SCIENTIFIC ABSTRACT YAKUBOVICH, I. A. - YAKUBOVICH, S. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962010017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YAKUBOVICH, I.A.; ULANOVp V.I.; MACHINSKIY, AN.
.."%L-Improvement of the apparatus for continuous r-icording of the
conduati-i
of samples during them)graphic analysis.
Zav. lab. 29'~'o'*'~J-4--,41-1343 63. (PIRA 1?:l)

s/08u/63/U36/UO'1/009/O26
D?-o4/D307
AUTHORS: Kaplan, G. Ye., Machinskiy, N.V., Yakubovich
I.Aj_Uspenskaya, T.A. and Pryan16Fn_i_k-ov_aT-.V'_.
TITLE: The effect of superfine grinding on solid
phase reactions
PERIODICAL: Zhurnal prikladnoy khimii, v- 36, no. 1.
1963, 95 - 101
TEXT: A brie-. review of solid phase reactions is
first given, concluding that sintering processen occur as a result
of mass exchange in the solid and particularly :~n the liquid and
gaseous phases. Vibration and jet grinders are considered to be
most effective. To study the sintering reaction;3 of some ore con-
centrates the authors used superfine grinding to) ensure a large
reactive nrea, and further gronnd the fines together to ensure
maximum intermixing. The grain size was of the order of I p. Such
treatment allows the reactions to go almost to :ompletion at tem-
peratures considerably below the usual temperature used for such
Card 1/2

S/080/63/036/001/009/026
The effect of superfine grinding .-.D2o4/D307
processes. A few examples nre quoted including the decomposition
of ZrS'04 (a) in presence of mineralizers (at 1050 - 11000c)
and (b) after superfine grinding, with a mineralizer (98 - 99 %
decomposition at 800 - 9000C). The effect of mineralizers are
discussed and the importance of intimnto mixing "~s underlined,
quoting the decomposition of zircon In the presence of Caco~ICAF 2-
Solid phase reactions of spodumene with CaCO 3 or Cao (reac ants
ground to 1 V. and mixed in a vibration grinder) took plnce largely
at 820'C, in contrast to -9700C when the grain size was 70 it#
The products were in a freely flovinfr, form (grain size 0.2 - 1 mm),
well suitable therefore to continuous production. Detailed study
of such reactions should shed light on the complex mechanisms of
solid phpse processes. There are 2 figures.
SUBMITTED: September 22, 1961
Card 212

YAKUBDVICH,,,j.4.; pARADNYA, P.I.; PASHKIN, N-P-; VIIYANSKIYp M.P.
Method of preparing cr7stalline acrylamide. Khim. prom.
no.8:570-572 Ag 163. (MMA 16:12)

TYUPTINO YO.P.1 YAKUBOVICIIJ I.A0
Separation of sand products from suspensions end their washing
in hydrooyclones with ejector jetlinystamfi. IhIm. prom. no,2#
104-1(Y7 F t64. (MM 17 t 9)

"Kinetics of the Homogeneous and Heterogeneous oxidation of Uranium (IV)
and its Acid Leaching Processes."
report submitted for 2nd Intl conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aug-9 Sep 64.

WA
yAKjjBOyjcH, I.A.1 WVSKIlp O.B.
Countercurrent gas lift agitators in the h7drozetanurgy of nonferrous
metals. TSvet. mt. 37 no.1003-36 o 164. (MIRA 18M

YAKUBOVICH, I.A.; PASK110, N.P.; VILYANSKIYj H.P.; ABIN, S.Ye.; SLAVUTSKAYA,
I P.I.; JUJPNEW
11 1.; R-rinimall uchastiye: PARADNYA, SKAYA, M.L.; FURISMAII,
V:I.; I,::O,','OVA, L.F.; PACHKOV, A.S.; BACHURINA, Y.M.; F3CHP1, M.I.;
YUKSINA, L.A.; FOTICNAREV, Yu,F.; DYMovrcH, Y(l.I,; P1050VA, R.A.
Production and use of synthetic water-solublEi polyacrylamide
adhesives. Ferm. i spirt.prom. 30 no.8:32-34 164.
(MIRA 18:1)
1. Moskovsliy likero-vodochnyy zavod.

YAKUBOVIGH, LA.; AGRANAT, B.A.; KNIRILIfiv, O.D.; KAVSK-ly, N.H.
"
Use of ultrasonic wav,--:; In nonferrous mieta:. technoloFy. Tz-,r.
v7a. ucheb. zav.; tsvet. met. 7 no. 4:23-29 164 (MIRA 1911)
1. Mookovskiy J.ngtitut stali J.splavov, kafodra metall-orgil
rodkikh metallov.

"I'll - -
YAKUPUVICH I.A. ; ,.jArjjINSKIY, A.V.; POTAAKOV, 0. 1.
-------
Experiment in grinding ore in a courter current steam-jet mill.
I TSvet. met. 38 n0-5:12-14 My 165. 18:6)

L, W56-66 nWP (t)/EV1P(bj/ETC(d)
Add_K7-~Tk 53 3 65 SOURCE CODE: UR/0000/65/000/000/0063/0065
IHOR* Kol 1AWv H Kudryavtgey. 1. 36; Psslr6~rlj'o
AM
Yakubo~ia
OROt Untral-Boilez! and-TvUb pt-Institute Im, I$~Io Polzunov
(Ts-enfralInyy kotloturbinw Institut)-
TITLE: Application of a metbod forbigh freque I induotion beating_
of metallic beat carriers
SOURCE: Teplo- i'massoperenoso to It Konvaktivn77 teploobmen v
odnorodnoy.orede (Heat and-mass transfer# v, 1: Convective beat exchange
in an homogeneous medii:n). Minsk# Nauke i tekhnikap ~965p 63-65
TOPICTAGSi beating, liquid zmetalt beat carrier
ABSTRACT: In industrial.prootico for beating in a high-frequoncy magne-
tic fieldj, the~specific beat flux is prectically,;Lndependent of tgmpere-
ture and can reach values up to approximate17 101 kilowatts/meter . The
article describes experiments made with laboratory equipment on a heavy
metal olloy and on alight alkali metal. The in,.'Iuotor in the exporl-
ments was a solenoid with a diameter of 0,065 maters and a length of
0.450 made from a copper tube with a cross' section of 10 z 10 and a wall
Card
~Pp

L 11856-66
ACC.NRI AT6=353
thickness of 0-0015 meters* In the he"y alloy loop the coil'of the
Inductor oover;d a Dect Ion of tbo alloy loops which consisted of a tube
'witba diameter of 0,05 meters and a. wall thickness or 0o0025 motors,
inclined at an angle of approximately 300to the vertical and made of
Khl8NlOT steel, The light metal was.boated by the Inductor in a verti-
cal with a length of Oe5 meters and an outside diameter of 0#044
meters and made of Khl8NlOT steel. The voltage on the leads of the high
frequency generator could be set within the limits of 0 to 750 volts#
14883uremento were made of the power of the generctort the voltage and
current strength, temperatures of the metal and the cooling medium at
the inlet and outlet of the inductor, and the feed rates of the metal
and-tbe cooling_medium. For the neaiy alloys thv load on the generator
-."V r u n a
was-varied withln the liMits-of 25 to'~80 kilowattae Five series
were made with a total duration of 110 hours. Tbe runs were made at a
constant rate of feed of the alloy equal to approximately 20,,000 kgAourv
Deponding on the conditions, the temperature of ;he alloy varied from
473 to 7730K, For the light metal the load was 130 kilowatts, the aver-
age temperature In the heater was approxinately 11230Ks and the feed
rate of the metal was about 2jOOO khZbour. The Inductor was operated
under these conditions for 2pproximately 150.bou:rs, Results are shown''
graphically. It is concluded that the method is suitable for practical
application* Origo art. has: 2 figure3o Mkid-mej "Is
SUB CODE 20/ SUBM DATS-- 3lAuS65/ ORIG REPt 003/ OTH REFt -001
Card

STEKLOV., Vladimir Yurlyevich; YAKUBOVICH,_;.L., red. izd-va;
WOGO!-.'OVA, I.A., tek-h~i-.~~ .- --
ILeninskil p
[Lenin's electrification plan in operation*. Ian
elektrifikatsii v deistvii. Moskva, Izd-vo AN SSSRj 1963.
158 P. (MIRA 17:2)

YAMMOVICH, I.L.
-- facturing o'
utomat c f rake te0h and similar articles. Isobrr.
v SSSR 1 no.5t22 N 156. OILRA 10:3)
(Agricultural machinery)

YAXUBOVICH, I.L.
I IIN . ~-
A" ' '
r tWjdD9,AA(I aLLintainjAg One-war tractor-automobile ice
roads. Isobr. T SSSR 2 no.1:18-20 ja 157. '
.(Road machine.-7) (Roads, 108) NLRA 10:4)

TAKUBOVICH, I.L.
Hop harvestiag machine designed by, R.P. Merzhvinsimia and A.A.
Rjrbkina. Izo*. v SSSR 2 no,3212-13 Mr 157, (9LRA 100)
(Hopp) (Harvesting machinery)
(Merzhvinakaia, X.P.) (Rvbkina, A.A.)
j

YAKUBOVICH, I.L.
...,,,~~~d-dnveyers for cylindrical pieces. Iz,)br.v SSSR 2
no.10:24 0 157. (Conveying machinery) (MIRA 10:11)

YEGOROV, Grigoriy Favlovich; KOVARSKIYI Alek*andr Illich; IWANOV,
I.I.F.J. nauchryy red.; YAKUBOVICH, I.L., red.; TOKER, A.M,.s
tekhn. red. ------
I
(Design, inatallationy operation, and repair (if industrial
electric units] Ustroistvo, montazh, ekspluatutsila. i remout
promyshlenrqkh elektroustanavok. Moskva, Proj'tekhizdatp 1961.
526 P, (Eloctric engineering) ,04IRA 15:7)

. . .
ISHCHENKO, Ivan Ivanovich. Prinimal uchaijtiyo KASHIN, A.N.;
RAGNSKIY, S.A.0 nauchriyy red.1 YAKUBOVICHp I.L., red.;
TOMI, A.M.p tekhn. red,
(Masonry]Kamonriye raboty. Moskvap Proftokhizdatt 1962, 374 p.
(MIRA 15-12)
1 (Masonry)
0

YAKUBOVICII, 1.11.
Review of the textbook "Coals of the U.S.S.R." Ugoll 38 zno.rl:
63-64 N 163. (MTRA 17;9)
1. Glavnyy inzh. upravieniya KaraEandauplesbyt pri Yazaldriskur.
sovete narcdriogo khozyay3tva,

YAKUBOVICH, Jell* (g*Kolomna, Mookovsko7 oblastO
Some deficiencies in the explanation of chapter 3, "Irono of the
chemistry, textbook for the 10th grade. Xhin. v 9'*Ola 13 no.1:76-77
Ja-F 158. (MM 10:12)
(Chemistry--Textbooks) (iron)
i I

k () r)~-) V / (- P1 , I y
LIN. B.G.-,'HOZOKHINO N.G.; PBLYUSHENKO. 0.1.; CHIRNOI(ASHNNTSEV, A.I.;
YA=-QK4g9, - BORISOV, H.I., glaynyy konstnLktor, otvotetvenayy
-4JIXA..
redaktor; POHOMARICUKO, A.D., re&ktor; ZATHAR V, X.A., tekJinicbaski7
redaktor
CGAZ-69 and GAZ-69A automobiles; a description of their construction,
adjustment, and maintenance] Avtomobili oAz-69 i GAZ-69A; opisanie
konstruktaii, regulirovka i ukhod. Gor1kii, Gorticovokoe knizhnoe
izd-vo, 1956. 317 P. (HLRA 10:2)
10 Avto avod im. Kolotova (for Borisov)
11. I
.(Automobiles)

ZISLIN. S.G.; MOZMHIM, N.G.; PELTUSWMO. 0.1.; SCLOTITET, T.S.; CHONG-
"MOTSM, A.I.;,%MMOTICH, I.Te.; BMISOT, N.I., red.;
MITAW, T.T., red.; IdL&IMMU, R.G., takhn.red.
(The GAZ-69, GAZ-69A, and X-72 high-roadability automobiles;
oonstruotion and operation] Avtomobili vysokoi prokhodinoeti
GAz-69, GAz-69A i X-72;' ustroistvo i ekepluatateiia. Pod red.
N.I.Borisova. GorIkii, GorIkovskoe knizhnoe iod-vo, 1959.
363 p. OURA 13: 5)
1. Glavnyy inshaner Gorlkovokogo avtozavoda (for Borisov).
(Automobiles)

GOFDKHOVSKIYj D~Mo; GIMIN, S.G.; ZISLIN, S.G.; KUZNF-TSF-Iyp K-D-;
BoN.;
PELYUSHENK09 0.1.1 POPOV, y
PROSVIRNIN, A.D.y otv- red . HAZgV, V.V.., rtd.;
yUNISOVA, H.I., tekhn. red.
[Motor vehicles manufactured at the Gorif~y Automobile Plant]
AvtoAbili Gortkovskogo zavoda- Gortkii, Gorlicovskoe knizh-
noe izd-vop 1963. 390 P- (mIRA 16:4)
1, Glavnrf konstruktor Gorikovskogo avtozavod!L (for ProsvIrnin).
(Gorkiy--Motor vehicles)

ADESTOV, G.N.; BORISOV, V.I.; DVOITIAN111OV, N.V.; LUBK(jV, V.B.;
RUZOVKIN, V.P.; NIKHAYLOV, S.B.; TUZHILKIV) V.G.;
CEMIOMASHINTSEV, A.I.; SHIYYOV, B.N.; YAKU:30 Irjqgp
- 1--~
~ ROVBDI, A.D.,
I.Ye.; ULqAIIETSKIY,, A.M., nauchn. red j
..Ofy. ~od.; NONAKNOVA, N.F., red.; KOGAN, F.L., tekhn. red.
[Votor vehicles of the U.S.S.Re atalog; the GAZ-51,
GAZ-51A) GAZ-63 and GAZ-63A motolcks; structural changes
ane the interchangeability of parts and units] Katalog-
:3pravochnik "Ay~omobili SSSR: avtorobili GAZ-51, GAZ-51A,
GAZ-63, GAZ-63A; 1-.onstruktivrWo izmonaniia i vzaiL,.oz=enia-
emostt detalei, uzlov i agregatov. Moskva, 1963. 74 p
(HIRA 16:12i
1. Moscow. TSentralinyy institut nauchno-tekbnicheskoy in-
formatsii po avtomatizatsii i mashinostroyenlyu. 2. Glavrqy
konstruktor Gor1kovskogo avtomobillnogo zavo&a (for
Prosvirin).
(Motortrucks-Catalogs)

-A I
V.V. SHCHERBOA, X.I. UnWnCH (USSR)
"The limits of isomorphle Intermixth" depending an Irnetic ccedItlonS."
Haport,presented at the Conference on Chemistry of the Zarth's Crust,
Moscow, 14-19 YoF 63-

Ip

DROZD0VA,,T.'V'; Y,~.j,'nLivvjC11, 11%.f.; KM)TAMNOV, YO.F.
()rgr--n--c riatter from the fluorite ore7- ofthe Polrovo-Fdreyvv
deposit In the region of the Sea of Azove Geokhimiia no.6:
573-577 Je 164. (MIRA 18:7)
1. Institut geoUlmil I anal i. ticheskoy khl.mil imeni. Vernadskogo
Atj riS,"JTZ i VSeSOY1-'.-.T1yy nouchro-issledovatellskiy InrAitut minerallnogo
syr1ya, Molkira.

YAKUBOVICH, K.I. I
Formation of fluorite in carbonate rocks in the eastern region
of the Sea of Azov. Dokl. AN SSSR 154 no.5:1107-1109 F'64.
(MIRA 17:2)
1. Vsesoyuznyy nauchnb-issledovaatellskiy institut minerallnogo
syrtya. Predstavieno akademikom D.I. Shcherbakovym.

YAKUBOVICH, K-I-
......
Rare earth in the fluorite of the Pok-rovo-YAroyovskoye deposit
(eastern part of the Azov Sea region). Geokhiiaiia -to.11:1376-1378
11 165. WIM 19-1)
1. Submitted April 20, 1965.

L 2U
ACC NRi AP6019163
Atri.H011; ?j_;a0AyAj I.; YAWbZvigh, L.' 5.
ORG: Dopartmont'of Diochomistry arxi Biophysics, Bolorussimi State University im, V
Lonin, (Xafedra - bio'ldiilmii i biofiziki Bolorusskogo gosudarsY1r'onnogo_Z_ ~vorsiteta)
TITU,'.t Variation in glutamic-almdno and glutardo-asparagbio ardmopherase-in connoc-
tion with 25 ~rq_
E 9 -93
SOURCE: Nauchnyyo doklady vysahey shkolye Blologichookiyo nauki, no. 1, 3.966 0
TOPIC TAGS:. enzyme, amino acid,- rat, x ray irradiation, rMiation biologic offset
ABSTRACT; The article presointo rosults of an investigation o_f'c*hd-nG'ea in tho'
activity of alanine and aspartate transaminaoo in the Uver, kidney, spleen-
and cardiac muscle of white rats.after general exposure to x-rays in a d03G
,of 100 r. Aminotransforase activity was determined 1. 2. e.nd 24 hours after
~x-ray exposure. Two typos of changes were notede One was characterized by
a lowerinG of the rate of transaiination from I-alanine to alpha-katoglutaric;
-acid (liver, spieen)'s The other was characterized by phasod changes after I
x-rays Only in thi* spleen was there a positive correlation between the
!change in activity,of alanine and upartate aminotraneferaoe at an poriode
af ter irradiationb The authors-'thank Doctor of Biological c:ciences, Profoasor
her constant leadership in the work. Orig,, art* has: 1 figure and
a
V.. SUEM DA*TEZ s , O6May65 ORIG RE- F 1 005

GORINSKIYO V.11.; yAKUBOVICH# L.V-
for the iMProvement of a.8 pubiication
Present state and methods NTI no.5114-16 1649
of literature on irrigation and water economy* (MIRA 17110)

YAKUBOVICH,, LoVe ..
Using plastic materials in irrigation and drainage* 17:4)
Zemledelie 26 noe3:86-92 I-Ir 164. (MIRA

CHERNOyjj, sjCernochjS ). sHVARTS, V.V.[translator); M11ITSER,
R Ye.(transla~~A; GOLIDSHTFal., M.S.[translato::1; DULA,
i:7a.[translator); SINARTS; I.V. [translator]; TAKULWICE,
L.V.[translator.'I; ACMKMI, II-S-) Prof., dokto:r te
nauk, red.; GIL-DENMIG, red.izd-va; TIKHAIIOV, A.Ya.,
tekhn. red.
[Handbook on the manufacture of machir~ery in two volumes]
S;pravochnik Po machinostroeniiu v dvukh tomakh- Moskva.
Mashgiz) Vol .1. 1963. 734 p. Translated frcjr, the Czech.
(miRik 16:12)
(Mechanical engineering) (jietalwork)

GMUSKIYO V.Ulp lnzb. (HOOL-M)l Mumvials LoVes in2h. (Ilockva)
1,60INjologima Wwmtlm on bydmuUo ongLneorina "
wilomtion, Gidr,6 i mol. 17 no-11'U-e 3 965-
0mv, is 13.1)

UMNSKIlt V.I.; YAKUB0111CH, na-tchn. red.
[Install ations for th(, crrtJnu!-,i-.,a casting of 3*,j~el In
capitalist countries] Ustanoik! ~,epreryvnoi razlivki
stali v kapitalisticheskikh stramakh. Irloskva, TSentr.
irw-". infonrataii chernol metallurgii, 1963- 3z, P.
(M1:VA 17:10)

TAEMVICH, M.A.
-strength lightweight reinforced
Of bigh
s
e
Prospective u
Id anginfiering structureve
in bridges 91
concrete of V&riOul WON
(=A 91 10)
SSR 3:213-228
N G
rug.
TrW~v Inst. stroi. delm, A
(Lightweight concrete)
SOMME=.
U
20 er

m I 1 18 - .1 - ~ Z' --,ii
~F
WET..- ,"
~5mmr-t ~W.,-
'g
g
'rg
v
ma
a
le A

0 ,
q
qx

a
I I
CKUP-M! E~Mk, .00 0
HERB u U*~
-M
ME

YAKUBOVICH, M.A.
1. Bill mww"~
"Spongollts" and "spongolits" reinforced concrote; new
Georgian building materials, their Investigation and
prospective use. Trudy Inst. stroi. dels. AN Gruz. SSR
4:173-187 153. (MLRA 911O)
(Georgia--Rainforced concrete)
-GO V S~ R WIN 1 0-11 1-19 V 14
IN"
AMR;.,
m
NNU RIMUMNOTARE 2, E, ~34~PU VNi
lit i R"R lm
IV*

YAKU,BOVIGH,,.Kikha.il.Andrayevich, doktor takhnichookikh nauk, professor;
-- ~ --. 1. .,"-1
Vidir" 'S-.*r.-#'4--]~I'Idk tor; HALIZOVA, N.V., takhnicheskiy Tedaktor
[Ifighway-bridges made of lightweight reinforced concrete] AiOtodorosh-
nye mosty iz legkogo shelezabotona. Moskva, Nauchno-takhn. izd-vo
avtotransp. lit-ry, 1956. 68 p. (mWk 10:4)
(Bridges, Concrete)

YAKUBDVICH, M.A., doktor tekhnicheskikh nauk, professor.
Usiag lightweight concrete in bridge construction. Transp. stroi,
6 n9-3:10-12 Mr 056. (MLRA 9:7)
(Bridges, Concrete) (Lightweight concrete)

UIUBOVICH, N.A., doktor tokhniohaskikh nauk, professor.
Bridge* mde of lightweight reinforced concrete. Ayt.dor. 19 no.4:
13-14 Ap 156. (Bridges, Concrete) (Km 9:8)

vic-H, --- -
124-11-13376
Tr4nslation from: Referativnyy Zhurnal, Mekhanika, 1957, Nr. 11, P 152 (USSR)
AUTHOR: Yakubovich, M. A.
TITLE: Study of Light Reinforced Concrete in Bridges, Buildings, and Struct-
ures on the Basis of the Method of Limit Conditions and Works on
Endurance, Dynamics, and Impact.
(Legkiy zhelezobeton v mostakh, k'onstruktsiyakh i sooruzheniyakh na
osnove metoda predellnykh sostoyaniy i raboty na vynoslivost',
dinamiku i udar. )
PERIODICAL: Sb. tr. Tbilissk. in-ta ir,.zh. zh.-d. transp., 1956, Nr 30,pp 96-122.
ABSTRACT: Fluctuating loading tests .'e'erformed by the Author, jointly with
M. V. Kandelaki, tip to 2 x 1 0 cycles reveal that the endurance of
pumice-type concrete (compressive strength: 60 - 80 kg/cm2) is not
less than the endurance of heavy concrete ( rJ M-150). In 1952,
tests were run at Sukhumi'" the endurance of reinforced spongolithic
concrete (M-170) in a beam with a 30-meter span. At an oscillatory
amplitude corresponding to structural deflections caused by operational
loads, the beam endured Zx 106 test cycles, at 3-4 cps, without
Card 1/2 damage. Upon doubling the oscillatory amplitude, failure occurred

124-11-13376
Study of Light Reinforced Concrete in Bridges, Buildings, and Structures on the
Basis of the Method of Limit Conditions and Works on Endurance, Dynamics, and
Impact. (Continued)
after 280,000 cycles (upon tensio.jal failure of the steel bar at mid-span).
It Is established that for highway bridges of a 4-17-meter span made of
pumice, tufa, and spongolithic concretes (M-150 to 170), the dynamic
coefficient of the impingement of operational Icads averages 1.2 . Also
adduced are the results of the impact tests of cantilever structures
and, further, the values of the relative deflections of beam andarch-
type "light- concrete" bridges resulting from operational loads.
It appears that the "generalized" formulas recommended by the
Author cannot claim exactitude and universality, since they do not
comprise such factors as the creep and slump of "light" concrete,
the stress relaxation in the reinforcing armature, et al.
Bibliography: 28 references.
V,. V. Pinadzhyan
Card 2/2

'I'M "Ii
YAMOVICH, H.A.
Uging ohell rock and Itmaxtone of the Ukrainian S.S.R. in makiw,
olain and reinforced concrete to be used for hydrEulic structures.
~rudy Inst. stroi. del& AU Gruz. SSR 6:101-119 157. (141RA 11;8)
(concrete)

YAKUBOVICH, M.A., BAKHTADZE, I.D.
~vv'.~
___--yeo'Zo~ors rlyr4~lnstruct inns on making and using shall-rock and limestone
concretes in producing plain and reinforced con,-.rate construction
elements. Trudy Inst. stroi. dela AN Gruz. SSR 6:121-132 157.
(MIRA 11:8)
(concrete)

-1 1 1 . , , ,
v f-7-rj r-~- L-Ju- , , -.f - I I I -
05020V, P.S4.; YAKUBOVIGH, M.A.
I
Corref.,t adjustment of turbodrills. lieft.khos. 35 no.11:41-46
-v '57. (Turbodrills) (Kin 10: 11)

prof.; DAHILKINA. H.,
y,eyich,, doktor tekhn.nauk
TAKUBOVIC&J~kW
red.; TO
(Concrete and reinforced concrete from Ukrainian shell rock and
limiestones] Baton i thelezoboton na rakusbe-.-hnikakh i izvestnia-
kakh Ukrainy. Kiev, Goo.ixd-vo lit-ry po stroit. i arkhit. USSR,
1958. 69 p. (14IRA 11:12)
(Concrete)

TAKUBOVICH, M.A., doictor takhn.nauk, prof.
#0&4QmiW#*
VO#xa& 'Using prestressed lightweight concrete bridge alsm:2ts. Transp.
stroi. 8 no.10:9-13 0 138. (MIRA 11:11)
(Bridges, Concrete)

XAMOVIGH, Mikhail Andreyevioh. prof., doktor tekhn.nauk; YINHCHUKOV,
ate fiEbk, red.; KHITROV, P.A., takhn.red.
(Lightweight reinforced-concrete structures and brid tudy,
a 9,9181
construction. nnd principles of tho theory] Kon trukt
mosty iz legkogo mhe102obetona; iselednvenlis, stroitel!etvo#
oanovy toorii. Moskva, Yeea.lzdatellako-poligr.obledinenia N-va
putei soobahchaniia, 1960. 327 P. (MUU 14:2)
(Lightweight concrete) (Bridgon, Concrete)

YAKUBOVICIlp M*A*
Goneralized method of designing eccentricaUy compressed
reinforced concrete elements for strength when asymmetrically
reinforced by a method of calculated limiting conditions.
Wy GPI (Gruz.] no.5:3-11 161. (KTPA 15:12) -
(Precast concrete)

GURSKIYO G.V.; S11NEYEROVp Ya*Ao; YA
Carry out the decisions of the All-Union Conference of Steelmakers.
Stall 24 no*7t577-583 -J1 164, (MIRA All)

PEYSAKHOVAJ, I.A.; SUTYRINA, V.A.; SHTAMBURG, V.F.; YAJ:,U,BOV.ICH', M.A.
Bench for testing drilling pipes for fatigue-strength. Yash. i neft.
obar. no.1-7-10 165. (MIRA 18:4)
1. Vsesoyiiznyy nauchno-issledovatel'skiy institut burnvoy- takhniki.

BURCHINSKIV, G.I.; TTIODOIII. I'LL; YAKUBOVICH, M.I.
Bosinonbilic reactions. Klin.med-33 no.7:24-29 JI '55.
OX)SINDPHIL COUNT, in various diseases) (MLRA 8:12)

& L- f -(XI - - -i---YAKUWJICII d.m,3d
*I pro . . YOV) - 0~. 0
Some peculiarities in the courBe of periarteritis nodose. Vrach,
delo no,9974-77 S 160, (MIRA 1319)
(ARTERIES-DISFASES)

YAKU&JUCHP .1-1. 1.
Dissertation defended for the degree of Doctor of Juridicial Sciences
at the Institute of Government and Law (1j62-) ~qca,( S-C,-
IlCompulsory Defense in -mioviet Criminal Law."
Vestnik Akad. llauk, No. 4o 1963; PP 1119-145

YAKIJBGVICH, m.m. (Moskva)
eatment of electronic processing data characterizing
T
r
sperse sYstem[30 Koll.zhur. 27
distribution in polydi (MIRA 18:12)
no.3:465-470 My-Je 165.
1. submitted Nov. 15p 1963.
3RSO

-V!,
M,
PIN
R'
N K
,
S

,-TAKUBOVICH, H.H. (Hooky&)
Distribution of the disperse phase in a poU-disperse aerosol
system. Koll. zhur. 22 no. 6:74&751 19-D 160. (NMA 13112)
(Particle seize determination) (Aerosols)

CODE:
MARKOV S. M- POUMN, A, Mt., KOOTEM, MMOZOVA;'
"Nucleophilic Substitution at tho Tetrahedral Phoophorus Atoa,, 11, Niiml
Problems of Kinetics of* Alkaline Hydrolysis of Derivatives of Phosphorus
Acids"
Moscow, Zhurnal Obahchey Khimiip V91'36) no 6., 1W, pp 109B-1104
Abstract: The kinetics of the alkaline hydrolysio.of fluorides and nitro-
vhevyl esters of y~osi)horuslatoms was studied as a function of the pH. A- mod-
~Lfied Guggenheim method was '-proposed for calculating the ratA, constants of
Tirst-6rder reactions. Sample calculations were performed for ethoxymethyl-
!
fluorophosphonate, butoxymthylfluorophosphonate and diieopivfflfluorophos-
lphonate. The values of E, log A, A 0. and 4~; of the alkLline hydrolysis
of,these phosphorus-containing compounds and the standard deviations of these
quantities were calculated by the method of least squares, The temperature
dependence of the rate constant vas also studied for the Okmline hydrolysis
of fluorides and nitrophenyl- *store of phosphorus acidsj. it ims found to obey.,
an Arrheniua equations Orig. art. has: 4 figures, '14 tormlas and 3 tables,
(JPRS: 37oO231
ORGt none
TOPIG T~Aq4.1 hydrolysis,, nonmetallic organio derivativej orj;&nic phosphorus ccmpound
W,

YAKUDOVICH, Ir". YA.
35272. Legkiy zhelezobeton na haze pemzy, tufa i drugikh zapoln iteley.
Trudy IV vsesoyuz. Konf- tsii po beton i zhetezobeton IDnstruktslyam.
Ch. 1. M.-L., 1949, S. 127-34
SO: Loetopis' ZhurnallrWkh Statey. Vol- 34, 1949 Moskva

SOV/137- 59-3- 5858
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, 131 (USSR)
AUTHORS: Istomin, V. Ya., Yakubovich, N. S
TITLE. Semiautomatic Velding in the Manufacture of Road-building Equip-
ment (Poluavtomaticheskaya svarka v dorozhnom mashinostroyenii)
PERIODICAL: Byul. tekhn.-ekon. inform. Sovnarkhoz, Bryanskogo ekon. adm.
r-na, 1958, Nr 1, pp 24-25
ABSTRACT: Automatic and semiautomatic welding is employed at the Bryansk
road-building equipment plant in the manufacture of frames,
balancing beams, scraper blades, and othc r components of self-
propelled road graders. The adoption of t1le new manufacturing
technology improved the quality and the ap?earance of the finished
units and resulted in considerable economy.
V. V.
Card 1/1

'J".78ADINP A@ kand. med. nauk; SPASSKAYA, F. M., Pand. mad. nauk;
YAK OVIC__,R,_S..,_~and. mad. nauk
Effect of SHP fields on the specific functions in women working
with SHF ganoratorti, Akitah, i gin, no.4:69-7/4'62,
(MIRA 15 17)
1. Iz kafedry akusherstva i ginekologV. (zav, - prof* K. No
Zhmakin) I Moskovskogo ordena Lanina maditoinokogo instituta.
(kGROWAVES-MSIOLOGICAL EFFECT) (GYRCOLCOY)
(OCCUPATIONAL DISEASES)

9(2) SOVI 112-15-9-1-1729
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nz 1, p 245 (USSR)
AUTHOR; Savel'zon, M. D., Rudol'fi, G. R., and Yakjabovich, S. I.
cri'7~o
TITLE: Automating the Control of Electric Paramet ; o a i~~pment
PERIODICAL: Radiotekbn. proiz-vo, 1957, Nr 15, pp 3-33
ABSTRACT: Comparing a voltage that depends an the parameter being controlled
with a reference voltage (comparing their amplitudes and the error-signal
polarity) is the principal method of quality control. Methods for controlling
resistors, DC and AG voltages, and simple comparients directly co-nnected to
measuring circuits are described. A particular emphasis is made on the
quality control of transformers and reactors. Block diagrams are presented,
and autornatic -control deaks are described; the desks comprise switching
devices, comparison circuits, automatic devices ensuring operation sequencep
signaling systems, and power-supply sources. De;3ks for automatically
controlling wiring, cables, transformers, stabilize:d-rectifier output, and
Card I/Z

SOV/112-59-1-1729
Automating the Control of Electric Parameters of Rae.1o Equipment
frequency--response characteristics are described. Automation of controlling
operations has increased productivity 15-30 time:i. Bibliography: 6 items.
S.A.B.
Card 2/2

mw~
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If,
Russ. Feb. 20, WILL A varrikh is t,"lkl. -.m w(vd oil which after its co-
agulalkin is dried at ground to Pcwtkr 6441 fused wit'll f-in ne foisin &Cids
00
or tstris so well as with natural rroirrs. iWr sculs and ests ro,,( flu-sir Ac0q. 4,
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quantity vi paste forvmd~
941 a turr awwrnt, Ifiglwi rochsiurr gmittut drtmw% The alwobalvdity Other Nis I atul 00
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have X13 01M)FIN11,1111y .4 AIMMI Av; Wbitr h-6.1 has an od &I-w6shtlity of &4-4% at -40
a nmhtufr content M 0-3% and 1.6% at a viobtiort content of White line he. all 00
(Al almorbehifily 4 9 -71% at a m4torr cmitrat d it 1017o anit an atm*11414ky of 2%,
at 19% mAoturc crouttnt, ft h wommendrif top evoitf vs racru od v4I when sly Inml
pi$nW ts err mited 4ince this wUI inarame the cmt of (he paint Isotrod a grtater can
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fit &!.v '0-v ;Jrfps
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I SO: lAkakras"Ammyro Ind. 1W. No. 1.115-21 -Gem-rally. Irv I
"lily redwrs the od-ainmPtion c&WitY of a 1119awnt I no blik fr6cf1"I'll are it
in the prevresm. Himents of la%ic character enter into the mism, rism-lioll 'k
having a bkb degre. of acidity and thervitnt inctraw the to
00
VWW
-0 0 0 0 _o_
if it V R 0 al #I r
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f
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too
ago
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go
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ij
at's 11'ii4
At$
U It AV Out: 4r I r q I V hrA An L I a ad a 0 0 1 v 04 9 a a 3 6 0
ff cl to to 0 4 K a a of aa It 0 No a 1 84
0 0 0 0 0 * 9 4 0 0 0 0 0 0 * 0 0 0 0 0 0 a 0 q 0 0 0 0
Zoe : -go * C a 00 go 00 0 0 0 0 00 0 go 00 0
i* 0 0 0 04 0 0 00 q 0 sees 0 Is;

l." P. .4%FWTkl F-9vlr'114Rts7DIIR:~~7
*a*** so-* 10 0-
,V
;t
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00 A L kh. I it A J-k-j a 10 %F. V N V I I ?..-A 1, 1 A4, 11 CC M fl k
1 ' ' * ' "0' IG
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a an so mat Ms.
go
M. zium P. M. Ronuto"s sind
go S. Ragbdatl
W-"= Chm. (U. S. a. :it.)
00 289-11020W.-Pilims obtahKd from Ir"Wy pmpd.
tro m Oft" they had bwo bnK for 2 days icdi.
so Cate tw sitractualoms at bhlk vbcmky is mpukw to that .00
Ol low vilk=itY, this WON txptmd In the thoticity of the
fihm- TM trutut Memo an tkw propitim of the
film of freably P"pd. nitro varuldws Is Ob"ll within
a viscomity ranp of 0.6-10.5 me. Tim prvptrtka of the so
.0 j films PrvPd- from altro warmleka stated for 3 umthe do
00 not have ~sK'UY a direct mistim to the viscosity of the '00
06 nittlIcelfulm. In OMM of the cwn bowem films -00
from low-vimonky vernishes were su~v~ to i" lrmu
00 Ow h4b vist ty oum. emor" with the 0.6 me. mitro. 00
00
J!
- ro-O
t; 00
it -0 cat
-u is 41, to I
rx It *I ~Ifv
0 of O.'s 49 4 0 0 0 o 0 0 4, 0 'a 0 00 00 0
0 a o o 0-0 0 0 0 0 0 0 o 0 " * 0 0 0 0 0 0 4 41 0 * 0 0 0 a a 0

0 0 o 0 o o 0 6 0 o 0 0 0 0 9,45-4 0 94,44 4 6 41 0 0 4 0 0 0 0 0 0 0 0
a 4 1 1 a is It I) k " 11 1? 4 Ifx a J? Y1 111- 11 it It m a Is v nogo4i U41 oaf*
A A L. A..A-t a a F . 4 1 1 - I .11v a 91 A -11 1 -A -2 L I a
0,9 lwv (14~111
lj.-.*
It"WASICIP a Syndwtic row" to am actwo W $dgmss
of Atka, alkalles. "We mad pi". & w.115 mod
1. Od'd1wre. Zd f N~- 2. / .3~
A -00
44-7.-Ckaard Pe plates weft given 2 litu%h custs with
Was. of vurkm cow. synthetic traim with an Inter-
00 f mediate dryinij at room Imp. F4mvisuens of baLclitc
a vr~re dried at 70-OV mW thaw ol carbolite at HO for
2 hrs. The comotev] Fe plates were intructsed in 5, W and
so A 01 257, lf,P(),. II.So" I(Cl. IIN01%, Naoll AM "11-14011,
6 and 10% Nacl and NabSO4. 1% SO, au4 Cit. 61" Ov.
I0% CO,, at* water and 1130. The trains tested were:
00 8 i;. simi Ise, JA; in (login rvioulenwil with PbOll arml, then -00
00 estcr d wiTdglycrM). cmmume resin, lditM (PhQ) I F
?If Adf resin (AcJl + MOM alb~rtols, hatate.
of 43 WO and Mack caXtIolitt (PhOH + 61.0 + W.W naph. =00
00 -4bentsultonk adds), "d "supius ester- ("ga-pius"
re-
esterified with Slycer showed
0* shta= to the action I -HC']', AN'S04, 114PO" (:I, sea
water and 140. carpsliji. coumame resin. allirrM
00 lit; and bakelite trAmbly resist the action o( 5170 HNO~. 00
40 Al Gutpatia. coumarout resin and alLwtr4 I It L and 116 -00
0 & resist the action of N&OI1 and sq. NIIj at all to"us. -0 0
The bat resistance to SOt was shown by "torpius,ster,"
010 followed by red carbolite. while all other resin$ wt.-m
cutuiambly afttcted or decompd. (albertal mW couiostone .00
-ji miti) in M-20 days. The beat resistance to " was
41 shomi In decnamins order by "Vuplus "ter", Istkelite, 300
red carbolite &M albtrtol. Xwe of the resin%, except
albtrtol, was affected by the action of CO, and 0.. .104
Chas. litmtnc
Iwo
I Lee
,A LOTOIAIVI CILMIMATION
6 Igloo) -I- SIAL 1 0.0 111
.-W-1-T
-T- r---r
to to to OP Is Is a R It K U It It Ot KLO ft 1 14 An I I I OW 1; 3
u Ou AV
0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0
'0 * 0 0 0 q 0 0 0

:
77, to-
To 0-0-0 0 (is
J, -- ---- 0-0
a
04 1 1# If If 'X 11 M U 3d 15 V X 1" a @I 0i W a 20
--A P 0 a 1 1. r L11
A v 0
C-fat
&*off It,$ -09
be ##*cl of tkkkavas mad number of 141010 sad the
thod W Slopirl" tbfm Go thoo, Stability of pawls toward
00 110M. No. Ad. 76-9.-Th~.'ft id icl% --f
*0 Paint am 01011t resistant to corrtn~-R an Vol. Ifenoe 00
dipping is better than sprayhog with paint. Za while 100
cracks even when a layers are applied. Vnder the-e
0 cgmdidoous, lithopost is stable. Two layers a.-e triough .0
for Ficher and red kad; while lacquers and enamth ro-quire .0:
th"e. Itirrver Roo
got
:0 a '00
.00
000 '06
00, goo
*02 ago
008 goo
:;06
'og
00.1 1, go
sa-st& U
00 S-.-- - - . , _ --.- - --- - - - '~- -1. ~ - - --I-.--.---.-----,- - -- 1 1.
j_rL8 i x1a.. - - :"-, I i ~
00- t
0 U a jig so ILIf a ts it at MIO to 1 91 9 A) a
0 'A 'A I I I Do
*TOG: :0 *0 *0 '00 001,09 -*v 0 0 0 0 0 *0 6 : *0 01, : : : : : .41, : : : : : : : : : Q*

Oft.
a
ItI.-An improved lipp. for measur ri
scribed.

The eftect at the delfred of polymerization end the do-
e~ of oxidation of the *21 on-the stability of the films In
L
a atmosphere. y,,q, =uWch and K., Tcrckbov.
N,rudui I-M. Lakov i Arajok. No. I
(Film-Fornyinj Subilatices), 4MI(1935).-The expts.
'were carried out with RUglan linseed and
.JIli. 14cqufrs~wl lie oxidixta Ona polymerk4lwa.111 "Owti,
W--m-ni-e-Res7stant than linseed oils. Ltcquers prepd.
rorn mixts. of oils treated Individually are tnore'resistant
ban those treated In mists. An Ineresse In the prow-
Ion of tung oils In the mixts. Improves the stability of',
ac uers. The properties are not Improved by mixIng,i
Polzed and polymerized oils. L I
NIte -The tutig oils
e more reAstant then linseed ons to olmation anti polt-
r
P
erIzation. The oxidized oils are more rtable then t 3e
In
lymerizedoits. Bigelsprepti. from separately treated
gredlents differ Ilid from those prepti. from mixts.
ated after mixing. A higher proportion of oing oil
,~"I'lprovesllicgtiLbility'ofenamcl,q. The mixing of oxidized
d 1pollymetized olls does not yield favorable results, at-
ougb a mixt. of linseed oils Is better than that of tung oils.
Fills concluded that the method of prepti. and the degree of
pndansallon have it great Influence art the resistance of
lommels toward the effects of the atm. The expts. are
f!estribed. A. A. ]Wttltnjtk

..., -W - q
14
0*60#04*600 0 0 0
14 1 4 1 1 1 [a it it it to is 6 11 m to all 0 Ar to If 40 $1 U 61
T7
it 7
A
go ...... .00
Uum or the t sing of gourd OU PalAts
,mdui Ng%xA.-1s)Weo- -00
*0 Z, "Kilmnuirs,
00
!Jisprywd System Witic
h as the higher tile tirgyre of Thite mt. it
00 8~1~ "tht System Voltq. fidy"terit '011 awl lie-4-let. WOOdAlly higher with oxieliml thith with ixtivotecrised oils. 11W,.. Cog
#6 Collaidal Protv-2 take face which cause a further actre- agultillon 6 emtshiersigy jjowrr with plilnim ptund with 00
=1 thin of aggrep Sullonated Mile bcraltw (4 the highrr stability 0 the 1.
gatim of be moll. I Ing to the forma
tier.
m-
110"Twer, if Preliminarily 011101UM oUll are 00
jkm crnlrrq which are distoolved fly tile remaining
0 it4m 44 a Irl. Thew tjj,*Ic`l in
hining substance with the fix"', I vullonatiori, the.,, the magulAlkm pfmmiq YrrY rapittly
enit it of tinytind paints And 11trall'"I by thr #,% .1411o1) elf 'fir Oil. licitrermini,ric I,
00 are tile retain raijws '4 tile thickri
undelitivestilation. The prewni-4.)l pignicillafte-TrIelates Wilh Int"Iflicielilly 1111111 W4111-nalcel 441
he reactions beinc we, without them pit. C=CU141i(1n. 11,C S~J,Jjt he
the rrmlio,o, t , of t I" I
&1 one he 4"l hall #to rlyn.1 the
Inents. Ile presence of the "Trnt In the system Is cmrlllatkm Of the pajillt, "e-lotKulati-nishle,1=1ent
of tile causes Its the thickening 4 plibits. Aromatic of the fornisti.111 ell loolarss".1 elf the filni-formilix Pism",
ocalhuns present In it 4rum "vrom have a nottkv. find It Ides libre In 11'r Iltroorlive of Ittell P111tirms. In 71 z a
mX influence m tile thVk1retitts. The: prtsormv fit freAt
smis. cl ariesnAtk- hYdFucarbum in pip'lell" we" a tlesti" 1111111111 bask, hal"err, u,h
the well-kno" 90(yrtil as 711 *hit the r-KIKUIJ14M is a,%-tjcrajcl but little by
-.bhe lestilit" low- the ability of PA'ats to coatrulAte. 6 the formatio'n of sollipi The other cmidi km being un- P
od is t
The coagulation of paints in s"tem, cones- osidi2ed changed. the coaCutatio2 is tserclecated in he Peel,
be- ~ rm I = 0
h ;x)lymeritcd oil'. air- I" Practice it is tm*st to uw sullonated Oil as bindo-ir
much lastrt than In IlYltefful wit
notinualiffl Of Olidatino pr,x4-.ws and of the for trourA paints (with,vut A preliminary Oxidation), m a
sum tof the a 1U
hydrollY -ids which arr inA. In 0011"lltutu slillillY poirnittlied t41. di theut itifit a kormstiop hj4h
fommi ion (A I he 4%mjjuIjIjkm. The In 4runtativ hytftim-mfions. The following invehents
solvents still thus a(vellifett ( 1 06
ate is higher The higher the seem u-*il lei tier cxpts. mhk-h are dci~rihed- uUml oil,
temency, of paints to COOFUlklized 0, po;.rMerized). An rosin, litheirpone. ocher. "Yarniteh kerum-ne," turpentine
.1 the Oil$ used (m, 'Go
linseed oil to tl ick Puteg of Chits pound "and oxittized and tmlym-Tized ails. A. A. ft(whtlingk
Z =3 velowity of
00 :3, with Oxidiled Qf l"Y'"erf" luldel .,it must be treat"'
tmi. of the ;,0o
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too
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00 S. yakulLq~ls P. Romanove and S. Rothtlestwn-
skil. /oil. LAkov i Krajok.
00 41. (Filog.Formisig Subildnai), 171-4(1149. cf. C. A. see
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a. G. Zillximn. S. Yakulmvich, 11. Romenova
go f 254 A. LatijklIcy. fait.
144~r i Krawk. No. I (Irston-FormiRc Subohimm). 177 111
(twUj,-j1w lavc.tigatioct shovmt that film% froat nitco-
00 4VIIAW fuji'le 11'"I$ WINNI air Wit 1111CAW it) 111~ .00
00 fill ltwv 1111h"r, 4*1 ummsyri, fillul Inel"I.
hutriv,
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A; 1A
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TM Influence of the sibug. Content is the sitiroccuu-
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Muesce of plastoCulm as too po"Mes of thil lacquer 4
sell- No. G. ZiMerman, S. Yakubovich. P. Romarava and
S. RoilidesivetunUl. rradmi Init.
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Ukor i Srajok. No. I (Filoot-Forwips Sabjj4ows
s were found to ht alixis
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sy"thelic plastiriters with vegetable oils, The Ix-st syn-

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tor and cut.
th
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A -00
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Influence of Mina on the properties of n1trocelfulone G*
films.
&

PKIN.- In amwdan" vkith the phys. anti usech. wilt%

-Call
64-41 tout with a great variety of ioulostallml. it 1% slab it
that thv Iwsl pigments for nitrurdlultne fibm are infirr .00
Ulm 1,11111ovW)"NOt of while (a mill. of 111N .00
with heavy evor. 1:1). Zinc anti trod while ore toy wo
n3vans a% mrxxI &,.I thanium while. A. A. tiothilinxL
W.
a S a. I L A MITALL60.6KAL LITCOATWE CLAWIFICA11CM
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