SCIENTIFIC ABSTRACT BORODIN, O. I. - BORODIN, V. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206420019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BORODIN, 0.1.
[Theory of numbers) Teoriia chisel; dopushcheno iak pidruchnyk
dlia studentiv fizyko-matem. fakulltetiv pedagogiehriykh inatytutiv
URSR, Kyivp Radianolka shkolay 1960. 243 p. (MIRA 14:11)
(NumberajTbeoi7 of)

BORODIN P.A.- GERASIMENKOY M.A.; PAVLENKO, P.S.; ALEFSEYEV, V.N.
- -
Miners are fighting for the fulfillment of the seven-year plan
ahead of time. U9011 39 no.11%11-17 N 164.
(MIRA 18:2)
1. Glavnyy inzh. Lisichanskogo tresta ugollnoy promyshlennosti
Miniaterstva ugollnoy promyshlennosti SSSR (for Borodin).
2. Shakhta No.13 tresta Kiselevskugoll (for Gerasimenko, Favlenko,
Alekseyev).

BORODIN, P.A., gornyy inzh.; MOISEYEV, M.A., kand.tekhn.nauk
-1 --l'-, -.... .... .
Selecting an efficient place for lateral drifting. Ugoll 40
no.94.16-18 S 165- (MIRA 180.0)
1. Trost Tdsichanskugoll Donetskogo soveta narodnogo khoz7aystva.

BORODIN, P.D.___
Development of the technical and economic foundation of comminism
and the objectives of the machinery industry. Vest,mash. 41 no-11:
7-10 N 161. (MIRA 14:11)
1. Zamestitell predsedatelya Gosudarstvennogo komiteta Soveta
Ninistrov SSSR po artomatizatsii Imashinostroyeniyu.
(Russia-Econamic policy)
(Machinery industry)

BORODI
Organizing experimental and model enterprises. Mekh.i
avtom.proizv. 16 no*U'.3-5 N 162. (MIRA 15:12)
1. Zamestitelf predoedatelya Gosudarstvennogo komiteta
Soveta Ministrov SSSR po avtomatizatsii i mashinostroyeniyu.
(Industrial management)
(Automation)

BORCOIN F D-
Hwt urgent objectivd 'in to increase the efficiency of the machinerv am-
dustr7. Vestomashinostr. 43 no-4:34 Ap 163. (MIRA 16:~)
1. Zamestitell predeedatelya Gosudarstvennogokomiteta po avtomatizatsii
i mashinostroyeniyu pri Gooplane SSSR,
(Machinery in+stry)

MUPOV, Fedor rvanovich; ')SYRMIII~1~11) G.A., prof., red.;
Sh.Sh.) st. nauchn. --otr., red.; dot-.,
red.; WRIODIN, P.M.p red,
[A course of lectures on microwave spectro.-copy] Kurs
lektsii po radiospektroskopii.. Leningrad, Izd-vo Lenirgr.
univ... 1964. 211 p. (MIIIU~ 18:2)

BOWDEN, P. ?".
"Investigation of chemical mixtures and the fine structure of
signals of the nuclear magnetic resonance of fluorine in a
series of its compounds." LeninFrad Order of Leni -n State
U imeni A. A. Zhdanov. Leningrad, 1956, (Dissprtations
for the Degree of Candidate in Physicomathenatical
Sciences) -
SO: Knizhnaya letopist, 1,40. 16, 1956

IA icn-a-46_t--thiEr thod- o' 7me
_P ~Caz
sme tic re8ona--nc~! at radio f rectuencie 1
L;.L i
Dir.
-Ij
JI I-*- -
j-0
physics department of I_Fr.,In~Tad ',niversity,
A -Po ',hoJ c-f r--. niz;ux !n,~- '.ne r. a -net i c fit, I J w! th nr. 0 r c e
of r
_geld configuration in tl-e 7 -ir?np -7
in the volume cf the B~LTPle for a fle-1H level of 6`1I',:T_- J
7 7, 1'~ 7 77, Cr e n e P~~ n, 1 riny
r n c-- c-": 7 cnr-.rrA rk-. ti, c!.n 2 i
,',;_EJC.-TLFM4IKA I EIISTKNIhA, Vc.1 1, Nr 61, 1956, p

PR1KtiDT'K0, F-
3 PHASE I BOOK 9 M OITATION SOV/1365
L'vov. Univermytet
PkteA&ly I Voeaoyuznoso s*veshchanlya po spektroakopil. t. It
Molekulyarnmqa spektrsosk~plya (Papers of the 10th All-Union
Conference on Spactr3scopy. Vol. It Molecular Spectroscopy)
[L'Yov) lad-vo Llvoyakogo unlv-ta, 1957. 499 p. 4 000 copies
printed- (3-r!06% its; F%%7ctwJY zbIr.-41C, vn.
Additlertal Sp~nzarlxxg Agencys Akademlys usuk SSS . Xomlaftlya p0
mp-ktromkopll. Ed.- Jamer, 3 L.; Tech. Ed., Sarargruk, T.Y.;
Editorial Board: LwAsterg, G:S., AcaderAcian, (Reap. Ed., Deceased),
Neporent, B.S., Doctor of Physical and Ylathematical Sciences,
Fabelinskly, LL, Doctor of Physical and Mithetwxtical Sclencess
Yabwlk=t, V.A.. Doctor of Physical and Mathenatical Selene*&,
Kax-altaklys V.0.0 Candidate of Tooh.-doal Sciences, Rayskiy, S.X.,
Candidate or rh7slosa Arel Flathematical Science )(Ilmovakly, L.K.,
Candidate of Phyetcal and Kithe~tlcal Science% Killvanabuk, V.S.m
Candidate of Fhymiaaa azd Mat-hertatical Sciences, and Olauberuan,
A. Ye., Candidate of Physical and Mathetmatical Sciences.
Card 1/3o
AlskARAYan, V.T., Xh. Yo. Storin, K. yU. rALkjn& gt &I.
F'"An Spectra of Certain Qyclopropane WdrooWbons
and the Double-boad Conjugation of & Thre*~wsbarad
RLAS 64
A14k-vmm~ V_T., Kh. Y*. Starlit, X Yu. 10-trt-, and
T-)- Kaxtapetiu. Raman Spectra of Certain gonealky,
CTOIObut&14~5 &Ud Of Crolobutylbr=id* 6B
110chkay, v-P. Effect or the solvent cc Abgerp%jun and
Moremoence spea..ra T1
B&rahukov, A.Z., T.M. Ku-1=0 and Ajq, Prokhorov.
Microwave Spectrum of the C2ff5CI MolsoulO T5
81criM. F.I. Tesperature Dependence or the prequ9naleg
Or tm W-1- %tad=pole Reveranes 75
F-L SbUov. Chemical Displacewnt AW
4"UotUl's of th* 1k'O1e&r MA0at1O P&MOVAnas
of Fluorlas In a Sorles of Cowounas

06491
SOV/141-58-4-7/26
AUTHORS: Borodi-zr. P.M. and- Skr*pov, F.I.
19
TITLE: emical Shifts and Fine Structure of F Nuclear
Magnetic Resonance Signals.1l.Orgenic Fluorine Compounds
(Khimicheskiye smeshcheniya i tonkaya struktura
signalov yadernogo magnitnogo rezonansa F19. II.
Organichesklye ftorsodermhashchiye moyedineniya)
PERIOIDIC,k_~'.Izvestlya vysshikh uchebnykh zavedeniy, Radiofizika,
1958, Nr 4, pp 69-8o (USSR)
ABSTRACT: The present paper summarizes the work on nuclear
resonance spectra of fluorine in its various organic
compounds. This work was carried out by the authors
mainly in 1955-6. A short general review and the
experimental technique were given in Part I of this
series (Ref 5). Some of the results have already been
reported by the authors at the First Conference on
Radio-Electronics convened by the Ministry of~Higher
Education of the USSR (Gor'kiy, -July'- 1956) and at
the Tenth All-Union Conference on Spectroscopy (Llvov~
JulY - 1956). The present paper deals with nuclear
Card 1/4 magnetic resonance (n.m.r.) of F19 in molecules in

o6491
sov/i4i-58-4-7/26
Chemical Shifts and Fine Structure of Fi9 Nuclear Magnetic
Resonance Signals.H. Organic Fluorine Compounds
which fluorine is attached to an aliphatic atom of a
hydrocarbon. The majority of the compounds studied were
prepared at the Nr 6 Laboratory of the State Institute
for Applied Chemistry and the authors thank the workers
of this laboratory,and especially A.G.Oshuyev, for their
help. The authors studied 25 compounds whose chemical
composition and molecular structure were known. The
results are shown graphically in Fig I where the
abscissa represents the quantity ~ x lo5 (for
definitions see Ref 5) and the ordinate is proportional
to the relative intensities of lines. The authors measured
also chemical shifts of F19 n.m.r. signals (Fig 2) in
compounds with unknown or not exactly known molecular
structure (Nr 26-36 in Fig 2) and in two series of
liquid fluorinated polymers (Nr 37-51 in Fig 2). A
total of 51 compounds was studied (about 150 n.m.r. lines).
For compounds with'known molecular structure the spectra
were interpreted and various lines were assigned to
Card 2/4 different fluorine-containing groups. Certain empirical

06491
19 sov/i4i-58-4-7/26
Chemical Shifts and Fine Structure of F Nuclear Magnetic
Resonance Signals. II. Organic Fluorine Compounds
regularities were found which relate the magnitude
of magnetic screening of F19 nuclei with the nature of
chemical environment of the fluorine atoms in various
molecules. It was found that interactions were effective
in the range of one or even two intermediate carbon
atoms. The results obtained were used to derive data
on the chemical and structural properties of aliphatic
fluorine compounds with unknown or doubtful molecular
structu.re (compounds 37-51 of Fig 2). The authors
discussed in particular determination of the structural
formula of a molecule when the latter's chemical
composition and n.m.r. spectrum were known. There are
2 figures, 1 table and 10 references, 5 of which are
Soviet and 5 English.
Card 3/4

06491
19 SOV/141-58-4-7/26
Chemical Shifts and Fine Structure of F Nuclear Magnetic
Resonance Signals. II. Organic Fluorine Compounds
ASSOCIATION: Isaledovatellskiy Fizicheakiy inatitut pri
Leningradskom universitete (Physical Research Institute,
Leningrad University')
SUBMITTED: 26th November 1957
Card 4/4

BORODIN, P.M.; SKRIPOV, F.I.
Chemical displacemo~n5 and fine structure of signals In nuclear mag-
netic resonance of Part 1: Experimental procedure and investigation
of the HF -- H20 system. Izv*vys,ucbeb.zave; radiofize 1 no-3:37-49
', 58. (HULA 12:1)
1. Issledovatellskiy fizichaskiy inatitut pri Leningradskom universitete.
(Nuclear magnetic resonance) (Hydrofluoric acid)

%S 11 %L"T?A1 I:ht 'Ir 'Ll d"tVNlY V T f T MT T-a-diid-AhA I
wV
V A Ivi R0 I rib) V, V.)
"The Development of Equipment for Investigating Molecular and Crystal
Structures by Nuclear Magnetic Resonancelt.
report presented at the All-Union Conference on Statistical Radio
Physics, Gorlkiy, 13-18 October 1958. (Izv. vyssh uchev zaved-Radiotekh.,
vol. 2, No. 1, pp 121-127) COMPLETE card under SIFOROV, V. I.)

BORODIN,J,~1.,-_ LEGIN, YP.K.P SVE.IITITSKIY, Ye.N., KHUSID14AJI, 143.~ %'I
---- SHCHERBAKOV, V.A.I I .I
Action of heavy water on the chemical shift of F19. Zhur.strukt.khim.
4 no.2s266-4^67 Mr-Ap 163, (MIRA l6z5)
1. Fizicheskiy institut Leningradskogo gosudarstvannogo universiteta.
(Deuterium oxide) (Flurine isotopes)
(Nuclear magnetic resonance and relaxation)

APTIP SD
1 3103-63- : ~ I . -
/D
S/032/63/029/005/017/022
AUTHCRS: Borodin,1 P. M. and Sventi xe, N.
TITLE: Nuclear magnetic.resonance apparatus of average resolution
PERIODICAL:~ Zavodskaya laboratoriya,, v. 29, no. 5, 1963, 611-613
TFM, A destiription is given of the design and operating principles of
several NM spectrographs with average resolution (10-4 to 1o-5), suitable for
such purposes as measurement of relaxation time, study of the internal motion of.
a substance, quantitative analysis and studies of crystals. The units are as-
:,semblies of,previoasly-described elements.-. There are four figures and no tables.
The.-most important English-langaage references are as follows: H. S. Gutowsky,
L. H. Meyer and P.-E. McClurei Rev. Sci. Instrum., 24, 644 (1953); H. L. Anderson,
Phys. Rev., 76, 1460 (1949);-J..T. Arnold, Phys. Rev., 102, 136 (1956) and j. E.
Goley, Rev..Sci.,Instrum.0 291,313 (1958).
ASSOCIATION: Nauchno-issledovatel,skly fizicheskiy institut Leningradskogo
gosudarstvennogo:un1versiteta im. A. A. Zhdanova (Scientific
Research Physics Institute of.Leningrad State University.imeni
A. A. Zbdanov)~
Card 1/1

7,
AccEssimi im: AP104464
00054/64/000/001/03,57/0159
Atpnop.: Borodin &.N..
TITLE-. Phase method of terrestrial magnetic field measurement using nuclear-
filter
resonance
SOUICE: Leningrad. Universitet. Vestnik. Seriya fiziki i khimiij, no. lo 19as
TOPIC TAGS: nuclear-resonance filter,, terrestrial magnetic fields, phaLving Coil#
Lissajous figure
VAB_nRACT:* The F. I. Skripov (DAN Ali SSSR, 121,998,, 458) generator has been used
as a nuclear-resonance filter for terrestrial maonatic field measurements with a
0
broken reverse coupling, the input of which consists of a phasing coil and the
output--a receiver coil* The phase shift obtained from measuring the terrestrial
field Ho is displayed as Lissajous figures on an oscilloscope, The sensitivity of
this device is shown to be 0,1 to 0o3 ,,mmnj,.and an undistorted signal registered
!from magnetic perturbations of T > is ensured. This is show4.to
2 second
Ciwa, 1/2.

AmMSION NR: Ap4o24464
allow simultaneous maasuremettof short-period field variations as well. as slow
changes. "The author is grateful to A, V, Hellnikov " A, A, Morozove" Orige
.art. has: 3 figares and 1"tion.
A=IATION: none
SUBMUD a OONov63 DATE AGQs 16Apr64 ENOLs 00
SUB GODEs PH NO REF SM 002 OEM 001
Cc rd 2/2

BORODIN, P.M.
Use of the free precession of nuclei in the earth's magnetic
field in measuring the rate of flow of certain fluids@ Zhui~.
tekh. fiz. 34 noe7t1328-133& J1 164 (MIRA 17:9)
1. Leningradskiy gosudarstvenn7y universitet imeni Zhdanova.

P.M~*; MITIN
_!()R D 9 M.K.;: SVEENTITMY, Ye.N.
Structiwe of electrolytes in the ion-exchange resin phase studied
by the nuclear magnetic resonance method. Zhur. strukt. kbim. 6
no.2sl88-191 Yx-AP 165. (MRA 1817)
1. teningradsk-411 gosudarstvannyy universitet imeni Zhdanova.

L 17403-66 EMT(1)/EMT(m)/M(e) LIP(c) GS/VJ71
ACC NR: AT6004610 SOURCE CODE: UR/0000/65/000/000/0114/0122 Hf,-3
AUTHOR: Borodin, P.M.; Sventitsidy, Ye. N.
ORG: Leningrad State University (Leningradskiy gosudarstven t
nyy universite
2;) t4 q <
TITLE: A high-resolution nuclear mMetic resonance _spectr2aapih
SOURCE: Leningrad. Universitat. Yadernyy magnitnyy rezonans (Nuclear magnetic
resonance), no. 1, 1965, 114-122
TOPIC TAGS: NMR spectroscopy, nuclear magnetic resonance, spectroscope
ABSTRACT: In view of the special importance of structural NAIR studies which require
v
sensiti e high-resolution spectrographs, Ehe: Laboratory of Radiospectroscopy, Physics
Faculty, LGU (Laboratorlya radispektroskopit fizicheskogo fakullteta LGU) built an nIR
spectrograph capable of registering high-resolution spectra of hydrogen, fluorine, and
phosphorus. The core of the permanent magnet has an annular shape; the cross section
and material of the core were chosen in such a way as to avoid the Iron saturation effects
during magnetization. The magnet consists of 18 core blocks made. of polished ANKo-4,
50 mm. thick and 230 mm in diameter. The paper also describes Andersen compensators,
various orthogonal current compensators, a block diagram of the electronic equipment,
Card 1/2

ACC NR: AT6004610
a Rollin preamplifier circuit, an HF c4u generator, and radio-frequency heads. The
resolution is in general equal to 5- 10 and electrical compensators can improve it up to
8. 10-s. Further spinning of the sample increased the resolution finally to 2- 10-8 (for a
convenient sample size of 0. .1 cm'3). 7he sensitivity of the instrument is at least
10P0 nuclei per sample. Orig. aft. has- 8 figures. [081
SUB CODE:07,/fSUBM DATE: 03Nov65 ORIG REP: 001/OTHREP: ()02/ ATD PRESS:
C
ard
2

L 21125-66 E?IT(M)/ETC(f)/EYICI(M)/E~VPI(J)/T/E~~i'.P(t) I.JP(c)' DS/JD/M1/XV/GS/PJA
.ACC NR: AT6004607 SOURCE CODE: UR/0000/65/000/00010083/0089
AUTHOR: Borodin, P. M.; Nikitin, M. K.; Sventitskiy, Ye. N.
ORG: none
TITLE: Use of the nuclear magnetic resonance method for studying the structure of
an electrolyte in i~%n.,exchange r2 iq:p..
0
SOURCE: Leningrad. Universitet. Yadernyy magnitnyy rezonans (Nuclear magnetic reso-
nance). no. 1, 1965,83-89
,TOPIC TAGS: ion exchange resin, nuclear magnetic resonance, electrolyte, NMR spec-
,troscopy, hydrofluoric acid
~ABSTRACT: The authors studied AV-17 anion and KU-2 cation exchange resins saturat-:~
ed with,hydrofluoricM(HF) and trifluoroacetic (CF3COOH) acids of various concentra-
'tions. Measurements , of chemical displacements in F19 signals were used as a basis
for studying the properties of the ion exchange resins and also the structure of
the electrolyte absorbed by the resins. Curves are given showing the chemical dis-.
placements in the resonance signal as a function of Hr concentration in cation, an-
,ion and copolymer resins. These citrvas are compared with that for the chemical dis-_
'Card 1/2

L 21195-66
''ACC HR: AT6004607
1placement of H19 in Hr as afunction of concentration in the free state. The curve
I
!for the cation behaves identically.to that for the free acid which indicates a small,
!although noticeable, interaction between the electrolyte and the lattice of the re-
a.sin. The coincidence between the curves for the free acid and the electrolyte ab-
by the copolymer indicates that the lattice of the copolymer has less ef-
fect on the state of the electrolyte than that of the ion exchange resins. Eyperi-
ments with trifluoroacetic acidlshowed a single narrow resonance line for acid ab-
:sorbed by the resin although tht fluorine may exist in various states: as the
I i .
~,cr3coo- ion, the cr3C0OH molecule, the CF3COO- gegenion and also in molecular as-
The curve for chemical displacement as a function of acid concentration
'for the cation exchange resin lies above that for the anion exchange resin. The
curve for the copolymer lies above all the others, especially in the region of weak
,acid~solutions. The experimental data.indicate considerable interaction between
the electrolyte andion exchange resins. If the electrolyte is hydrofluoric or tri-
acid, the fluorine'is absorbed by the cation exchange resin. Both ion
exchange and non-ion exchange absorption takes place in the case of anion exchange
oresins. The single narrow line for an electrolyte absorbed by a resin indicates
!.intense exchange of fluorine nuclei between various nonequivalent states. Orig.
:art. has: 3 figures.
'SUB CODE: 07,20,11/ SUBM DATE: 03Nov6S/ ORIG REr: 003/ OTH REr: 003
I(Card 2/2 Ad-A-

T, 21827-66
ACC HR: AT6004614 (Pj) SOURCE CODE: UR/0000/65/000/000/0144/0163
AUTHOR: Borodin. P. M..* Sventitskiy, Ye. N.; Chizhik,'V. I.
ORG: none
TITLE: Investigation of toroidal units for measuring the flow velocity and dis-
charge rate of a liquid on the basis of free precession of nuclei in the magnetic
field of the earth
SOURCE: "Leningrad. Universitet._Yadernyy magnitnyy rezonans (Nuclear magnetic reso-
nance). no. 1, 1965, 144-163
TOPIC TAGS: flow measurement, flow meterl nuclear magnetic resonance, earth
magnetic field
~ABSTRACT: The,authors consider the design of toroidal units for using free preces-,
sion of nuclei in the magnetic field of the earth to measure the discharge rate of
a liquid. Optimum dimensions are found for such a gauge with given rate of flow V,'
relaxation times Tj and T2. The Packard-Varian method M Packard, R. Varian,
Phys. rev., 93, 941, 1954) may be used for measuring the flow velocity and dis-
.charge rate of a liquid using free precession of nuclei in the magnetic field of
the earth in the simplest case. This method gives discrete readings in time inter-,
;tard 1/3

-L 21827--66
IACC NR: AT6004614
Yals of 1-4 seconds. When continuous measurement is necessary, two of these mea-
surement systems may be used with opposed connection of the operating cycles 0,~-_
netization-observation") or any nuclear resonance generator of the Skripov type (r.
1. Skripov, DAN SSSR, 121, No 6, 998, 1958). The method described in this paper
may be used for measuring the flow velocity of liquids which contain hydrogen, fluo-
,rine, and various other elements which give a strong nuclear magnetic resonance sig-
nal. This noncontact resonance measuring method is advantageous for measuring the
,discharge rate of aggressive liquids. The primary measuring element is a simple
device which has low hydraulic resistance and the secondary instrument may be sepa-
rated from the pickup unit by distances of-more than 100 meters. Since the magnetic
.field of the earth is highly uniform, nuclear precession may be observed in large
.volumes, i. e. measurements of large liquid discharges are possible at low flow ve-
:locities through the pickup. The authors use units with a cross section of up to 36
CM2. The proposed method may be used for measuring the discharge of a liquid flow-
ing in any direction through.tbe pickup. When the flow is reversed, the sign of the
reading on the instrument is changed. Flow velocities down to approximately 1 cm/
/see may be measured with no theoretical upper limit. The measurement error in the
experiments conducted in this paper was t(1.5-2) degrees. A change in the physical
and chemical properties of.the'liquid (temperature, viscosity, transparency elec-
Card
2A_

L 21827-66
ACC NR: AT6004614
Lrical conductivity, chemical composition, aggressiveness, etc.) has no effect on
~measurcment maults. Natural changes in the magnetic field of the earth and insta-
bility in the power supplies for the electric circuits have practically no effect
on:the -results of measurements. The authors are sincerely grateful to Senior Engi-
neer A. V. Meltnikov for helping with the measurements and discussing vario'us prob-
lems in the experimental work. Orig. art. has: 12 figures, 1 table, 9 formulas.
SUB CODE: 20/ SUMM DATE: 03Nov65/ ORIG REF: 003/ OTH REF: 001
Card,. 3/ 3

-U c2a.,)e-ao- :-NWT(d),IEw.T(1-~)/Ei-iP(~)/EWP(l~/E*A(~~/iTc(m)-6'
ACC We Ap6W7688 SOURCE COD& UR/0413/66/000/003/0068/0069
AUTHORs Borodin, P, -Mra
ORG.- none
TITLE: Method and device for measurine liguid flow rate. Class 42, NO 178511.
SOURCE% Izobreteniya,, promyshlennM obraztay., tovarme znaki~ no- 3., 1966, 68-69
TOPIC TAGS: flow meter., liquid fl ow, nuclear mgnetic resonance
A
ABSTRACT: This Author Certificate presents a method and device foAmeasuring liquid
flow rate. The method is based on the phenomenon of nuclear magnetic resonance
(NMR). To measure the flow rate of liquids having a strong NMR signalp the free
nuclear precession in the magnetic field of the earth is utilized. The device
utilizing this method contains a detector and a measuring device, The NMR
detector is made in the form of two toroids. The monitored liquid flows through
the toroids in series but in different directions* The phase shift of the WX
induced in the toroid windings is proportional to the liquid flow rates
SUR CODE: 20/ SUBM DATEs 29Dee62
Card 1/1 681.12*082*7

SHAIAYEV, V.V.; BUMER, V.Ye.; BORODIN, P.P.; DIYACHKOV, P.P.; FOGIN, A.K.;
BOLISHAKOV, I.P.
Testing dinas concrete blocks in blooming mill soaking pits.
Ogneupory 27 no.6:264Q69 162. (MIRA 15:5)
1. Vizhne-Tagillskiy metallurgicbeskiy kombinat, (for Shalayev,.
Burkser, Borodin). 2. Vostochnn- institut ogneuporov (for
D'~~-acbkov, Purgin, Bol'shakov).
(Firebrick) (Re6actory concrete) (Furnaces., Heating)

it BORODIN) P. V.
2. USSR (600)
4, Hydraulic Engineering
79 Popular acientific-technical series for workers.of the great
communist construction projects* Gidrestrol. 21 no. 10 1952
9. Monthly List of Russian Accessions, Library of Congress, P49bruH7 -1953. Unclassified.

BORON, P.V., kandidat takhnichaskikh nauk; MEUMIMVSKIY. YO.P.,
doktor takhnichookikh nauk.
"Sheathing of massive hydroelectric power plant structures..' V.V
Irmolov, G.D.Petrov. Reviewed by P.T.Borodin, I.P.Miklashevskii.
Gidr.etroi 23 no.6:47-48 154. (nn 7:9)
(Irmolov, V.V.) (Petrov, G.D.) (Concrete construotion-
t. Formwork)

DZIMMMVSKIT, N.N., professor, ao'ktor tekbnicheskikh nauk; 3L:Z'lYl&,
Te.V., Professor; GUBIN, F.F., professor; ABRAITY,N.N. profes-a-cr
ROZA!:-IV, N.P., VORONOV, P.A., 30RCDIIIP P.V.p POSIEDOV, %(.ii.
YU-2',VjCH,D.P., PMWIT, U.N., tekhnicheskly redaktor.
[Introductinn to hydriullic engincerinj- Vvedenie v gidrotekhniku.
iioskva, Gos.izd-vo lit-ry po stroit. i arkhIt. 1955. 301 P.
(Hydraulic engineering) (MaA 8; 8)

V
AID P - 3937
Subject USSR/Hydro Eng.
Card 1/1 Pub. 35 - 1/19
Authors Konikh, V. V. (Dneprostroy) Platonov, V. A. (Gi-
dromekhanizatsiya), Engs; Borodin, P. V. Kand. Tech.
Sci. (MISI), Dementlyev, M. A., Dr. Techn. Sci.
(VNIIG) and'Gallperin, R. S. Eng. (Gidroproyekt)
Title The damml"S of the Dnepr River at the Kakhovka hydro-
power coj#diruction.
Periodical : Gidr. stroi., 7, 1-6, 1955
Abstract : The article describes the hydraulic fill method used
to build the earth fill without a rock toe In the
Kakhovka Dam construction. Some flow data are given.
The Oquipment used and the earth and rock work are
described in great detail. Four diagrams.
Institution : None
Submitted : No date

': i " .,,, I :I-- '. !'
7WIL I SON.
BRLYAKOV, A.A.: JRISTOV, V.S.;. DEKWSTIYBT, M.A.; RO~RQDIX&J,.
S.B.; PLATONOT, V.A.; IORISH, Ye.L.; GALIPXRIN, B.S.
letter to the editors. Oldr. stroi. 26 no.4:.52-53 Ap 157.
(Dane) (NIM 10:6)

liv
U)WODIN) F
ANDONIYEV. V.L.: BAUM, V.A.; RAUHGARTZII, IT.K.; BMIR"Ill, V.D.; BIRYIMOV, I.1%;
S.M., B I , S.jl~; I)CROVOT, G.A.. BUL3V, H.Z.; BURAKOT,
N.A.; VERTSAYZIR, B.A.; VOVK, G.M.; VORW, B.A.; VOSHCHININ, A.P.;
GAWTIONOV, V.D., kan(l. tetidla. rL!zLlr_; GFJDCIN, Ye.M.; GILIDEMLAT,
Ya.D., kand. taktin. wnk; GOMM, M.M.; GLXBOV, P.S.; GODRS, N.G.;
GORBAGIW. V.N.; GRZHITU, B.V.; GIR&MLOV, L.P., Imnd. e.--kh. nauk;
GRODUNWAYA, I.Tla.; DANILOV, A.07.; DMITRIYEV, I.G.; DMITRITMO,
Yu.D.; J)QBROKHOTOV, D.D.; DUBININ, L.G.; DUNDUKOV, MO.; ZHOLIK,
A.P.; ZRIE37IO'll, D.K.; Z1MtJW, Ye.T.; ZIMASKOV, S.V.; ZTJBRIK, K.M.;
KAUIOV, I.F.; KEWIT, S.N.; KOLIDAY3V, N.M.; KOHARUSKIT, V.T.;
KOSMO, V.P.; KORENISTOV, D.V.; KOSTROV, I.N.; KOTLY&RSKIY, D.M.;
KRIVSKIY, M.N.; KUZNIVSOV, A.Ya.; TAGARIKOV, N.I.; IaLLOV, V.G.;
LIKH&CHXV, V.P.; LOGUNOV, P.I.; M&TSK3VICH, K.F.; MELINICERIKO,
K.I.; M&MLWICH, I.R.; MITKHAYWV, A.V., Imaid. tekhn. vauk;
MUSIYIWA, R.Y.; NAWSON, A.V.; NIKITITN, M,V.; OMS, I.S.;
OGULINIK, Or.R.; OSILPOIT, A.D.; OSIM, N.A.; Ov, V.I.; PZRYSMIN,
G-A.., prof.; PIYANKOWL, Ye.V.; RAPOPM, -f,-,.D.; RIR-IRZOV, N.F.;
ROZANOV, M.P., kand. biol. ziwuk: ROCIINGOV, A.(~.; RTJBINCHIK, A.M.;
RYBOHEVSKIY, V.S.; SXWHIKOV. A.T.; 8FRUNTSOV, V.A.; SI104KO, P.M.;
SINYAVSUYA, V.T.; SITAROVA, M.N.; SOSNOVIKOV, K.S.; ST-AVIT-SKIY,
Ye.A.; STOLYAROV, B.P. [deeziailed]; SUDZILOVSKZY, A.O.; SM'SOVA,
Ye.D., Imnd. -bakhn. -,mWz; FILIPPSKIY, V.P.; KWITURIN, A.D.;
TSISMUMCIY, P.M.; CBXWASOV, M.J.; CH3WlYSHX..T. A.A.; CHUSOVITIN,
N.A.; SMMOPAL, A.O.; SILAW3R, P.&.; SHISIUCO, G.A.; SHO INA.
I.N.; 3WALI, F.F.; YLKOBSON, A.G.; YAXIJBOV, P.A., AROANGHLISKIY,
(Gmybbaued o-a uex'~ aat~d)

ANDOWY17, V.L.... (c onc~.6 I nke d) Caxd 2.
Ye,A., re"U'Senzent, red.; AKHUTIH, A.H., r'etze=eat, red.; BATAMOV,
Ya,S red.; BARAPIANOV, V.A., ratsenzent, red.; BATUMM,
.' retBencenu 4
P.D., reteenzent, red.; kand. ' elcbL,. nauk, retsenzent,
red.; VAIUTSKIY, I.I., kaud. teldiu. nauic, retsen*zent, red.;
GRIGGRIM Y.M., kand. tekhn. unwak, reteenzent, red.; GUBIN. M.F.,
retsenzent: red.;'GUDAYIff, I.N., :e"vseuzeu',-, red.; YARMOLCV, A.!.,
kand. tekhn. nauk, re'usenzent, red.; KARAULOV, B.F., retsenzae. ,
red ; KRITSKIY,'S.H., dokbor teldm. muk, re'sonzerej, red.; LIKIN,
V.V0: zetse'nzent red.; WKIN, V.7., rotfaauzaz~l.%
9 up rad.; WSKIN, Z.D.,
retsenzent, red.; M&TTRIROSOV, A.Kh., r6tsennant, Zad.; 143MLEYVP
D.M., TASGU26Ut, Ted.; RMUM', M.P.$ dok4;or tekha.. uwak, ratsenzent,
red.; aBmu. 0V, S.S*,*, retnenzqnt, red.; PETRASHHITI, P.N., reteenzent,
red.; POLYAKOV, L.M., raiteencent, red.; RU14YANTMff, A.M., ratasnzent,
'RY u on-
red.; ABCHIKOV, Ye.I., zetsenzent, red.; STAISEX07, N.G., rets
zent, red.; TAKMYN7. P.P., reteenzent, re0l.; TARANOVSKIY, S.V.,
prof., dolc4o.- tekhn. ua-ak, ratsenzent-, red.; TIZI13LI, R.R., retann-
zent, red.; FIDOROV, Ye.M., retusenzent, rad.; SHHVYAKOV, M.N.,
retsenzent red.; SHM&KOV, M.I., re'use=eul., red.; ZHUK, S.7a.
[deceased]: &kademik-,'glavuyy red.; IUMSO, G.A., kand. tekhn. nauk,
red ; FILIMCNOV, N.A., red.; VOLICOV, L.W., red.; GRISHIN, H.M., red.;
i~aIN, V.D., prof., dolevor teldin. nauk, red.; KOSTROT, I.N.~ red.;
LIOLCHIV, V.P., red.; MOVEDIV, V.M., Imud. tekh-a. nauk, red.;
MIKHAYLOV, A.V., kand. teldin. uaak, red.; PSTROV, G.D., red.; RAZIN,
N.V., red.; SOBOLHV. V.P., red.; MINGER, B.P., rad.; FRXYGOMM,
(Coniulwied on nerb card)

ANDON'Y31V, V.L.... (continued) Card 3.
Ye.F., red.; TSYPIAKOV, V.D. [deceased], red.; KORA3LINOV, P.H.,
tekhn. red.; GINKIN. Ye.M., tekhn. red. -, KAGHBROVSKIY, N.V., takhn.
red.
[Volga-Don; technical accaiint of the construction of the V.I. Ieniu
Volga-DDu Navigation Ganal,, the TSimly-ansk Hydroelectric Center,
and irrigation systems] Volgo-Don: takhnichaskii otchet o stroitell-
stye Volgo-Donskogo sudokhodnogo kanala imeni V.I. Ienina, TSir,?,-
lianskogo gidr6uzla i orositelinykh sooruzhenii, 1949-1952; v Piati
tomakh. Moskva, Goo. energ. izd-vo. Vol.l. [General structural
descriptions] Obshchee opisanie sooruzhenii. Glav. red. S.IA.
'Red. toma M.M. Grishin. 1957. 319 P. Vol.2. [Organization of con-
Btruction. Specialized operations in hydraulic engineering] Orga-
Va w
uizateiia stroitel'A.' . Spetsiallnye gidrotekhnl~-heokie raboty.
(Continued on ne--,t card)

AMNIYBV, V.L.... (continued) Card 4.
Glav. red. S.IA. Zhuk. Red. tom I.N. Kostrov. 1958. 319 P.
Owu n:9)
1. Russia (1923- - U.S.S.R.) Iftnisterstvo alektrostantaii. Byuro
tekhnicheokogo otcheta o stroitelletve Tolgo-Dona. 2. Chlen-kor-
respondent Almdamii nauk SSSR (for Akhutin). 3. Deystvitellmy'
chlen Akademii stroitelletva i arkhitektury SSSR (for Griahin,
Razin).
(Volga Don Canal-Hydraulic engineering)

SO V/QS-5 9- 3
8(6), 14(6)
AUTHOR: Borodin, P.V., Candidate of Technical Sciences
TITLE: Experience Gained From River-Bed Crossings in the USSR
PERIODICALs Gidrotekhnicheskoye stroitellstvo, 1959, Nr 8, pp 5-)] (USSR)
ABSTRACT: The article consists of a survey of 15 rivcr-bed spannings, cfjc:~-
ed between October 1950 and Janupry 1959, and of the lessons
learnt from them. Table I contains data concerning the names
the crossings, the method used (10 frontal, 4 pioneer, and .1 bLva-
ket) , and the dates, (September and October, but the Kak-hovka, Kn.-,-
rakumskaya and Irkutsk GES are exce-ptions). Due to the short time
available for the construction work, and in order ~u a-roid iyastztf.i.~,
of material, it is necessary to forecast the streamflow as accu..a_-
tely as possible; table 1 also shows the ma-In materials used in
the projects (50% constructed from local supplies). Table 2 pro-
vides the principal statistics concerning the spannings, and table
3 contains data on the initial specific streamflow in the center-
gap and of its magnitude before and after the cofferdams are dis-
Card 1/4 mantled. It was proved that there are 3 different drops in the

SOV/98-59-8-3/33
Experience Gained From River-Bed Crossings in the USSR
banket - the critical drop (Zkr), the outlet drop (Zvykh), and the
final drop (Zk,,,) (Table 4), and the relation between these values
is indicated in the table and at some length in the text. Details
are then given of a system, developed by Professor S.V. lzbash and
used by the V.V. Kuybyshev MISI, by which the amount of filtration
and accumulation in the upper water is used to calculate the
strength of the streamflow at the time of the closing of the gap
in the spr. This is expressed thus: Qr= Qot+2bn+2f+2akY where
Qot, QbnI Qf and Qak are respectively the streams passing through
the outlet pipe, that spilling over the crest of the banket, that
-filtering through the body of the bankqt, and that accumulated in
the upper water. The drop in the level at the banket, including
losses via the outlet huct, 'a Zbn = f(Q,t), where Qot is tbe
stream passed through the*oittlet pipe and Zbn is given. The rated
of growth of a banket pf triangular cross-section is
UA
FEf-' + h
Card 2/4 h2 V mar I where h2 is the huight of the banket after a

SOV/ 98-50-8-3/33,
Experience Gained From River-Bed Crossings in the USSR
certain period of time; hl is the initial height of the banh~,t,
u is the rate of deposit of stones in m3*per hour, t is the
mated period of time in hours, and m r is the average coeffic-Et~_',.
of the slope of.the banket. Thie Complete filtration stream tbrc-j,1.-t,
the triangular cross-section is fZbn
-ire h i c, t ii;!-
K.~B.h Tjh , vrh,
f .7 -h
height of the banket, Zbn is the drop at -the banket, B is the width
of the gap, and K is the coefficient of turbulent filtration. Tht
filtration capacity of the banket is I-
m 6 B 2013'9 , where
Qbn = 6 IT = o
m6 is the coefficient of discharge, 6'Tr is the coefficient of i.1-
mersion, D is the width of the gap, and He 1e the pressure ou the
crest of the banket."The water acciunulated in the apper water is
estimated by the formula '8Wod
where W iLi the increase
Qak -At - vod
in the volume of the reservoir during the time A t as a result of
Card 3/4 the increase in the height of the banketto h2. All these calcula-

SOV/98-59-8-3/33
Experience Gained From River-Bed Crossings in the USSR
tions and formulae are showniin graph form in fig.l. Details are
then given concerning the actual methods of construction used on
the projects, and data pertaining to the machinery used is given
6
in tables
and 7, on which is based the formula imax
KI and
n I
sr
i
K" = Max (coefficients of unevenness of dumping); additional
n i . .
min 60
formulae given are for the rate of dumping (i = tI , where t' is
the interval between dumpings in minutes), and for the same when
the width of the gap B is taken into consideration (, = i = 60
There are 7 tables, 2 graphs, and 4 Soviet references. tIB
Card 4/4

BORCDIN, P.V., kand. tekhn. nauk
Methods of determining the strength of concrete in structures.
Gidr. stroi. 32 no.3:1&-19 Mr 162* (K4U 16:7)
1
(Concrete- Testing)

BORODIN, R. V.
35W
Opredeleniye sapasov podsemnykh Yod na opyte gidrogeologichleaUkh
issledovaniy v rayonakh rudnykh mostorozhdeniy aredney AZII. Trudy
In-ta geologii (akad. nauk usbek. SSR), VYP 3, 1949, C. 106-19.-
rezyume na uzbyek. Yas-Bibliogr: 8 lazv.
SO: Isetopis' Zhurnallnykh Statey,, Vol. 39,, Moskva., 1949.

~ ,-
22!~ . I-
Olaodfying un4ergTound water resources according to the reliability
of data on their potential use as sources of water supplr. Zap. Uz.
otd. Vaes. min. ob-va no,11:53'64 157. (KIRA 11:6)
(Water. Underground)

BORODIN, R.V.
.'___--:'Itudying the filtration properties of greatly permeable alluvial
pebbles. Uzb. geol. zhur. no.4:19-34 '58. (MM 13:2)
l.Sredneaziat8kV gosudaretvemV7 universitat im. V.I. Lenina.
(Pebbles-Permeability)

BORODIII, it-Y, .
r-- - --
Now method for studying the filtration properties of alluvial
gravel. Dokl.AN Uz.SSR no.9:11-15 158- (HIRL 11:12)
1. Institut geologli AN UzMM. Predstavleno chlenom-korrespondentom
All UsSM G.A.Mavlyanovym.
,Ten Valley-Alluvium) (Water. Underground)
(Ane

,-DQBPjX.,j,~ ; UTROBIN, N.1 BALANDINI A.1 TEMEROVO Nq VENGEROV, A.;
LILCVp A.
I~Wers report, advise, and offer help. Zhil.-kom.khoz. 12
no.6t26-27 Je 162. (KMA 15212-)
1. Predeedatell zhilishchnoy komisaii Leninskogo rayonnogo
soveta g. Ivanovo (for.Borodin). 2. Instruktor oblastnogo
ispolnitellnogo komiteta, g. Kirov (for Utrobin). 3. Nachaltnik
planovo-proizvodetyennogo otdela Zhilishchnogo-kommunallnogo
upravleniya g. Zyryanovek, Vostochno-Kazakhatanskoy obl. (for
Vengerov). 4.*Direktor Doma kullturyl g. Chernovtsy, Ukr6SR.
(for Liloy).
(Housing management)

BCRODINJ, S.,,kapitan.dallnego plavaniya
Loading mahogany in the Takoradi harbor, in Ghana. Mor. flot 23
no.6:13-1/+ Je 163. (MIRA 16:9)
1. Starshiy shturman teplokhoda "Makhtra".
(Takoradi--Cargo handling) (Mahogany-Transportation)

BORODIN) S.A.
Twisted pyrites from the Kalanguy deposit. Zap.V3aa.min.ob-va
90 no.5:578-585 161. (MIRA 14:10)
1. Kafedra mineralogii Moskovskdgo gosudarstvennog-o ~lAversiteta.
(Transbaikalia-Pyrites)

ct-va c~2 'MIRA 1,119,;
1 r. t tu i:-e-~.*khl;.!,.*-' irma J. t i che cukay ~,hl' :i-l i ru,!J ernadiskogo
R MC2

DDLiODIN,,--;3tp~3~Ap~-Vy.evic)a;-DDIICh7-V, Aleksandr Nikolayevich;
ROZIN, Pavel losifovich. Prinimali uchastiye:
TOCHILINIKOVA, G.M.; KARCHEVSKIY, V.H.I?ILIPPOVA, E.,
red.izd-va; LEBEDEV, A., tekhn. red.
[Finance and:-)uWItjt,,?iniW i kredit. Moskva, Gosfin-
izdat, 1963. 222 p. (MIRA 17:2)

-7_'1v V"'

-.-M-SA/Electronies Coh=mications

Boro'din, S. V.;'Minashin, V. P.; end Sbkolov, A. V.
Title s High frequency apparatus-for radio reley commmioation lines
~:Ferioftcii i vest.-Bvyazi 50'.7-101, May, 1955
'astract'. i A description of the operation and construction of component pdrts of
high frequency apparatus-used in telephone,oommunications relay stations,
is given. The apparatus is used in conjunction with duplex operation of
wide-band frequenoyp condensed at the central K-24-station for a simial-
taneous transmission and reception of 2/+ telephone signals. I3.1ustrations;
drawino diagrqms.~
Institution:
Submitted t
o D) tv

KkLITSEV, V.; BORODIX, V.; SINYAVSKIY, V.; CHURkKOVA, N.
Siberia and the Far %at imat -have their own good health resorts!
Okbr.truda i sots.strakh, no-5:49-53 VT '59-04IRA 12:9)
1. Predsedatell Chabarovskogo krayevogo soveta profaoyuzov (for
14al'tsev). 2. Predsedatell Sakhalinakogo oblastnago soveta prof-
aoyuzov (for Borodin). 3. Predsedatell Chitinakoge oblastnogo
soveta profsoyvzov (for SlAyavskiO.
(Soviet Fai East--Health resorts, u5lering places, etc.)
(Siberia--Health resorts, Witering placou, etc.)

GAKICHKO, S., kard. takhr. nauk; PERSKAYA, K.; BORODIN, V.; BORNOVALOVA, A.
Thawing out of blodke of amaji fish. Khol. teikh. 35 no, 3:39-44
MY-Ja 158. (MIRA 11:7)
1. VeesoyuzWy nauchno-isalmdovatellakiy inatitut kholodillnoy
proaVahlannosti.
(Fish. Frozen)

ROZOV, Yu. (Mookva);_P~~~v.Tuchkovo); SHIFRIN, A. (Leningrad);
BONDARMO, F. (POO.Belyv Ulodes'); VORDVICH, B. (at. Yarvolintay)
0
Readers exchange practices. Sovofoto 19 no.11:61-62 R '59.
(MIRk 13:4)
(Photography-Aquipment a-Ad supplies)

AUTHOR: Borodin, V.
----------
TITLE: The rou-ped machining of odd-shaped parts in a line-t'ype production
9
layout.
SOURCE: Moscow. Tsentrallnyy institut tekhniko-ekonon-iiclieskoy inforn-iatsii..
Peredovoy nauchno-tekhnicheskiy i proizvodstvennyy opyl. pt. 1: Opyt
vnedreniya arup ovoy obrabotki detaley v mekhano-sborocl,nvkh,
I lp
tsekhakh mashinostroitelInykh zavadov; sbornik. Moscow. 1960, 1-22-138.
TEXT: The paper describes the grouped machining of connecting rods within a
line-type producLion layout introduced by the All-Union Design-Technolo(,V institut(!
jointly with workers of the Kolonnenskoye Diesel- Locomotive Factory. Previously,
universal machines, with their repeated tin-le-consL711-ling Setup alter;-,rions, had be,11
utilized no more than -10-50% and many of the special machine tools only 10-1501'0.
The complex and mi-,