SCIENTIFIC ABSTRACT BORODAVKIN, P. P. - BORODAYEVSKAYA, M. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206420013-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BORODAVKIN
BYKOV, L.I.; YABLONSKIY, V.S. (deceased)
Stability of uneerground ard surface pipelines. Trudy NIITranoneft'
no.3:155-164 164. (mIRA 18:2)

N ;ti", 1"ATWIN
Overhead lthoV PiPta laying shaped like il
1?v.vYs.ucheb.zav.; neft-l i gaz 7 (MIJ-HA 17:1,*)
U f -` msk jy ne f ty a noy t n s t i ti i t.

BORODAVELIT, r'.:.; BYKOV, L.I.; YABLOIISKIY., V.-S.
J.
the :iwbility of an une qrrurvJ T.J-.eljna during the
i a Ibending of its axise N
(NjITRA 1~1-2)
c;4.
1. Urims"Idy nef 6yanoy

roughn - s. -vya. uchab,
1. Uflimskiy neftyanov instittit

BERDYUK, V.V.; BORODAVKIN, P.P.
Classification of swamps as applied to pipeline construction! Stroi.
truboprov. 10 no.101-32 Ja 165. '.MIRA 1814)
1. Trest Vostoknefteprovodstroy, Ufa (for Berdyuk). 2. UfiMBkiy
neftyanoy institut (for Borodavkin).

BORODAVKIN Petr_zalz~ch; SUNARCHIN, Avall Khodzhayevich.
Priniza-1 uchastiye SHADRIN, O.B., inzh.
.[Construction of pipelines under complex conditions]
Stroitellstvo magistrallrjykh truboprovodov v slozhrjkh
usloviiakh. Moskva., Nedra.. 1965. 214 p. (MIRA 18:7)

BCRC)D.kVKIN., P.P.; MASLOV, L.S.; SHADRIN, O.B.
...............
Nature of tank residue and its effect
in the storage of petroleum products.
nefteprod. no.6:26-29 165.
on operational rel;.ability
Transp. i khran. nefti i
(MIPIA 18:8)
1, Ufimskiy neftyanoy institut.

BORODAVKIN, P.P.; BYROV, L.T.
Experimental investigation of the stability of pipelines laid in fills.
Transp. i kbran. nefti I. nefteprod. no.8-9-11 165. (MIRA 18:01)
1. Ufimskiy neftyanoy institut.

BYKOV, L.I.;,P~RODAVKINy P.P.
Experimental investigation of the-stressed state of overground
11hot" pipelines. Transp. i khran. nefti.i neftoprod. no.5:
8-11- 165. (MM 18:10)
1. Ufi.mskiy neftyanoy institut.

UKHATOVp V. (Kaliningrad); MARTYNOV, L.; GOLOVCHENKOy V.; BEZMENOV, V.
(Xomsonollsk-na-Amare); GEMANENKOP V.; TSVETKOVP N. (g. Kalinin)
Bezuglov, P.; MN-I-S--fLeningrad)
Readers' letters, Pozh. delo 7 no. 1:31-32 Ja 160.
(KRA 14:2)
1. lamestitelf predoodatelya soveta, 1)obrovolinogo pozharnogo
obshchestvap Rostov-na-Donu (for Martynov). 2. Rayonnyy
pozharnyy irgpektori, Kasimov-9 RyazansIcala oblast' (for
qplovehenko). 3. Starshiy master pozharno-ispytatellnoy
stantsiip Novosibirsk (for Getmanenko).
(Fire prevention)

RAZUVAY,EV, G.A.; VYAZANKIN, N.S.; GLADYSHEV, Ye.N.; BORODAVKO~ I.A.
Photochemical reactions of organotin compounds with some halo
derivatives. Zhur.ob.khim. 32 no.7t2,154-2160 Jl 162.
(HIM 15:7)
(Tin organic compounds) (Halogen compounds) (Photochemistry)

2 2.0 9, 2 07)
I q OU
J~Iu h U13, 23 19)
25,388
S/080/61/034/002/008/025
A057/~129
AUTHORSt Shatquira, S.A.9 Feildmany Yu.A., Boz!od&-,-ko, I.S.,
RyabLnova, A.Ya.
TITLEs Effazt. of ultrs-sonic- waves on processes of aleotroplating of
metals from -3yamide electrolytes
PERIODICA13 Zhuz-nal Prikladnoy Khimii, v 34, no 2, 1961, 33i-339
TEXTs Gc"dIV-i-=a f;f an LntezziAfication of oopp(ir, lzv--S~ss, find silver
e lea g in oyax-.,.j.e ale-trolytes Were exreriment,111Y i-n-
ve8tigate~-'. ~,,--4t-wasn jri-noipal parameteza of the slsatzoplating
process -;!I, all, field Were st-udied and the reEzl-.s obta--'red with
and with-:;ut wayss were- ~,ompared. Few of the rspe-rS zs~;ently
published ion~iern'-ng ths offe:;,;. of ultrasonic waves in elGotroplating deal
With oyar-Lde and in severall oases no qu&ntitat,:.ve nomparlaonB
are made. Hcwever, t-he poeitlye effect c;lf 1)Lltra3on.-*3 -waves c:n 'he process
Card 1/8

S/OBO/61/0,74/002/008/025
EffeOt :if Wa*733 oo- A057/A!29
was otser-.si azd thua mjri, pre-zie_e in-7eatigations on this queetdon- we=e of
interest. In c.--ler '.D iommare results obtained -fiTh and with!-~ut ultrasonic
waze iiarried out in the aama tanks and under
WEV,req 4-j.6 'M
the same Tv-~F types of tanks were usedi YU !'UZ7~, a welded
k 11
(10-15 with polyvinyl-o~avered side walls .~Lt5,iaing a magne-
Metal t"IL % &
tostrictior for abo-at 19 ke/s and a capa3ity ?:~f 2-4 k-va (Ref 91
Yu.A. Kitsygorodak!.y, "Primexnen:Lye ulltrazvalka v tekhnologil mash-Inostroye-
niya" ("Applis-ition. cf waves in technology of mechanl~sl an-
gineeriag"~, Izd. doms tekhniki (Edited by the House of te3b-nology), M.,
113 (195B and ABAV 1 (AVDI-1) -hype, a 10-1 plast'-3s t&nk with work-
ing frequencie:~ if 16 -'-; 'A and a --,apaoity of 0.4-0.5 kva (Ref 10~ Y-u.A.
Felldman a1v al, "Peredov,v mauohno-takhn. i pro-'zv. opyt" ("Advanuea
scientifi--, techn"cal and industrial praotice"), TsITEIN GNTK SSSIR, M.,
(1960)). For the, UZV tank an industrial generator of the Y3r-10 (UZG-10)
type was used, and for the AVDI-1 tank a r3YK -2 (GZUK-2) experimental
generator. The experiments were carried out at 16 and 20 kiloh6rtIz, and
the clarrGnt yield was daterrained by a coulomb-meter. The effect of ultra-
Card 2/8

25386
S/08 61/034/002/008/025
Effect of ultrasonic waves A057Y,129
sonic waves on copper plating was investigated in 3 electrolytes (Tab. 1)
and it was observed that maximum current densities can be increased 5-6
times by the effect of sound vibrations (Fig 1). The rate of copper de-
position is much greater when ultrasonic waves are applied and current
yield increases considerably. Thus in electrolyte no. 3 at a current
density 21D amp/dM2 and 4000 the rate of copper deposition is 7-80/min
(at 500C it is 11,9/min), i-e-, 15-20 times greater than in the existing
practice of oopper-plating from cyanide electrolytes. Comparison of the
investigated electrolytes indicates that the beat ultrasonic effect is
obtained in electrolytes containing 80 g copper cyanide per liter. No
noticeable deterioration of dispersion capacity due to the effect of ultra-
sonio waves was observed. The sound vibration effect on brass elootro-
plating was'studied in two electrolytes (Tab. 2) and2it was determined that
current density can be increased from 0-1-0-5 &mP/dm to 2-3 &mP/dm2 to
obtain glossy deposits, and to 3-20 amp/dM2 for pasty deposits. With in-
creasing ourrent density the rate of deposition inoreases up to a certain
limit which depends on the content of free NaCN. It optimum oontont of
Card 3/8

25388
S/080/61/034/002/008/025
Effeat of ultrasonic waves see A057/1129
free..N&CN (4w6 g11) and 400C the rate of deposition is at 2-3 amP/dm2
0-5/0min for shiny brass and at 12_20 &mp/d-m2 2-2-5 P/min for dull brass.
Processes ooeurring above 2 amp/W current density are of theoretical and
praotioal interest and have to be studied in further experiments. Current
yield deoreases with increasing current density and NaCN content, but the
rate of deposition can be increased up to 120-150,&/hr, i-e., 25-30 times
higher than in existing electroplating. The effect Of Bound vibrations
on cathodic polarization is the same as in copper plating, i.9., polariza-
tion decreases and the potential shifts towards more positive values. In-
creasing temperature, higher ourrent density, and ultrasonic waves effect
a change in composition of the deposited brass. Apparently ultrasonic
waves have a different effect an deposition of copper and of zinc. The
composition of electrolytes used in silver-plating experiments is presented
in Tab. 3. With electrolytes containing about 40 9 silver per liter
current density can be increased to 10-15 amP/dm2 by means of ultrasonic
waves and the rate of deposition is 6-7 A/min. The latter depends linear-
ly on current density. In distinction from copper- and brass-electro-
plating, no noticeable effect of temperature was observed in silver-platIng.
Card 4/ 8

3/080J61/034/0.02/008/025
Effect of ultrasonic waves A057/A129
The present authors point out that the mechanism of the effect ofultra-
Sonic waves on electroplating, especially of alloys,.is of interest for
further investigations. There are 11 figures, 3 tables and 12 referencest
7 Soviet-bloo and 5 non-Soviet-bloo. The two English-language publications
read as follows: Fishlock, Metal Industry, 93, 109 (1958)p St. R. Rich,
Plating, 42, 11 (1955)-
SUBMITTED: June 18, 1960
Card 5/8

c)
BORCDAVKO, N.P.; SHULIMAN, To.D.
Studying the principles of industrial production in the schools
of Blektrostall. Politekh.obuch.no.12:21-25 1) '57. (MIRA 10:12)
1. Gorodskoy otdel narodnogo obrasovanlya g.Elektrostall
(Blekbrostall-Technical education)

KUTOV, A,19 - BORODAVKO N.D.
a,
P:4~ ~-'- I
,1z;
N.-N-di (P-OlAnoethyl)CYanamide and its reactions. Zhur. ob.
khim. 33 no.5:1536-1539 W 163. (MIRA 16W
(Cyanamide)

el) z,-),4 A,
124-57-2-2420
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 2, p 130 (USSR)
AUTHORS: Pen' kov, A. M. , Bondarchuk, A. S. , Borodavko, V. A.
TITLE: The Partial-load- relief Method for the Determination of the
Weight-induced Stresses in Structural Building Elements (Metod
chastichnoy razgruzki dlya opredeleniya napryazheniy ot sobstven-
.,nogo vesa v elementakh stroitel'nykh konstruktsiy)
PERIODICAL: V sb. : Issledovaniya pro vopr. ustoychivosti i prochnosti.
Kiyev, AN UkrSSR, 1956, pp 163-169
ABSTRACT: Bibliographic entry
1. Structures--Stresses 2. Stress analysis
Card 1/1

PSNIKOV, A.M.; BORODAVKO, V.A., inzhener
* W .1 V 'IV P ~ %7.S ;-__, "WA z t =V-1~2- --~ - ~
Experimental and analytical method of determining the wheel
pressure of haulage bridges on the rails. Sbor.trud.Inst.gor.dela
AN LMSR no.3:113-119 '56. (NLRA 9:8)
1. Chlen-korrespondent AN U= (for PenIkov)
(Mine railroads) (Wheels)

BcRmivx
Blectrific'ation.of track work Ix ths.juwtian. Pat' i put.khos.
no.6:29-30 JO 'z~7~- ILOI-7)
1. Wachal I nllC-dUWii*fl ~Stant 9 il- Lisif Yugo-Yost ochnoy dorogi.
(Liski-Railroade-Maintenance and repair)

BCRCDAVKO, V.A* [Borodavko,, lrO,j (Kiiv).
/-,W Experimental Investigation of the state of stress in blades of
centrifugal mine ventilators [in Ukrainian with summaries in
Russian and 31aglish). Prykl. makh. 4 noo'1:97-104 158. (KIM 11:4)
1. Institut girnichol spravi AN
(Blades) W(di 9 ventilation)

[Boro avko, V.0.1 (Kiyev)
BORODATj1O,j.t ~.( d
Stress analysis of blades of centrifugal fans. Prykl.mekh. 4
no-3:302-316 158. (MIRA 13:8)
1. Institut gornogo dela AN USSR.
.(Fans, Mechanical--Blades)

.eech Sci -- (di ss) "Study of strength ol~--.L/
BCI-:~0DA.1rK0, V.!... , Cand
4i;i!~ bl-Liec of centrifucal torn - 1959. 12 pp
,.,.itli L"rnphs (Ac:~d e,.' Sci UkSSR. Inst of Gonstriic'ion L~ech:nnics) .
150 cories (la-, 37-59, 108)

PENIKOV, O.M.; BORODAVKO, V.0.
Bxperimental investigation of the strength of the basic parts of
an IRPM-1-2M rock loading machine. Sbir. prats' Inst. hir. spravy
AN URSR no.6:103-111 160. (MIRA 13:9)
(Mining machinery-Electric driving)
107

BORODAVKO' V.0.
Strained state in centrifugal fan blades in the relative dis-
placement of curved edges. Sbir. prats' Inst. hir. spravy AN UM
no.6:136-147 160. (MIRA 13:9)
(Fans, Mechanical)

BORODAVKO V S., inzb.
- -
I ---
We are working according to the new system. Put' i put. khoz.
no.9:9-11 S 158. (MIRA 11:9)
1. Nachallnik distantsii, at. Liski Yugo-Vostochnoy dorogi.
(Liaki--Railroade-Track)

'.ACCESSION NR: AP404Z529 S/0109/64/0091007/1313/1318
AUTHOR: Lyapunov, N. V.; Borodavko, Yu., M.; Zaytsev, A. Ye.
TITLE: Inductive diaphragms in ridge waveguides C Report at the 19th All-Unioft
d Conference of the Scientific and Technical Society of Radio Engineering and
Ele ctro communication, May, 19631
:1 SOURCE: Radiotekhnika i elektronikat v. 9, no. 7. 1964, 1313-1318
TOPIC TAGS: waveguide, ridge waveguide, single ridge waveguide, double ridge,
J;waveguide
i;ABSTRACT: The 'results of a theoretical and experimental study of inductive
diaphragms in single- and double-ridge waveguides are reported.- A formula for
1: calculating the susceptance of an inductive diaphragm in an arbitrarily
proportioned ridge waveguide is developed. The formula was experimentally
iverified with inductive diaphragma-mounted in a.single.~-ridge_wayeguide;
'
j 1/2
rrd.

i ACCESSIOnNR: AP4042529
0. 51; voltage standing-wave ratio, 1.05. A discrepancy of about Z0j* is''
explained by the approximate -nature of the calculations and by the inadequate
diaphragms and flanges. Orig. art.. has: 4 figure s, 24 formulas, and 2 tables.
ASSOCIATION: MarIkovskiy universitet (Khar'kov-University)
SUBMTTED! 123u162 ENCL: 00
SUB CODE: BC NO REF SOV: 005 OTHER: 002

_kC' NR,". f04i~5~~ 023/0036/003~7
INVENTOR: Mende, F F.; Dmitriyev, V.M.; Khristenko, Ye.V.; Borodavko,
Yu. M.
ORG: none
TITLE: Method of obtaining stable frequency from a nonstable uhf
oscillator. Class 21, No. 189029 [announced by Phys'ico-technical
Institute of Low Temperature;, AN UkrSSR (Fiziko-tekhnicheakiy institut
nizkikh temperatur AN UkrSSR
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki, no's
23t 1966, 36
TOPIC TAGS: uhf oscillator, frequency stability
ABSTRACT:
To simplify the stablliza~ion system used to obtain a highly stable frequency
from a nonstable uhf oscillator which utilizes a superconductive resonator,
it is proposed that the oscillator a -ignal. be amplified by an amplitude
Card

ACC NRI AP700
Fig. 1. Stabilization system
1 - Uhf oscillator; 2 - superconductive
resonator; 3 - amplitude modulator.
.modulator such an awaveguide twin T-Joint with a detector, which is supplied
with a difference'eig6af of the oscillator carrier frequency and of the side
frequency. The latter is obtained as a result of amplitude modulation of the
oscillator carrier f requency and is separated with the help of the above-
mentioned resonator. VPI
SUB CODE: 09/ SUBM DATEt 20Kay65/ ATD PRESS:
2/2

LYAFLUIOV, V.V.; BORODAVKO, Yu,M.; ZATMET, A. Ye.;
Inductive diaphragmB in H and P type waveguides. Radiotekh. i
elektron. 9 noo7t1313-1318 Jl 164 (MIRA 17:6)

S/072/60/000/olo/ool/004
B021/BO58
AUTHORSt BondaTev, K. T., Boroda
TITLE- Production and Use of Light-sensitive Glass
PERIODICAL: Steklo i keramika, 1960 !~1 0- 109 PP- 1 - 4
TEXTs Light-sensitive glass can be produced by the admixture of gold,
silver, or copper to any technical glass containing silica, oxides of
alkali metal and of bivalent metal. The optimum amount of light-sensitive
components is tabulated. Lithium-, potassium-, and sodium-oxide are used
as alkLli-metal oxides, and any oxide with which colorless glass can be
obtairsd, may be used as bivalent metal oxide. Glasses with gold or
silver content lose their light-sensitivity through the presence of
copper. The light-sensitivity of glass is influenced by its melting con-
ditions, the character of the furnace atmosphere, and the presence of
redox agents. Depending on the glass composition, radiation dose, and
thermal treatment, white and colored semitransparent and nontransparent
pictures can be obtained on transparent glass, as well as colored
pictures on subdued white ground. Lithium-containing glasses of special
Card 1/2

Production and Use of Light-sensitive Glass S/07 60/000/010/001/004
3021Y3058
light-sensitivity have been developed at the experimental department of
the Konstantinovskiy zavod "Avtostekloll (Konstantinovka "Avtosteklo"
Plant)- The glass was molten in the crucible furnace at a temperature of
from 1450 to 14800C in oxidizing atmosphere. After rolling, the glass
was annealed in the tunnel kiln. The samples were treated with ultra-
violet as well as X-rays, mercury-quartz lamps of the typeCBAUJ-1000
(SVI)Sh-1000) and ITPK-7 (PRK-7) and the installation of the type ?Y7-2
(RUP-2) being used. The glass is etched in hydrofluoric acid in order to
obtain plastic pictures, the difference of etching between the exposed
and unexposed parts of the light-sensitive glass becoming noticeable.
Plastic glass products may be obtained by exposure of the glass through a
photonegative by means of ultraviolet rays, heat treatment and subsequent
etching in bydrofluoric acid, as can be seen from Figs. 1 - 4. By this
method, tiniest openings can be obtained on thin, light-sensitive glass.
There are 4 figures, 1 table, and 2 non-Soviet references,.
1)
Card 2/4

GOLOTA, Ya.A. (Holota, 1A.A.]; BORODAY, G.P. (Barodai, H.P.]
Serum protein fractJons as carriers of Immune bodies again--t
erysipelas in farm animals. Mikrobiol. zhur. 26 no.l126-31 164,
(MIRA 18t11)
1. Otdel sellskokhozyaystvennoy mikrobiologii, virusologii i
immunologii Ukrainakogo nauchno-issledovatel'skogo instituta
zemledellya.

SOV/124-58-8-8855
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 8, p 75 (USSR)
AUTHORS: Boroday, 1. , Lisovskiy, V.
TITLE: The Influence Exerted on the Stability of a Ship by the Angle of Slant
of the Flanks of a Ship (Vliyaniye izmeneniya razvala bortov
korablya na ostoychivosV)
PERIODICAL: Tr. Leningr. korablestroit. in-ta, 1956, Nr 18, pp 219-224
ABSTRACT: An examination is made of the angles of heeling of a pontoon whose
cross section has the shape of an isosceles trapezoid. The angles
of heeling are defined in terms of the angles at which its top and
bottom surfaces meet the water. An approximate expression is
evolved for the static- stability increment produced by a small varia--
tion in the angle of slant of the sides, The problem posed by the
authors of this paper, i. e. . that of the influence exerted by the
angle of slant of a pontoon's sides, has been solved in a simple,
absolutely rigorous fashion with an expression which appears in a
book by V. G. Vlasov [ Statika korablya (The Statics of a Ship).
Card 1/1 Moscow, Voyenizdat, 1948, Formula Nr 6091. V. K. Glotov

SOV/124-58-2-1939
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 2, p 60 (USSR)
AUTHOR: Boroday I
TITLE: The Stability of a Pontoon Having a Trapezoidal Cross Section for a
Range of Inclinations from 00 to 900 (OstoychivosV pontona s
trapetsiyevidnym secheniyem pri naklonenii ot 00 do 90o)
PERIODICAL: Tr. Leningr. koroblestroit. in-ta, 1956, Nr 18, pp 211-217
ABSTRACT: An elementary derivation of an expression for the static righting
arm of a pontoon having a trapezoidal cross section for a range of
inclinations from 01 to 900. At the two limits one obtains the formulas
for the righting arm of a rectangular pontoon and a triangular pontoon,
respectively.
A. K. Nikitin
Card 1/1

BOPODAY, I.L., inzh.
Improvement in the design of high-speed switching devices of
power transformers. Energ. i elektrotekh. prom. no-4:33-35
O-D 165. (MIRA 19-1)

VAYNTRUBJ, V.K.- BORODAY I.K.- GALIPERIN, F.I. [deceased]; GRID, A.I.;
KALIU~~~~, I.V.; KRITSBERG, E.,L.; KMIYp A.M.
Jq .0
Press molds for the hot vulcanization of rubber soles; Soviet
Certificate of Inventions No.241077. Kozh.-obav.prom. 4
no.8:/+2 Ag 162. (MIRA 15:8)
(Vulcanization~--Technological innovations)

!'!- !..
1 1. 0~ - - , , -4c,21.
I I ~ rf~lvni k
For temporary j,-, - -.,, , -. * , i~, ,I ~, 1': 1;
I - , " I f, 0 -. ".." ,- - - -
;- ~ -,; "~ -,._ . .~j ~J..
(MIRA 18:10)

BORODAY, K., inzh,-podpolkovnik
Excavating rocky soil. Voen.-inzh. zhur. 101 no-1:34-38 Ja 158.
(MIRA 11:2)
(Excavation)

-BORODAY, K.; GGLUBEV, V.; DALLAKYAN, L.; VASILIYEV, 0., inzh.
Letters to the editors. Voen. znan. 41 no.8:28 Ag 165. (VJRA 18:7)
1. Chlen prezidiuma rayannogo komiteta Vsesoyuznogo dobrovollnogo
obshchestva sodeystviya armii, aviatsii i flotu SSSR, Yerevan (for
Dallakyan). 2. Shtab grazhdanskoy oborony Leningrada (for Vasillyev).

T, 09907-6
67
i ACC "" AP6033089 SOURCE CODE: TJR/0017/66/000/007/0029/0029
AUTHOR:- Borod~i K. (Candidate of technical sciences)
y_
ORG: none
TITLE: Simplest type of fallout shelter
SOURCE: Voyennyye znaniya, no. 7, 1966, 29
TOPIC TAGS: fallout shelter, fallout count-ermeasure, civil defense
ABSTRACT: The author describes the simplest type of fallout shelter, consisting
in a covered trench 2 m deep, 110-120 cm wide at the top and 70-80 cm wide at
the bottom. It is covered with fascines and has a vestibule at the entrance to
prevent the penetration of radioactive dust or drops of toxic~l.'Matter. A detailed
description oil the various types and arrangements of fascines is given, -and the
utility of such a shelter for civil defense in rural areas is stressed.
SUB CODE: 13 ISUBM DATE: none/
1/1
Card

- BOR ODAY, L. M.
New wall materials for housing construction. Transp.8troi,
8 no.4:11-14 Ap '58. (IURA 12:12)
1. Glavnyy inzhener Glavatroyproma.
(Building materials)

BOROIXLY, P., linzhener.
~,, t, ,~
i4ract builders-operators' attention to a discussion of plans.
Muk.-elev.prom. 20 no.1:29 J& 154. NEU 7:7)
1. Poltavskaya kontora Zagotserno.
(GrAnA ies)

BORODAY. P., inzhener.
--VA' ",
Use of mechanization facilities at the granaries of the All-
Union Office for Storage and Distribution of Grain in Poltava
Province. Muk.-olev.prom. 20 no.2:28 7154. Oaa?A 7:7)
1. Poltavokaya oblastuaya kontora Zagotserno.
(Poltava Province--Grain storage) (Grain storage--Poltava
Province)

BORODAY,P.
Corn sheller with a two-level chassis. Kuk.-elev.prom.21 no.8:25
Jl[AgI '55. MRA 8:12)
1. Poltavskaya oblastneya kontora Zagotzerno
(Agricultural machinery)

BORODLY. --p-
Simple apparatus for grading seed corn. Muk,-elev. prom. 22 no.8*.-
Z? A9-1'56. (KLFA 10:8)
1. Poltavskaya kontora Zagot; rno.
(Go;n (Kaize))

BORODAY, P.-, in,41.
Imppvtant condition for the filling of corn sizing plants.
Muk.-elev.prm. 29 no.D24 Ja 163. (MMA 16:4)
1. Poltavskoye oblastnoye upravleftiye khleboproduktov,
(Grain handling)

30: :3 .3 1 2 D

KOROIZV, N.V., inzh.,- BORODAY, S.M., kand.takhn.nauk
Improving the methods of car maintenance and repair. Vest.
TSNII MPS 21 no.2t23-27 162. (MM 15W
(Railroads-Cara-Maintenance and repair)

BORODAY S M kand.tekhn.,nauk; MOSEVEV., A.V... inzh.
I
Ways of improving the design of six-axle gondola cars* Vest.TSNIIMPS
21 no.7:/+1-4/+ 162. (MIRA j$'42)
(Railrov&-Freight cars)

BORODAY,j
-.jL,-.kand.teIJm.nauk; SOKOLOV, P.P., inzh.; POPOV, A.V., inzh.,
red.; DOBROVA, Ye.N., tekhn.red.
[Analysis and means for improving the system of repairing freight
cars) Analiz i puti sovershenstvovaniia sistemy romonta gruzovykh
vagonov. YiDskova, Wes. izdatellsko-poligr. ob"eainenie M-va
putei soobshcheniia, 1962. 97 p. (Moscow. Vsesoiuznyi nauchm-
issledovatellskii institut zheleznodorozhnogo t~ransporta. Trudy,
no.236).
(Railroads-Freight cars)
(Railroads-Maintenance and repair)

BORODAY, V.I.
Some problems of the theory of blade type feeders with a
horizontal axis of rotation. Izv. vys. uobeb. zav.; pishch.
tekh. no.4:98-107 163. (MIRA 16:11)
1. Novocherkasskiy makhaniko-tekhnologichaskiy tekhnikum.

MAKSIMOVICH, N.A.; GOLUB, N.F.; ~ORODAY ~VM ~
Sluoreseene microscopic study of changes in the cultures of &-Lxiotic
.calls, infected ky tbb poliomyelitis virus. Dokl. AN SSSR 139 no.2:
467-469 11 161. - (1-11FL4 14:7)
1. Institut infektsionnykh bolezney A1411 SSSR. Predstavleno
akademikom A.V. PaLladinym.
(VIRUSES) (POLIOMELITIS)

BOROLMUM, M.,kand.ekon.nauk
1 farm. lauka i pered.op. w
Cash payment an d;-00 lective flax
sellkhoz. 9 no.3*40-41 Mr '59- (MM 12:5)
1._Vaesoyuznyy nauchno-issladovatellskiv institut l'na.
(wages) (Collective farms)

BORODAY, V.
Grain cleaning machine with a blade wheel. Muk.&-elev. prm. 27
no.7:26-28 JI 161. (MIRk 14:7)
1. Novocherkasakiy elevatornyy tokhnikum.
(Grain-Cleaning)

BORODAYMKO, G.S. . inzh.-tekhnolog
Should the dispersing method be used for direct dyes? Tekst.prom.
21 no.9:54-55 S 161. (NIRA 14;10)
1. Khar1kovskaya chulochnaya fabrika.
(Dyes and dyeing-Knit goods)
(Ultrasonic waves-Industrial applications)

DORODAYEV) A._ - - - -
Indices which entitle for- n to bonuses in machinery
manufacturing. Sots. trudj7 no-5;68-69 My t62. (MIRA 15'5)
1. Nachalln:Uc byuro otdcla truda i zarabotnoy platy
Kharlkoskogo traktornogo voroda.
(Wages---Machinery industry)
(Bonus system)

PROTASOV, A.I., dotsent; 13OGDASFMV, N.F., prof., doktor -veterinarnftb nauk,
red.; KUZ IMIN, V.V., d.otsent, red,;. BORODATEV, A.A., red.; CHHUXUWA,
Z.V., takhn.red.
[Textbook for young veterinary orderlies] Uchebnik dlia mladshago
vnterinarnogo fel'Ohera. Izd.7., parer.i dop. Moskva, Gos. izd-vo
sellkhoz. lit-ry. Vol.l. 1958. 512 P.; Vol-2. 1958. 664 p.
(Vaterinar7 medicine) (MIR& 12:1)

FEDOTOV, B.N., prof., doktor voter. nauk; BDRODAYEV, A.A., red.;
CHUNAYEVA) Z.V.p tekhn. red.
[Veterinary and sanitary inspection and the technology of
animal products] Veterinarno-sanitarnaia ekspertiza i.tekh-
nologiia produktov zhivotnovodstva. Moskva, Sellkho4iz
1952. 339 P. (MIRA 16:8~
(Animal induatry-Hygienic aspects)

BORODAYICV, A. I.
V-MmWWA*'e
(Growing good crops of hemp) Yyrashchivanie vysokikh urozhaev kenafa
i iuzhnoi konopli. Frunze, Kirgisgosisdat, 1953. 23 p. (MLRA 10:3)
(Ambari hemp) (Hemp)

BORODAYEV, . B. I.
Introducing a semiautomatic press for bot upsetting.
Biul.tekh.-ekon.inform.Gos.nauch.issl.inst.nauch.i
tekh.inform. no.8:16-18 Ag 165.
(MIRA 18:12)

BORODAYLN, D. A.
Borodayev, D. A.
"Problems of the Measurement and Remote-Control Measurement of the Water-
Level at Hydraulic-Engineering Structures." Min Higher Education USSR.
Leningrad Inst of Precision Mechanics and Optics. Leningrad, 1955.
(Dissertation for the Degree of Candidate in Technical Sciences).
SO: Knizhnaya Letopis', No. Z7, 2 July 1955.

f) wIE J~ tT-
BOV/144-58-9-le/18
AUTHORt Olkis, A. F., Candidate of Technical Scioncoe,Docent
TrTI&I Inter-University Scientific Conference on Electric
Measuring Instruments and Technical Means of Automation
(Methruzovska-va nauchnaya konforentelya po
elektroizzeritollnym priboran i takhmichookin xrodatyan
avtomatiki)
JMODICAL: Izvestlya Vysahikh Uchebnykh Zavedeniy,glaktromekhanika,
195B, Mr 9, pp 130-135 (USSR)
AWTUCT: The conference was bold at the loningradakiy
alaktrotekhnichookiy inatitut leeni V. 1. Ullyanova
uAnins)(looningrad Blectro-tachnical Institute im*nt
V. 1. ul'YoLnov (Imnin))Ou 110"sabor 11-15, 1958. The
representatives of eleven higher teaching establishmentw
and three research institutes participated and a large
number of specialists of various industrial underta"a
_were_pree:nt.
Cindidat f Technical Sciatic haaray (ioningrad
1916 trot:cbn1cal Institute) ro~:Jtuty 8
inertia transducer of thermo o.m.f. into a d.c. voltage",
operating with "gaetic elements of an input reeletance
card 6/15 of 100 ohm, a signal of 0.001 V an4 an output voltsm
_0f 40 V with a resistance of 4000 Ohm.
Docent 0. A. Alizade (A%erb*Ydzb&n industrial Institute
i.enl 17-M-Me-rov-) proBented the paper 'Seim d.c. metering
trouieducers with a high input resistance, (phase
sensitive transducer In d.c. compensators and
particularll its application in the chelaical industrY).
Docent p v Novitakly (Ioningred Slectrotechn1cal
the paper "Lpparat~* for measuring
vibration 1~araxeteran, described a piozo.el*ctrio
accelerometer with a r"S Of, 10 to 10 000 C.P.S., a
sensitivity of 5 to 7 My/lk/sOc with an error or up to
2.50.
candidate of Technical Sciences D_A_J1Qz2AW*v
(oral Poly"choical Institute) re a r
Inotrumots for ultra-sonic Sonitoring of the Orel
WA the pressure of liquMe which was one of a **rise
poperm an mgsurigg son-electrIcs]. magnitudes bY
card 7/13:106trio mathods.

BALA OVSKIY, Mikhail Y?kovlevich; BORODAYNY, D.A., kand.tekhn.nauk,
retsenzent; KOZHBMKOV, M.A., inzh.. retsenzent; RAYKHKAU,
A.Z., inzh., red.; YERMAKOV, N.P., tekhn.red.
[Ultrasonic flaw detection] Ulltrazvukoveia defektoskopiia.
Moskva, Gos.nauchno-tskhn.izd-vo mehinostroit.lit-ry, 1959.
149 p. (MIRA 13:2)
(Metals--Defects)
(Ultrasonic waves--Industrial applications)

8(2), 9(6)
AUTHOR. L.4oL..,. V. I., Xgino.r
TITLK,
Th. Int.-uni .... ity S.Joccifiv Cc.fvr....
an Electrical 9 ... ring Instruments and - the Technical
Me" of A ,t ... t10. (X#-bwuz0-k4X-
k.mf: rentsiya yo olektroLzm*rLt4I1mJm priboram, I
t.kkni.hoski. arodst'se, art ... SlItl)
PMUODICALs PrLborostroyoudys, 1959, Nr 3, ?v 30-31 (USSR)
ABSTRACT,
Card 1/5
Card 2/5
Card 3/5
This Conference was hold at the LoniagradakLy elektrotekkholchoold4
I.' titut La. 1. 1. Ul.y.no'. (Ionic.) (L..Lwd Institute
of51metrical R.gin..rina iomn.I V. 1. UX-y-1 (Leci.) ) La
November 1950. It sue attended by more than 500 representatives
of universities, scientific research institutes, of the OX3.
the 90 (Special Donign, Office), of Industries Lad other
ton.. Mar. than 30 I.ctur.. or. delivered I.
of
,be as Since this C..f.rh_. 1. opening the cof.-ocs,
1. P. Borodl tskir undwrlined the out ot"dica L=jor.- X automation
8" of am souring technique for the development of national
"anomy. X. ff. Shumilovskiy In hie lecture reported on
~Thm Trend. In the Development or Methods of 3&dI0MXtIV9
Control of Production Data" and outlined the extensive
of nsing' raAiooat1vs smthGd'm- In _suc--hcon`-tv-c1-'--
Is. 0. 5brack .' and S. A. Syektor reported cers method
ofa of the
I:sw~lmg heavy direct currvat. with the help
ame, ar seg-tic resonance. V. A. Moz-blat investigated
problems of the application of marnotlo aipliflors LA
"1-.t Lon end I. measuring %.ch..1q.*. A. T. ret.y.,
"Parted on the present-day state on the prospects of
mutoa;,tic control technique. To. 9. Torpkin InVestLeatod
some, culler features of and the prospects offered by
automatic pulse The Lecture by 1. C. Boldyrov
&.&It vith.probl:.:, of stability of discrete sut-tio
systems. I S. 0 h v discu . ed the main trends in the
devolopmeRi-iof mathematical analog computer* &M of
computers 4 signed for Industrial use. The report by
T b
5. Vj y:hkin deals with an electronic analog correlater
f rr 14 the
reported on the most important methods, which inaruant..
both sm, active and passive freed= from disturbances in
dLL:bcret: :;t*ctivo systems- "ov'" Ilto., dis
we 2:rwod
pr I av raging. differentiation, and balex ,
t d by
_im..4:p.Ad~.t function. which can be
f
g- T. P. 5k_L -;..stig.t.d ... pu
111basollax4,od rolmy."A.i7:N, r,--
...I. r. p.rto" 0.1..t-met trans in-, ;k.'r r ..o' M;L.
trum ;to ,Itb - t."atin.r....rdins. T. D. V.hak" and
a11 _C . -IV -it.
N-. K: my r reported .-P.t.r for v sabLa
coAtralixed control of production U- M.
I
ftLJ.-v discussed f"d-..t:,,, with an f.'t'.11 tll**Z.*f
matoilstic, measuring loctrum I r.. . Qr.,..
f r tb measurement of Mon-l.ctrio qutntitl... jw-_;~
T:rjak*ov dealt with problems of the construction of
atitoo, ti:.d..:, p*1*,L1o,:tr,,.v111 I- -I-
K.Icv*di u .hi.h-pris. . d bridge
for digital computations. Th* partAcipants In the CoAgreft.
listed below discussed the t.11-ing ub4octo (vhi eh.
ho ... r, ar. not give- by th; want -dios of the titles),
!. A.'t-ntw" Th. Ylanoing o "asuring oloceats for

FACM - 2
The Int.r-universitY Scientific Conf.roncs On
Slaztric.a X.saari.g Instruments and an the Uch-i-ml
X., of Aut-ti..
goc~atm automatic quotLent-tyye motor- in digital computations.
it. 1.9harch-koe Methods of determining the djusaia, errors
'iY-m7asgratic avo12lo.:.p. bj, sicul.tion. E. P. Ornst.kiys
Problems in measuring electric q.-titio. t-.xt"zz.ly loo
frequencies by electrical Indicating instruments of Taxicus
systems. L. 1. Kallk.,"Iy, 591.1 typos of 4. a. conpe-s-torm.
A.3. Roxinkrant4t Autmatic bridges and a. a. ceopenvaturs
Wft#4 far the control of the pax=oters of coad*amerm in
series prod-tio.. Z. Z. Staloo, So.. eb&ract*rl*tlc. of
aidgot ctiom aci "r'ihich can be used in memuring
in4L
technique and autocatic.. P- Ultr".oaia
pressure. "d liquid level ;tpM ~.'. Slkripaiks The
ircultry of a phavo.s.asitive coFiutation indicator for
fi~ 0. ..ml-equiUbrlua bridges. U. F. Suvido The application
of Instruments with --agattic bridges. which pormilt a
one L4.rbl. 84.plifi.stlan of the design of the apparatus
m. the strouitr7 used in the measurement or ncn-*I.*trAc
:d
*
quanti%low. I
a; A. Fez r,ts- K thod of incroasine the
Card 4/5 ... sitivity oxygen gas -2yi.r.. P. V. Z-It.kiy.
apparatus for measuring lbration qns~atitjos.
1. 1. Pamynkovs ?Wn types of non.lizear s=icmduqtor
resistors w4 possibilities of their application to
0Lruitz7 In animation and measuring technique. 0. 0.
lavoyalbonzy.va Dovelopment of measuring amplifiers with
d %6r triad- rm~ V. Xavasel'twor, N. A. Sairacv.
;:11;:, Us
Lf=&&,Yov, To. 'P. -regisi*A semiconductor
fr;quency motor operating macording to the puls.-countit,
principle. P. r. likitin and A. Uzukladalkall Methods of
measuring the mACcatIc field strength by soons Of b1muth
restaters and tranoducor. operating an the 1141 effect
pri"a 1ple. A resolution was adopted by the closing Vlonary
meeting a the Co -.a.,
ispro'l.6fand ..%f1'.:tiOdr:h11:hntifI h ark in the
fi:ld of wutow.tl.., 1. at I. and a-P.tj.C
I. haiqu..
card 5/5

BORODAYEV. D.A.
Ultrasonic instrument for controlling water level and pressure.
Iz;v.vys.ucheb.zav.; prib. 3 no.3:43-53 t60. (MIRA W-4)
1. Urallskiy politekhnicheskiy institut imeni S.M.Kirova. Rekomendavana
Orgkomitetom mezhvusovskoy konforentsii po elektroizmeritellnym
priboram i tekhnicheskim sredstvam avtomatiki.
(Ultrasonic waves-Industrial anr)lications)
(Liquid level indicators)'

4o630
S/263/621000/009/002101 0
100711207
AUTHOR: Borodayev, D. A.
TITLE: Ultrasonic inspection of technical characteristics
PERIODICAL. Referativnyy zhurnal, otdel'nyy vypusk. 32. lzmetitet'naya tekhnika, 9. 1962, 32-33, abs-
tract 32.9.206 In collection (Prom. ptimeneniye ultra-zvuka. Kuybyshevsk. aviats.
in-t), Kuybyshev, 1961, 119-140
TEXT: Ultrasonic devices are used for measuring level, discharge, and viscosity of liquids, temperature
discharge and flow velocity of gases, as well as composition and dust content of gaseous streams. The working
principle of such devices is based on the relationship between the velocity and absorption of ultrasonic waves.
Since ultrason;cwave velocity can be measured with an accuracy of 0.001 to 0.01 %, the precision of these
devices is twice as high as that of conventional instruments. Description is given of a hydro-acoustic device of
the rnYH-58M (GPUN-58M) type for measuring water level head in navigable locks of large hydroelectric
power plants. The.device is provided with magnetostrictive resonators working on a frequency of 32 Kcps,
and has a measuring limit of 12 m. At a distance of 500 m from the measuring point, the measuring error is
less than 0.5%. The level is determined by measuring the water stream, the distance of the probe from the
water surface. The water head is determined by simultaneous measuring two level values. Thus two time
intervals are obtained and their difference is found. The AY-I (AU-1) device, designed by the Leningrad
Card 1/3

Ultrasonic inspection of.. S/263/62/000/009/002/010
1007/1207
Regional Economy Council, measures the level by the acro-acoustic method. The measuring limit of level
vatiations is 10 m. accuracy � 2%. Measurements arc recorded by means of the :)AU (EDP) automatic
potentiometer. Most of American ultrasonic level gages are provided with piezoelectric resonators, and work
in the 400-500 kcps band. The HHH (Nil) Teplopribor (Scientific Research Institute for Thermal Device
and Instruments) designed an ultrasonic flowmeter working on the principle of measuring phase variations of
ultrasonic waves in a moving liquid. The difference in the phases between the starting oscillation passing
through the moving liquid and oscillation in the receiving piezoelectric resonator, gives the velocity of the
liquid investigated. For mcasuremeut, the piezoelectric resonators arc moutitcd on the pipe line. The working
fiequency of these devices is 300 kcps. In more recent models measurement is done by using a differential
scheme and propagation of ultrasonic waves through the liquid in both direction. This type of flow meter
permits the measurements of flow rates over a range from 0 to 70M Iifir at a pipe diameter of L5 inches.
The measuring error is below � 2%. American companies produce flowmeters for large-diamcter pipf.-
lines (2 to 6 inches) and large flow rates (100-300 ton/hr), The measuring error of these devices is � 2%.
Ultrasonic viscosity meters work on the principle of measuring (he attenuation of ultrasonic waves in the
liquid, the viscosity of which is to be measured. A device developed by the Bendix Aviation Corp., is intended
for measuting viscosity in the range from I to 100,000 centipoise with an accuracy of + 2 to 5 %. The werking
Card 2/3

Ultrasonic inspection of...
S/263/62/000/009/002/010
1007/1207
frequency range of the device is 20 to 150 kcps. Ultrasonic gas analyzers are more simple in design and opeia-
tion and ensure a measuring accuracy twice as high as that of conventional analyzers. Thus, fol instance, the
ultrasonic methane analyzer, developed by a Soviet Scientific Research Laboratory, ensures a measuring
accuracy of 0. 1 % in determining the CH, - content over a range from 0 to 20 %. American ultrasonic
oxygen and hydrogen analyzers have a measuring accuracy of 0.005 to 0.0006%. The working principle of
the UH14JI (TsNIL) IFTH (GTN) ultrasonic dust-content analyzer is outlined. There are 8 figures and I table.
[Abstracter's note: Complete translation.]
Card 3/3

'ATLDA~M,-Dmitriy-Lbiksandr,gyioh; GHXRNOBAY, D.G., iuzh., retsenzent;
DUGINA, N.A., takhn.red.
(Technical meana for automation in the machinery industry]
Tekhnicheskie sredstva aytomatizatsii mashinostroitellnogo
proizvodstva. Moskva, Goo.nauchno-takhn.12d-vo mashinostroit.
lit-ry, 1961. 125 P. (MIRA 15-.2)
(Automation) (Machinery industry)

c,Rc, bp, "IC'- V~
01
p
19
10,
c4 A

BORODATHV, M.M. (Staryv 09kel)
Visits to industrial establishments in connection with geometry.
Mat. v shkele n0-1-59-61 Ja-1P 156. (MLRA 9:4)

BILIGARD, Valentina Vladimirovna; BORODAYNY, Bergey Yedorovich; DOMI-
"Ov-,
DONMVvF.K.. redaktor; , W..A1*_mnm cue skiy redaktor
[Publications of the All-Union Publishing House of Ship-
building Industry for 19)2-1954; a bibliography] Izdaniia
Sadpromgiza za 1932-1954 gg.; bibliograficheskii ukazatell.
lieningrad, Goo.soluznoo izd-vo sudostroitelinoi promysh.,
1955. 135 P. (MIRA 9:4)
(.Bibliography--Shipbuilding';

Ltranslator]; ZIWIOKH, Ye.F. [translatorj; YAKOVLEVA,
Ye*B.Ltranslatorl; SMIRNOV, V.I., rodaktor;ROMMUMCH, G.P., re-
daktor; KLIMENYO, S.V-, tekhnicheakiy redaktor.
(Regnerated ore deposits; a collection of articles. Translated
from the German, French, and Polish] Ruftys ragenerir6vamWe
mestoroshioniia; abornik, statei. Pereyod a nemetakago, fran~-
tsuzskogo i pollskogo IU*S.Borodaeva, E.F.Zimnokh, i X.B.
14kovlevoi. Pod red. 1 9 predial. V.I.Smirnova. MoBkva, Izd-
vo inostr.litf-ry, 1957. 251 p. (MLRA 10:6)
(ore deposits)

M,MGOV,A, N.N.-
-- -yEy, y1i.s. w
I-rcpp~irt.ies of i-ivai~,c. T-_-,-,dy Min.miz. nn.-',E-tjLl4-140
~ .-I -
(M--fu 1w)

BORCDAYEV, Yu.S.; ORLOV, R.Yu.
Genetic types and epochs of the formation of tungsten and molybderulm
mineralization in th6 western-part of the Greater Caucasus.
Vest.Mosk,un.Ser.4: Geol, 17 no,5:55-65 ~-O 162. OUM 15'.11)
1. Kafedra poleznykh iskopayemykh Moskovskogo universiteta.
(paucasus-Tungsten ores) (Caucasus-MDlybdemm ores)

AYEV, Yu.S.; KORENI, T.N.; PETROV,% IYI A.D.
Find of graptolite in a pit of the Blyava py"ritic copper deposit
in the Southern Urals. Dokl. AN SSSR, 150 no-521107-1108 Je
163. (MIRA 16:8)
1. Moskovskiy gosudarstvennyy universitet im. M.V.Lomonosova i
Vsesoyuznyy nauchno-isoledovatellskiy geoko -IcJy i titut.
girl= ns
Predstavleno akademikom V.I.SmirnoV~5.-* -.
(Blyava region-Graptolites)

SMIRNOV, V.I.; -P-Q4=TEV,-Yu.S.; BOCHPILROVA, G.I.; GONCHAIROVA, T.Ya.;
DEMIDOVA, N.G.; ORLO~, R.Yu.
Characteristics of the igneous activity and metallogeny of
geosyclinal and platform stages in the development of the
western part of the Greater Caucasus. Zakonom.razm.polezn.iskop.
7t2lO-218 164. (MIRA 17:6)
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova.

BORODAYEVI YU.S.
Associate professor I.Kutina (Czechoslovakia) visits the
Department of Geology. Vest. Mosk. un. Ser. 4. Geol. 19
no~4:87-88 JI-Ag 164. (MIWL 17: 11)

BORODAYEVAJ, N.M.; SOLOV'YEV, O.A.
Interpretation of magnetic anomalies durJ-ng artificial
-magnetization, -.Geol. i,-gaofiz. no.6sl53-156 1.64o (MIRA 18:11)
1. Institut geologii i geofiziki Sibirskogo otdaleniya.
AN SSSR, Novosibirsk.

DILIGEI',SY,AYA, B".)RODAYE'VA, 0.1.
Gtrjroe of neas2es in adults and adolescents. -'-'ov. med. 27 niD.2:
75-70 P 164. 17:10i
1. Infektsionnoye otdeleniye kafedry detskikh bolezney (Zalr. -
0-yol.vitelInyy chl;~n AM SSSR prof. Yu.P. Dombrovskaya) T Moskovs-
k go ordena Lenina meditsinskogo instituta ~-Prl Sechenov-- na baze
2-y Infektsionnoy gorodskoy klinicheskoy bollnitsy (gdavn~7 vrach
A.M. P:71'tsova) Moskovskogo gorodskogo otdola zdravookhranenl-ya.

BASARGIN, fi.N.; TKACHENKO, A.I.I.; STUPA, L.R.; BORODAYEVSKAYA, L.N.
Extraction-photometric determination of titanium in steels with
2,7-dichlorochromotropic acid. Zav.lab. 28 no.11:1311-1313 162.
(MIRA 15:11)
1. Institut geokbimii i analiticheskoy Ichimii AN SSSR i
Makeyevskiy metallurgicheskiy zavod imeni S.M.Kirova.
(Titanium-Analysis) (Steel-Analysis)
(Naphthalenedisolfonic acid)

ABDULLA.YEV, Kli.M.; ALYAVDIN, V.F.; AMI]RASIANOV, A.A.; ANIKEW, N.P.;
ARAPOV, Yu.A.; BARSANOV, G.P.; BELYAYEVSKIY, N.A.; BOKIY, G.P.;
BORODAMTSKAYA M.B.; GOVOROV, I.N.; GODLEVSKIY, M.N.; SHCHEGLOV, A.D.;
N.A.; YARMOLYUK,, V.A.; DRABKIN, I.Ye.;
YEROFEYEV, B.N.; YERSHOV) A.D.; IVANKIN, P.F.; ITSIKSON., M.Iq
KARPOVA, Ye.D..; KASHIN, S.A.; KASHKAY,, M.A.; KORZHINSKIY, D.S.;
KOISOVP B.M.; KOITLYAR, V.N.. KREYTER, V.M.; KUZNETSOV, V.A.; LUGOV,
S.F.; MAGAKIYAN, I,G.; MAARIKUV, M.Pq OlENTSOV, M.M.; FAVLOV, Ye.S.;
SATPAYLT, K.I.; SMIRNOV, V.I.; SOBOLEV, V.S.; SOKOLOV, G.A.; STRAKHOV,
N.M.; TATARINOV, I.M.; KHRUSHCHOV, N.A.; TSAREGRADSKIY, V.A.;
CHUKHROVI.F.V.
In memory of Oleg Dmitrievich Levitskii; obiturary. Sov.geol- 4
ho-5:156-158 lly 161. OMM 14:6)
(Levitakii., Oleg Dmitrievich, 1909-1961)

lWfy=N. P.I-; BOODAYUSM. 11-I.; UMOI)AYXVMU. )(.B.
Composition of ores and chavggs near Teins at the Berezovskiy ore field.
sov.geol. noa4-15:3io-iu l47. (MIRA 8:8)
(Berezovskir region-Ore deposits)

BORODAYEVSKAYA, 1,11. B.
biMR/Geologkil I)r0specting 194e
Ore Depoeits
"Pre-Ore~Stx;uctures-of--the-Berazovsk Deposits in"the
Central Urals," M. 13. Borodayevsksya,,N. 1. Boroda-
yevskly, NIGRIZ, 16 pp
"Borst Geolog~' No 29
Dats, m geology of regicne surrounding deposits,
rmults of bores through, greenstone layers of strac-
two of are field, voln graultolds, and an evalua-
tion of praotical use of conclusions m structural
studies.
PA 69TIw)

ROPiDDAYEUKAYA, 114. B. Doc Geolog-Meneralog Sci
Dissertation: "Veins of the Berezov Field in the Middle Vral Area and
Accompanying Phenomena of Contact and 14etasomatic Metamorphism.."
11 March 49
Inst of Geological Sciences, Acad Sci USSR
so Vecherya'ya Moskva
Sum 71

BOROD&YEVSKII , N. I.; BOROULMUMML, M.B.
Review of the collected articles edited by I.N.Iurek "Changed
rocks adjacent to ore bodies and thoir prospecting significance."
Reviewed by N.I.Borodaevskii, M.B.Borodaevskata. Zap.Vses.min.
ob-va 85 no.3:44" '1118 156. (KM 9: 11)
(Ore deposits) (Zurek, II.N.)

I tun of PC en~slu ormi~lon of �iaH WM-
;IsloSno3molelsetle" Uppaer ju mtriodg; Age in
19iiis of the reglons of East
.
M.- B Boroda Aci ~A.Ministry -Noa-fex~o
-Wf,
oils Met., sd-RtE~l ImiumGold"', Moscow).
,
~7
t~-Pei C-1 fornmt!" *ith
,vhlch Ze qutru-tour-
SQY ul
.-tll~Ue-zpld and r
Ne re
-te assoed. 4 data on suncex and nstu of evolu.
'
'
s,supplym mar
tion of melL ug =A
Mtn
isi and bi their relh~
*
'../
I Am; for other
fiMS. W bliMM:
liZUtlOn PTOmsses I" 114,VA V~
'
y
mieW-beam
snalyses are gim
sresi*.~.Rc~uIts

;2~7-- f
zapi3lli :Z~,
aall i9trat;ive -!)~k:s4nd
fltsiivu-
simls-;n the AmudA-.::kawz._t-
311=T t0 1,Mg 2nd
crys's up to I tm, dL-4n.,
re-m-Wic very much tbre in rapabl",-A
and show the s:~aue (31 pe:iphtral
The fr the I
pc" iyrsts
th Ma-ki-:t iyiie, vc'y
vmd, in agremimt ~rith
zti
~Tanites to gabbroa; batiritha
K.-O over Na-.0 and a lahipwphyi-'.z cf; of uh~ peu-nd~
Mash (nizatrix)-ciNhe P-trPhyritiz a Largm,
d the tatter ef;~A-Jcd bv h 0iiid elair..'au,
vrith assimilation rml ic nmtcilal 61 t he
.1
magmalle Sum v nre
:.In pc~pbyrl--A 4~-f ti%:! ty~ buz
"tic
~T w-

BORODAYXVSKAYA, M.B.; BORODAYLFVSKIY, N.I.
C- "Dikes And mineralization" by Kh.M. Abdullnev. Reviewed by M.B.
BorodnevskAla, N.I. Borodnevskii. Sov. geol. 1 no.2:137-143 '58.
(MIRA 11:4)
1. Hauebno-issledovatel'skiy pologo-rnzvedochnyy inatitut Do zolotu.
(Dikes) WnerAlogy) (Abdullnev, Kh.M.)

;C-d."~SULOV, A.A.; BORODAYEVSU~Ybs II.B.; M.-S.
Results of the activity of the conference on the -tt:d-.t, of the
distribution of endogene deposits called by the
of Geological and Geographical Sciences of the Acadcny of
Sciences of the U.S.S.R. Sov. geol. 3 no. 12:15C-155 L '60.
14:2)
1. Ministerstvo geologii i oldirany nedr SSSR.
(Geology)

BORODAUV SWIDT, A. 1.
Session devoted to the study of the distribution of copper pyrite
and copper porphyry deposits. Geol. rud. mestorozh. no.4:127-132
il-Ag 16o. (MIRA 1,3:8)
Rorp)w~) (Chalcopyrite)

BORODAYEVS LYA, M.B.; PERIZHIIXAK, H.A.
Geology of the Gay copper pyrite deposit. Geol. rud. mestorozb.
no.2:7-22 Mr-Ap 161. (MIRA 34-.5)
1. TSentrallnyy nauchno-isaledovatellskiy gornorazvedochnyy institut,
Moskva. .. II
(Ural Mountains*-Geology, Economic)

BORODAYEVSKAYk. M.B.
Certain characteristics of phenocrysts of various genetic types
in vein rocks of the porphyritic texture. Izv.AN SSSR.Ser.geol.
26 m.7:12-22 JI 161. WRA 14;7)
1. TSentrallnyy nauchno-issledovatellskiy gomo-razvedochnyy
institut tovelnykh., redkikh i blagorodnykh metallov Glavgeologii
RSFSR, Maskvi. (Phenocrysts) '-

BORODAYEVSKAYAJ, M.B.
Structural conditions in the localimtion of ore bodies in pyritic
deposits of the southern Urals, Zekonome razm. polezn. iskop- 5;
304-320 162. (14IRA 15:12)
1. TSentrallnyy nauchno-insledovatel'skiy gornorazvedochnyy institut
(TaNIGRI). . .
(Ural MDuntaina--Pyrites)

BORODAYEVSKAYA: M.B.; BOHODAYEVSKIY, N.I.
Concerniw F.I. Vollfson's book "Problems in utudying hydrothorma~
deposite.0 Geol.rud.mestorozh. 5 no.4:103-110 R-Ag 11 63.
(1,aRA 16:9)
(Ore deposits)
(Vollfson, F.I.)

BORODAYPEVSKAYA, M.B.
Structural types of copper pyrite deposits in the Ural Mountains.
Zakonom.ram.polem.iskop. 7:375-376 164. (MIRA 17:6)
1. TSentrallnyy nauchno-issledovatellskiy gorno-razvedochny-y
institut.