SCIENTIFIC ABSTRACT ZABOLOTSKAYA, T.N. - ZABORDSKIY, P.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963320011-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

0 1
1 ACC NRi AP70 0 45 4
435/D4 2
AUVHOR; Zabolotskaya'.Ye.' A.; Soluyan_ S. I.; Xhokhlovo H. V.
Chair of Oscillations Physics, Mscov State University (Kafedra fi.ziki kole'oaniy
Moskovskogo-go-sudarstleanogo universiteta)
TITIZ: A combined cadmium sulfide ultrasound amplifier
SOURCE: Aku.sticheskiy zhurnal, v. 12, no. 4, 1966, 435-442
7OP1C.TA(ZV ultrasound, ultrasound anplification, ultrasound paranctri-a amplifica-
tion, cadndum sulfide ultrasound amplifiert-M ultrasomid amplifier, piezoelectric
-ultr-asound amplifier
ABSTRACT; An ultrasound amplifier utilizing the nonlinearities of CdS crystals is
described and the mechanism of amplification analyzed. The nonlinearit7 stemming
from the interaction of free electrons with piezoelectric fields makes it possible
to amplify the signal wave parametrically at the-expense of the pumping wave, while
application of a constant electric field to the crystal compensates for acoustic
dArping of the oscillations, The a4m of this approach is to expand the mechanism of
--amplification to combine it with the parametric interaction between the signal aild
the pumping waves under conditions of a nonlinear Interdependence of the carrier.
flow and the electric field of the acoustic wave within the crystal. Although the
nonlinearity coefficie -nt is dependent on too -many pa=meters to be analyzed in general
terms, some numerical computations indicate the feasibility of a, parejuntric amplifica-4
LCard 1/2 uDc. 534-16-.621.375

ACC NR, A?7ooo.L45
tion, The -high-. degree or nonlinearity of US, the possibility of maintaining the
acoustic vav es by application of a constant field and the lov ab~sorytion of Ue-
~naterial,--all contribute to-the conditions under which the amplificatUin takes place
sufficiently far below the self-excitation point-, the re-by, -ensuring a lover noise
--level than ~ that of existing types (if acoustic amplifiers. Orig. art. 'has: 2 figares,
1 table, and 31 formulae.-.
SUB CODE; 20/. SUBM DATE t120eb65/ -oRiG- REF., 003/-OTH -REP: 007/ ATD PRE133: 5108
I:Card 2/2

NuMMALIJAM
L 30392-66 EWT(Q
ACC NR, AP60k6~6 SOURCE CODE: UR/00Z/6616 V&i88;1&k'
AUTHOR: Zabolots]En, Ye. A.; Solu&m. S.
ORG:-- --Department- -of-~es -of- -vibrational-moscaw-ftate- UniversLU-jiAtled a_f1z1kJ.__
pr'
kolebanly M.0skovskogo gosudarstvennogo universiteta..
~TITLE: Parametric amplifier for ultrasound Ve"
SOURCE: Akusticheskiy zhurnals V. 12j nos 2j 1060 M-191
TOPIC - TAGS ultrasonic -- amplificatiodo parametric - amplifier, Cauchy problem
4'47K4 so0ova
-:-ABSTRACT,.-- -In view of - recent- interest -in the -problem-of ultrasound -amplificationp -the
authors propose a parametric ultrasound amplifier, in-which use In made of inteM:c!tilo
of two intersecting waves propagating in an isotropic solid. The walre: of the ai
is directed it an az&'.e to the pvnp wave, thus causing spatial separation of thi! com-
bination waves. At a certain angle between the directions of the signal and pump
wave propagations the condition for effective interaction is satiaf~ed, for one of the
combination waves. The theory of this amplifier is presented and an estimate of the
gain is given. The problem reduces to a Cauchy problem, so that the solution do-
tained is unique. The nonlinearity of the medium gives rise to pump tarmonics, so
that at a certain distance from the input to the system the pump wave will have a
sawtooth form. It is shown that if the condition of effective interaction of Vifte
waves is satisfied for the fundamental harmonic cowponentsp, it is not-satisfied for
the higher combination componentse It Is concluded on the basis of the results tbat
Caid 1/2 UDC: 534.222

ZAMWISKAXAs YE. V.
I&$ Ye. T. and Msdvedav, S. S.
Khoodkc)vskiy,, P. MO I Zabolatalm
"The polymerization of virql cyanide and methyl metacrylate
in soap solutions emulsionny" In the symposium:
Investigations in the field of complex-molecular compounds)
Mscow-Leningrad, 1949, p. 45-55, - Bibliop. 6 items
SO: U-5241, 17 December 1953, (Letopis 'Zhurnal In.-vkh Statey., No. 26, 1949)

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tA aq Iti, ill, Na at 1411't'4. Imm
Ek" to "N' %'ti" cum-w ut VI 130 Lth-mr.1~d V-~~Iuu
vm TU,, L-Mf~! rw6 frwd:rn,4 ol ti. nn,,. ni, th,
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Chernical gauufaotujrtng-Frocessal~
-WInvestigation of the i4echanism of -gumlelon. Polymerization.*
Cand 0heri Set, Order of Labor Red Banner Sci Res Physicochemica.1 Inat Im9ni
Ya. Karpov, 8 Mar-54. (Vachernyayu Moskva, Moscow, 1 Hur,54)
SO: SuR z13, Zo Sept 1954

7
USSR/Chemistry of High Molecular Substances. F
Abs Jour: Ref Zhur - Khimiyal No. 89 19579 27060.
Author Laya -9 I.G.;
-Zabolotsl __Ye.V.i Sobolova
_
_
_
_
N.V':_
Makla
Medvedev, S.S.
tsov&,
Inst
Title Study of Mechanism of anu-Ision Polymerization,,
Orig Pub: Kolloid. zh., 1956, 18l No. 40 420 - 428.
Abstract: The kinetic, naphelometric and.tensiometric
study of the polymerization (P) of izoprene'
In, aqueous -solutions of -N-cetylpyridinium btoo-
mide ln:prosence Of H202 as Initiator and under
constant pressure of monomer vapors on thesailu-
tion was carried out. The speed of P and the
total surface of particles do not change within
the studied limits of the conversion degree,
but they are proportional to the initial
Card 1/2

ACCESSION NRs AP4009150 $101901641-006100116081/0085
AMOR39, Zabolotskaq&,~Ye, Vol 1hofthemirovt Vq A, 1: G=tmsyeherp A. Rol lled~edfff'
TITLEs st ignitio of-polyierization-mochani oa JA- Ix oprene--with styrene Catalyzea
by c~ TiCl AI(C2H 5 )3
SOURCE: Vy*sokomoleku1yarnY*ye` goyedineniya, v. 6#-no. lo 1964v 81415
TOPIC TAGSt polymerization, st~Tenev catalyst# isoprenep copolymer obaln, monomer,
differential composition
ABSTRACT: The -machanisa-of the - 0(---TiCl --- Al(G R combination _cwWlyzed polymer-
ization and copolymerization of-isoprene 3and s;;Qe3hi; been investigated. It to
assumed that in the pr1mary initiation, the reaction
Clio
11.0 Clisr-10111 H 'H
~V' Lei< - _-'NA1. %Cl K_,.__?A_
has ho affect on the polymerirAtion rate, and the poljnsr xolecule dimensLou is
limited by.the reaction bro-ek-off of molecular Wains. The polymerixation rates for
Card 1/3

ACCESSION NR: AP4009150
styrene and isoprene then-yield respectively V -The rate constant
A. kA-A-*A-
of-isoprene-molocule transition-is determined, fram-,the- ciisaytio complex to the-.
copolymer chain as 4-15 x 10 -2 min -1 . From differential rate-equatiozus describing
the entry of each monmer (styrome A, isoprene B) into a copolymerg equations of
differential composition of the polqmer for each monomer are deriveA
kA_~-kA (A)
2- dA_~ JAI #A-B4n [D + --from which- copolymerization- constants FA- and r. are
i-al kll.nka JAI
determined-"*_b`eing*0.1 and 6.0y-,respectively, It has been shown t~UA inhibition of
styrene polymerization- by small isoprene -additions is-due-to a decresme in styrene
molecule addition rate to the and of the polymer oha4n.when this unit Is an
isoprene rather than a styrene residue. Orig. art. has's 16 formul", I figure, and
1 table.
ASSOCIATIONS Fiziko-khimicheoUi-inatitut-im.-L. Ya. _Xapova. (Pbysi(MoheMc&1
institute)
C
c
rd 2/3
--- --------

ZABOIA)TSKAYA, Ye.V.; KHODZHEMIROV, V.A-0; GANTMAM, A.R.; NMVF.DL?V', S.S.
Separate polymerization and copol
4mrIzation of Isoprene in
the pre3ence of d--TiCl 3 - A1(02H5)3- Vysokom seed. 6
no.1:76-90 J&164.
Mechanism underlying the polymerization of Isoprene vith
dtyrana entnlyzed by et, 4013 - A1(02H5)3* lbid.181-85
1. Fiziko-khimichaskly institut imeni Karpova.

-=~ZA~b
ACCESSIM M AP4009149 -7 - ----------- S/0290/6Qb-)6/bol/bo-%/co8o -
..,AVTHORSs Zabolotskdyaj Ye, VO; VU0 Aoml rov 0Vo A.; Oentmkharp A, P., 11Odva0GV#
S. S.
TITM Polymerization and coVoly=r1z-t1on of isoprene in the pretsence, of al,
pha
Ti G13 AI(Ce5) 3
SOTIRCEs Vy*sokoikdikul~m -sayedl men! yn j --v4-6,--no, 1, -196At__76--80_
WFIG TAGSt polymerization corolymerizrtlon., isoprene# styrenet catalyst, alpha
titanium trichloride, trietW nlumlnuri, polymrization rate, copol:rinerlzattlon.rntev
activation en6rg7,.
ABSTRACTi The polymor-iz-iiti-6n-6f-lodprene--md-its-copolymn-rization-irlth-styrene were
conducted In benzene, in tho presence of alpha-TiCl Al(C2"5)3- The work was do-n-e-_
-75C -_ d Ahe extent -- of - polymeri zati on.. did not ex cod 10% * The p:llyzers w(tre,
a
t # an; C
~oprecipitated by mothanol end subjected to - r,-herler.1 analysis, - doUrdnation ~ of
viscosityp wlecular-wolghts and infrnred spectroscopy, When 0-97-~403 1101/11-ter
concentrations of isopren-e-' (cons, tant_arount of eatalyst) rere -testedl - 1 t- was ------
-observed th--t the moloeulsr weights. of the obtnined polyrmers were. independent of the
1/2
'Card

ACCESSM NRt 01,009149
7--isoprene, concentration,, -and- polyrarl tation-- ra-tv was - not -
as
;',-proportional to the concentration of th6monomer ---But - the- polymerl isati on -rate' of
isoprerne-proved-to be pr portional to the amoimt of TiCl as in Alno the case wit.
b
Within a temperature range of 60-95C the yield of the
polymer increased vdth
polymorizetion-was estimated as 13 + 0,5 XcalA~ole. The.copolyr-orization of
isoprone with styrene showed that Z-841-addltionof iaoprana-he4 ~R-three- llo.four-
f old 1917ering effect on the polymerizAlon rnte of styrene and on its rolecular
Weight, The corolymerave -re-greotly enriched in isoprene. The a6dition of sit-rone
to the isoprene monomer lowered Oe Polymerizotion-rate of isoprette more _rodoretel:7.
Thanks--are givenJo:N. V,rakletsov end L, P. Golovin for molectilor veigh~ dolter-
rdnations, -and,--to N. Ni-~ beoyrtov- for ekna1Y_Sid__of__66mpositIon-of thl- -,alymors,, Oelg,
art. has: P tables and 8 cliqrts.
ASSOCIATUNt F1 Ziko_khjmicheakiy Institut-ima L,IA-.-Karpove (PIVraicel-10hed~enl
Institute)
SUSIMED: owu& DATE ACQs 1OFeb64 EFCL: 00
..SUB CODEz CH NO.M7 SOVI 002 OMRt 001
2/2

ZABOLOTSKAYA KHODZIIFXROV, V.A.; GANTMMHER, A.R.; MOV90EV, S.S.,
Separate polymerization and copolymerization of lsoprer4 under tht
action-of oL-TiCI3 -Al(C H93' - Dokl. AN- SSSR-140-no.4;825428- -.0 #ed,
2
1. Fiziko-khimicheskiy Institut im. L.Ya. Karpova. (tau 14;S)
(Isop~ke) (Polymerization)

T~S'Wllrj W Ip_~ TIMMDA_~IAW W PRIVIMXMk~
2901t
5/020/61/140/004,/013/023
15 B1061BI10
AUTHORS:, g.!gboLotqka _,.J,,--Khodzhemirov,._V. A., Gantmakher, A. R.',
ya _e,
and Medvedev, S. S., Academician
TITLE: Polymerization and copolymerization of isoprene under the
action of a-TiCl 5 Al(C2H 5)3
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 140, no. 4, 1961, 625 628
TUT, Tho authors atudied the, kinetice of polymerization of isoprene alone
and tognther vilth styrono under the notion of titanium trichloride anei
triethyl alumintim, To prevent pr(joipitation of the polymur, bonzone wall
used-as solvent. -Polymeri-zation was carried out dilatometridally. The'.
components were Idosed in analogy with data in Ref. 1 (Ye. V, Zabkotskayaq
A. R. Gantmakher, S. S. Medvedev, Vysokomolek. soyed., 2, No. 8, 1213
(1960)) All--ki-netic data were ~ determired-at-75-0, -the7aeg-_-~!() of-conversior-
did not exceed 10~1- by weight. Viscosity, molecular weights,..,and
'nompositions of polymers were determined--in-dry-argon-.atmosl)tlere. ___ The
average-weight molecular weights_(Mw) were measured by the light scattering
method, the average-number molecular weights (M by the osinotic method.
n
Card 1/64

t
29032
5/o2o/61/140/004/0.13/023
polymelIzation and copolymerization... B1061BI10
-The compositions of-copolymers were determined by.IR.spee-broscopy. The
authors thank N. V. Maklatsova and A, P. Golovina,for measuring the
molecular weightep and N~ V. Desyatova for carrying out the spectrometric
measurements. When studying the polymerization of isoprene, polymerization
rate and titanium chloride concentration per unit volume were found to
bo linoarly depondont. Thin indicates that.tho numbor of active centers
to detormined Ly the concontration. of tho TiCI 3", Al(C2If 5)3complux orl
the 8urface of TiCl 3' All experiments were performed with TiCl 3 of e.
medium grain size-of 1.5-21.,-., The relation between polymerization rate
and monomer concentration, however, is not linear, polymeriiation ratc
increases more .. slowly than isoprene concentration.--PolymerJ.z4ttion
probably takes. place on the catalyst surface via complex formation of
the monomer with the titanium component of the catalystf anti aubsequent
penetration of a polarized monomer into the Al-C bond. The total
activation energy of polymerization was determined to be 13 It.cal./mole
from the temperature dependence of the polymerization rate of iso-prene at
60 - 95'C Table 1 shows the results of molec'ular weight determinations.
The - ratio 14 /11 is close to unity, which indicates that the resultant
Card 2/6

2 90i2
S/02 61/140/1)04/013/023
Polymerization and copolymerization B1 o6yBi 1 o
polyisoprene exists in the monodisperse phase. -The moleculat weight
on--the monomer --concentrations. _17hen studyi:ng.-the
copolymerization of isoprene and styrenef the composition of-copolymers
and the polymerization rate rere determined as a function cf the composi-
tion of tho-initial mixture -(Figs. 2, 3)o - It-may be seen from Fig. 2 that
the copolymers -are --considerably -enriched in isoprene -as- compared- with the
composition of the initial mixture. Fig. 3-shows that the rate of
copolymerization is much lower than the rates -of separate polymerizations
of isoprene and styrene.~ The inhibitory effect of isopreno is
particularly high if it-is added- to- styrene in small quant'-ty. The
inhibitory effect is due to the reduced reaction rate when e, polarized
---Monomer -enters -the -Al-C bond --of the. transition complex -of, the chain with
the catalyst. This decrease in rate takes place when the i3tyrene molecule
in the end group of the chain is replaced by isoprene. It vas found that
the molecular weights df polymers vary cymbately with a chan,3e in po,.yineri-
zation rate at different compositions of the initial mixture (comparison
of data from Table I with Fit,". 3). There are 3 figures, 1 I;able, and
0 referunces: 3 Soviet and 5 non-Soviet. The throo referanoea to Englich-
language publications read as follows: J. Still, Chem. Rev., 58P 541
Card

2 901~
S/020
'/6 1 /14 0/004/013/02 3
Polymerization and copolymerization B106/Blio
(19~8)1 G. Natta, J. Pasquon, Advances in Catalysis, 11, 68 1:1959); N. G.
Gaylord, Trans. N. Y. -Acad. Sci. , L2, N2 6, 3137 (1960'7.
ASSOCIATION:. Fiziko-khimicheakiy institut im. L. - Ya. Karpova (Physico-
chemical.Institute imeni L. Ya. Karpov)
SUBMITTE D: May 29p 1961
---Mole cular- -Wei g~ta -Of ~ po;ymers- -(the-- mole cu lar -i weighll; -_ of
polysty; ene is of the order of lot, (Ref. 1)).
Legend: (1)* moles/liter; (2) moles/lite r-min; (3) isoprene 'Ln the initial
mixture, mole~a; (4 molecular weight-lo- 3.

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-----s/190/60/002/0.)I),/Oog/017,--
B004/BO54
-AUTHORS: Zabolotskayaj Ye. V.f Gantmakher, A. R. , -_ Iledvildev, S. 3.
--p6l'yorization of Styren&- Under--the--Action of --Cj)mplex-
Catalysts
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol,.~2, No. 8,
pp. 1213-1220
TE'~T~. The authors attempted to determine the mechanism of pal~ymerization
of styrene by combined oatalyste of TiCl and triinobutyl- ox triethyl
aluminum. Dosing of aluminum alkyl and TM was conducted ir vacuo by
3
means of the glass vessel shown in Fig. 1. Polymerization wae performed
in the apparatus of Fig-. 2. ,Vessel 1 contained a ball-with aluminum alkyl.
The apparatus was evacuated to jo-3-mm Hg for 18 hours. In a nitrogen flow,
TiCl was then filled into the dilatometer 2, and the styrenc dissolved. in
3
benzene, was filled. into vessel 3. The content of 3 was poured into 1,the
ball: with the aluminum alkyl broken, and the whole filled into the dilato-
meter 2. The dilatometer was melted off the vacuum apparatus:a.t 250-30C)mmEL-,
Card 1/4

g~ln j%aM I I r fMP7,ejSQMV
P olyme -ri zat ioh-.-o fStyrene- Under-- t he Act ion S1 1901601002100610091017 -
of-Complex Qatalyeta BO04/BO54~
0
and polymerization was performed in a thermostat at 75 C. The:followin8
-re3ulta-were obtained: 1~ There ia a proportionality- between the polymeri-
zation rate w (moles/l min) and the TiCl 3 concentration-. for 0.0228
moles/I of Ticl,, v-10 2 o.186; for 0-1430 Moles/1 of TiCl 31
W. 102 _- o.635--` - 2-) --a is a -linear function of -styrene- cone eni rati on:,
for 0.650 moles/I of styrene, w#10 2 0.060; for 3.74 moleu/I of styrene,
2 - --alkyl-- ~doncentration (between.0.01- and.0.06
wi 10 -zx -0 -379- ~- 3) The a uminum I ~ m_ -_
Moles/1) and the ratio between TiCl 3 and aluminum alkyl do not affect the
polymerization- rate - 4) A study of thF.,-tomperature dependence.of the poLy-
rate showed: at 840C, w-102 - 0.281; at 63.500, W-102 = 0.0135.
-5) When calculati -ng wl = wi-03/[TiCl~ - [styrenq,.log wt is a linear function
of 1/1. The activation energy was found to be 11.0 kcal/mole. 15) -60-70% of
the polymer obtained had a molecular weight of 1,000,000 - 1,500,000. The
molecular weight did not derend on the monomer concentration. These data
indicate amechanism of polymerization similar to the polyraeri,tation of
11 + MO. Tho autbors thank Z. V. ZvonVori
Othylono and Propylene. + M M
n n

W7/81i-559-20-37161
-from v-Referativnyy-zhurnal-._. --Kh1m1Yasl959,---Nr 10,---P 57-0193R)
AUTHORS: Medvedev, S.S., Khomikovskiy, P.M., Sheynker, A.P., Zabolotskaya, Ye.V.,
Berezhnoy, G.D.
TITLE: The Regularities of Emulsion Polymerization
PERIODICAL: V sb'. Probl. fiz. khimii. Nr 1, Moscow,-Goskhimizdat,, 1958, pp 5-1.7
ABSTRACT: A review. There are 13 references.
Card 1/1

ALEKSAIMWY,-B.K,,-nauchnyy-notradnik;-.ALELSAMMVA, -T.N..--nau.-hnyy
sotradnik; B,MYAYSTA, K,I., naucbny7 sotradnik; WHM'Oflk, Z~A.
nauchnyy sotradnik; GaM1W1-PMSXVA. D.L. nauchM isotradaik;
GOMMMA, LA.,- na-uchnyy sotrmdn1k;*aMTAMA, A.Kot mi-mchayy
ootrudnik; IMITMMXOo Yuo$o# nauchnyy notradni1c; 1AMIMSKIY, A.A.,
nauchnyy sotrudalk; KAKAWYA, To.T., naualmyy sotradali; 'MOVIKOY
P.I., nauchnyy sotrudnik; PCMWVMT. V.V.. nauchnyy eotmdnik;
SKIRMOT, -A.Fo-, nanabnyy -sdtrudnik-. - =WAHOTMATA,- A.F.,, -riane"
sotradnik; URBAN, T.Y., usuabnyy sotrudalki PrInimalt -achastlye:
MUMMA. M., nauchnyy aotradnik; VEBER, D.G., nattabayy 80tradnik;
POTAPOVA. 0.L. nauchnyy 80trudnik- SMOU)VA,-V,A,, m,uohnyy i3otjvft1k;
FILIHONOTA, Z.I., nauchnyy sotrudnik; POPIKO, L.K , nauchn7y sotrudaik;
ZlTsal# N.Aa, redo; PHAVDIN, I.F., red.; FAMMAFH;;. A.P,, red.;
SMCMMOI L.V., tekhn~red,
Nkes-of Karelia; natural features, fisbes, and fistuiries]. Ozera
Karelii; priroda, ryby i rybnoe khoziaistvo; spravochnik. Patroza-
vodsk. Gos.izd-vo Karellakoi ASO, 1959. 618 p. (MIRA 13:8)
(Contifiued on next card)

ALIKSANDROV# B.M. (continued) Csr4 2.
li, Rudgia- (191?- R.S.F.S.Ij -Ararellskly ekonomichaskLivadmi-
nistrativriyy rayon.__ Sovet-narodnogo.khozy8yetva..,-.2.~~-cre V skoye
otdalaniye Tsesoyuznogo nauchno-issladovatel'skago instlimts ozeraogo
i rechnogo rybnogo khozysystva (for Aleksandrov-, Alekamdrova. Be-
lyayeva, Gorbunova, dordayeva-Portseve, Goideyeval Gmlyayeva, Dmitreako,
Zsbolotskiy, Kakarova. NovIkov# Pokrovskly, Sairnov, StoWanovskaysi,
Urban). 3. Karellskiy filial AN SSSR (for Balagurova. irober. Potapova.
Sokolova t - Filimonova- Popenko)

ZABOLMSKTY, A.F.
data on iutra,-arterial: Injection of --dm;gv.
Trewh,,dolo no.49353-355 ApI58 li'XIRA ns6)
1. Wedra fakulltetskoy khirurgli (sav, - prof. V.:[,, Akimov)
annitarno-diglyenicheskogo i pedintricheskogo fakull-tite, Llvovskgo
maditsi-iRkogo institutR.
(ARTYMMS)

- - ---------
ZOOWMIY- A.0.
Spontaneous rupture of the aorta without marked changes. Ilia. med.ji
Moskya 31 no.3:87 Kay 1933. (CLML 2,5:1)
lo

2ABOLOT-SKIY, A. T. Cand Had Sci -,(ding) restment.of trophic
ulcers of the lower extremitieW Ltvov� 1969* -16-pp (L'vov $I;ate Ked In.41t),
250 copies (KL, 491-59. 143)
_73-

ZABOLOTSnY IF D.; GAYWTSKITO V.Mo, redaktor; KOTA ILIKHIV. NJ'.. tekhniciteekly
[Yo-w-ma-chines and devi -coo -for, making road eurfaces by alzing materials
on the road] Novye mashiny i,prisposobleniia d1la, obrAotki pokrytli
sposobom smeshenils, na doroge. Moskva, Avtotransizdat, 1,953. 35 p.
(KGRA 7:5)
(Mixing machinery) (Road macklaery)

AT.'RWANMV, BorJs Sergeyevioh; ALEMYN. A.P.; XABOLOWIT,, IP,o%;
XORDAWT, A.YxL.-, PWDA.M.-V.I.;-R jjUKff.
P.1.; MARMOMY, A.P.; MKINOT, I.S.; BABOTS T.Y., -401or tathiii-
cheakikh nauk, -professor$ rodAktori GIVANOV, Y.G., red40:uor; KiLITO-
Ykj NV,.,__tekhatchett?xiy_ redattor.
(Handbook f or road, forlemenI.Apravochaos- micovodatvo dlis. doroahnoigo
mastera. Pod red. Y.TsBabkova. Moskva, lisuchno-tekha. ltd.--vo aTto..
tra.noportudi lit-ry, 1954. 450 p-, (Kicrofilml (PIRA 8:2)
(Roadu

ZIROWOC,AOG*'#. USOLMOXILT.Do
Kafters of higbly productive -labor V.]F.ftvlov aM Xr.Platrdtar.
Avt. dor. 18 no.3:11-13 KV-Je 055. (an 8:9)
(Zarthwork)

RVW am" I
D
Ve~j Jlll*~ -ZHOZXOX, Adollf GeorgLyevich; VITT31UH. K.L.
Ji'AUTSO A.V4. takhniche re Wwr--_
~ad __ -inde ractleas of -the innovators -m.r.pi*wAkov.
L Leading r 9 re; p
and.R.I.Ptatusevich) Peredowye ayt ogre Iderl sty; is.opyto ro'boty
N.F.Plotatkova . i lfol.gatusavl~bs. - Moskva, Xamditao-takhn.
)-p*__1 ------- -E-NLR"
(Road machinery)

M- Ift UNAR LIEN is I Ix%RmI;M7A m MLARMI tmz
ZABOLOTSKIY,, F.D., Inshener; ZPLTOX. A*G., Inshaner,
Over-all preparation of roads for sprivelue, Avtodor. 20 no.3:12-13
Ur 157. (IUJtA 10:5)
(Roads-MaIntanance and repair)

pswWomml WAI in I lumvagg wag w
aMISIMMOO G.A.0 Ing
Irow mohins for distributing aspb< concrete "a* Avt..iiar* 21
(Road mahinary)
u LIM 'T
MAUMMMUSOWD "It'llill, W

ZABOLOTSKIY F,
Technical service on high's* Avt*transpo 43 nooll::)'L N 165*
(K13A 18:12)
1. 1-tinisterstvo avtomobillnogo transporta i shosseyrrrkh
doror-, RSFSR.

ZABOLOTSKIY, F.D.J. lnzh.; NIKOLAYEV, A.A., inzh.
Machines for higlrway maintenance in vintsr. Stro-1. 4- dor. mazh.
9 no.12:6-8 D 1640 180)

ZADWSIIY ilub.
'fo- =---0f W-nit-r-A amr-'tba -opstation-swd reps r, ad
Effoeti" -of ro
maohinary* Avt, dor* 27 no~2s9-10 F 164. (Him 11,0)
_~T m-
77:

MIKHAYLOV, Aleksey Nikolayevich; ZABOLOTSKIY, F.D.,. red.
vi
[Operating machinery used in the construction of
concrete pavements; a manual for mechanics) Ekspluata-
tsfia mashin dlia ustroistva betonnykh pokr-jrtii; spra-
vocbnik mekhanika. Moskvap Tram port, 1964.
(MIRA 18:1~1

OTNIKOVA, I.I.; KHVATOVi V.V.
Alkall rocks.in the Synzas saotions Katopo gfx&JL.Z&~*Slb* no.64i
173-177 163.1
Nophelineand sodali.te-cancrinite-rocks in the Kobarsinsk aection.
Ibld.s177-143 (HIRA 17:4)

ZABOWTSnY. K.
Plan for the machaultation of slevatort-of-tbA -Office -or-Gridu - Pro------
6~4166iit f1i R48toT Provinces Kuks-elsvprom. 21 no.ltI5 J& 055,
(IMA 8t5)
1* Rostovekays, kantora Zagotserno.
(Rostov Province-Grain, elevators)

ZABOLOPSKIT,K.
Vrgent-tasks. Kuk,-elsv.prom. 21 no.4i27 Ap #55. (KM e~.-17)-
Is Rostovskaya koutora Zagotserno
(Grain-Storoce)

ZABOLOTSKIY~K.
We ewrilne the reports of dO.re-et pro.- at--meettligs -of the i"atrial -
group. Muk.-slev.prom.21 no.8;.30 Jl(Ag] 155. (MA ttl2)
1. Rostovskaya kontora Zagotzerno
(Rostov Province--Grain trade)

w0 SKI I
Ke c-hani-xe --- grain pro-cursisen-t ps-late.
N (KLEUL Sl: 4)
loRestevskaya oblastuara ko&tor& Zagotsernes
(Grain elevators)
won
-Z
Impm ws M-15-,

They reorganized forms for mking repair-esticates,
prom* 23 no.2:30 F 157. OLRA 10:5)
1. Rostovskaya oblastnaya kontors. Roaglavaerno.
(Grain trade)

ZABOUR SKIT
Sorting agichines for separating vheat fros barley. Kuk.milsv.prom.23
no.8;27 Ag,157. (MIRA 10:11)
1. Rostovskoys oblastnoye uprawlentya kh1aborooduktov.
(Wheat--Olsanlng)~ (Barley--Cleaning)

KiV-FILIMV-Gi.---kand.~4tcmomicheakikh-
----------------
.-------------*Prob3x=-concernlng-:tbo.-econorq-of-grdn--raceiving'-ents3sliriaes"--by----
AA, Borinevicho - --Reviewed by A. Dagraev md others& Hko-eleve -
v 4 28--ho-6-6:30-32 Js 162- (,HM 15.7)
Om
p
14---Mookov-okoye--oblaatnoye-upravloniyo~-kbleboproduktov-.(I'~t~r Bugmyov)*--------
2, -- - Kiyevokoys -upravladyu - khleboproduktoy.. (for -TAdikov) it - ) 4, Rootovokole
upravleniye khleboprodWctov (for Zabolotald',w). 4, - 1-fdabPrakdy
tekbnologicheakiy InstAtut p1shchavoy promyshlermouti (Cor Filippov).
(Grain -Olmtlara) (Borinevichl AOA.)

9-a~~ 1-4 1 [AWIRUVIM99 Qh
SIMAY0114 V*P s kftnds, teklif, iimikj xolllA)Vl1XlY$ Vflej V,&9(3WV.,tKlY ~llvljl.
vestigrating that doaien~ or i~cntaet to th-ollp
oC const"oting thom. I lialtdmanl(i kontaktrel seti
i rittodov e--e isocruM tilla. irwritip(It 1965, 347 p0 (Vnc-"-
noyuznyy jaaiiehno-ist3led(ivattiii#*ij.,r imitittk't tronnoppmol 0 stroll-
tollstva. Tniayj n6,55) 18:7)

gug gmuggggim
g RMW-Vls
ZAWlOTS=# 11. so- (Docent)
't5 of essor S. lrftrn~ri, Prol'o-zscor T. S. Or-uner, IDOcent K. A t;s. Dc"Cent
Ir 1) "; - . A -
n Ai D-ocant V. 1. Vzormr,
ro,!I~!:-tov (The Cc-' rill= ~__ -,c r;) e c om.~ C,.-- cn, r a
and Tor,-indat.
Tina bool: for a?), 0~' actll_,~,i~ all, food
7 and-b-nllarl~s n -now - olhaptf...r..._ IT'hicinlu'- --of
Tho boo-k Is intoor-lorl -Cor stud-anitc. of cronoi-O:ca- Zkl; -evulloillIc"Is
10
lml~~ act Boots), -;o. 1P)6, 1953, 1-1 scow, (U-6472)

V.V.;-IH3HEMS13Y., A.A.;
KOZIN, II.I.T-KO-ZLOV# V.V,; LEDOVSKI-KH, 3.1,; LOBANOVV D.I.;
MIDRETSOVAP X.A.1 RAZLU,,UV,-, LIS.; UUTFUMSHTM-i Yawl.
F.M.Chistiakov,~ obitu4r7. -Mikrobiologil* 29 no.2*3~U W-Ap 60.
(143RA6 14-.7)-
(GHISTAKOV FaQR I-AKSIMOVICHO 1690-1959)

TORTSOT, S. 0. ZAWLOT& IY, N. T. POPER ff- T-
S
K
processing-af - a-varimts- kinds
materials. Sborotru& TOMI U0,1302-93 159. (MIRA 11-:10)
.(Kethanol) (Wood-Chemistry)-

GUISAMDVv'T.#v &j9 Mor-INS-Tag-TA; IYVA* V,Te'
CoutbLUOUS distillitties,-of WoOd'--tirge- GIdrolIZ.1-10S*khimvPr9I3,p9 no*24:
6-9 156, (NMA 9:7)
J.1963ktralluyy nAuchno-Issledevatelfskir losekhtmicheekly Institut
(for Gueakov, 'Wabol*t9kIy).2.GiprolesWm (for Torent'YOVIO
(Wood tar) (Distillation apparatus)

ITMMOKII Takov S9m9novichl Prinimali uchastiyo: SHATS. S.7A*j GRIGORIN-
RYABOV,.V.V.-,.VIGLIff. S.I.; OTCHINNIKOT, Noj~; BOLOSHjNp~I*A*;
ZABOLOTSKIT, B.G., red,; KORUM, N.Y., tokhn.rod.-
(pulse machines) I~~Ilsnye ustroistva. Moskva, Isd-vo ."So-
vetakoe radio.4 1959. 727 (NIEA 1217)
(Palms techniques (Electronics))

GONOROVSKIYpI.S.; ITMOKIp U.S., doktor takhn. nauk, prof,,
retsenzent; VLASOV, V.P.p kand. tekhn. nauk, dote,,
reteenzentj LAPIS# A.,kop kand. tekhno nauk.. dots.p
retsanzentl ZABOLOTSKIYJ N.G., r6d.
(Radio circuits anA elpals] Radio tekhniche she tsept i
signaly. lod.2.1 Ispr, Moskva, SovetBkoe radio, 1964o
694 P. (UIRA 17ill)

vl;_~'W;3~~If~ �9F4
ASTAFIYEV, GOP.-; SHEBSHAYEVICH,-V.S YURROV, Yu.A.;~BSLYAKOV, A. T. prof.,
Geroy Sovetskogo Soyuza,.;,oktor gsogr. w=k,-retsenxent;
SOLOWANTYI, V.P.,, kand. tekhn. naukl, dots.,, retsenzent;
ZABOL07SKlY, N.G., red.;,BELYAYZVA.-V.V*vatskhn. red.
-C ----------
[AiAorns-radio navigation-apparatus]Udiotekhnichookle dredetva-
naviptaii letatellnykh apparatov. (By]G.P.Astaflov i dr. M'Oskva,
Sovetokoe radio., 1962. 962. (MIM 16:3)
(Radio in navigation)
(Airplanes-Electronic equipment)

ROUNBLAT.-Hoisay Aranovich; ZABOLOTSEXT, M.G.. red.; SKMT. BA.
tokba.red.
Magnitaye usiliteli, 1xd.3.vj~rGT. i
gaetic anplif is
dop. Moskva# tzd-vo "Sovetakoe radio.* Tol.l. 1960. 537 -p.
Tol.2. 1960. 435 p. (MIRA J 317)
(Magnetic amplifiers)

GONOROVSKIT, I.S.; ITSKNOKI, U.S., doktor tekbn. nauk, prof.,
retsenzent; VLA.WV,, V.Fip kand. tekhri. nuks, dota.p
retconzent; LAPIS, A.Jk.p kand. telbn. nAuk, dotss,_
retsenzetit) Z~WWTSKIY, V.G,, red.
circuits and --signal.9) -Radlotek_hnichjeskie---tBepi- i-si
fill
naly. MoAval Sovetakoe radiop 1963. 694 p. (MIRA 17:5)

;J31SOM
ItYW, Kli~all Samoylovich; ZABOLOTSKIT- VA.-, radaktor; I-Mzzr, x,v.,
tekh-nichaskiy redakt-
[A course--on transmitting SJUIPS401- rurs-rad oro"Inalhchikh-
ust ro istv. - Moskva. - I ed-vo I Sov*t A*& radio, N W. 1. CHICii --f requency,
transmitters] Radioperedatchiki vysokikh chastai. 1.957. 0?5 p.
(MIRA 1D:11)
(Radio-4ransmitters and treasniffelon)-

ArIpuar*4.2-M-9Z i
SIVIRS, Arkikdiy Petrovich-, BILMSOV. A.P., retseuxent; ZABOW7113111it
N r ad, -SWROV , B. V. ,tekhn.red.
(Radar. receivers] Radiolokatsionnya.priemikit ;sdelps dop.
I parer. Koakva. -Ind-vo "Bovetskas radios 1%1;9. -531
(Radar)

FmamMan Kul
----MDVEDEV- ---Zh.,A 7"LOTSKIY,, - N. N, SliEN!--TSZWI 1-iSYA jShin -Chierm-haial;
Hu 61-M LMO HSi-=J;L YeaG*; VAVIDOV , re R.
and studies on the n4ture of its metabolism. Biokhlmibt,25 no.69
1001-1011 H-D.160. (MIRA U: 5)
r.-Ctm1r-of--A9ron=io -and-- Biological-: Chomintryi-AgricultUal--
Academy, Howw,_,__
(NUCLEIC ACIDS) (PLANTS-METABOLISM)

_,wK, ~_f 'IL xxiwzpwgilq
mK .
ZABOLOVUlY 111-; -14 rind of -Bio (dies) ---A'Contorts --and-Exchange-
-Ribanuralelc -AcId--in Plante as -Deperident- on-l-lutritional lnlwakt,"
1,10EICOT"I li6ricult0iral Academy--l,n-Tlml;qazev)-
M, 2-60, iii)

knnd.bjoloC.nauk- UDOLOTSKIT, MeNs assistant
Simple -accelerated - "thod -for _d~terqjnjvC_ the effect _of_;ra41a-
-t ton - fron- radioactive Isotopes-on-the synthesis of lipidiand,
nuclaic acids In plants. Isv.TSKhk uo,3;183-192 '59.
(MIRA 12M)
(Lipids) (Muclaid acid;) (Plants. Iffect of radioactivity on)

NUMN. Mikhail Samoylovich;-ZABOIDTSKIT, N.G., red.; KDRUZZY, RON*,
tekhn.red..
cce
-urea -la-- radio- - transmitting equipment]-Kare -radloperedglusbohikh
Ustroistv.- [Pto2.- Ultrahtgh-frequency radio transmitters*] Rafto-
peradatchtkt sverkhvysoktkh chastot. 1958- 399 p- (MIRL 12--l)
(Radio, Shortwawe-T~axsmittere and transmiesion)

MBDMSV, A. A., kand. biol. nsuk; ZABOIXSKIY. ff#No# aspirant
-------------:---------
----Appit-ce-ti-o-n---ir--olodtropbo"stc onit mutpre4lograpir -for
the muclootide c(Mpoettion mud phosphorue-metabellso of-aii(Aelc
4cids in various org4as of the beau [with summary in Englitahl.
1xv. TSKhA no. 3:207-214 156. (HEU 11:7)
(Nuclentides)
(Phosphorus imetabeligm)

1, A0 L (j "Ll i "'A", If. V.
J-
Zabolotsklyl- V. "On the- cpmlclllati~-- of !onic recti, perp, vi-th a S'nbilize,~
n.enc.,rov, insue
current load", Sbornik trwlov rliyevsk. -n-tr; irvo-inz,
312-44.
SO: U-3261, 10 ADril 53, (Letopis 'Zhurnai Iny1di Statey, No. 12p 1949).

GLTJZ. I~S*-; ZABIOTSKITj PoT.
12attIng the decisions of the June Plenum of the Central Committee
of the--CPSU into-praoticev lone# I -ov* -prom,--14 -no#11:4-7 --N 159,
(KMA,43:2)
-- -------- -- -- 14TIraspolskly-plodolcombinat (for. Glux) # -2.8tarodubskly, ovoshche,
oushiliny7 kombinat (for Zablotakly).
(Fruit juices) (Vegetables, ]Dried)

14ASWV- L, S.; LYALIN,
V# A.; Z& ORADOVSKAYAJ, S. :1.
-,-,Using: compounds on.a base of epoxy resins in the mmufacturil of
oil petroleum- contAivers Transp i- khrin nafti - no. - 11 j 3Z-345-163. - -
(MIRA W& 5)
10 -Nauchno-inaledovatallskiy inotitut po,transportu.i khrazaniyu
nefti i nefteproduktov.

POSTNIKOV, Seroity Andreyevich; AA
layoviphl
Y-Niko
X
TUROV S.S... doktor biol. na '_p'rof-,_,`
red.
[St6riesof a Meshchera, -pathfinder] -Rasskazy-meshcherlkoga______
aledopyta. Moskvaj, Mosk. rabochii, 1964. 143 p.
(MIRA 18 o. 1)

ZA T.S. :~-hd. 1,Jllz* nauk, otv. red.[deceased);
A.I.# red,
(Hardening of lime-clay mixes and slurry waste products]
Tverdenie izvesikovo-ghnianykb amevei i ahlamovvkh ot-
khodov. NoVosiiArokp Red.-izd, otdol Sibirskogo otd-niJa I
AN SSSRs 1964. 113 P. (MURA 18:3)
1. Novosibirsk. Khimko-metallurgicheskiy institut.

bg1dipg-plant of tho con truetion-orgeolotloa da vilgto
Uzids. Stroto prOu. 36 no. ?14-10 41 059, (MIRA It,.B)
-(Automobiles--Trailers)

M.M. Mao &a
N, 3607
3/1 35/6P_/ooq/1,.o4/b 12/016
-jk3o Aoo6/Aloi
AUTHOR: &QW1Q1a4iY V M Engineer
TITLE: The ultrasonic method of investigating conditIonn of hot crack
formation In welding
PFaIODICAL: Svarochnoye proizvotistvo,.no. 4, 1962, 32-33
Information-is given on a device and method for the filming of hot
crack formation, development, and temperature of formation, during welding, The
dovice makes it possible to carry out simultaneously welding and tension of a
specimen at a given speed, an ultrasonic flaw detector assures continuous conlrol
of the weld. The process is film-recorded with a loop oscillograph type Mrlo-,'!
(MPO-2). The iltrasonic pulse oscillations propagate in the form of longitudirial
waves along the specimen, normally to the weld joint. The' intensity of the sig-
nal received by the probe Is determined from the degree of absorption and
dispersion of the oscillations, J..e. by the presence and magnitude of defeat$ I.n
the weld The electric circuit of the flaw detector-differs from ouier systemn
by tho supply of the signal from the amplifier to the IV type loop, anck not to
an electron tube. The operation of the device is d escribed, and results of
Card 1/2

S/135/62/bro/DD4/bi2/bjz
The ultrasonic method A006-IAIOI
tests are prosented. Grade 10160R~A (IOKhl6N4BA) steel specimens were welded
In argon atmosphere with non-consumable electrode, on d-c of direct polarity.
The tests yielded the.following results, The critical deformation apeed does
not romain constant and tonda to decrease as the linear eneriry of the current
-inoreases. The temperature, when hot cracks are formed during the dtiformation
of the specimen, increases at a uniform rate with higher current values. The
general deformation of the specimen depends only slightly upon the welding
condi-vions and the deformation speed, until the appearance of the crg.ctk. The
obtained values of 'temperature of hot crack appearance do not revea-l-urhether or
not the weld metal is In a solid-liquid state at the given temperatures; this
problem requires special, studies'. There are 3 figures and I table.

ACCCSSIOU NR: AP4019876 S/0135/64/000/003/0005/0008
AUTHORt ZabolotBkiy H. (EnxinseO
J'~TITLEI Evaluating the weld cold crack resistance of some struc-.
tural stools
SOURCE: Svarochnoye proizvodstvo, no. 3l 1164s 5-8
t-TOPTC TAGSs --steel weld cracking, weld cold crack# cold crack.suscap-1
tibilLty, 30KhSNVFA steel -23KhOSHMA-steal, E1659 steelp SP411 steel,,
SP43 at*el, EP257 steel$ iONGH steel. 20Kh steel, E1112 steel, cold-
crack reaLstances suseeptillblty test# testing msehLne,.MS-l machine
ABS,TRACTt The author cites the shortcomings of the HVT'IJ and IMET-4
testing devices and describes,the MS-1 design (see Fig. I in the
11 Enclosmre~ which measuras the resistance of thin and me-dium-thick
H (0.5--mlo-MM)'ateal specimens to formationof-cold cracks in weld&&,
Its operation is based on applying varying amounts of tensLon"to 'a
specimen In accordance-with a precomputed leading progra.m. Loads
caa vary from 0 to 101,000 kg, and the loading period can vary
from 80 to 800 see after which apecLmen remains under tonsion, The
pattern of stresses must be setablished.loadvance., Itimes found
113

ACCESSION NRt AP4019876
-that--stresse-odurLag the-weldin-g-operatLon and at the start of.coolin
9
change repeatedly In magnitude And type, Compression stresses
ominate down to certain temperatures. Tension stresses begin i
prep I I
to develop at 200-400C, increasing during the entire ensuing coolLng,
period* The increase In tension is not linear, being most intensive
during the initial period, The temperature at-which stable tension
stresses appear is shifted to higher values as the rLgidlt:y of the
weldment increases* Teem were run on specimens of nine steels
(30KhSNVFA, 23KhCSNMA. E1659, SP45, SP43, EP2570 2ONGH, 20Kho
E1712)o The last throo-exhLbLted-good resistance to col4i crack for-
mation, 'Th4advantago-of the devoloped to sting device U; that roal
conditiona-aramore close ly aimuleted, since tilt - @Poo itomill are t4lated
in the presence of gradually Increasing tension. -Evaluattons,baaad
-on-test-reaults were Lu goodagreement with data from indilstrLal :field'
10- -figures and- 1- tables
eva.luationse Origo--arte has:
ASSOCIATION: none
SUjMITTEUt '00 ...ATD PRESSt 3046 ENCL: 01
LSUB COM NO REP SM 004- OTHIM 003
2/3

ACCESSION NRI AP4019876 91MOSURZ: 01
Arm
p- An Al
C~ rd 3/3
rigs I., ..Them X~-l testing device

-doktor tekhri.naukl PIWO,
as pirarl,t;-- -ZOLOTAREV,-- T.L.,
rukovoditell raboty
'171 no '121-132 163.
Strict and approzimate modeling. Trudy M, .46.
1:141RA 180)
1. Mfedra gidroenergeMki Mos-Rovokogo ord5na Lonina anerip3ticheskogo
insUtuta (for Zabclot.Aiy),

5(2)
AIYTHOR3.- Edellman, 1. 1., Zabora, L. S.9 SOV/32-25-2-16/78

Khizhnyak, N. D.
---TITLE:- The Accelerated Determination of Phosphorus in Coal and Coke
Ns koren,no,ye __ optIddeleniye I osf ora -v -ugle i kokoe)
-PERIODICAL,--- ---- Zavodskiiv~a-Labd-r&t.oriyai--1959v Vol--25,-Nr-2,
---- - -- - ---- --
------
it-was-tried --- to--replace-the-time-consuming fual,on of tho 9a e
W
necessary in the method suggested by M. Ye. Neynark-and
1. Ye. Kagan (Ref-1) and introduced by the G0301 1932-54 by a
simpler method. For this purpose the method de;;cribed b:f
Zdenek (Ref 2) was examined, but the final detoxmination was
not carried out polarographically but photocolo:rimetrically
____with_aolybd_enum. blue.~ It was shown that the rets%ilts obtained
with thi's method of-a-cid-fusion-am-too--low it seems_
likely-that- all- of -the-phosphorus is -
not extracted. _This -_ mean
s
'
.
that the method is unsatisfactory. Investigations of a second
variant, namely the incineration of the sample in the presence
of air followed by-a-,digestion in powerful aciAs furnished
,
satisfactory'results (Tables 1,2)e The reproducibility is
equally good, and the variations of parallel determinations
Card 1/2 do not exceed the permissible limits. The analysis duration

The Accelerated Determin ation of Phosphorus in SOV/32-:254-16/70
goal and Coke
--Is 1.5 houkav as compared -to 4-6 hours in the case of the,
standard me -thod, Furthermorer it is no longer,neceasary to
une the "Eahka" mixture which iouat be used in the standowd
method. There are 21ablos and P rofor.enoea$ I (if which in
Soviet..
-del edovatellskiy-uglekhimi4iliankiy
ASSOCIATION: Ukrainakiy nauchwo-4 - 11istit-ut
(Ukrs1ni= 3cientific Research Institute of Coal -;Ihemiatry)

IDIL KO, I.I.; ZABORA L 3 RHIZHUYAK, N.D.
Rapid determination of phosphorus in coal and coke, Say.tak, 25 no.2:
159-160 1 59. (MIRA L.)
16 M-trainskiy nauchno-iseledovatellakly jiglakhtmicheakty Instituto
(Phosphorus-"Analysis) (coal) (Coke)

USSR/Chemical Technology - Chemical products and Their Application. FementatiM
Industry,, I-ZT
Abst Journals Referat Zhur - Kblmiyap No 19, 1956, 63539
Author: Zabordekly, A. G... Polozblshnik, As F.
rhatitution: None.
Titlet Dependence of colloido-Chemical Properties of Sveet Manh on Tempera-
ture of Cooking of the Grain
Origiml
Periodical: Tr. Voes. n.-i. in-to apirt. prom-sti, 1955, No 5., 33-43
Abstract* - --Investigated -vas. the possibility of utilizing simplest methods of
colloldo-chemical analysis f6r- d,~tormining--chwges-cr-c.,%wring- in sweet-
mash grain. To study changes in-filterability of mash, daTendlxj on
grain cooking temperature, filtration analysis was utJ_-.ized in the
form applied to the study of properties of grain and lgikery products,
:intbe-production of sugex and other industries. Amoinit of solid
phase vas determined by chemico-diastatic method from the content of-
starch remaining in the crushed material. PotentiomcwLric detexmination
..Card 1A

USSR/Cbmical Technology Chemical Produc to and Their- Application. Fementation
Tudustry, 1-27
Abst Journal: Referat Zhur - Wmiya, No 19, 1956, 63539
Abstract: of titration. acidity and pH of =wh-filtra-ta-was -done -vilt-ionometer
--ot-Yegorov -and- Gex=%hj__ Co or FAAR
14 of wort was, determined witL a
colorimater-photoanalyzer. -It was ascertained that use of simpleat
metbods of colloido-chomical analyala can provide a fairly complete
chamcteristic of the cooked grain mass ~ and maah produced -therefrom,
which makes possible a-more thorough technical and chemical control
of the process of treatment with heat and water the ravmaterials in
the production of alcohol,
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PHASE I BOOK EXPLOITATION 356
Stankostroitellny7 Yzavod imeni S. M. Kirova., Tbilisi
-Tipovoy froyekt modernizataff tokarno-vintoremogo stanks, modell
1D63, DIP-_301 (Standard Design for Modernizing Type 119;3,IDIP-301
ScreW 4M cutting 14thes) Moscow, Mashgiz, 1957. 1991j.
6,500 copies printed .
sponsoring agency: Ekeperimentallnyy nauchno..
issledovitellskiy institut stankoir.
Ed,:, labordskiy~ F. A.; -Managing- FA,L-for- general teohnioal literature---
and-caTalogs (Mashg1z): Ponomarevav K. A .J. Engineer.
PURPOSE: This book is issued to improve-lathe.design, inerease 13ro-
duetivity arid-make the operator's-work easier and sxrer.- It is
intended ior engineers and technicians designing and operating
metal-cutting machines. The drawings may be used as shop drawings
in manufaoturing the parts necessary for modernizing lathes.
Card 1/~

. . . . ...... N P EPA, "I
standard Design for Modernizins Type ID63-[DIP-30] (cont'd)
6
COVERAGE: These drawings for-modemizing the-lD63 (DIP-436ij lathe were
.--developed-by the Tbillsokiy stankostroitellnyy zavod (Tbilisi
Machine-tool Plant) - In cooperations- with ENIMS (Experijaental . ~
Scientific Resea3~ch institute for Machine Tools). Tho drawings are
accompanied by a presentation of the technical characteristics and
kinematic scheme of the lathe. Specifications are given for parts
to be manufactured as well as for purchased parts. Ito is estimated
-that the.increade in-produotivity of -the lathe will aiaount to
15-20 percent resulting from reduction of machine-and auxiliary time.
-The estimated cost of modernizing.a. 3ingle lathe under piece-
production.conditions is roughly 13..000 rubles*
TABLE OF
CONTEWS:
Preface 3
List, of drawings of the standard design for modernizing the 4
3 0 P 30) serew-cutting lathe
F.Vlana cry, notes 7
Technical characteristics of the ID-63 (DIP 30) lathe 9
List of modernized or new assemblies for the lathe 10
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