SCIENTIFIC ABSTRACT BRODSKIY, V. Y. - BRODSZKIJ, A. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307010007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BRODSKjy, Vya.; KUSHCH, A*A.
Varia'ti0j, or the number of pol~ploid cells in the post6uW70nic
development' in rat8- Doki. AN SWR 147 no.3:713-716 11 !62-
(MM 15212)
1, Institut morfologii zhivotnykh im A.W. Severtsova AN SWR i
Moskovskiy gosudaretvemyy universitet im. M.V. Lomonosova.
(Poiyoc~47)

BRCID5KIY., V. Yao; KHRUSIEHOV, N. (4,
Cytospectrophot=et27 of DNI in direct division of the nucleus)
as exemplified by a study of fibroblasts of the subcutaneous
connective tissue boih in the mormal state and in the focus of
inflammtion. Dokl. AN SSSR 147 no.4'0939 9 D 162.
. - fMIRA 36 ' 1)
1. Institut morfologii zhivotnykh Im. A. N. Severtsova AN SSSR
i Institut morfologii. cheloveka AMN SSSR. Predstavleno
akadenikom Yu. A. Orlovym.
-(AMITOSIS) (NUCIZIC ACIDS)

A'YZENSHTADT,- T.B.; ERODSKIY, V.Ya.
Fine structure of egg membranes in leeches. Dokl. AN SSSR
148 no.3:728-730 Ja 163. (MIELA 16s2)
1e Inatitut morfologii zhivotnykh in. A.V. Severteava AN SSBR.
Predstavleno akademikom Yu.A. Orlovym.
(Worm-Eggs) (Leeches)

To -4
"Protein synthesis in the nucleus df the glanddar cell, and some new data on
the dynamics of the process of secretion."
report submitted for 2nd Intl Cong, Histochemistry & Cytochemistry, Frankfurt,
16-21 Aug 64.
Moscow.
Inst of Animal ~brphology, AS USSR, Vavilov Street 12/2, Moscow B-113-

BRODSKIYj V. Ya.
--------
Wantitative and qualitative changes In nuclear and cytoplasm-
tic proteins in the secretory cycle of the extraorbital gland
in rats.Ah interferometric and cytoopectrophotometric study.
Dokl. All SSSR 157 no.1:171-174 Jl 164 (MTRA 17:8)
1. Institut morfologii zhivotnykh im. A.N. Severtsov-a AN
SSSR. Predstavleno akademikom A.N. BelozerEkim.

B,-tC:D7,1'IY, V.Ya.; IVANOV, V.B,j M-CHA)~-IVA, N.V.
Direct participation of the cell micieus in the secretory protein
1
of the parotid salivary gland. Dokl. ~J%I 13S ;R 157 no. 2-1-43-446
J1 164. (1111111% 17:7)
1. institut, morfologii zh,-votriykh imeni AN SSSR. i
institut eleurentoorganicheskikh sovedinen-ly it!" Prodstav-1--no
akademikom A.P.Belozerskim.

AYZENSHTADT, T.B.; BRODSKY, V-Ya.; IVAVOVA, S.N,
Cytological studies of oogene-sis.
of the oocyte growth-in the snail
by ultraviolet cytophotometry ami
6 no.1:77-81 Ja-F '64.
- i
Heport No.2: Cytochemic,3' ~xam:~n-.-Jon
leech (Glossiphonia cuirrIn4nate L.)
interference microscopy. TSitolcg-iin
(AURA 17:9)
r.
1. Laboratoriya tsitologii lngtitutti mor.'010i7ii zhivotnyl-h AN
SSSR, Moskva.

RAODSHY, V.Ya.; KHRUSHCHOV, N.G., KUSHCH, A.A.
Irregularity of the proc3ss of premitotic reduplication of DNA
in mammalian cells; cytospectrophotometric data. Biul. eksp.
biol. i med. 57 no.3:94-97 Mr 164.
(MlPLA 17: 11)
1. Institut morfologil. zhivotnykh imeni A.N. Severtsova (dir. -
doktor biologicheskikh nauk M.S. Mitskevicb) AN SSSRY Institut
morfologii cheloveka (dir. - chlen-korrespondent ANN SSSR prof.
A.P. Avtsyn) AMN SSSR., kafedra gistologii (zav. - prof. G.I.
Roskin) Moskavakogo gosudarstyennogo universitets, imeni Lomono-
sova. Predstavlena-dey6tiitelInym chlenom AMN SSSR N.N. Zhukovym-
Verezhnikovym.

KHRUSHCHOV, N.G.;J~Q~PKIYJ V.Ya.; KRUGLIKOV, G.G.
Cytospectrophotometric and autoradiographic determination
of DNA in giant cell nuclei of foreign bodies. TSitojogiia
5 no.6:676-679 N-D 163. (MIRA 17:10)
1. Institut morfologii zhivotnykh imeni A.N. Severtsova AN
SSSR i Institut morfologii cheloveka AMN SSSR, Moskva.

BRODSKIY, V.ya.(Moskva)
......
.Direct nucleus division. Usp. sovr. biol. 58
N-D 64.
no. 3:367-394
(MIRA 18:1)

DIIAKONMU, TJ.~ V'.CPRIN'f.'-',EV, B,,]I.t CHAPAS, BFOD,':V]Y, V.Ya.
InducAlon of RNA synthesis in the narve cell by the electric
a n t.1 v It- C.,
.y-., Bic-fizUka 10 m.."K6,831
(141RA 18%10)
Iv P.1cwtitut bIo'togJ.che%.,;kry fl-TIM AN SS.SR. M~,8k-ra~

L 23917-66 - EWT(1)ZT .7
ACC NK, aW14945 SOURCE CODE: UR/0217765/010/005/0826/0831
AUTHORi Dlyakonova, To ~,;'~.Veprintsev. B, No; Chgpas. A, F*; Brodskiy, Ve-rao '1~4
ORG: Institute of Biological Mysics. AN SSSR, Moscow (Institut bi ologicheskoy
fiziki AN SSM
TITIEs Induction of RNbspynthesis in a nerve cell with electrical activity
SOURCE: Biofizilm, v. 10. no. 5, 1965, 826-831
TOPIC TAGS: R14A, biosynthesis, electrophysiology
ABSTRACT: RIM synthesis was induced with electrical activity in earthworn nerve cel
in order to attempt to explain the character of the connection between RNA synthesis
in the coll and the generation of its effect potential, RNA synthesis was induced
both in the whole animal and in the abdominal network isolated in weak. Ringer's
solution. RNA synthesis appears to depend on the number of nerve inpulses generated
by the coll rather than on the speed of the chemical reactions taking place, since
RNA synthesis witli electrical activity Is affected little by a chan in temperature
(from +19 to 440C). Orig*.arto has: 3 figures and 4 tables* rJPRjS
SUB COM 06 SUBM DATE t 1qJun64 ORIG REF: 010 / OTH PLC, F.- 008
Card 111CI K UDC:

BRODSKIY, Ya.
International Forum of
no.2:2 of cover,:36-37,
Proletarian Solidarity. Mietallurg 7
3 of cover F 162. (14IRA 15:3)
(Trade unions-Congresses)

BRODSKIY, 'Xa&, inzh#; ALMSEM, G&, inzho
The r6gulations for inspecting joints of house gas'pipes must be
changed. 4troi. truboprov. 7 no.32&23 N t62. (MMA 15:1.2)
1. SpetsializirovOnnoye upravleniye No.7 treat& Rostvatroy, Rostov-
na-Donu.
(Gas pipes)

BRODSKIYO Ya.
Today we are not on a parade but on the road toward comunism.
metallurg 8 no.7t2 of covert 4-5 J1 163. (MIRA 16:8)
(Iron industry--Gongresses)
(Steel industry-Gongresses)

.._~TODSKIY, Ya.
Forum for young metallurgists. Metallurg 8 nc.12:33-34 D 163.
(VJRA 17:4)

Bam,Kly, fac I S f 65.
tr.-Lal p,t,,tiitt,Y. mf,-,,al-mrg 10 no,9W-42-
lmp=tar,t, (mim l6sq)

BRODSKIY, Ya.A.
Machine for cleaning and lubricating metal molds. Be~.i zhel.-beto
no.7:322-323 J1 160. (MIRA 13:7)
i
1. Glavnyy inshener betonnogo savoda No.31.
(Concrete construction-Formwork)
(labrication and lubricants)

BATSAIW~ B.T.[translatorl; GERTSDVICII,-G.B.[translatorl; ROZOVSKIY,
L.Ya.[translator); BRODSKIY, Ye.A., red.; LEBEDINSKAYA, L.N.,
red.; DZHATIYEVA, F-M-.1-WEE.-red.
[1~'ational econonq of the German Democratic--Repablic; 15
years of peaceful development] Parodnoe kho&Wstvo GDR; 15
let mirnogo razvitiia. Moskva, Izd-vo inostr lit-ry,, 1961.
509 p. Translated from the German. iFMU 15:3)
(Germany# East-Economic conditions)

SHTICYNBFM, N.A., doktor med.nauk, DDVZHAHSKIY, S.I., GUPA, M.R., BRODSKly, Ya.l.
Gophasulfolodal in treating epidermophytosis of the foot.
Yrach,delo no,6t649 Js 258 (MIRA Ilt7)
1. Llvovokly oblostnoy I gorodrkoy korhnovenerologicheakiye
dispansery.
(DERKATOMYCOSIS)

LITSOABA, Dzh.. (Yuzhno-AfrIkanskiy Boyuz);__BRCDSKITq TA.Ye. [translator]
Metallu.rgy in foreign countries. Dzh. Letsoaba. Abridged trans-
lation from the Inglish by I*Ae N. Brodskii, Yetallurg 5 no.7:
37-38 JI 16o. (MIRA 13:7)
(South Africa, Union of-Metallurgy)

BRODSKY, Y-E.A.
Design for blocking a trolley
Rab. energ. 2, no.8, 1952

CHEREPAKHIN, N.D., inzb.; BFMDSKIY, Te.A., inzh.; BLYUSJM, R.G.. inzh.
~
_-~ 'i-o--t-6 650 mill of
Supplying electricity the Nizhniy Tagil
Metallurgical Combine. Nav.takh.mont.i spets.rab.v stroi. 21
no-11:11-15 N '59. (MIRA 13:2)
1. Trest Tagiletroy.
(Nizhniy Thgil--Rolling mills) (Electric power dintribution)

.RRODSKIY, Ye.A., inzh.
Supp3,ving electric power to the construction sites of
blast furnaces. Montai spets.rab.v stroi. 22 no.9:
22-26 S 16o. (MIRA 13:8)
1. Treat Tagiletroy.
(Blast furnaces)
(Alectric power distribution)

14(6) SOV/1 1?-59-1-337
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 1, p 45 (USSR)
AUTHOR:
TITLE: Investigation of a Heating Pipeline With Autoclave -Foam- Concr ete
Monolithic Insulation
PERIODICAL: Tr. Nauchno-tekhn. soveshchaniya po proyektir. i str-vu teplovykh
setey. M.-L. , Gosenergoizdat, 1956, pp 36-60
ABSTRACT: Disadvantages of laying heat pipes in small-size tunnels with
suspension-type insulation are noted; dripping lfroxn the tunnel vault and short-
comings of borulin as a hydroinsulating material are pointed out. Advantages
of autoclave-foarn-concrete monolithic insulation are described. To determine
the shifts of a pipe and its insulator in the soil with the changing temperature
of the heat agent being transmitted, a special instrument was constructed at
Leningradskiy inzhenerno-stroitel'nyy institut fLeningrad Civil-Engineers
Institute); the instrument showed that the monolithic insulator shifts together
with the pipe. Friction coefficients between borulin and soil, metal, and foam
Card 1 /Z

SOVI 112-59 -1-337
Ifivestigation of a Heating Pipeline With Autoclave-Foam-Concrete Monolithic
0
concrete were measured. Forces acting on the fixed supports were measured
by tension meters and a special comparer. It is found that stresses initially
grow with temperature rise and then, beyond a certain limit, remain constant;
they do not exceed 500-600 kg/cm?. Forces applied to the fixed supports
depend on the duration of the heated condition; in the course of time, the forces
are gradually decreased due to a plastic deformation of the ambient soil.
Formulae are presented for determining the forces acting on a stationary
support and the heat conductivity of foam concrete depending on its volumetric
weight, temperature, and moisture content. To clarify the conditions of
internal-heat drying, special investigations were conducted and a drying-
intensity factor was determined which can aid in assigning the drying time.
Hydroinsulating properties of borulin were also investigated. it is noted that
LISI investigations and a 6-year operating experience proved the reliability of
an underground ductless piping insulated by autoclave foam concrete and laid
above the water table.
M. L. Z.
Card 2/2

121-11-12675
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nr 11, p, 50 (USSR)
AUTHOR: Brodskiy, Ye. F.
TITLE: Investigation of the Functioning of Directly Distributing Hot-Water
Supply Systems for Residential Buildings. (Issledovaniye rezhimov
goryachego vodosnabzheniya zhilykh zdaniy pri nepos reds tvennorn
vodorazbore)
PERIODICAL: Nauchn. tr. Leningr. inzh. -stroit. in-ta, 1957, Nr 25, pp 63-83-
ABSTRACT: Bibliographic entry.
Card I/l

BRODSKIT, Telizar 7adorovicho kand.tekhu.nauk; ALXKSANMOVICH, Tu.B.,
retsenzent: BICLIEKIT, Te.A., nauchnvy red.; GRIGORITUA,
I.B., red.izd-va; PULIKINA, Te.A.. tekhn.red.
[Hot-water supply in connection with beating from central
stations] Gorlachee vodoonabzhenie Pri teplofikataii.
Leningrad, Goo.izd-vo lit-ry po stroit., arkhit. i stroit.
zaterialam, 1961. 133 N (MIRA 14:12)
(Hot-water supply)
(Heating from central stations)

BRODSKIY, YE.M.
Unit Surgeon's Concern about the Soldiers Lagging Behind in Physical Training
VOYENNO-MMITSINSKTY ZHURNAL (Military Medical Journal), no. 2, February 1955, p. 23

Use of art ariLls and InstrumInLa or
Ificial Krindins mat L
in . I
alarswor MKO. Steitai ma3w I 'reram.
-' 'rr -n.,94 No. , pp: IN; abstracted in Chem. Zentr,
~9144, 1 113 141 704.-lixperiments showed that clectro-
corkinthim Ir very suitable for working optical and other.
glass products and that grinding wheels are prpferable tc;,
powdered grinding -.rinterinIs bec.-am. the working process is,
qcc,-Icrltcd and more Uniform
ASw-SLA i-EYALLURGKAL LITERATURE CLASSWICATIOW

r
TV
bYS=;~jpedod
&=.d wow
ke a
faw
time. MA tm room.

u
,Dan= of sudace of gre, 'iU
-d tiasl- --A
10 1217-0 reviews existing Criteria
and describes an e]wtrkW inst,,mm, for = 54
tp~--x -the
gmund Sias& VertkAl w0vtments of a diamcmd ncedje are
onvcrted '4t0 ClecL-iml O-Willations and transmitted to either an
Av ~Dg'ng -unt'r Or tO u wlf-recwdinx instrum

tiRoJOSKVY, XV-M.
1.11-i'l-Paration of crocus from iron vitriol in a rotary MZVE~
G. Minakov, N. A. Stmerenko, and
Stekto i Kerayn. 10, No. 2, 11-14(195
C
H" 211361Y,-,
crocus, with unifonu Smin size and high Polishing c.
is obtaincd froin a large rotary furnace (7 X 0.8-1 tn.),
Outmut Is 20D kg./hr. of dehydruted vitriol and up to 1020
kg.~hr. of burned crocus, B. Z.'

t V - I I
IMcmAmtJon of the brittleness of gl=- Yu. A.
19,i3, 10, 1~5 35, 04j-
r~lativ,,, inutwx in area off a Epecirmn when. it is ElL'-ttt7rtO. ir, a
as EL criterion ci tle L-itticutEz.
ml-nner is taken

IT, j
sand
n thon fin lifil h- th
PasTr "nd e, , 3 lllcjs~ipp- 1.
660. The tIse Was cra, I.,10Z 11 Ines It
coavl~ is TIV
-T
.111-lica d u
, J~ sanw
0' '; -
. 3, 1 fol
lie I;
'1 91' " 11 1.- 's
"".4rS, jedtkW"il
" 2()-. hil't -tillu

-
_
_
71~s
e
,
i -p-owdered quartz sand for' gTindmg or P~Ifshin, of _~Tass
sbeet. Russian tesU. Mian. (Glass, 1953, 30, 1, .
the cost and scarcitv of corundum -rvt i - !;,-ing !_-A
in Russia. Y. A
L.11~odskii and Z
44in"k,;v~ (
ekl
i
.
. .
o
Y
-67-13) -qucstwn the__rcs`Jrt_s_n_=..1 (;,Afra anil N.
1953, Sep.,
ACachalov (C.R. Acad. Sci., U.S.S.R., 1944ra-t~~j -rep3rt on _1116.
J ournal of APP~ied Chemistry oWnex .-
1
of U.
wl and, corundum. 'in~ ens-g
rinding snachin!" it %,Z,
April 1954 fu
tid tkLt the abrasive power of cr,runduffi %va~ 1-8 tn21-7 fiwt-, Okai
IndUst-rial: JnorgLnid CheMiStry' of %and and increaqed ivith Thc piz-1itv rf ti,~ Il-i;j~
(profiloggraph of Y. A BmAsLii, KoarIOU" V151. ,z- '_1)
given by sand wr.- buttrr, prObably ihir. to ihl~
uniiurnmy ,f Ow
,
grain size. The lower abra%ivc power of --Ind c
arkbl-
*

-by increased wrakink premon
e and thu use of .1
l
rk

Efflect U., come fraction in abrasive Powders on grirding of
F.1"s. Yu.A.BRoy,5.4'ITANDZ.NI.Zi-,'KOVk.
10-13.(IMA) --Data indicate th-~t for each brand of abrasirr
them Is alloeed up to 3.5% of coave fraction, the graia~
f which axe 2.0 to 2.5 times greater than the largest grains of tl'.~
main fraction. TI)v efficiency of grizidLng and the quality c!
the pound surfacc are dettriijiliccl bv this maM fractio;,-11"A
by I hL main fract ion. The main finction does not functign wNle
tl,e voar,~. fmcticin i5 prmnt, The specifications should I)(- rc.
exelmle m14-11 ro.'"v flaction".

BRODSKIY, Yu.A.; TYURIg, 1-U.m.; JUPGG. D.I.; BA115KOF,I H., redaktor;
N.I.,, tekhnicheskly redaktor.
[conveyer for the production of polished plate glass] Konvaier dlis
preizvedstva pollrovwmogo listovego stekla. Moskva, Goa. izd-vo
llt-ry po strolt. vvitterialam, 1955. 98 P (KLRA 9:4)
(Plate.glase) (Conveying machinery)

USSR/Chemical Technology Chemical Products and Their 1-30
Application Other Industries.
Abs Joi= Referat Zhur Khimiya, No 9, 1957, 33138
Author Brodskiy, Yu.A., Zin1kova, Z.M., Kondakov, S.S.
Inst
Title Mechanized Production of Crocus by the Soda Method at the
Plant imeni Dzerzhinskiy.
Orig Pub Steklo i keramika, 1955, Ho 10, 14-18
Abstract Hot solutions of the starting materials: FeS04'NO
(70-800) and Na2C03 (5o-600') are filtered, respectiveiyl
through a vacuum- &nd a press-fulter and are run by gravi-
ty into precipitation vats. The volume ratio of dissolu-
tion and precipitation vats must be not below 1:4. The
FeCO precipitate is washed and steamed to remove soluble
sa;hes of Na and Fe. The duration of settling (after
washing) is 2-4 hours. Suspension of the precipitate is
pumped to vacuum filter drums to remove the water
CArd 1/2 Institute Stekla

USSR/Chemical Technology Chemical Products and Their 1-30
Application Orther Industries.
Abs Jour Ref Zhur - Kbimiya, No 9, 1957, 33138
(up to 30-35%), then the precipitate is partially dried
(to 5-7%) and disintegrated. The calcination is carried
out in a revolving furnace. Temperature of calcining is
determined experimentally on the basis of the polishing
properties of the crocus (C), obtained at different values
of the parameters. Lowering of the teimerature compensa-
ted by an increased duration of the treatment of the mate-
rial in the furnace, inproves the quality of the crocus.
The calcined C is rapidly cooled, then mixed and steamed.
The C is divided into fractions in vats disposed in a cas-
cade (or in continuous operation cone classifiers).
C fractions are strained through vibratory sil-k screens.
Thereafter the C suspension is adjusted to the required
density and passed into service vats. The supply of dry
calcined C is stored in mixing bins and the finished C
suspension -- in the service vats.
Card 2/2

USSR/Chemical Technologj. Chemical Produc'-*s and their Application. J-12
Glass. Ceramics. Building Materials.
Abs Jour: Referat Zh.-Eh., No 8, 1957, 27634
Author : Yu. A. Brodskiy. Yu. M. Tyurin, R.I. Tsoy.
Inst :
Title :Experiment of Application of Polirite to Polishing Glass
on Conveyers.
Orig Pub: Steklo i keramika, 1956, No 7, 8-11.
Abstract: The new polishing material - polirite (P) - has a polishing
capacity 2 to 2.5 times greater than the ordinary crocus. The
chemical composition of a batch of P is (in %%): CeOa - 47-35; oxif3es
of other rare earth metals (lanthanum, praseodymium, neodymium etc.)
47.27; sio, - o.16; Al,1-0,3 - 2.21; Fe,;,0.3 - 0.77; cao - o.42;
MgO - 0.17; loss on ignition - 1.2. The main polishing component
of P is CeOj, the content of -which in P should be _- 40%. The pre-
sence of CaO in the amount of above 1% decreases the polishing ca-
Card 1/3 -33-

USSR/Chemical Technology. Chemical Products and their Application. J-12
Glass. Ceramics. Building Materials.
Abs Jour: Referat-M.-M., No 8, 1957, 27634
pacity considerably. The temperature of roasting of P is of an
essential importance to its polishing capacity, the optimlyn tem-
perature being 3200c). The test of P was carried out on a con-
veyer ShS-500, the speed of the band having been 2.42 M/min,
and the initial ground glass surface had unevermesses UMx -
3.0 to 3.5^ ; the polishing capacity of P was 0.314b g. The
pressure on the polisher in 49 polishing benches was 73 g/sq.
cm, and it was from 33 to 73 g/sq.cm in other 6 benches. The
total glass polishing amounted to 10.4.--,ft . Under the same con-
ditions of polishing, but at the band speed of 2-2D M/min, the
polishing of glass with crocus, the polishing capacity of which
was 0.1916 g) was 10-5 - . The substitution of crocus vith P
under the same conditions of polishing results in a considerable
raise of the yield of come cial lat grade plate glass without
any noticeable increase of the thicImess of the polished layer
Card 2/3 -34-

,,h pli
USSR/Chr-nical Technology. Cherical PrzduTta and ' eir Ap ca-io, J_i2
Glass. CerumicB. Dailding Materials
Abs, Jour: Referat Zh.-Eh.., No 8, 1957~ _~-,634
of glass. Profile graphs of the glat;s surface are attacbed; these
graphs show the glass sAirface at,, various stages of polishing, start-
ing from a surface with a relief le,)rer 3 .0 to 3.5--, t'hick and end-
ing with a completely polished surface. The profile &.raphs were
made with a diamond needle, the vertical m&aification being 10,000
to 100,000 times. The conclusion that P -vorks in the last stages
of glass polishing more intensively than crocus is arrived at~ cn
the basis of the profile graphs.
Card 3/3 -35-

ODSC1T_,__Tu_,A* ; k*hd_,-tdkTifi_,'_nauk-, _Z1WMWAv_ Z._K9,_ -in zh.; KOIWAXDV, S.S.0
Selecting methods and flow-shoots for mechanized crocus production.
Trudy VNIIftekla n0-37:12-26 157. (MIRA 11:1)
(Glass manufacture-lquipment and oupplies) (Iron oxides)

fail,
vi. ' ;
~Ioiljl :1 . .
d" 0
a
tag I
flal g 0 41A
;i '4 ~ d I I -
J Z.
lo %
A J"
It ' I , .4 j

15(6)
AUTHOR: Brodskiy, Yu. A. SOV/72-59-2-3/21
TITLE: Intensification of the Glass Polishing Process by Assembly
Line Procedure (Intensifikatsiya protsessa polirovki stekla
na konveyyernykh ustanovkakh)
PERIODICAL: Steklo i keramika, 1959, Nr 2, pp 7-10 (USSR)
ABSTRACT: Table 1 contains working data of various glass polishing
plants, and it may be seen therefrom that polishing intensity
on foreign assembly lines amounts to an average 0,86 - 1 /L/mir4
whereas only 0.28 - 0.56 /b/min is.attained by national
assembly lines, Polishing intensity on individual machines of
the 4 PS and 73 PS types is considerably higher (Table 2),
depending on the higher specific pressure of the machine
spi:ndle. The Institut stekla (Glass Institute) in cooperation
with the factory imeni Dzerzhinskiy is carrying out experi-
ments with the assembly line ShS-500, with an increased
polishing pressure calling for the introduction of more
powerful electric motors.' Table 3 specifies working data
of the assembly line ShS-1,000 of the factory Saratov for
the production of technical glass. Comparative data of the
Card 1/2 performance given by the assembly lines of the factories

Intensification of the Glass Pdlishing Process by
.Assembly Line Procedure
Saratov and imeni
When designing new
pressure of up to
power consumption
the pol'ishing surface
are 4 tables.
Dzerzhinskiy are
assembly lines a
150-200 g/cM2 as
of at least 30 kw
must be taken
SOV/72-59-2-3/21
contained in table 4,
specific polishing
well as a specific
per square meter of
into necount, There
Card 2/2

_BKPILKIY u -va; RUDAKOVA, N.I., tekhn.
,_I_-,tA.-4-GOM0ZOVA, N.A.,, red. izd
red.
[Polished glass; manufacture and use] Po3irovannoe steklo; proiz-
Todstvo, i primenenie. Moskva,, Gos. izd-vo lit-ry po stroit.,
arkhit. i stroit. materialam, 1961. 266 p. (MIRA 14:10)
(Glaso)

WONSHTEYN) Z.I.; VE;YIIMG, K.L.;
BEREZIMY, A.I.; ~aO %
GALDINA, GLETMAN, B.A.; GIVZBURG, D.B.; GUTOP, V.G.;
GIULTICH, L.R.; DAUVALITEI, A.E.; YEGOROVA, L.S.; KOTLYAR)
A.Ye.; KIJZYAK, V.A.; MAKAROV, A.V.; POLLYAK , V V.- POPOVA,
E.M.; PRYANISHNIKOV, V.P.; SENTY-URD, G.G.,- SIL;VdTROVICH,
S.I., kand. tekhn. nauk, dots.; SOLONIN, D.V.; TWIN, B.S.;
TYKACHINSKIY, I.D.; SHIGAYEVA, V.F.; SHIA11-11, I.B.; EL'KM,
G.A.[deceased]; KITAYGORODSKIY, I.I., zasl. deyatell nauki i
tekhniki RSFSR, doktor tekhr. nauk, prof., red.; GOI'OZOVA,
N.A., red.izd-va; KOMKROVSKAYA, L.A., tekhn. red.
[Handbook on glass manufacture] Spravochnik po proizvodstvu
stekla. [By] A.I.Berezhnoi i dr. Pod red. I.I.Kitaigorodskogo
i S.I.Silivestrovicha. Moskva, Gosstroiizdat. Vol.2. 1963.
815 P. (MIRA 16:12)
(Glass manufacture)

BERMTOY, A.I.; BRODSKIY, Yu.A.; Z.1.; VEY14MG, K.L.;
GALDINA, II.M.; GLETMA14.9 B.A.; Gn:ZBURG, D.B.; GUTOP, V.G.;
GUREVICH, L.R.; DAUVALITER, A.U.; YEGOTROVA, L.S.; KOTLYAR,
A.Ye.; KUZYAK, V.A.; MAKAROV, A.V.; FOLIYAK , V *V.- POPOVA)
E.I.I.; PRYANISIINIKOV, V.P.; SEEENTYURD, G.G.; SILIVE6TROVICH,
S.I., kand. tekhn. nauk, dots.; SOLONIN, II.V.; TE34KIN, B.S.;
TYKACHINSKIY, I.D.; SHIGAYEVA, V.F.; SHLAIN, I.B.; ELIKIND,
G.A.[decaasedl; KITAYCOi(ODSKIY, I.I., zasl. doyatell nauki i
tekhniki RSFSR, doktor tekhn. nauk, prof., red.; GOI'OZOVA,
N.A., red.izd-va; KOMAiROVSKAYA, L.A., tekhn. red.
[Handbook on glass manufacture] Spravochnik po proizvodstvu
stekla. [By] A.I.Berezhnoi i dr. Pod red. I.I.Kitaigorodskogo
i S.I.Sillvestrovicha. Moskva, Gosstroiizdat. Vol.2. 1963.
815 P. (MIRA 16:12)
(Glass manufacture)

GIRSHBERGi Y.V.., inzh.; BRODSKIV Yu A , inzb.; KIRSHMAN, R.V., inzh.;
LAI- 0 0
.0 Mq~f.-J-MIFONDVA,
MALINOVSKAYA, r. =. T.P., inzh
)UiODM,. V.V insh.
Large-block'.tmi.ts--~of-electric.power supply equipment for
agriculture. Blektrotakhni4 34 zio.11:1-7 N 163.
(MMA 17:2)

50)
AUTHOR: Brodskiy, Yu. N. sov/64-59-2-13/23
TITLE: Drying of Sulfur Dioxide With Solid Sorbents (Osushka
sernistogo angidrida tverdymi sorbentami)
PERIODICAL: Khimicheskaya promyshlennost', 1959, Nr 2, Pp 155-163 (USSR)
ABSTRACT: The application of solid drying agents instead of sulfuric
acid in the production of liquid sulfur dioxide (I) may
simplify the drying process and reduce oleum consumption.
The experimental results of drying (I) described in this paper
were obtained in the NIIOgaz (some special analyses in the
NIUIF and GIAP) with silica gel of the type KSM (GOST 3956-47)
(A), an active aluminum oxide (B), and bauxites from the
Sokolovka-(C) and
Turjay-(D) d osits. (A) is finely porous
_
(pore diameter 20 40 ) (Ref 1T (B) was produced in the
Dneprodzerzhinsk works and is a drying alumino gel consisting
mainly of X -and r, -Al 203 (as was found by B. G. Lyudovskaya
mainly as
(GIAP) by x-ray analysis), (C) and (D) contain Al 20
3
0
gibbsite and were activated with air for 4 hours at 450
Humidity was determined in the investigations of gases and
Card 1/3 sorbents by means of a photoelectric colorimeter (Ref 25)-

Drying of Sulfur Dioxid* With Solid Sorbents SOV/64-59-2-13/23
The static activity of the sorbents was investigated at
10, 20 and 300 and at complete saturation with steam (T - 1),
and it was found that the static water capacity of the sorbents
is higher in sorbent(I) than-in air (Table 1). Examinations of
the dynamic activity of the sorbent with steam in a (I)-atmosphm
showed that (A),(B),(C and (D) are efficient for a drying from
(I) until a dew point 4P) below -600 at sorption temperatures
of 10, 20 and 300 ((B) at 300 until (DP) -450). The results of
experiments are given for flow velocities of 0.035 m/sec
(Table 2) as well as diagrams on the time of action of the
sorbent Zs a function of gas humidity (Figure 1) and on the
quantity of-the sorbent as a function of the dynamic activity
of (A) (Fig 2) corresponding to an equation (Refs 27,28). The
best drying of M at 10-300 may be attained with (A).
Experiments were also carried out an the time of action of the
sorbents (Table 3) and the regeneration(of (A). In order to
examine (1) with (A), a test apparatus Fig 3, Boheme) Was
conatruc+ea ana the smA6 &666 6f 6R# Of tha tharmal pov~r
plants of the Mosenergo were used. Besides various data on the
working process of dryingp water capacity of ~A) as a function
Card 2/3 of the humidity content and flow velocity of (I) (Table 4 )/

'Drying of Sulfr- Dioxide With Solid Sorbents SOV/64-59-2-13/23
~% well as the regeneration of (A), it was found that (I)
ita,, be dried with (A) in vacuum to a water content of
20-21 mg/Nm3. Eleetron-microseopic investigations made by
M. Yt, Kuperman (NIUIP) showed that fresh (A) has a strongly
~,ro%d structure, which after the process in an (I)-atmosphere
N-c.,mee more finely porous and more distinct (Fig 7). The
.rYing of (I) with (A) needs 2.2 times less capital
investments than with sulfuric acid, and Drize costs of the
dried gas are lower by 1.5 times. The use of solid sorbents
instead of sulfuric acid is recommended also for chlorine
production. There are 7 figures, 4 tables, and 30 references,
20 of which are Soviet.
Card 3/3

A J1
PHASE I BOOK M(PLOITATION SOV/5329
Yegorov, Nikolay Nikolayevioh, Mikhail Mikhaylovich Dmitriyev,
Dmitriy Dmitriyevich Zykovo and Yuriy Nikolayevich Brodskiy
Ochistka ot sery koksovallnogo I drugikh goryuchikh gazov
(Purification of Coke a&B and Other Combustible Gases From
Sulfur) 2d ed., rev. and suppl. Moscow, Metallurgizdats 1960.
341 p. Errata slip Inserted. 30200 copies printed.
Ed. (Title page): N. N. Yegorov; Ed. of Publishing House: M. L.
Yezdokova; Tech. Ed.: M. R.*Kleynman.
PURPOSE: This book Is intended for technical personnel of the
by-product coke and gas Industrieop and may also be used by
students specializing in the processing of fuels and combustible
gases,
COVERAGE: The book reviers methods of removing hydrogen sulfide
and organic sulfur compounds from combustible gases, with evalu-
ations and comparisons of the more widely used and promising
methods. For those techniques which are of practical value in
CaML-_19~-10

Purification of Coke Gas (Cont.) SOV/5329
industry, computational data on processing, descriptions and
computational data on equipment, and production figures are
given. The necessary pre-desulfurization conditions for gases
are characterized along with methods of utilizing the hydrogen
sulfide from the purification cycle. The alkali-areenous oxide
ethanolamine methods of purification are discussed in detail.
Yu. N. Brodskiy wrote chapter 13 and assisted in the revision of
other chapters. There are 171 references: 82 Sovieto 62 Englisho
24 German, 2 Italian.,and 1 French.
TABLE OF CONTENTS:
Foreword to the Second Edition 3
Foreword to the First Edition 4
Introduction 5
Ch. I Characteristics of Coke Gas and Other Gases 5
Coke gas 5

BRODSKIY, Yu. N., Cand Tech Sci -- (diss) "Research into the process of
drying sulfuric anhydride absorbants containing aluminum and silicon
oxides." Moscow, 1960. 22 pp with illustrations; (State Committee of
the Council of Ministers USSR for Chemistry, Scientific Inst for Fer-
tilizers and Insectofungicides im Prof Ya. V. Samoylov); 250 Copies;
price not given; (KL, 28-60, 160)

TEGOROT, Hikolay Hikolayevich; DMITRIYEV, Kikhail Kikhaylovich; MOT.
Dmitriy Dmitriyovich;-FAODSMI-Turiy_#LkQlaYavlzb-*,--TR:POKO'FA#
K.L., red.izd-ve; KOMMU, X.R., takhn.red.
[Removal of sulfur from coke-oven gas and other fuel gases]
Ochiatka ot sery koksovallnogo i drngikh goriuchikh gazov. Izd.2.,
parer. i dop. Pod red. N.N.Yegorova. Moskva, Gos.nauchno-tekhn.
izd-vo lit-ry po chernoi i tavetnoi metallurgii, 1960. 341 p.
(MIRA 14:3)
(Gases--Purification) (sulfur)

ZARIYBO, L.K., kand. fiz.-mat. nauk; KARFOV, A.K., inzh.; LEGOSTAYEV,
P.Ya., kand. tekhn. nauk;_j~H04;~UX.,ju.N., kand. tekhn.
nauk; EH=40V, N.S., inzh.; YXODANO'ViCH - 1`.YiY.- kajid-.-A;6khn.
nauk; ERISKMAN, A.A.jq kand. tekhn. nauk; GORODETSKIY, V.I.,
inzh.; NIKITIN, A.A., inzh.; GILL', B.V., inzh.; MMULIFIAN,
S.M., inzh.; DUAFAROV, N.D... inzh.; LUNEV.. A.S., kand. telchn,
nauk; NIKITENKO, Ye.A.,, inzh.; TERSHOV, I.M., kand. tekhn.
nauk; ZAYTSEV, Yu.A., inzh.; MAGAZP111K, Ya.M., inzh.;
SHAROVATOV, L.P., inzh.; RABIFOVICH, Z.Ya., inzh.; BIBISHEV,
A.V., inzh.; ASTAKHGV, V.A., dots.; KOMYAGIN, A.F.j kand.
tekhn. nauk; ANDERS, V.R., inzh.; SERGOVANTSEV, V.T., kand.
tekhn. nauk, dots.; UTKIN, V.V., inzh.,- 02NETSOV, P.L., inzh.;
MAMAYEV. M.A., inzh.; SVYATITSKAYA, K.P., ved. red.;
FEDOTOVAt I.G., tekhn. red.
[Handbook on the transportation of combustible gases] Spra-
vocbnik po transportu goriuchikh gazov. Moskva, Gostoptel:h-
izdat, 1962. 887 p. (MIRA 15:4)
(Gas, Natural-Transportation)

SRODSM Yn v,
' 1, Ilt-t:103-1 Of 3111f)Xr- frOln 'hyd:-cpa;-ii k
I su'fice ga3es. Khin..
. prca. 41 no.31~191-11)6 M-1 165. ki'MA 18i7)

BRODSKIT,_Tu.S.; VEMOGLYADOVA, T.P.
~.. .-I . -, ~
Dermoid and epidermoid tumors of the lower part of the vertebral
canal. Noy.khir.arkh. no.6:117-123 N-D 158. (MIRA 12:3)
1. Institut neyrokhirurgil Hiniaterstya zdravookhraneniya USSR
(direktor i nauchuyy rukoyoditell - zasl. deystell nauki prof.
A.I. Arutyunov). Adres avtorov: Kiyev. ul. Otradnaya. d. 32 In-
stitut neyrokhtrurgit.
(SPIN31--TUMORS)

PRODSKIT, Yu,SG
Some, aspects Of-diagnostic examination of the cerebrospinal fluid
in tumors of the region of the cauda equina. [with s 7 in Inglishr
P.6431. Vorpeneirokhir. 22 no*4:33-37 J1-A9 158 (M 11:9)-
le lauchno-issladovatellskiy inatitut neyrokhinirgii Ministerstva
zdravookhraneniya USSR.
(CAUDA ZQU33A, neoplasms,
CS1P, dit4g. exam. (Rug))

AWSKIY Yu S - OGWADOVA, T.P.
'-J,
Clinical aspects and pathomorphology of epend~rmomas of the cauds.
equins, region. Vop.neirokhir. 22 no.6:22-27 W-D 158- (MMA 12:2)
1. Ukrainak:Lv nauchno-looledovatel'skiy institut neyrokhtrargii..
NPUDYMOKA.case reports.
cauds, equina (RUB))
(CAUDA ZqUINA. neoplasms,
speadymoma (]Rug))

-4L
BRODSKIY, Yue S. Cand Med Soi -- (dies) "Primary tumors the fim~;, "a
(Clinio, diagnosis and treatment)." Kiev, 1959. 16 pp. (Kiev Order
of Labor Red Bminer Mod Inst im Aoademioi~n A* A. Bogcrnolets), 125 oopies
(KL, 52-59, 126)
-117-

BRODSKIY, Yu.S.; PELITS, B.A. (Yiyov)
Spinal opidermoids (ebblesteatomata) following repeated
endolumbar administration of streptomycin. Vrach. delo no.S:
65-70 Ag 161. (MIRA 15:3)
1. Ukrainskiy nauchno-issledovateliskiy inatitut neyrokhirurgii.
Nauchnyy rW,,ovoditell - chlen-korrespondent AIM SSSR, zasluzhennyy
deyatell naulci A.I. Arutyunov.
(SPINAL CORD.-TWORS)
(STREPTOIIYGIN)

BRODSKIY$ yU.S.; MELITS, B.A. (YdPv)
and the sPinal
postpuncture eboleateatOms of cauda equim 0-11Rk 15:3)
cord. Vrach. dolo no.2:83-88 F 162.
1. Ukrainskiy nauchno-iseledovatellskiy institut neYrOkh'rurg"
(SPINAL CMD-TTJ140RS)
(SPINE-PUNCT-URE)

L 25492-66 EPF(n)-2/EWA(h)/EWr(1
-ACC iW1--"6011389
SOURCE CODE:
AUTHOR-. Brodskiy.-Yu.Ya.; Yagin,
ORG: none
TITLE: Asymmetric waves i/
plasma wavegpides
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no,,3, 1966, 453-459
/0459
TOPIC TAGS: plasma waveguide, dispersion equation, wave propagation, electromagnetic
wave
ABSTRACT: By asymmetric waves the authors understand waves that do not possess full
axial symmetry. The electric and magnetic fields of the waves discussed in this paper
have the form F(r) exp ti(ft - Icz + nE?)] in cylindrical coordinates r, 0, z, where
f is the frequency, k is a propagation constant, and n is an integer not less than 1.
Me propagation of these waves is discussed in three types of plasma waveguide:
1) the region v