SCIENTIFIC ABSTRACT BILYK, A.A. - BILIK, S. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205310019-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BILYK, A.A. (Folt;,.*IN)'
----06=010 and of the nuree at V,," firot aid
otation. Had.
808trIL .11, Ap 158. (Ulu 12: 10)
(IRMSMS AIM NIM.;'IIIG)

0. 1. BILYK
2. USSR (600)
4. Botany - Ukraine
7. Stalin construction projects of cummunism and the tasks of
botanists. Bot.
zhur. 8 no. 1. 1951.
9. Monthl List of Russian Accessions, Library of Congress,
April -1953, Uncl.
0

1. G. 1. BILYK
2. USSR (600)
4. Botany
7. New plantain species (Plantago Schwarzenbergiana 3chur) in
the flora of the
11. 3. 3. R. Dot. zhur 8 no. 1. 1951.
9. Monthl List of Russian Accessions, Library of Congress,
April -1953, Uncl.

BIM I
4" 61' 04a-
Now specie f Atropis, Paocinellia sy"schica. Bilyk sp.u.
from aumthern
Ukraine. :ot*.Ztmr.[Ukr.l 9 no-3:77-80 152. Off-RA 6:'3.1)
1. Instytut botaniky Akadsmiyi unk Ukrayinolkoyi RSR,
Viddil geobotaniky.
(Ukraine--Grasses) (Grasses-4ricrains)

BILIK, G.I~
Vegetation of small depressions of Bashtaulm District in
Nikolaev
Province. Bot.shur-Mr.] 9 no.2:62-73 152. OaAA 6:11)
1. Institut botanlkl Akademil mauk Ukrainslkoi MR,
Viddil goobotaniki.
. (BashtaWm District--Botmq) (BotmW-Bashtanks, District)
.

BILIX, G.I.
11madows and pastures of southern Varafte, their
effloient use and
Improvement. -Dot. Ww. [Ukr. I - 10 no..47-13 '33.
Oa2k 6:12)
1. Institut botaniki Akadmil am* Ukraluelkol MR,
Tiddil goobotimiki.
0kraine-Varage plants) (forage plant, a--Ukralue )

BILIK,G.I.
Results of scientific work of the Botanical
Institute of the
AcadevW of Sciences of the Ukrainia S.S.R. for
1954. Bot.zhur.
(Ukr.) 12 no.2:105-109 155. (MLRA 8-10)
(Ukraine-Botany)

BILIK. G. I.
- - - mivjmImwwmw"~'f
Plant complexes alony the left bank of the aiddle
Dnieper. Bot.shur.
Cukr.) 12 no.4:46-65 135. (KLRA 9:3)
1. Institut botanIkI AN MM, viddil goobotaniki.
(Dnieper Valley-aotany-1colog7)

AFARASITIT. D.Ya.; BILY1. G.1.; BIMS. Ye.K.; GRIN',
F.A,
Classification of the v999tatiOD Of the Ukrainian
S.S.Re Ukr.
bot.shur. 13 no*4:63-82 156a WaA 10:1)
(Ukraine--Botany-Classification)

USSR/Meadov Cultivation. L
Abe Jour : Ref Zhur Biol., No 14, 1958, 63258
Amthor : Bilyk, G.I.
I. .St
Tit.Le Low-Lyiiir:, Sali-ic Meadows of Vie
N-)rther--a Part of the
Diepr Fiber's Left Ba-ik ReGion.
Orig Pub Ukr. botanichaiy zh., 1957, 14, No 2, 3-13
Abstract It has been ascertained that the nost
suitable coapments
of cereal &TasBes for soving on low-lyinG solonchak
humid
meadows with solmetz patches are the oriental and
meadow
fescues and "beekillaitsa" (Puccinella
pseudocoavol-.ta),
leguminous (field and yellow affalfa, black medice
aud
yellow trefoil) and the stratified (nillet, barley
and
oats). For lov-lyiiig wet aad marshy salii-e
meadows,
foxtail, slouEft grass, mid red canary Lpmsses
sho-Id be
sovil.
Card 1/1
mom

BILIK, G. I.
I...
Studying the vegetation of the Ukrainian S.S.R. during
the last
40 years (1917-1957)o LrIcrobotexhure 14 no-3:27-35
157. (MIRA 10110)
(Ukraine-Pkqtogeography-Research)

.BILTK. G.I. [Bilyk, H.I.]
- - I
Geo'botanical map of the Ukrainian S.S.R.
Ukr.bot.2bur. 15
no.4:32-36 '58- (MIRk 12:5)
Nkraine-Phytogeograpby)

BILYN, G.I. [Bilyk, H.I.1
Oecurrence of Zorn& riparis. (Rohm.) Nevski in the
Mikha7lov-
skWa Virgin Steppe Pi-eservea Ukrob4tozhure 16
noal:57-61
139. (NLU 1213)
1. Institut botaniki AN USSR9 otdol godbotaniki.
(Mikhaylovskays Virgin Steppe Preserve-Zorm)

W; PANOVA, L.S.
BILIK, G.I.-S# ~k .1
Plant complex@@ of the Zameunrye Mogily Reserve.
Ukr.bot.zhur.
16 no.6:40-0 159. (MRA 13:5)
1. Institut botaulki AN USSR, otdol goobotaniki.
(Volodarokore District-Botany-Scology)

BILTK, G.I. [Bilyk, R.I.]
"Itvestilaw of the Botanical Inetituts [of Bulgaria]
for
1950-1951, 1953, 1955-1956, 1938. Ukr.bot.shur. 16
no.6--
110-113 159. (MIRA 13-5)
(Bulgaria--Botany--Periodicals)
.0
W110,

BILIK j 1.
IIA Study of Dyes with Asymetric Molecules," Dokl. AN SSSR, 29,
Nose 8-9j 1940o
Voroshilov Sci.Inst. Organia Semi-Hinufactured Products and Dyes

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with antipodes of bow
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sit- -2.2'-dhwthYfb4Amf - 1. By Mass of d.
lartwic add I was resolved into antipodes with The follow
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di4soll" and coupM -witb- the &no compooml of a.
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contest t e obtained. 11o4h eatipodes of M exhibit
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a6reted The rate of smitiamuUm. After a as". In aftle
of rotation In a dye soft. had been sit, I so addo. of
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mine I with j ". vW from (be diatoolum cotapd. of
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mandelk =ww "D compment of 11. Ulkb an sock
dyes. K. and It. oborved cmsiderably lower w1%$ of -
istion than tbow obwrvr4 with the dye Prrpd. from I &W
azo m pownt of 31. Cnwatlons at bigher cow . of the
dye were Mrapered by lack of a powerful waire of 111411116-
chromatieflight. Thus the authors were unable t*AxqW
the tiuntion rahed above, or to attempt explaining the
on. probable reason
C"se of the obwr4rd mutaratat I A
for the mutarotation. -aigg"ted by K. and R.. 6 the ton-
vrv%kM of ril at() coInIN11. into the Iran% tam. which i's
ahvioudy ma in dimerrernent with any of the eqml. rb.
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11, .'', .; , MEMPH"flo-5 5r,"RMNS"I"I'll
I.- . ~ ~,: ~-.l --..

KIZBER, A.Is (deceased]; BILIK, Is**
Alk3"tion of arylaidno derivatives of anthra4uinone with
olefins.
Kh1m, nauka I prom,,.3 no.2t283-284 158. (MM 11-.6)
1. Nauchno-leeledavatellskly luBtitut orgardebeek1kh
polyproduktov
I krasiteley im, KeTe. Voroshilava.
(Anthraquinans) (Alkylation)

KOROUN, 1. 1.; l.' .
(1-oi:, filvrr. Cr-,. poIrlivocl. i lzms.
.- , . i
,-0." 1!'- ( 2,-, " 1_/i.: 11)
. L *. 1? '2 -.1.?.7 1, w
(D-fQ:; iall-,,.",
. - .:t--*lc fibcrr~

S/191/61/000/003/014/015
B120203
AUTHORSi Bilikp I. M.9 Globus, R. L.f Bruds', V. G.
TITLEs Synthesis of diphenylol propane
PERIODICALs Plasticheskiye massy, no. 3, 1961, 69-70
TEXTt 4,41-dioXY-diPh$nYl dimathyl methane (diphenylol
propane) is used
in the industry an initial substance for the production of
epoxy and
modified phenol resins, polycarbonates, and antioxidants. A
common mothod,/-
for its production is the condensation of phenol with
acetone in the
presence of sulfurio acids CH3
OR 3COCH3 + 20 6H5ON HOC>--~~Oos + H20. Ionizable compounds
con-
CH3
taining divalent sulfur are recommended an catalysts.
According to
published data (Ref. It US Pat. 2,4689982 (1949)), mercapto
acetic and
mercapto propionic acid are good catalysts. To attain the
required
mobility of the mass, such inert solvents as toluene,
solvent naphtha,
etc., are used. The mentioned method of synthesizing
diphenylol propane
Card 1/3

S/ 19 V6 t/000/003/014/015
Synthesis of diphanylol propane B124/B203
A. N. Serebryanyy, N. M. Bondartts, and L. I. Grachava
assisted in the
work. There are 3 ref*rencese I Soviet-bloo and 2
non-Sovist-bloo.
I"
Card 3/3

BILIK., I.M.; SEREBRYANYY., A.M.; GIDBUS, R.L.; BRUDZI,, V.G.
Bisphenolse Part It Condensation of phenol with acetone in the
presence
of boron fluoride. Zhur.ob.khim. 32 no.6tl945-1948 -76 162.
WIRA 15:6)
1. Veesoyusnyy nauchno-iseledovitallskiy'inititut khimicheskikh
reaktivor i oaobo chietykh khimicheakikh'veshchestv.
(Phenol) (Acetone) (Boron fluoride)

8/1d3/63/O0Q/bO2/OW0O3
AO51/A126
AWHORS: Mikhaylov, N.V., Playboroda, V.I., Voroblyeva, T-V.,
Bilik, I.M.
..........
T=:- Polymer production by the interphase polycondensation method
PERIODICAL: Xhimicheskiye volokna, no. 2, 1963, 19 - 22
TECT: A study was conducted to establish production conditions of
high-
-melting polymers and the possibility of a direct film formation
from the cor-
responding monomers (with subsequent fiber formation) during the
polycondensa-
tion process at the phase interphase. Fiber formation during
polycondensation
would result in high-malting fibers obtained by a simple and more
effective r*tkl--
od. A high-melting polyether capable of forming film on the phase
interphase
was produced. The effect of the concentration of the initial
monomers, of their
ratio and .
the nature of the organic solvents used, on yield, specific
viscosity
and film formation was established. The monomern investigated
were; dicbloro-
anhydrides of sebacic, adipic and terephthalic acids, and also
hydroquinone and
n)-nl-dioxydiphenylpropane (Dian). The melting point was
determined according to
the differential-thermal analysis method (N.S. Kurnakov). The
ability of tho
Card 1/3

S/183/63/000/002/002/003
Polymer production by the interphase .... A051/A'26
cc-monomers, to form film during the polycondensation process on the
phase Inter-
phase was tested at different concentrations~ temperatures and
solvents. Opti-
mum conditions for the polymer production were found to bei reaction
tempera-
ture 20*C, concontration (of the triethylbenzyl ammonium hydroxide)
0.2%.
The polymer obtained under these conditions had a viscosity of 0.43,
a yield of
90% of the theoretical value,'melting range 345 - 350'C. A firris
and elastic
film was produced. These properties and the rate of formation of the
film on
the phase interphase were 1bund to depend on the nature of the
organic solvent
used to dissolve the dichloroanlikdrides. Of various other solvents
tested, cu-
mol (isopropylbenzene) was fjound to yield the highest rate of film
formation.
The obtained polymers were tested by x-ray and thermographic methods
at the
WIM The synthesized polymers wore found to have a crystalline
structure.
The highest degree of crystallinity was found In the polymer
produced from di-
chloroanhydride of adipic acid and hydroquinone. X-ray structural
analysis
showed that heating and cooling of the investigated polymers results
in phase
shifting connected with melting and polymer crystallization. The
highest melt-
ing point (345 - 350'C) was obtained for the polymer produced from
Dian and di-
chloroanhydride of terephthalic acid. There are 6 figures and 3
tables.
Card 2/3

S/183/63/0()()/002,/CKWCQ
Polyr.)er production by the interphase AD51/Al26
ASSDCIATION.' VNIIV and IRYeA (Bilik)
SUM=: May 18, 1962

BILIK, I'alomp inz.
Earth dam sealing. Inz stavby no.8:285-288
Ag 163.
1. Hydroprojekt, Brno.

BIUKP
I.M.; SEREERYANYY A.M.; GWBM, R.L.- RRUDZ' V.G.
Bi~phenols. Par-t 28 Condensation of phenols vith
ketones in
the presence of boron fluoride. Zhur.ob.khim. 33
no.2s487--430
.F 163. (W RA 16 ~ 2)
1. Veesoyuznyy nauchno-issledovatelIckiy institut
khimieheskAL-h
reaktivov i osobo, chistykh khirdeheskikh veahchestv.
(Phenols) (Ketones) (Boron Fluoride)

BMU, Milan, inz.
Construction of 4 rock-fill dwa iri the
Carpathian Flyoch
area. Vbd Loop 13 iio.lls 420-1#31 163.
1. Hydroporojekt., Brno.

BILIK, I.M.; SIMEBRYANYY, A.M.; GLOBUS, R.L.; BRUDZI,
V.G.
2,2-Bia-(41-hydroxyphenyl)butans
(4,41-dihydroiqdiphenyl-
mathyleth.vlmathane). Metod.poluch.khim.reak. i
prepar. no.7:
12-1~ 163.
3,3-Bis-(41-h.vdroWhanyl)pentane
(4,41-dohydroxydiphenyl-
diethylmethans). Ibid.il4-15
5,5-Bis-(41-hydroxyphonyl)nonane
(4,41-dihydroxydiphonyl-
dibutylaethane). Ibid.:15-16 (KRA 17:4)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
khimichaskikh
reaktivov i osobo chistykh khimicheskikh veshchestv.

:BILIK I M.- GWBUS, R.L.; BRUDZI, V.G.; SEREBRYANNYY,
A.M.; BONDARETS, N.M.
~~~ p
Effect of additions on the synthesis of
diphenylolpropane.
Trudy IREA no.25:191-194 163. (MIRA 18:6)

DAVYDOVS.KAYA., Yu.A.; VAYNSHTEYN, Yu.I.1 BI,Lli~~
SEMBRYANNYY, A.M.
Conductometri-~ analysis of boron fluoride in
reaction mixtures
in the synthesis of diphenylolpropane. Trudy IREA
no.25:232-239
163. (MIRA 18:6)

POLISHCHUX, L.K. [Polvahchuk. L.I.]; BkTRU. A.P.;
BILYK, L.G. [Bilyk, L.H.1
Bffect of pbytonoides of the Bnglish Walnut on certain
phyto-
pathogenic bacteria. Kikrobiol.shur. 21 no-3:25-30 '59-
(MIRA 12:10)
1. Z Klivelkogo dershavnogo universitatu, Kafedra
fisiologii
roslin.
(AwrBioncs pharmscol)
(MMS)

BILIK, L. I.
Welding
Automatic flux welding of a
bicyikike frame joint
Avtog. delo. 23, no. 2, 1952

RILIK, Lumir, Inz.
Saving metals in rolling mills by making full use of
material
incentives to vorkers. Praes made. 10 no.12062-564 D
162.
1. Vitkovicke, selezarny Elements Gottwalda, n.p.,
Ostrava.

va
-6~
W
all
Md lofts by mean
IlvV P I
Khim. Zmhw),.' 290" -Yjl?f7P,54); cf. N. A. Ijilvk-,
1, t., V"ir. im. 1. 1. AlfccJi,-k-w,
7'= (~'
F..., Z13, 1 A a aw4g kil~p
gcdn. phenyi~rtbmnidlc acid reactf with NO,- to glve.
produco rangiril It= phil.-violet to dark-vinlet depending
on the =1. of 110~-. Under slmilar mmilition3 NO,-
rltldg produ-.13 ranging Ircm yellow to darrk-violrt den,~.,I-
Ing on the mrien. cf NCh-, In a strxnS IICI soln. phvnv!-
aritbrwifflc ac-ld rmct% only with NOI-. To tet5t for Wh
In kh! Pre-IrnCe of el N04- plact, I ?nJ of ~.,ln In
a, te-il tube. ald I dn,,, of (1.1 % phrnlylanthianilic RcO r-In
-Ax. and ad'I I -Z Mt. C"1 wn0l. HO Al: ng the ~alh af the
te5t tub,~ The characterknc ml,, will -Pprar I* 01C
point of centazt. Shalking spread3 the mlor tlh,c,ugli.w t~,
vAn. In the abstnce v? NC~-. N0,I- vi detect,-t In I:
vA
it is drslrvy~u with cr)~st. ;NII.Cl kn n AcOll
41n. before flic tLst for No,-~ M.

KRAVETS, A,T.; BILIK, N.I.
Selecting parameters of the current-aupply system for
electric-
contact cutting machines, Stan, I instr. 35
no.llgl.3-14 N 164.
(MXRA 19-3)

BILIK N 1. inzh.
Determination of the power losses, maximum power, and
cable
sizes of electric power tranamlocion linea. Izv, vys.
ucheb.
zave; energ, 8 nool:6-14 Ja 165.
(MIRA 18:2)
1. Moskovskiy institut inzhenerov zheleznodorozbnogo
transporta.
Predstavlana kafedroy elektricheskikh stantsiy i
setay.

BILIK, NOIS,
Calctlation of voltage unequality "weighed" in accordance
to power.
Elektrichestvo no.3tSO-83 Mr 165. (MIRA l8t6)
1. Mbskovskiy institut inzhenerov zhelaznodorozhnogo
transporta.

BILIK, M., inzh.
Optimal conditions for voltage regulation in an open power
distribution
network. Trudy MIT no,199:213-218 165. (KRA 18:8)

BILIK, N.I., inzh.; SHENKMAN, L.Z,, inzh,
Determiration of power losses In transmission lines
feeding
traction ioads and consumera. Trudy MIIT no.199:219-225
165.
(MIRA 18:8)

/Y p
BILIK, N*P.;.. GUSWA, L*Te.
Accelerated methods of laboratory control. Proizv. smas.
mat. noj:
9-10 157. (KMA 10112)
1, Forvyy Noskovskly neftewslo"Yod,
(lubrication and lubricante)

R -,77)"-JP ~J-- --- - - --
BILIK, N.P.
Additives increasing the adhesive proportion of lubricants.
Proizv.
sms. mt. no.3.'10-12 157. (MIRL IN12)
1. Farr" Moskovskly neftemalosavod.
(lubrication and lubricants)

I )"k - - --- ___ - --- __ - , ---- -
, i V. ~
9 V.D.: BILIN _-
Utilizing the pariffin of high-sulfur crudes In wax
compositions,
Proltv, ams. wALt., no,3.'12-15 057. (MM 10.-12)
1. Pbrvyy Nookovekly neftemalosavod.
(Vaxes)

RDMZAYEVSXAYA, V.D.; BILIZO-N 7%
Rapid method for determining the resistance of vex
compounds to
heat and cold. Proisy. smose mat. no.4:29-35 157. (MM
U:q)
IsPlery" Moskovskly noftemselosavodo
(Ceresis)

--:
67633
6 '/ 0 0 sov/81-59-14-51145
Translation from: Referativnyy zhurnal, Khimiya, 1959, Nr 14, p 464
(USSR)
AUTHORS; __Bik:~k, N.P., Grebenshchikova, L.V.
TITLE: The Improvement of the quality of the Apparatus Lubr.ic,ant
GOI-54
PERIODICAL: Novosti neft. tekhn. Neftepererabotka, 1958, Nr 8, pp
20 - 22
ABSTRACT: The possibility of extending the temperature range of the
operation capaci-
ty of the apparatus lubricant GOI-54 has been studied. Substituting
poly-
siloxane liquids for MVP oil in the lubricant ensures the
production of
lubricants with raised dropping points (7500 and creep points W -
800.
The viscosity of the lubricant prepared from polysiloxane N3 at
-500C is
equal to r,,, 4,000 poise, and from MVP 15,400 poise. The
introduction of
polyisobutylene and vinypol into the lubricants with the aim of
improving
their adhesion properties did not show any results. Oxidized
synthetic
ceresin Improves considerably the adhesion of the lubricants to
metals.
Among the admixtures introduced for Increasing the protective
property of
the lubricants the beat proved to be IONOL and TsIATIM-339. For use
in
Card V2 temperate and cold climatic zones lubricants based on
polysiloxanes or their

67633
The Improvement of the Quality of the Apparatus Lubricant GOI-54
sov/81-59-2.4-5i145
mixturea wit.,'l MVP oils, spindle AU and machine SU are
recommended. Ln r*gior-s of hot it-
tropical climate it- is expedient to use as bases of the
babricants visevas oils With a
low vapor pressure at high temperatures and a good thermal ard
chemical stability.
A, Shakhov
Card 2/2

66563
SOV/81-59-15-549011
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 15, p
431 (USSR)
AUTHORS- Bilik, N.P., Vekser,-P.Z.
TITLE: The Increase of the Fungus Resistance of Gun Lubricant
PERIODICAL: Novosti-neft. tekhn. N6ftepererabotkai 1958,,Nr-9,.pp
15-18
ABSTRACT: Experiments carried out with gun lubricant consisting
of 5% ceresin of
type 67, 65% petrolatum and 30`% cylinder oil have shown that the
addition of a mixture of copper naphthenate and-diphenylamine
increasei3
the resistance of the lubricant to-the action of microorganisms.
The:,
fungus resistance of the lubricant was tested by the method of
the Inter-
national Standard: the lubricant was artificially Infected by a
suspension
of spores of fungi and kept at 28 - 300C and a relative humidity
of,98--
10C% for 30 days.
0. Margolina Lokooo'
Card 1/1

874h8
S10811601000102210121016
Al"101~',/AOO I
Translation from- Referativnyy zhurnal, Khimlya, 1960, No. 22,
p. 425, # 90091
AUTTORS: Bilik, N. P., Vekser, P. Z.
TITLE: Detergent Lubricants
PERIODICAL: Novosti neft. tekh~. Neftepererabotka, 1959, No.
1, pp. 13-16
TEXT: A prescription was developed for a detergent lubricant
designed in
the main for cleaning the gun barrel bores of deposits and for
neutralizing the
acid products, having formed on the metal at firing; its
content is (in %).- 54
gas oil, 20 acidol, 1 ammonia, 10 water, 15 fusel oil. The
lubricant forms a
stable emulsion with water (in the ratio of 5% lubricant and
9% water) and can
also be applied as emulsion to cold processing of metals.
G. Margolina
Translatorts note: This is the full translation of the
or1g1nal Russian abstract.
Card 1/1

BIlft. O.D.- SUKMRMY, R.F.
Studying lower Cretaceous sediments In the northwestern
part of the
Dnieper-Donets Zowland. Trudy UkrNIaRl no.1:113-121 '59.
(KM 12:12)
(Dnieper lowland--Geoloial, Stratigraphle)
(%notv Baelw-Geology, Btratigraphic)

BILIK, O.D. [Bilyk, O.D.1; KMCMKD, P.D.
Development of the analysis of forms in pups of
various
ages. Visnyk, Kyiv. un.no-4. Ser. biol,
no.2:10'7-112161,
I
(IXIIRA I.
(CONDITIONED RESPONSE)

BILIK, O.D. [Bily%p O.D.]
I I .
No*lity 6f nawous mmesoex in puppies of various ageaL
-Monyk
JKV*mn* 'zoe5e"-S,ere)A4* no-AIM-124 162. tMIRA 16 8 5)
FMPONSS)
,e,

BILIK 0,D6 [Bilykp O.D.]
Ontogenic analpis of rbytbmic stimuli. Vianyk
Kyiv. un
no*4& Sere biole no*2&96-106161o WRA 16-.6i
(CCEDITIa= BMPMB)

U,
00IMi, A.M.; BILYXo O.V*
ITmatigatirg the thiocyanate complezes of cadmium.
Report 36.1;
Zhur. neorg.'khlm. 2 no.l2r2?23-2?33 D 157. (MM Ilt2)
1, Klyevskly gosudarstvennyy universitet ix. T.G.
Shevchenko i Iabo-
ratori7a raorganichaskoy khimii.
(Cadmium thiocyanate)
Owe

Z)l /A 15-57-7-9490
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 7,
p 109 (USSR)
AUTHORS: Efros, S. M., Bilik, 0. Ya.
TITLE: Verification of the Sintering Method for Decomposition
of a Silicate (Proverka metoda spekaniya dlya razlo-
zheniya silikata)
PERIODICAL: Sb. stud. rabot. Leningr. tekhnol. in-t im.
Lensoveta
Leningrad, 1956.
ABSTRACT: A ground sample of the material to be investigated
was
prepared vdth a five-fold quantity of the mixture
according to Yu. S. Lyaahenkov, V. I, 3akunovs and
N. S. Tkachenko 5-naliya (?) zheleznykh i margantsovykh
rud. Metallurgizdat, 1954 (Analysis of Iron and Manga-
nese Ores. State Scientific and Technical Publishing
House for Literature on Ferrous and Nonferrous Metal-
lurgy, 1954 and carefully placed in a porcelain
crucible. i9e mixture from the crucible was transferred
Card 1/2 to a sheet of tissue paper (7 cm by 7 cm), made into a

15-57-7-9490
Verification of the Sintering Method for Decomposition (Cont.)
small package, and placed in the porcelain crucible on top of
a
lining of filter paper. The package should not touch the
sides or
bottom of the crucible to avoid adhesion of the mixture. The
sinter-
ing was done at 8000 to 9000 in a niuffle furnace for 10 to 15
minutes. The sintered mass was transferred to a 100-m1 beaker.
Twenty-five milliliters of water were added and then HC1 in
small
portions (sp. gr. 1.18 to 1.19). After each addition of HC1,
the
beaker was covered by a watch glass. The solution was
evapora-ted
to a small volume in a sand bath for 1 to 1.5 hours (the
solution
remained clear during this time). It was then cooled to 500.
Seven
milliliters of HCl (1.18 to 1.19) and one milliliter of one
percent
gelatin solution were added and the whole stirred. After this,
2 ml more of gelatin was added, and the mixture again
stirred. Then
this material was diluted by 50 ml of hot water and filtered
through
filter paper. The sediment on the filter was washed in hot
water
until there was a negative reaction to chlorine ions and it
was then
roasted.
Card 2/~ K. N. Ryabicheva

ZBOZHIKASHVILI, V., kand.tekhn.nauk;jULII1--.z ,
inzh.
A single system controls hundreds of items. NTO 2
no.11:18-19
N 6o, (MIRA 13:11)
(Remote control)

BILIK, P.G. [Pilykp P.H..). inzh.
Repairing milking pails. Mekh. oil'. hosp,. 14
no.5tl6
YT 163. (KIRA 16:10)
1. Chernovitskoye oblastnoye ob*yedineniye
IISiIIgosptekhnik&.!

glsv~r ~ro4.
insh.; SBIMMVIOH, I.T., insh., red.; UDALITSOV,
[47911C 4olometering spparstuel Ustrolstvo taikliehookogo
tolsismarentle.
Moskra, In-t toftalko-skonAnfors, 1956. 19 P. (Infor=tstia
a asuohno-
lnelsiovatellskikh rabotakh. Tons 30, 1-56-92) (KIMA llt2)
(Telimtering)

BILIKI R. V.
"Apparatus of Telemetry, of Time-Impulse System"
(Apparatura teleizmereniya
vreaVaimpul'snoy sistemy) from the book
Telemedhanization in the National
Economr, pp. 315-326, Iz. AN SMR, Moscow, 1956
(Given at meeting held in Moscow 29 Nov to 4 Dee 54 by
Inst. of Automatics
and Telemechanics)

L
ilk
sk
a 14

Ch
!a 44%;
a
.0 c4 0
Wqv
H p
0 1 0. a
,4: o
a E
ORO! OA
'V
40
10, 0
$4
a
1 '6 0
all
IWO
21
gi-
ow
roe
nim
Sl
cv N
0
M

8/194/61/000/003/030/046
D201/D306
AUTHORS: Bilik, R.V.. and Silayev, V.N.
TITLE: A complex telemechanical facility for distributed
industrial objects
PERIODICAL: Referativnyy zhurnal. Avtomatika i
radioelektronika,
no. 3. 19619 44, abstract 3 V356 (V sb. Prom. tele-
mekhanika, it., AN SSSR, 1960, 198-217)
TEXT: The Institute of Automation and Telemechanics AS USSR
has
developed a complex telemechanical installation for
distributed
industrial plants. The installation takes into account their
speci-
fic conditions and combine harmoniously the problems of
remote con-
trol (TY (TU)) and remote measurements M4 (TI)). The
automation
of plants is envisaged, located either separately or in small
groups
along radial series, series radial or overhead communication
lines.
The installation is used for: 1) Cyclic remote measurements
with
signalling of deviation of the controlled quantities from
their
C ard 1/2

/61/000/003/030/046
S/194
A complex telemechanical... D201,(D306
nominal values; 2) Remote measurement on call of any of the
control-
led parameters; 3) Remote control of plants with tvqo or more
loca-
tions; 4) Emergency signalling; 5) Telephone links. The
commui-tica-
tion channel is a 2 wire line of any configuration. The time
divi-
sion principle has been used. The operational principle of
separate
assemblies and blocs is analyzed. The main circuits slid time
dia-
grams are given. 16 figures. f Abstracter's note: Complete
trans-
lation_,7
Card 2/2

91? too S/194/61/000/006/028/077
D201/D302
AJTHOR: Bilik, R.V.
TITLE; Remote signal system with polarized relays
PERIODICAL: Referativnyy zhurnal. Avtomatika i
radioelektronika,
no. 6, 1961, 47-48, abstract 6 V349 (V sb. Prom.
telemekhanika, M., AN SSSR, 1960, 260-276)
TEXT: In indirect remote signal systems every terminal set of
the transmitting installation has a correspondirg receiving
termin-
al set in the control room. This method, although fast in
opera-
tion, has the disadvantage of necessitating a large quantity
of
apparatus in the control room. The method of cyclic remote
signal-
ling removes this disadvantage. The speed of operation may in
this
case be increased by decreasing the time of the signal
transmission.
This in turn may be achieved by reducing the number of
elements op-
erating in series during the time taken by the signal series
and by
an increase of element operations. The main part of the
installa-
Card V2

ZHOZHIUSHVILIt V,A,o kand,tekhnsnaukl BILIKs R,V-o inshe
Over-all remote control pyates for irrlgation vorkso
Veste" -"~=
31 no.5s75-77 W 161, (KMA 14z6)
(Irrigation) (Remote control)

- BILIK$ R.V.; ZHOZHIKASHVILI, V.A.;
MITYUSHKIN, K.G.;
"TRANGISHVILI, I.V.; SOTSKOV, B.S., otv. red.
Econtactleas elements and remote control
systems with
time division of signals] Beskontaktnye
elementy i si-
stony telemokhaniki s vremennym razdeleniem
signalov.
Moskva, Nauka, 1964. 415 P. (MIRA 17:9)
1. Chlen-korrespondent AN SSSR (for Sotskov).

L 2
ACCESSIM MR A-M5 -JUM

~ C. - ~,, 2/2

',~CC NRv 16002984 SOURCE CODE.- UR/0000165/000/000/0156/0164
V`A-UTHOR,. Bilik, R. V.; Zhozhikashvili, V. A., Kartuzov
Y___ _.V -
,j1ORG: none
TITLE: Ferrite-diode logical ejemantg. for remote coxitrol narl
telemetry
-plementam. avtomatiki i
-SOURCE: iq_23wphghUixa Ro gjjjLnyipn
khnjjSj. _ 2_th, Yerevan, 1963. Magnitnyye tatfrovy-ye elemCh
(Magnetic digital elements); daklady soveshchanlya. Moscow,
lzd-vo Nauka, 1965,
156-164
TOPIC TAGS- logical element, remote control. telemetry
ABSTRACT: Several ferrite -core -plus -diode logical elements and
switching circuits
are described; the experimental elements used VT-2 and K-65, 10 x
6 x Z. 5-mm
ferrite cores. A 4-core AND-gate In briefly described, and tho
plots of power,
current, and current ratio vs. supply voltage for 2-10 inputs are
presented. A
3-core NOT gate (inverter) is briefly described. A circuit
diagram is shown that
carries out the Schaffer operation: f u x-T-y w x V y. Also, a
circuit diagram for a
Card I I Z

BTLIK, SH. M.
Candidate of Technical Sciences'
"Design and Use of Spiral Reamers of
Large Diameter"
Stanki i Instrument vol. 15,no. 1-2,
1944

BILIK. SH. M.
-___
Tekhno'Logiia obrabotki avtomobilInykh tsilindrov.
Dfoskva, Imasligiz, 1945.
71 P. illus-
Bibliography: p. L%7-
Technique of Ym chining autoinobile cylinders.
DIC.- TL210-B37
SO: Manufacturing and Mechanical Engineering in the Soviet
Union, Library
of Congresss 1953-

BILIK, Sh.M., kwAidat tekhnich"kikh nauk.
Porous chroodum-platIng of Intorml combustion
onglao parts.
Toet,wob.,27 S092:34-61 p". (MA 9: 4)
(Cbroalwo-platlag) (Cylinder@)
.0-P,

BI LIK ~ SH. H.
Zhidkostnos khoningovanie. (Vestn. Mash.j 1948, no. 3t
p. 40-41)
Includes bibliography.
Liquid honing.
DLC: TN4.V4
SO: ~%nufacturing and Mechanical Fnginsering in the
Soviet Union, Library of
Congress, 1953.

BILIK, SH. 1-1.
Ulucheshenie prirabatyvaemosti, poverkhnostei treniia
khim-icheskoe obrabotkoi.
Vestn. Mash., 19h9, no. 5. P. W-51
Imrovement of friction surfaces adjustment by means of
chemical treaftent.
DLC: TNh.Vh
SO: Manufacturing 1Wd Mechanical Engineering in the Soviet
Union, Library
of Congress,, 1953.

BIIJKp SH. F. and A. IU. SHAIERWI.
Nekotorye tekhnologicheBkie parametry protmesBa
zhidkostnoi polirovki.
(Vestn. Yeah., 1949, no. 6, p. 54-56)
Some technological processes of liquid polishing.
DL,C: TN4,V4
SO: Manufacturing and Mechanical Engineering in the
Soviet Union, Library of
Congress, 1953.

BILIK, Shap Mandelevich.
Academic degree of Doctor of Technical Sciences, based
on his defense
18 January 1950, in the Council of the Institute of
Machine Study,
Acad Sci USSR, of his dissertation entitled-
"Macro-geometric
Changes of Cylinder Form, The Nature, and Effect upon
the Work of
a Light Internal Combustion Engine."
Academic degree and/or title: Doctor of Sciences
SOt Decisions of VAK, List no. 13, 4 June 55, Byulleten'
MVO SSSR,
No. 15, Aug 56, Moscow, pp. 5-24, Uncl. JPRSNY-537

P'lloclius 400 Opcervills mull

so*
00

Ow Suffares of x1j.
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v4
!
M

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.4ru:
l
thine 1 10. (
7
r

goo

luminuand (Machine Took and Equ4mumal), v. 21. ScV. 1950.
.

P. 9.13.
00

Demerit" in detA un of abrulve-liquid blast fur the
above.
d
l
Of
=
016
Poo

ustrate
.
i1
Diserent ol tquipawwot as deimbed
nts to
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i
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i
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i
d
=
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tin
ca
n c
ttiou o
certa
aje
t
is the a
th-v!bkQuuuw in order to jacrow the curromlon resistance of
treated

Parts. Dom, an tawwad MW Charted.

A 5 a. I L A Al"ALLMICAL LMNATAft CLAUMPKATION
slow
u Is AV 10 "1,, F
a 9 SO OF Or a' -ST S I tw a x a I IF $1 9 As 4 2 9 1
0 (0 00000006 ****
ISMA11.1-0 0 0-000-6 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0.0
0,0 * 0, & &

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(11. Aug. 141). it, lit) ,%Ill. holl, VrOulk A6J.'
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NSS11 [Nvwx of Ilse Avatlemy III SOvIttv-st 411 1114,
)title RM). p. 1:)u.)
Outfines und dix.ubst,.% a dimvlafitm tirrivaed It), Sit. M.
Bikk
for the hfuddivery Insfifille, AlOR-Ow, U.S.S.R,
sqgjjsg,LUWGKA%, tlltl&?L*t CLAUVICAT"
'104,
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U99

72
TITLE: The Surface Finish and UnIfomity of Metal Removal in
Abrasive Liquid Polishing (Kachestvo poverkhnosti I
ravnomernost' sayema metalla pri abrazivno-zhidkostnom
polirovanii.)
of metal removal is approximately proportional to the
square of the nozzle diameter. The nozzle and float
diameters should be about equal. The duration of the
treatment in proportional to the Increase in the depth
of the metal removed. With an inarease in the air
pressure, both the rate of metal removal and the lack
of uniformity increase. The use of the data collected
in selecting the conditions of polishing is discussed.
Maximum removal of metal is obtained at an angle of
400. The best finish is obtained at angles of 3-70.
For Industrial production, one volume of abrasive to
four volumes of water are recommended. The effect
of concentration on surface finish is small. Metal
removal in greater from an initially rough surface.
Useful polishing in accomplished In 60-80 seconds.
Card 2/3

BILIX, Sh.K., doktor tekhn.nauk
Modern ways of timbering stopes. Besop.truda v prom.
1 no-10:3-5
0 '57. (Kim. 10: 11)
(Mine timbering) -

_T77
Modg= Trgnd in the Field JE2?,PVV BUIl&iTI2 Technology;
Collection
j Of ~%Ohine 3UII
CF Articles) Moscow) k=h9Iz, 15N, 363.P.
The author discusses aspects of dimensional andtechnological
analysis of machine piece parts in relation to the machine
as a whole and as a part of assemblies and mechanisms and as
a part of independent machine elements. There are 9 Soviet
references.
'Novikov, M.P., Candidate of Technical Sciences. Present-day
Status and Problems in Machine Assembling. 99
Some of the more progressive mass-assembly methods employed
by certain Soviet machine-building plants are briefly re-
viewed here.'
Bilik, Sh.M., Doctor of Technical Sciences. Present-day
_ReF Wots -o-iquid Jet" Polishing of Metals, 115
The author presents a detailed description of theequip-
ment designed for surface polishing of metals with abrasive
particles In a liquid jet. A discussion is included on the
technological parameters of this process. There are 13
references of which 9 are Soviet,.2 English, 1 German, and
1 Hungarian.
Card--5-AO

BILI A Hendailevich OWLEV Anatolly Aleksandrovicho
PANDT, Andrey
.0
-'Valfriyevienj DWBODOV, Ml~ball Alsksandrovich;
IlRiiOBOK, X.P.,
otv.red.; LOMILINk, L.N., tokbn.red.; AIADOVA, Yn.l.,
tokbn.red.
(Instrumnto and apparatus for studying mine pressure]
Pribory I
apparatura dlia Issledovantla prolavlonli gornogo
davlenlia;
spravochnik. *skwa. Ugletekbisdat. 1958. 363 P- (MIR&
121l)
(Kning engineering) (Measuring Instruments)

SOV/113-58-2-5/15
AUTHORi
Bilikt Sh.M 9-otor of Technical
Sciences
TITLEi
Influence of the Macro-Geometry of Cylinders on
the Period

of Service of Engines (Vliyaniye makrogeometrii
tsilindrov

na arok sluzhby dvigateley)
PERIODICALi
AvtomobilInaya promyshlennost', 19589 Nr 2, PP 17 - 20,

(USSR)
ABSTRACT:
The microgeometry of cylinders changes during
operation.

After longer periods of work the macrogeometry
changes, too.

Figure 1 shown the changes at different
measuring zones of

a cylinder. The distribution of the oval
shapes of 6 cy-

linders is given in Figure 2. The second and
the fifth

cylinder show the highest value of deformation being
in

the central position of each half-blook (Table 19 Figure
4).

Deformation of cylinders takes place also during the
assembly

of truck engines type ZIL. Temperature has also a
great in-

fluenos on deformation. Unequal cooling causes
unequal

wear. Figure 5 shows a model representing an engine
after

145,000 km of work. The deviations of the radii are 300

times exaggerated. The values for the ovality of cylinders
Card 112
at the various stages of the experiments are shown in
Figure 6,

SOV/113-58-2-5/15
Influence of the Macro-Geometry of Cylinders on the Period
of Service of
Engines
The wear of the same cylinders is shown in Figure 7. It has
been demonstrated that the consumption of lubrication oils
in a cylinder with an ovality of 0.4 mm is 27 % higher than
in a cylinder with a deformation of only 0.09 mm. There
are 2 photos, 3 tables, 4 graphs, and 1 diagram.
1. Automobile industry 2. Internal combustion
engines-Maintenance
3. Cylinders--Deformation 4. Lubricants
Card 2/2

SOV/122-58-12-7/32
AUTHOR: Bilik Sh M Doctor of Teabnical Sciences
'ZITLES The Macro-Geonetry of the Cylinder and the Leakage of
Gas into the Crankcase (Makrogeometriya tsilindra i
-pr,oryv gazov v karter dvigatelya)
PERIODICAL: Vestnik Nashinostroyeuiya2 1958, Nr 12, pp 22-25
(USSR)
ABSTRACTa. Gas leakage into the crankcase was examined
experimen-
tally, both in a static position of the piston and in a
working-ongine,-as a function of the-macro-geometty of
the cylinder* In specially designed static test rigs
cylinder liners were deformed by pressure applied to the
lower part of the liner, The test rigs differed in the
smoothness of the liner deformation, In some cases gas
ressure could be measured in each piston groovee
amie tests were carried out in a single cylinder unit,
M
electrically driven, with and without supercharge.
Nitrided liquid cooled aviation engine liners were used
together with aviation t e steel piston rings, without
Card 1/2 detectable clearances, Purves of leakage against
liner
ovality are reproduced at different pressures. The
leakage measured in the single cylinder unit is plotted

The Macro-Geometry of the Gylinder and
Crankcase
SOV/122-58-12-7/32
the Leakage of Gas into the
against rpm and power. Some analytical relations
between leakage flow and clearances are given* The
pressure distribution at each of the piston rings must
be known to predict the leakage analytically.
There are 6 figures and 2 Soviet references.
Card 2/2

BILIK _jhjI,,-4oktor tekbn.wok
Plastics for friction subassemblies of rolling
stock. Vast.
TSKII WS 18 no.6:6-11 S 059. (MIRA 13:2)
(Plastics) (Railroads-Squipment and supplies)

3/68 61/000/000/012/012
D207YD303
AUTHOR: Bilikt Sh. M.
TITLE: Abrasion of polymer materials in the absence of lubri-
cation
SOURCE: Soveshchaniye po voprosam teorii sukhogo treniya i obra-
zovaniya chstitB iznosa pri sukhom trenii. Riga, 1959,
195-198
TEXT: The author reports a study of abrasion of various plastics,
ruber and some metals. Three types of abrasive surface were used:
(1) Emery cloth (very small contact areas and cutting action);
(2)
metal grids (limited contact); (3) polished steel (large contact
areas). Neither emery cloth nor metal grids indicated correctly
the enhancement of antifriction properties of fillers in
polymers.
In emery cloth tests a drum covered with the cloth rubbed the
sample at a controlled rate, e.g. 0.3 m/sec. A fall of the rate
of
wear was observed during abrasion with the same piece of cloth.
This fall was very rapid at first and more gradual later in the
Card 1/3

S/686/61/000/000/012/012
Abrasion of polymer ... D207/D303
case of polymers (polyamides, fluoroplast, PT-q (Ft-4),
polystyre-
ne) but it was much less marked in the case of aluminum, brass or
steel. Increase of the applied pressure from 0.3 to 3.2 kg/cm2
clogged emery cloth, especially if it was fine-grained, and redu
ced its coefficient of friction. If the same piece of emery cloth
was used on one polymer (e.g. polystyrene) and then on a dissi-
milar polymer (e.g. fluoroplast Ft-4), the rate of wear of the
se-
cond material fell considerably, rose to a steady value and then
fell again. This "cleaning effect" did not occur when two similar
polymers (e.g. two polyamides) were rubbed consecutively with the
same piece of cloth. When a metal (brass or steel.) grid was
used,
the rate of wear remained constant during abrasion tests. Rubbing
with polished steel showed clearly the beneficial effect of
fillers
on polymer properties. If tangential forces predominated in abra-
sion, wave-like ridges ("transverse waves") formed at
right-angles
to the direction of motion of the abrading body. If normal (cut-
ting) forces predominated, bands of scratches were produced
paral-
lel to the direction of motion of the abrading body. The trans-
Card 2/ 3

PHASE I BOOK MaWITATION sov/4202
Bilik, Shaya. Mendelevich.. Doctor of Technical Sclencea
Abrazivno-zhidkoetnaya obrabotka metallov (Abrasive Wet-Blast
Machining of Metals.
Moscow, Nwhgiz., 1960. 197 P. 5,000 copies printed.
Reviewer: -G.B. Luriye; Ed.: V.V. Sesov; Tech. Eds.: R.I.
Dabritsyna, and
L.P. Gordeyeva; Mmiging Ed. for Literature on Metalworking and
Instrment Mak-
ing (Mwhgiz) V.I. Mishin,, Engineer.
PURPWB: This book is intended for technical personnel in
machine building.
COVERAGE, The stuthor examines the process of abrasive
wet-blast machining of
metql parut.. Types and construction of equipment used in this
process are
given along with a discussion of experience in operating
laboratory and indus-
trial units. Results of the investigation of the process
conducted by the
author and the optimsa process parameters obtained for various
purposes of mA-
chini4 am presented. The author also discusses the effect of
the process on
the quality of the machined surface and changes of physical
properties in the
Card IA

Abrasive Wet-B-I&St Machlni.,6 Metals SOV/4202
Ch. 4. Uniformity of Metal Removal In Abrasive Wet-Blast
Machining
66
Combining intensity and unifomity of machining
66
Traveling speed of the jet appezatus and parts
74
Ch- 5-
Quality of the Surface
82
Finishing operations and surface
defect@
82
Surface roughwas
86
Surface hardening and fatigue
strength
90
Resistance to wear and to cor Ion
99
Ch. 6. Types
and Coneiriuctions of Equipment Used in Abrasive Wet-Blest

Machining
103
Classification of equipment
103
Experimental and
laboratory units
La
Piece-and snall-lot production units
118
Lot production units
122
Units used In mass production and in
automatic lines
129
Units without circulation of suspension
141
Tumbling-type units
143
Card 3/ 4