, inga
Seopion of scientific commmication, of the Humanlan Acadaqr of
Sciencesj acoustic committee. Telecommicatil. 6 no.2t90-92
Mr-Ap 162.,

7 1,r
RGILE W LTU 16~,
D
i; e ri o 6. -i c a 1 KO 0 HE a zZ E, ;-, Lt -1, - Li Z" Tov. 195'8-
~, jj_
F. K,Wey in advance as a fon,i or si.arl-term credit. 13.
,"',=U1- Li,-t of El'ast Diropean Ixece-sions, (',BILL) LU, Vol. 8, rio. 11arch, 1950. Uncl.
I--

ZANEIT, Kiril G.
General outlook and problems of capitAl investment3c Stroitelstv~
9 no.5tl-.3 S-0 162a
."~t i
j
I
N
t
M"M-~

ZAIW., Kirill (Sofiya).
"Honey and credit sy8tem of the Bulgarian Pbopl6le Republic by
B. Imev. Reviewed by Kirill Zanev. Den. i kred. 16 no.2:91-94
7 158, (MMA 1113)
(Bulgarla-Banki and banking)
(Isaev, B. )

Capital investrieniits in the People's Rcoublic of Bul~!aria dur-Ing the -,-Cars of
peo,plels
ST-WhITIB"I'VO. (,-!iniFlup.-stvo na stroc-zhite) 'Slofi-La, Iial~_:aria, 701. no.
v~ nthl~~ List of 17,ast E'Uropean Accecricr-- LC, Vol. 3, Illo. 12,
Dccc-,mb,Fr 1959
uncl.

ZANEV, Kirill G.
Banks and credit in the Peoples Republic of Bulgaria. Den. i
kred. 21 no.7t88-90 J1 163. (KRA 16:8)
(Bulgaria-Banks and banking)

i6; Q" 6, 4
KOVAGIMT,, Nik.,, inzb, ZAIIEV, S!
An automatir) recording device for datermining the temperature
of leather boiling. Kozhi Sofia 5 n0,5:8-1.0 *61f.
1. BKI.

BILAY, V. I.; ZANEVICH, V. Ye.[Zanevych, V. 19.1; M"LWIKO, Yu. R.
Comparative study of various strains of Aisarium moniliforme
Sheld - producers of gibberellin"like stimulators of plant
growth. Mikrobiol. zhur. 23 no.3:34-38 161.
(MIRA 15:7)
1. Institut mikrobiologii Akademii nauk USSR.
(FUNGI) /(GROWTH PROMOTING SUBSTANCES)

B11AY, V.1 [13ilai, V.1.1t W&M CH. V-ya. 12nnevy0h. v.iu.].. VI'vill, J,.A.
[v: iun, ILak.I
Antibiotic properties of Penicillium L k. isolated from roots
of agricultural plants In the Ukrainn, Mikrobiol.zhur. 21
no.2:35-39 '59. (HIM 12:9)
1. Z Institutu mikrobiologii All MR.
(MICILLIM-1)

BIIAY, V.I. V.1CH, V.Yu.; VIYAN. G.A.
Development of fungi in the cotton plant rhizogphere. Kikroblol.
shur. 16 no.4:12-18 154. (MIRA 10:1)
1. 2 Institutu mikrobiologii ikademii nauk URSR.
(COTTON) (FUNGI) (RHIZOPMR MICROBIOLOGY)

LITTSY11, N.M., irzh.; ZAI-TEIISKIY, E.S., inzh.; SUKHAIIOV, Ye.Ye., ir-zh.
Contactless relay syutem for establishing the performance of excavators.
!zv.vys.uchcb.zav.;gor.zhur. 7 no.9:164-167 164. (MIRA 180"
1. Nrmz-kiy polit-okhnicheskly institut. Rekomendovana nauchr.o-l-gsle-
dovatellskiia aektorom.

UNSKIYI Vqsjjiy Alekseyovich. dots. kand.tekhn.nauk; PAVLOV, Vasiliy Ivano-
vich, dote.kand.takhn.nsuk (deceased]; PISKUKOV. P.I., prof. doktor
tekhn.nauk, retserzent; KA-Lq~,VSX-U, H.S., dots Jm nd.tekhm.ns uk,
nauchnVy red..; PQJ%OVIa, ~S., kand.tekhn.nauk, dots., nauchzyy red.
BORSHCHEVSKATA, N.M., red.izd-va; SMIRKOVA, A.P., red.izd-va;
GUSJ1VA~ S-S.p tekhn.rede
(Water supply and sewerage] Vodoonobzhenis i kanalizataiia. Iid.
2-oa, parer. Moo~~..~, Goa. izd-vo lit-ry po stroit. i arkh., 1957.
379 P. (MIRA 11:2)
(Saweragep'l (Water supply engineering)

"1 1-1 7
TURK. Vladimir 17anovich, kandidat takhnichaskikh nauk, doteent;.WSKIY
*Awil" kandidat tai:hnicheakikh nauk, doteent; KROTFOV, I;Y., IpMener,
nauchnyy redaktor; SMIRNOTA, A.P., redaktor izdatellstva; ELIKINA,B.K,,,
tekhnicheakiy redaktor.
[Pumps and pumping stations] Nasoey i nasosaye stantsti. Izd.2-oe,
perer.i dop. Moskva, GosAzd-vo lit-ry po stroitA arkhit., 1957.
181 p. (Pumpirg machinery) (Pumping stations) (MIRA 10:11)

KWUSHKOV, AndraY Makeimovicho kand.tekhn,nauk; YAKOVLHV, Sergey
Vasillyevich, doktor takhn.nauk. Prinimal uchastlye YMMOVSKIT,
N.A., inzh. ABR&OV, U.N., prof., doktor tekhn.nauk, retsenzent;
XAREM, Ta.A., datsent, kand.tek)m.nauk, reteenzent; ZAMSKIY.
M.S., dotsent, navchnyy red.; SKIRNOVA, A.P., red.izdz-v~a-i
A.M., takhn.rad.
[Water-mrpply and sewerage) Todoswbzhenie I kanalizataiia. Izd.2.,
ispr. Ho3kya, Goe.izd-vo lit-ry po stroit., arkhit. i stroit. ma-
terlalam, 1960. 534 p. (MIRA 13:12)
(Water-supply,enginearing) (sewerage)

TMK,..'f.10,_dotsent, kandidat tokhnicheakikh namk; ZAMSKIY H.S.t-
!4:
dotsent, retsencent; IOMMKOV, A*M., kandldarregi~;ff--ch'W'Vii4~
nauk, redaktor.
[Phmps and pwVing stations) Nasosy i naeosuys stantaii. Moskva,
Gos. izd-vo lit-ry po etroitelletvu i arkhltokture, 1953. 384 P.
(Funing wAchlrAry) (Aimping stations) (=A 7:7)

TURK, V.1.2 kande tekhn, naukp dots.; PaGER, Ye.A.p dots.v retsenzent;
VERKHODMIOVj, M.Kh., inzh., retsenzent; ~WNSUY-1-14.5.7-dots.,,
nauchrVy red.; S4IRITOVA,, A.P.,, red. izd-va; BOROVIIEVp
tekhn, red.
(Pumps and pumping stations] Nasosy i nasosriye stantsii. lzd*2,.,
perer. MoBkvaj Gos, izd-vo lit-ry po stroit., arkhit.., i stroit,
materialam2 1961* 332 pe (MIRA 15:2)
1. Kafedra vodosnabzheniya i kanalizatsii Leningradskogo inzhonerno-
stroitallnogo instituta (for Preger).
(Pumping machinery)

SAI-IGRI,, Andrey Nikolayevich... prof.; SIROTKIN, V.P.,, doktor tekhn.
naukj prof., retoianzent;-ZAI,'r-,NsKffs-L4.1,4 kand. tekhn. nauk,
dots., naucbz~7 rod.; NIKOLAYEEVA, T.D., red. izd-va; GZVIINA~
T.D.,, tekhn. red.
(Water supply$ sewerage and improvement of nardtax7 conditions
in populated places]Vodoonab-zhenie., kanaltzatslia i sanitar-
nhia ochistka nagolenrqkh most. Moskva, Vysshaia shkola~ 1962.
258 p. (MIRA 15:11)
(Sanitary engineering)

N F VS
KONTUSIEKOY, Andrey Makelmovich; YAKOVLZV, Sergey Vasillyevich; ABaHOV,
N.M. doktor tekhnicheskikh nauk, professor, retsenzent; KARIU,IN.
Ya.A', kandidat tak~-inichaskikh na-A, doteent, retsenzent
.L4~- dotsent, redattor: RUMTOVA. A.P., red&.tor; HENINT,
V6khnicheskly redaktor.
(Water supply and semer systemalYodomnabzhanie I kaualizataiia.
Moskva, Oos.izd-vo lit-ry po stroltal'stm I arkbitakture, 1955.
526 P. (Wnter-supply engineering) (Sewerags) (KLRt 8:12)