SCIENTIFIC ABSTRACT DYAKOV, B.F. - DYAKOV, G.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411720007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

')c-ioleui~i and Gas Preospects of `,Yesterri S/009/60/000/002/001/002
Kazakhstan and Principal Trends of Regional B027/BO76
Exploration and Prospecting
a depth of 6 or 7 kma. The main aim of the regional work is the explora-
tion of the facies and of the petroleum- and gas-bearing Paleozoic
Mesozoic and Cainozoic deposits in the various tectonic formations.
Further the determination of the large suspected salt plug in the central
part of the Caspian depression and also the geological and geophysical
dnvestigation on the Ustyurt and Mangyshlak in order to determine the
peculiarities, physical properties, depth, and age of the folding of the
beds and the general construction of large tectonic formations in these
regions. There is 1 figure.
ASSOCIATION: VNIGRI (All-Union Petroleum Scientific Research Institute
for Geological Exploration)) VNIIGeofizika (All-Union
Scientific Research Institute of Geophysical Exploration
Methods), VNIGNI (All-Union Petroleum Scientific Research
Institute for Geolopical Exploration)
Card 3/3

DIYAKOV B.F.; L14ASHEVp N.U.; KRUCHININ, K.V.; KOGM-1, A.B.:
~! IYANSKIYJ, V.V.; TOKAREV, V.P.; TRIFONOV, N.K.
CIEMPANOV, VPN*; VYAIDVA,, R*I*
Southern Mangyshlak is a large now oil-bearing region. Geol.
nefti i gaza 5 no.12:4-11 D 161. (IMA 3J,:11)
1. Vsesoyuznyy nefteyanoy nauchno-issledovateltakiy
goologorazvedoolieskoys upravleniye i treat Mangyahlakneftegazrazvodka.
(Mangyshlak Paninsula-Oil fields)

VYALOVA, R.I.; D'YAKOV,, B.F.,- IMASHWJ, N.U.; KOZ 7 MODEM I YATISKIY, V.V.0
KRAYEV, P.I.; KRUCHININ, X.V.; TOXAMV, V.P.; TRIFOKOVJ. ILK.;
CIUMANOV, N.N.
Southern-Mangyshlak oil- and gas-bearing region.,Trudy VNIGRI
no.218:7-50 163. (MIRA 17:3)

DIYAKOV, B,F*
Geotectonie regionalAzation and forecast of oil and gas
potentials in the Mang7shlak Peninsula. Trudy VNIGRI no.218:
89-102 163. (MIRA 17:3)

DIYAKOV, B.F.
Gootectonic zonation chart and prospects ml gas and oil contenr
in the Aral-Ca3plan azeal of warping of the earth's crust.
Geol. nefti i gaza 9 no-1:38-46 Ja 165. (MIRA 180)
1. Vsesoyuznyy neftyanoy nauchno-issledovatellskiy geologoraz-
vedochnyy institut, Leningrad.

MATUSEVICHO M.G., k8nd.ekon.nauk; FAUBMICH, O.N., kand.ekon.nauk;
MUKHNA, V.A., mladshiy nauchnyy sotrudnik; WiRKOVA, K.Te., kand.
ekon.nBuk; SAVEL113V, I.T.. mladshiy nauchnyy sotrudnik;
KKIWISKAYA, T.A.. kand.ekon.nauk; P~YAKQY.- B.I._, mladshiy neuchnyy
sotrudnik; Prinimali. uchastiye: BILIKO, S.P., mladshiy nauchnyy -
sotrudnikl ANDROSOVICH, Ye.I., mladshiy nsuchnyy sotradnik;
KUKHARKV, B.Ye., mladshiy nauchnyy sotrudnik; REM, S.B., starshiy
statistik. TIMOFEY.&V, L.. red.; VOIXX.HANOVICH, I., tekhn.red.
[Capital assets of Industry and their utilization] Oanovnys fondy
promyshlennosti I 1kh ispollsovanie. Minsk, Izd-vo Akad.nauk
BSSR, 196o. 192 p. WRA 14:1)
1. Akademiya nauk SSSR,.Minsk..Institut ekonomiki. 2. Institut
ekonomiki IN BSSR (for all, except Timofeyev. Volokhanovich).
(White Rusaia--Capital)

MATUSEVICH, M.G.J. kand. ekon. nauk; PASHKEV11CH, O.N.; MUKHINA, V.A.,
mlad. nauchnyy sotr.; MARKOVA, K.Ye., kand. ekon. nauk;
SAVELIYEV, I.T., mlad. nauchnyy sotr.; MERETSKAYA, T.A.,
kand. ekon. nauk; DIYAKOV B 1., mlad. nauchnyy sotr.;
TIMOFEYEV, L., red.; VOLOKHANOVICH, I., tekhn. red.
[Capital assets of industry and their utilization] Osnovnye
fondy promyshlennosti I ikh ispollzovanie. Minsk., Izd-vo Akad.
nauk BSSR, 1960. 202 p. (MIRA 16:6)
1. Akademiya navuk BSSR, Minsk. IrjRtytut ekonomiki. 2. Institut
ekonomiki. AN BSSR (for all except jimofeyev, Volokhanovich).
(White Russia-Capital)

D'YAKOV, B,P,,, inzh.
--------
Transposition of conductors on electric power transaission lines.
glek. sta. 32 no.201 F *610* (MIRA 1637)
(Electric lines-Overhead)

D I AKGV I B. -V..__,
Aviatsionnaia razvedka na sluzhbe dorozhnykh vbisR. (Stroitell
stvo dorog, 1944, no 9, p.21-22, illus.)
Title tr.: Aerial reconnaissance in service of the transilo--taticn.
corps.
TIF%-373 194~
SO: Aeronautic,-,l -Sci,~,,nces and Aviation in t~ie Soviet llni.en, Libr,7r:.,, of
Congress, 1955.

V,
X)' ~fi < C' ~ C
8(0) PHASE I BOOK EXPLOITATION SOV/3142
Tsentrallnyy nauchno-inaledovatollskly Inatitut tekhnologii i
mashinostroyeniya
Spravochnyye dannyye eleldrooborudovaniyu (Reference Data on
Electric Equipment5oMoscow,, Mashgiz, 1959. 711 P. (Series:
Its: [Trudy] kniga 94)
Errata allp inserted. 6,000 copies printed.
A,Jditional Sponsoring Agencies: USSR. Gosudarstvennaya planovaya
komissiya Glavnoye upravleniye nauchno-issledovatellskikh i
proyektn~~ organizatsiy.
Compilers: A.Ye. Gurevich, Engineer, N.A. Vinogradov, Engineer, and
B.V. D'Akov, Riglmw, Ed.: A.Ye. Gurevich, Engineer; Tech. Ed.:
-Z-i2 ~~. ~1~ a; Managing Ed. for Information Literature: I.M. Mon-
astyrskiy, Engineer.
PURPOSE: The handbook is intended for use in design bureaus for
rough drafts and technical designing. For operational designing
Card 1/10

Reference Data (Cont.)
SOV/3142
all handbook data should be checked with catalogs or
comply with the man'~Afacturerls specifications.
COVERAGE: The handbook contains basic data and information on
electric motors of special and general purpose , on braking
electromagnets and on track and limit switches used in the heavy
Tnet-allurgical industry. It; also contains information on d-c
and a-c electric motors and on the equipment used in other
branches of industry. The handbook was prepared by the Tsentrall-
noye konstruktorskoye bvur,) metallurgichpskogo mashinostroyeniy,"I-.
TsKBMM (central Design Bureau of Metallurgical Machine Building)
of the TsNIITMASh (Central Scientific Research Institute of
Technology and Machine Building), and'by the design bureaus of
the heavy machinery building Industries, It has been used in
blueprint form for ten years in many organizations. There are
no references.
TABLE OF CONTENTS:
Introduction
3
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Reference Data (cont.)
SOV/3142
PART I. ELECTRIC KACHIINES FOR CRANES AND IN MHTALLURGY
Ch. I. A-c Induction Motors fr.r Cr;,-.nes and Met&~UurgY
MT-and MTK-type motors (for normal conditions)
MT-and MTK-type motors-with SV_elaea Insulation (for tropical
climates) Z;
Ch. II. D-c Motors for CrA_n-F!s and Metallurgy
MPKPDN-type motors
DP-type motors (for tropical cllm_atep~ 62
DP-type motors (for nomal condit'lons) 74
D-c machines of the MP-14 type 77
D-c vertical motors 86
Ch. III. Roll-train Blecti1c Motors 91
Induction roll-train moto~:,s of the AR custom lot type 91
AR custom lot type 9i
Roll-train motors of the AZR, AZRF and MAR types 114
Ch. IV. Large D-c Rolling Electric Motors 118
Card 3X0

Reference Data (Cont.) SOV/3142
Rolling motors of the MP type
Mashines of the PBK type
Ch. V. Large A-c Induett,r. Rr.~Iilng Moto-s
Motors of the AP, APO and DAP t-ypes 154
Ch. VI. Standard Electric Mr)t(-r
Calculation of mechanl ca-3. i3t~_e 8
Universal characteristics of motors
PART II. E1,ECTRX, VACIIINE6 OF G E NE'ri A!, k7r-T ICATIO14
Ch. VII. A-c Induction M,-)t.:o-,,q of A!!-T-'-7,_'.:.-n Cutitom Lot and Their
Modifications
Protected squirrel-cage mo~;ors of the. A and A1 types, of
standard design from 0.6 +,-.- 100 kw
Totally -enclosed ventlInted AO- and AOL - type squirrel-cage
motors nf standarn aesign Ll.o to IOU Kw
Card 4/10

Reference.Data, (Cont.)
Protected squirrel-cage of the A and AL
to 400 kw,, of the 10th and Ilth overall sizes
A-and AO-type motors
AP-and AOP-type motors with Increased torque
AS-and AOS-type motors with increased slip
AK-type wound-rotor motors
Multispeed A and AO-type motors
AV-type built-in motors
AOLT-31-4-and AOL-42-12-type motors for hoists
AOL-and AOLB-type small Induction motors
Ch. VIII. D-c Machines of General Application
PN7 PNF-and PNV-type machines
MP-11 machines
MPB-type balancing machines
Ch. IX. Various Induction Motors
AM-6-type motors
GAM-6-and DAM-6-type motorEs
sov/3142
types from 100
2.1
2')
20.7
37-3
3'~._)
3;2'..
33).
33
36(1
3~,
3A''
Card 5/10

Reference Data (cont.) sov/3142
Ch. X. Universal Motors
3;
pi,--and UL-type commutator motors
MUN-and UMT-type commutator trotors
PART flI. SnIGHRONOLIS AND SPECTkT MACHINES
Ch. XI. Synchronous Machines !I(.-
GS7 GSGj GSD-and DS-type synchronous mach'-nes of the 14th and
15th sizes 41.
GS-
~, OS% GSD; DS-and DSZ-tyj-,e synchronous machines of the 16
to 18th sizes 4:.-
MS-320-type synchronous machines i~..
SG and S-type synchronous generators 4!
aPN,, KaPN-and aPNT-type synchronous generators V
ChS-T-type synchronous generators 4t
SOD-220-and SM-type synchronous generators 4'.(
Ch. XII. Special Machines 47.-
Rotating amplifiers of the EMTT-1.'2,, EMF-25) EMU-50p EKU-70,
ENU-100 and EMU-110 types 4"t
Card 6/1o

Reference Data (Cont.)
SOV/3142
Selsyns of the DI-501 DI-511 and SS-501 types 490
Magslips of the BS-40 A, DS-501 A, BD_4o4A and BD-501 A
types 491
Magslip control transformarn of the BS-405 type 494
SelsynB of the BS-4o4A .... T, BS-501A T, BD-4o4A .... T
o
and BD--501A...T types (for tropical ;iim
ates) 495
Selsyne of the SS-195-1rio type 494
S,ils,vns of the SS-195-lj5 type 49
D--c machine 5 of the MI type 501
Tachometer generators ET--7/11Q TG-041 and MET-8/55 510
Tw.-)--phase Induction servomotors of the ASM type 512
PART IV. 1 OW VO, TAGE EQUTPI!ITT 7NISTkY 1 .0) ON MECHANISKS
Ch. XIII. Brakes and Electromagnets 515
Brakes of the TKT, TKP and TKTG types 515
Bvaking electromagnets nV f:he EMT,, VM arid 194P types 526
D-c electromagnets of the A type 534
Open-make ES-1 pull-push electr-ftAgnets 538
Card 7/10

Reference Data (cont.) SOV/3142
Electromapetic connecting and disconnecting valves of the
VV-2, VV-41 VV-22 ard Vv--1,1.4 types 541
Winding data of bralce. and electromagnet coils 547
Stabilizing transfo-7mers of the TS-72-6o and TS-144-11o
t Y 1) e' s 554
Ch. TEV. Track and Ll .It SKI-ches 556
Rust-protected llmtki* swItcheii of the MI type 556
Splash-proof limit :witchrns of the KIJ type 5-56
Ltmit switches Of t:.e KIT-500 T type 562
Limit E3witcheB of t--.-3 V-10, VU-150, VIJ-250,,VK-.100 and VK..
211 types 564
Change-over micro-s-.Ltches of the MP-1 and MP-3 tYPes 571
Track switch of the ;'K-311 A type (hei-inetic) 572
Cam controller of tte, KA-4000 and KA-4000 T types, 574
Rotating controller .If the KA-5000 type 583
Universal change-ovc-'r s-nitches of the UP-5100 type -
997
Universal pole -chanf ;.ng switch for multispPed motors of the
UP-5200 type 6o9
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Reference Data (Cont.)
SOV/3142
Rotary change-over switc-hes for nraltlBpeed motors of the PK-25
and PK-60 types 618
Rotary switches and change-over switches of the PK type 622
Control Pushbuttons of the KU and LKU types 626
Ch. XV. Centrifugal Switches and Mechanical Relay for Rotations
Control 632
Ct. XV1. Inductive Feelers 642
Inductive feelers of the IV-110T and IV-120T types 642
Inductive feelers of the TKV-101 IKV-20 and IKV-30 types 643
Magnetic amplifiers of the TUM, TRM, UM and UMS types 650
Magnetic amplifiers of the MU .... T type 656
Ch. XVII. 'Pulse Apparatus for Automation 658
Flag indicator switches 658
Photoelectronic apparatus of the FFA-10 and FEA-20 types 672
Metallurgical photorelays of the YRS-53,.FRS-55, FRS-8, and
FRS-12 types 678
. L
Card 9/-10

R~~N,rence Data (Cont.)
SOV/3142
Electromagnetic feeler of thp EMD-1 typf--, 703
Contact rollers 705
Ch. XVIII. Electroinagnet-le Cln'l-ches 708
Electromagnetic multldlsk rviction (-1uf..,hps of the EM type 708
AVAILABLE: Library of Congi--:is J 1~0/j b
Cand 10/10 1-26-6o

PHASE I BOOK M LOITATION
sov/5451
Moscow. Tsentrallnyy nauchno-issledovatellskiy inBtitut tekhnologii
i ma8hinoBtroyeniya.
Spravochnyye dann o elektrooborudovaniyu (Reference Data on
Electric Equip~Zenet Moscow, Mashgiz, 1960. 607 p. (Series:
Its: (Trudy) v. 951 Errata slip inserted. 13,500 copies
printed.
Sponsoring Agency: Gosudarstvennyy komitet Soveta Ministrov SSSR
po avtomatizatsii I mashinostroyeniyu and Tsentrallnyy nauchno-
issledovatel I skiy institut tekhnologii i mashinostroyeniya
(TsNIITMASh).
Compilers: A. Ye. Gurevich, Engineer, and P.__V. ak
~ __Ply pv, Engineer;
Ed.: A. Ye. Gurevich, Engineer; Ed. of Publishing House: K. N.
Ivanova; Tech. Ed.: A. Ya. Tikhanov; Managing Ed. for Infor-
mation Literature: 1. M. Monastyrskly, Engineer.
PURPOSE: This handbook is intended for use in design offices for
Card 1/10

Reference Data (Cont.) sov/5451
rough drafts and technical designing. For operational de-
signing all handbook data should be checked with catalogs or
comply with the manufacturer's specifications.
COVERAGE: The handbook contains technical data, overall dimensions,
and characteristics of mercury-aro and crystal rectifiers,
electric-drive control apparatus, and electric instruments.
Furthermore, it contains Information on the new single series
d-c machinery which is being introduced in industry in place
of general-purpose machinery of earlier manufacture. The
handbook is a continuation of the TsNIITMASh volume 94, which
appeared as SOV/3142. No personalities are mentioned. There
are no references.
TABLE OF CONTENTS:
PART 1. MERCVRY-ARG AND CRYSTAL RECTIPIERS
Ch. I. RNNV Series Pumped Metal Mercury-Arc Rectifiers 3
Card 2/10

Reference Data (cont.)
Technical data and characteristics of RMUV mercury-arc
rectifiers
Brief description of the design
Rectifier control cabinets
Mercury-are rectifier supply circuits
Substations and connection diagrams
Connecting rectifier with transformer
auxiliary devices
SOV/5451
and power supply of
3
9
17
26
35
35
Transformers for the power supply of metal mercury rec-
tifiers 41
High-speed plate breakers 53
Ch. II. Pumpless Metal Mercury-Are Rectifiers 6o
RM-300 mercury-are rectifiers 6o
RM-200 mercury-are rectifirs 64
RM-500 mercury-are rectifiers 65
Ch. III. Mercury-Are Rectifiers With Glass Bulbs 66
Type VARZ and VARS glass-bulb mercury-are rectifiers 66
Card 3/10

Reference Data (Cont.)
Ignitrons
Ch. IV. Crystal Rectifiers
Selenium rectifiers
Cuprous-oxide rectifiers
Germanium rectifiers
Silicon rectifiers
PART II. ELECTRICAL EQUIPMENT AND
NOMENCLATURE OF STANDARD CONTROL STATIONS
Ch. V. Electromagnetic D-C Contactors
KP-1 contactors
KP-2 contactors
KP-5 and KP-15 contactors
KP-7 and KP-207 contactors
KP-500 contactors
KP-900 A contactorB
sov/5451
73
77
77
120
127
138
141
141
148
151
153
157
172
Card 4/10

References Data (Cont.) SOV/5451
Ch. VI. Electromagnetic A-C Contactors 175
KT-9002,, KTV-9002,, and KTV-9402 block-contactors 175
KT-200 and KT-4200 contactors 184
KTP-500 contactors 191
Ch. VII. Control and Protection Relays 201
RE-100 and ERE-100 electromagnetic d-c relays 201
RE-180 and ERE-180 electromagnetic d-c relays 205
RE-70 maximum elecromagnetic d-c relay 209
RE-500 electromagnetic d-c relay 212
RE-60 electromagnetic d-c relay 215
RE-570 and RE-570T maximum electromagnetic relays 216
REV-300 electromagnetic d-e relay with a high reset factor 218
DT polarized electromagnetic reverse-current relay 219
RE-190 electromagnetic three-phase current relay 222
RE-2100 electromagnetic a-c relay 224
EP-41B intermediate electromagnetic a-c relay 2PA
RE-218 electromagnetic a-c timer 229
RVE-20 ERV-99, and ERV-60 electronic timers 231
Card 5/10

References Data.(Cont.) SOV/5451
MRV-26 and MRV-27 motor-type time relays 235
PRV-02 programming time relay 237
E-58 and RVT-1200 multicircuit time relays 24o
MKU-48 and MKU-48S telephone relays 244
RSI pulse-counting relay 257
TRP thermal relays 258
Specifications of relay windings 262
Ch. VIII. Start-Regulating Apparatus 267
Magnetic starters 267
PK-113 push-button starter 277
AP-25 automatic breakers 278
A-3100 adjusting air circuit-breakers 281
Fuses 291
LS-53 signal lamp 297
Contact couplings 298
Terminal blocks and clamp sets 298
Step-down transformers 301
Card 6/1o

References Data (Cont.)
Ch. IX. Resistors and Rheostats
Resistance boxes
Permanent enameled tubular wire resistors
Starting rheostats with oil cooling
RZV, RV, Rp RVM (with servodrive), MR, and
regulators
RF and RZP d-c starting rheostats
RZR start-regulating rheostats
SOV/5451
RShN excitation
Ch. X. Control Stations
D-c motor control stations
Control stations of wound-rotor Induction motors
Control stations of irreversible squirrel-cage induction
motors
Control stations of reversible squirrel-cage induction
motors
Control station of multispeed induction motors
Control stations of low-voltage synchronous motors
303
303
309
317
32
33~
337
339
339
355
365
383
399
427
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References Data (Cont.) SOV/545-1
PART III. MEASURING INSTRUMENTS AND SUPPLEMENTARY
INFORMATION ON ELECTRIC MACHINERY
Ch. XI. Electric Measuring Instruments 431
D-c switchboard instruments 431
A-c switchboard instruments 438
D-341 active power ferromagnetic wattmeters 443
M-323/1 recording switchboard d-c instruments 446
D-33 recording switchboard a-c instruments 447
Instrument multipliers for type R-103 and R-105 wattmeters 450
75RP, 75ShP, 75ShS, and 100 ShS calibrated shunts 451
Ch. XII. Instruments for Measuring Nonelectrical Quantities 457
Type P-1 "Produktimeter" [Gage for measuring gaps between
rolls and guides, and r pm counter] 457
Selsyn rate indicators 458
Type SUR-10T and SUR-20T selsyn (autosyn) rate indicator 458
Card 8/10

References Data (Cont.)
sov/5451
SOCh-2 and SOCh-5 tachometers of long-distance rate in-
dicators 461
Type S-57-51 pressure relay 463
Type EMK-3M contact electromicrometer 464
Contactless X-ray micrometer 467
Photoelectric width gage 467
TIM-500 inductive tensiometer of TsNIITMASh 470
Inductive, capacitive, and foil strain gages 470
Devices for measuring band and tape tension 481
Ch. XIII. Supplementar7 Information on Electrical Machines 487
New series of metallurgical electric motors 487
DF series d-a motors 487
New AO series motors of the"Elektrosila" plant 498
Series MP-12 compensated d-c machines 500
Large rolling machines and converter sets 505
Ch. XIV. D-C Machines of Single Series P 515
Series P machines of 1 to 11 overall dimensions 515
Card 9/10

References Data (Cont.)
SOV/5451
Series P machines of 12 to 17 overall dimensions 545
Compensated motors with wide velocity regulation and
generators 545
Compensated motors for the main drives of irreversible
mills 573
Compensated motors with reduced flywheel moment designed
for the drive of frequently reversing mechanisms 5-,'3
Characteristics of series P machines w0
Ch. XV. New Single Series of Three-Phase Induction Motors
of 1.1 to 100 kw (Preliminary Information) 605
AVAILABLE: Library of Congress JP/dfk/ec
Card 10/10 7-29-61

GURENICH, A.Ye., red.;_.RIYAKOV, i3.V., red.
[Reference dbta an electricai eqUipir.unt] diian-
nye po elektrooborudovaniiu. '-io:-,k-%fa, wnergiia. Vol.!.
1964. 326 p. (,L-1 I, i.,,L 18: 1)
1. N!n~oow. VsesoyuznyT I,
konstruktorskiy institut iT,etalliii*gi(!tle.:3k.~~)iTo irn,,~ I i " no ~-, t, rci~ e. v. : ,, .,I

GUREVICH, A.Ye.;-DaAKOV, B-V.
[Reference data on electrical equipment] Spravochnye dan-
nye po elektrooborudovanilu. Moskva, Energiia. Vol.2.
1965. 482 p. (MIRA 18:7)
1. Moscow. Vsesoyuznyy nauchno-issledovatellskiy i
proyektno-konstruktorskiy institut metallurgicheskogo
mashinostroyeniya.

DYAKOV D.
Bulgaria
Academic Degree not given
Chair for Children Diseases at the Higher Eedical
Institute in Sofia (Katedra po detski bolest! pri
Sofia); director: Prof. L. RACH-EV.
Oofia, Pediatriva, supplement of Suvre-rienna Yeditsina,
No 3, 1962, pp ~8-61.
"Sarcovio-Leukeinia in Youn,,, Children"

_.TAXUoAJL4 kandidat takhaichookikh nauk, vadaktor Cdoceavad];
wawzHM, A.I. #'.redaktor; ROMANO# -F.B. , reUktor; TVMMQT#
S.N., radektor; -KONOVALOVA, YeXpt -tekhnicheekly redaktor
[Pales radionavigation side. -Translated from 'he Anglish] IVulOsqs
radi"vigatelow'We ustroistvai Pereyod. a ang1liahtgo. Pod rod.,*.D.D.
Dlialwyno Xlosk*a, Toon, Asd-vo Kinistarstva obor. 88n, 1953~ 487
10il)
(KMA
1. $Remo ohusette Institute of Technology, 31adiAtion labon'tory"
(Loran) (Radar)

4 -` e V I /
A
VISOTSKIY, A.V., Inshener; DYAKDV, D.V., inshener.
Device for the aatomatic removal of frequency characteristics
in the sound band. Sbor.nauch.trud.LW-IIZHT no.6:225-232 154.
(Electric seasuremexts) (MLRA 9:1)

PHASE X BOOK EXPLOrrATION 30V/4426
TAningrad. Lmatl%Qt tnzhonerov zheleznodorozhnogo transport&
Avtomatlks. tole-okhanika I syyaz I (Aatonation, T*ls,n&ChwIc3.
and Com=&mIcations) Mosco., Trans= he Idorlzdat. 1960 . 230 V.
(3orles; ZtA: 3bornikt vyp. 169) lpOOO copies printed.
G*nerLI 91 V. If. Matov, Profemoorl Ed.t 0. 1. Mmnkova,
, Toth. Ed.- Ye. M. Bobrova.
Zngineo;!
PVRP03Ez This bo-Mc Is Intended for technical personn*1 and
scientists engaged in the fields of automation, telen-echarded,
and COMMMIAMIcationa.
COVERAM This collection of articles presents various methods
of "&Iysis IL-14 synthesis of electric circuits. Now desIgns
are descrlbwd and ways of Improving technical and economic
Indies coccmunicatlon instr=onts Investigated. The
CZ:2of
act
aru %tLIn coapatations for Individual typ4* or co=~I-
cation and. tolonechanical syste-2. No peroonealtleg am
sectioned. 30wo of the article* am accompanied by reforonc-s.
XA&Inler. of Sub3tLtating
R~IRY CO-Un-':&':l0n3 for 141M C~Iunl-
cations on ?a!-' -s -nA So ect-'al of Miltiplexing 3,;alrcent 123.
The author rv`Cc~-%IS thlit Ani tl-nq division of
c2'&,h' I aIs ra4lo 073tl=3 tl .3-1
;lnultanooowly In triaspartition as substitutes
or V11-1 ccssot-~dca-low 373te.,3. L'3-'Ud'd &13,1 Are
Circuits Or ChMr-le-' fOrr-1-11-1 and "-ara-lon ror various
railroad trsun3portat-ton sor~--es.
Candlldxts of T-3--nnical ScLeneeBs
.on cf 11" F-s-nl-lt*7 of Us-,r; a 1.teflex
Klystran as Its "tput 5'sge of Ttq~-
stittor of a RA-- 0 RTla7 SY3 zen 130
Having tr-s usof~l P.-ir. ;1'.aSS shop* 41s
tortionand the st&b.11-1-ty of r~=o fr*jaenzy or
rofl*x Mystrons, the author conzlulso that they may
be UJ3*d AS Oot;bLt stages or -1;10 rel&7 pulse trznl~lttsrs
--zparatu4 owa or..
rt rd- d -'On 11A.33. Of. -MllrOld
S3-'qnae0, D31tht.
nozoelectrl-c P-llt*r With Rla3*:' : Moih-,it ~sl -Bonds Be-e*n
135
The euthor presents xfveral var--nnta ~f bridge C;rcultj
with quartz ple-"lettr--~ arni xnd &--ves for~nulvs for the
design of a quartz filter .-*th nezh~nloal boils. Tr~re
are two reforenws, bo-h
Docenz.
71&nning of jFs.=w1Yj MV131-Cn C~"knlcatto.--' 148
This articlo des.rllb~3 divi.-W--on ~o,.,un~l~ationo hich
are defired &3 telephone 7crwo-At-onx 1-tween raill4oad
amployees wtt-h-an tbe llriltz r~f x r~lllwiy dIV13-'r=
approximately !~O to :'* *,V.-'c--t'~rj -'~rZ. Ther, 3
references, all ~o-!~t.
Ca:~11A,%te f rilenc.n, D--.ot. W3y*
~r :ila~rlph orrl~.3 156
This arolt_* If telegraph. C~manl-
c&tl.or.s rv-rIcLw.; s,;rre3-, 7~ttcds or
D'y -,U L31r.1; Ferrite
Z;~, rr~l'r 162
The Author t~3:r.-~$ the a3
lCet
n t1- cf fr~-Vtn-7
.r_
a
7~i,, i~Tr dict.--1,93 the
de sign cf t~t!~ tn~ tr! citt%,,t-ray
curve tmt-- In-1
t
1nduc an:1 :C." f: r 3t Uely
Usel
AVAIIABLZz Library of Congress
Csrd 11/11 11-2-60

I nz h
Wobbling-fre~uency generators with
cathode-ray triveors. Sbor. LIMIT
(Oscillators, Zlectric)
ferrite cores for use In
no.169:i62-176 6o.
(MMA 13:11)
(Cathode-ray oscillograph)

DIYAKOVO D.V.) inoh.
Measurement of the Y21 parameter of low-power transistors.
Sbor. trud. LIIZHT no.186 ElektrosviazI i radiotekhnika:
87-98 162. (MM 16:7)
(Transistors-Measurement)

TYURII, Viktor Leonidovich, kand. tekhn. nauk, dots.; LISTOV,
Vladimir Nikolayevich, doktor tekhn. nauk., prof.;
Prinimali uchastiye: SDIENYUTA, N.F.,. inzh.; kl.ILKOV,
Pj., inzh.; MIKIRIOVICII, B.P., kand. tekILq. nauk, dots.,~,
PINISDIOV, N.K.., dots.; BAGUTS, V.P., assistent; NOVIKAS,
M.N... red. '
(Telecommunication] Dalvniaia sviazt. Izd.3., perer. I
dop. Moskva, Transport, 1964. 470 p~ (MIRA 17:12)

DIYAKOVq F. A.
PA 162T9
1POISR/Electricity Doilen) Eigh-Pressure Jun 50
Welding,, Arc
'1',xperiment in Welding High-Pressure Ste&m Pipes,"
F A. D'yakov, Engr
"Mek Stanta" No 6, PP 45-46
11(iscribes experiment in various types of welding
i-hich shows electric arc welding is supe3~ior to gas
iitlding from mechanical, metallographical, and eco-
i.imic standpoints for large and small diameter
1:.pes, whatever thickness of heating surface. Rec-
(jimends exclusive use of arc welding for this type
i -i irk. I
lip 162T9

N a min q,
f"Tr - A
L 1 1, P . Q -1 1-11. ill L P -L,
Ost
00 -
Ott
*04
Thm Pb
and the practew u" ol t" I*-C"#4
?=
*OR I
(trUtY Untin S. F. A. 1)"ov, 17jisik tjjk,,jjov.
eez A kad. Ztmidlijo 9, 3",,qM Ztvlr. 1933
11
,
.
XOS.-The activity of u- 0( vitamin H. PF,Pd, bY
1
!Ie Cht"'. factory - K=. wax tested act-ordin4 tu ffic
1'
vsw test and found to be effective. The cipla. t?( Vei.
tar could not be reproduced. Ekws of 0.3-0A) cc.
wwWy did not indutwe the sexual maturity uf anintab,

0. The fIluJtw hormone cwtuat replace vitamin F, wW
x
a dr iclency of " vitamin In th
b
d
k
&

00. a
e
a
to of her
y
it )ubks than the Imumplele development o( the uYunt.

*Jw"
;s
1.
ASX.ILA NETALLURGKkt LMROL-91 CLASVPICATIC"
Jot
'r
U it AV 03 Ill I at
,V, it :4 a K A It 9 K a
0 ; *00000000600
0 0 0 0 0 04 : : :
0 0 G 0 0 C a 0 0 0 0 0 0 0 0 0 0 0
=77MMT~M. R! ! RMARRIPPI IM~~
w--F- V An 4 s 0 1w 0 a I
-j a a
I
U0 4
0 0 6 0 0 0 0 0 0 0 0 0 * 0 0 0
: : :;* 0 0 0 0 0 0 0 0 & a & 0 0 0 0 0
00
=04
00 0
04
too
'I"Od
4100
coo
i'90 0
:304
NO 0
tIO*
b 0
Igo 0

-q)9 9 0 V,
C-411-
DoWsoLudess of bWagicall values of p nights in some
*o4d4ft hat ths studpolat at p4tWogy' growth and
rutrida. F. A. Malkov (&Mof rttkum. t6cary. ~1110.
Ozech.). AW. Zew"V 22, WI-23
:1950).-In feeding rats, proteins derived from one source
Jo not oup ly all'twatial amino acids rectuired for normal
growth gins other biol. functions of the animal organism
flit growth and other Not. functions depend on the qmtlity
21 the protchis and the ability to assimilate them. Frmii
the proteins of pLL"t origin, txLrlt!y proved to be of the hilh-
est bW. value. followed by main. soybeans, and yeast. It
that the sudden death of forne rats fed an the soy-
don was not due to Inability to assimilate the S-
conte. amino acks but due to Use toxic effect of some sub-
staisces of soybeans (antitrypsio). Ground affalla leave-,
have absoluttlyno biol. value for the rats. Oftbeprotrin,
of animal origin. fish mcal proved to have the highest bioL
value. except that the e . of mineral long caused the in.
testinal disturbances which later an affected advcr~scljr the
growth of the rats. Utat meal (imp) proteins it used as
the only ecurcir of N, were inadequate for gTc-th and other
biol. functions of the rats. Dricil blood. it used as the only
source of N owing to the Lack of e%scutial amino acids, was
almiluttly ILdequale for normal growth, devel iment,
~J n1her Wol. functions of the rats. bn Vicka

DYAKO%T, 7. Y 1. 3 Eng.
Gas,es- - ~rlFdyszls
Pr-jper utilization of electric gi3 ar-,alyzc-3. '--dek. :'ta. 23, N'J. 2, 1~,53-
I-Ionthly LLL of Russian Accessions, Librar7 of COrjrrrr-.sj;, Jun~, Uncl..

DIYAKOV, F.S. (leningrad)
'Reconditioning of piezoelectric plates. Put' i put. khoz. no*6:19
Je 159. (MIRA 12:10)
(Railroads--Electric equi ment)
(Piezoelectric substancX

DTYAKOV, F.S. (Leningrad); GUSEV, S.A., inzh. Meningrad); F.UMETSOV,
ineekhanik (Leningrad)
Improve the quality of deffictoscoPOS. P'1t* 1 PUt-BOZ. 8 nO-~'-, 14 6 , U6 .
(141kA

DIYAKOVp G,A*
Ali-purpose mobile hoist for stripping concrete slabs. Suggested
by G.Z. Dfiakov. Rate, Vredl, no, 41:11-12 159. (MIRA 14:1)
(Hoisting machinery)
I

DYAFOV, G. I. PA 175T103
USSR/Mwsice - Maignetostriction 11 Jan 51:.
'"Law Of Approach to Saturation of Even Effects With
Consideration of Elastic Stress)" G. I. *akov, Phys
Res Inst, Moscov State U imeni Lomonosov
"D(* Ak Nauk USSR" Vol LXXVI, No 2, pp 201-204
Computed magnetostriction in nondeformed polycryst
ferromagnetic. Divergence of curves of magnetostric-
tive susceptibility of deformed and nondeformed, sam-,
ples may be due to change of spin under elastic stress.
175T103

Nov/Dec 1947
X%motoetrlotlon
Nickel
"Temperature Dependence of Magnetostriction of Bickel,"
G P. D'yakov, Sci Res Inst-Phys, Moscov State U,
8i pp
"Izv Akad ffauk SM, Ser Piz" Vol XI, No 6; pp 667-75.
Given report of experimental research on temperature
dependence of magnotostriotion of saturation and proof
of Akuloy's theory in entire interval of temperatures
from the Curie point to the temperature of liquid
nitrogen.
57T

UMM/Physics - Magnetism Sep 49
!4agnetostriction
"The Principle of Approximation to Saturation,
Q,r Nagnetostriction, G&lVanomagnetic, and Other
Sven Effects'0" G. P. Dlyakov, Sci Res Phys Inst,
Nos-C,ov State.V 1heni k*. V. Loomonosov, 4 pp
~'Dok Ak"Nauk SSSIr Vol LXVIIJ, Wo 1
Introduces calculations-ro show that, if constant
9f magnetic natural anisotropy is known, magneto-
strictive constants of a monocrystal of a material
can be determined by measuring saturation magneto-
striction and magnetoBtriction as saturation is
2/50TIO5
USSR/Physics - Ylagnetism Sep 49
MagnetostrIction (Contd)
approached in a polycrysta2lic body. Submitted
by Acad S. I. vaviiov 6 jui 49.
Cz 10L
2/50T105

Law of appro"k to ututation go evea effocu,
Comt of diffim *kak avems in nutteriats with
aoto*ktwa "Imovopy. G. 11. Itualk M.,
kor. Umir. 6'No. 6 Sa. lll'.-ALIA lW&I'viu. Nituk No. 4,
4&-&Xlt*l). el. Eli 46. SISIC.-For the rise Ju which
diffm distic armitem iav INC-aclit. the tit it
r4myst. 1114jerlial is fuuml to be A i- )i,, I I - 1(32N 1,351.1) k
t94151.1)PIK 111)1. where K x the 4-mist. Of 111,19110i,'
unisottopy. DiwIteutiAtius th6 exprr-iws with mjwci to
11 pives the diffemstUl it. Clostroctloll basceptibility AA.
whWh is A litic.4f function Toll .3. Thus the ittApitude of
the clamw ottrues cAu be dad. from the jilut of %s, -
J(111/3). These results ran be extetselcil in wiy even ellct-9.
llu-sig. throrvileal fornJUJAS should IV VC111" by Islea-Alle.
1~eatsoll Itc-Ni AVUOYI with ANicontent afabout toil";ln 87%,
11"we thek tuartetowictiuts consts. with fratiect to Al the
crystaillognphic axes 4re equAl. Mira It. Vutil.tp

Low of approach to saturation appU*4 to even effects
taking Into account inatir eksdc tenglacer, 0. P. Wyakov
I M. V. 1A11114111000V State Univ., Moscow). MWYANt~
Vauk S.S.S.R. 76. 201-4(1931).-Thro"tical calens. are
111ven of: (1) the nupdostriction of a trionocrystal, vtif~
pvted it? elastic deformaWn. In a Atrang truisnetic fichl,
during ilia app"tach to satn.. (2) the magnet"riction of 4
polyciryst. ferronuguetic, taking into account diffuse elastic
ten.4m, ; in this case the even effects depand art the difluse
Awk- lettsiuas only to deStees hiSher thin the lint; 0,
the law t)l approach to sata. when the direction of the elastic
dr(mining force cninc:ides with the direction of the external
inunclic firld. The differences in the magartostriction
curv" (And hence In the magnctostriction susceptibility
,I &Ginu~l and tin,lrfo~mc,l sump" of the sAine compti. 6
attrilAtivil to ChAffic" of rotation (file to the C1.441k. tennhini.
Ellen IL Dunlap

USSR/Physic6 - Magnetism -1~ 52
'Troblem. of Difiase Elastic Stresses in the Law for
Approach to Saturation of Even Effects," G. P. D'yakov,
Lab of Magaetiqm
"'Test Moskov U, Ser Fiz, Mat, i Yest Nauk" No 4,
pp 23-28
Author generalizes his previous investigations (ibid.
6 (1951)) and derives law for approach to satn of
even effects taking into account diffuse stresses
for materials anisotropic in respect to magnetostric-
tion. Received 25 Feb 52.
242TIU5

0
5
Cp
USSR/Physics - Magnetostriction Aug 52
"Problem of the Influence of Homogeneous Elastic
Stresses on the Law of Approximation to Saturation
of Odd Effects,"-'G. P. D 'Yakov,, -~ Chair of Magnetism
Vest Mos Univ, Ser Fizikomat i Yest Nauk, No 5,
pp 89-93
Extension of his previous study (ibid. No 5, 1951)
of the effect of homogeneous elastic stresses on
the magnitude of the even effect in the problem of
the magnetostriction of single-crystals in strong
fields. Received 25 Feb 1952.
272T96

11 - I nA VY I Li. e.
KWqtostriction
FrobInm of diff"ve elastIc atrenoen In the law of thp nooroach of even effects to
saturation. Vent. Mant. un. no. 6, 1952.
9. Monthly List af Russian Accessions, Library of Congress, December 195JZ Uncl.
- p

1. DOY.AKOV, G. P.
2. USSR (600)
4. Magnetostriction
?. Influence of uniform plastic stresses on th-! law of ap roximation to saturation
in even effects. Vest. Fosk. 'm. 7 no. 8, 1952-
g. Yoritbly List of Russian Accession5.Library of Congr-ss, March 1953. Unclassified.

G
USSR/Physics - Hignetostriction Nov 52
"Theory of Magnetostriction and of Other Even
Effects in Strong MEtgnetic Fields," G. P. Dlyakov,
Moscow State Univ
"Zhur Eksper i Teoret Fiz" Vol 23, No 5, DP 52c~,-
531
Subject theory is developed for polycrystalline
ferromagnetics. Formulas for computation of even
effects in nontextured materials are established.
Two limiting cases are discussed. Received 10 My
52.
236T61

D'YAIO*%Tp G. P.
~SSR/~Iwxics - magnatiem
21 Feb 52
"Oeneralization of the Law of Approadmation to
Saturation of.Iren Effectep" G. P. D'yakov, Sci
Res Inst of Phys, Moscow State U imeni. Lcmonosov
"Dok Ak Na,uk SSSR" Vol I=I, No 6, pp 867, W
A report'given at the 19 Apr 51 Lomonosov lectures
in the Phys See, Moscow State U. Subject generali-
zation is made by taldng 2 limiting casesi difft-
sive elastic stresses and homogeneous elastb!
stresses. Subuitted by Acad V. V. Shuleykin 16 Nov
_214T61

D'YAKOV,G.P.; MIRYABOV.N.Z.; TEIRSIIIN,R.V.
Nikolai Sergeavich Akulov; on hie 50th birthday. Uch. zap.
Moak. un. no.162:3-7 152. (MLRA 8:7)
(Akulov, Nikolai Sergeovich, 1900--)

DITAKOY.G.P.
--- - in-v e--s't ,i-g.ation of the law of approximation to the saturation
of "even" effects. Uch. sap. Hook. un. no.162:85-106 '52.
(HIM 8:7)
(Crystallography) (Magnetostriction)

4 l(Mal-hou Alloys
in Wom Usa4da MIL G P D' kov and It A. Tteztd-
f1h 140alfial, tile
Pu"toddation of NJ-41% Fu ADOY on the nv"tizing
=H), UMM GORMan'S Method (PkyX Rev., 1947, Iiij
72.5' ; R.A.,15.453); the Mcaink ggmugaawne of Michrouto
pared by *dU' carbonyl
Yo and ekotlwyflo Ni In an indn'-f Ion furnsce rinde! Ito gr1am
AV fiax, casting two c
.7wwm drawing these out into
260 rnm. x 2-5 mat. dia, annealing for 2 hr. at Wr Q and
OOOUM Slowly 10 the fUMSM. llif- rOM&A Age NhOWU 88 Plots
of A) Venus H-2; lines of Oupe tan 4 - 1-11 x 1079 and
1-16 x 10-6. rasp. being obtained for the two speckmens.
Thk owfiraW the formula obtaiW by D. (iUd, 1949, A 33;
34. Ks
wbete), i.
K the Oahst. 6f *ugmtfo aww"Y'
and J, the satuatim Mamt1smiloft. Fiom this tan
3 Inmurament, J, -- 1175 pun and
%,fNW, IA. m that K = 0-8 x 103 erple.o. This
wellwi f1ke volueo[K- 11 x 103CMIC.C. obtained
en for an with newly the matne composition
b mM Shur (' Femmapetim," 1948). and that
R-OXIO$ b by Puzal (Ixtm&L AL*d. Nauk
0
8.8.8.R., 1052, Iriz-3, 16, 552) for an alloy omtg. 58-20% N1.
--a. V. H~"
Moskovskiy gos*arstvenW ~Uuversitet im. MO V. LOM046va. Predstavleno

I
11

WSR/Ma' omagnet
p,metism - Ferr ism
Abs Jour : Referat Zhur - Fizika, No 5, 1957, 11986
Author : Dyakov, G.P.
Inst : r_
Title : Even Effects in Single Crystals.
Orig Pub : Vestn. Mosk. un-ta, 1956, No 5, 43-48
Abstract : The author calculates the magnetostriction of a cubic
F-4
single crystal for the (111),plane in the region, close
to saturation in the case, when the magnetizing field
also lies in the (M) plane. This problem can be sol-
ved if one can find the direction of the vector of spon-
taneous magnetization Is with respect to.the axes of the
crystal, but the direction of I is in most cases unknown.
Therefore, the inverse problem Is solved, vhereby the sta-
ble position of the spontaneous-mgnetization vector in
the crystal is solved knowing the direction and the magai-
tude of the magnetic field H in the region of approach to
Card 1/2

P
-AUTHOR: D'yakov P 126-1-24/40
TITLE: On taking into account the second constant of anisotropy
in the theory of even effects. (K uchetu vtoroy
konstanty anizotropii v teorii chetnykh effektov).
PERIODICAL: Fizika Metallov i Metallovedeniye, 1957, Vol-5, No.1,
pp. 161-162 (USSR)
ABSTRACT: In an earlier paper (Ref.1) the author showed that the
law of approaching saturation of even effects for
materials which are isotropic from the magnetostriction
point of view is determined by the equation:
K2 1
,~2 1
s 1 H
s
where XS is the saturation maGnetostriction,
Is -the intensity of saturation magnetisation and
K1 -the first anisotropy constant.
In further viork (Refs.2 and 3) the author considered the
Card 1/2 influence of elastic stresses on the shape of the

126-1-24/40
On takinL~ into account the secoad constant of anisotropy in tile
-theory of even effects.
ma-netostriction curve in the range approaching
saturation; in the first approxii,,iation this problem was
solved for orientated elastic stresses, the direction of
which coincided with the direction of the magnetic field.
It was shown that e"Liffusion stresses do not enter into
the magnetostriction formula if the considerations are
limited to the first resolution terms. The final
equation for expressing the magnetostriction of isotropic
materials, taking into account the first and second
anisotropy constants, is Eq.(8), p.162 and it can be
seen that the terms contained in the second anisotropy
constant may exceed considerably those of the term
determined by the first anisotropy constant. Thus, by
tal7ing into consideration the second anisotropy constant
the behaviour of the magnetostriction in the tange of
Card 2/2 strong magnetic fields is described.more fully.
There are 4 references, 3 of which are Slavic.
SUB11ITTED: Feb.4, 1956 (Initially), March 5, 1957 (kfter revision)
ASSOCIATION: Physics Faculty Moscow State University.
(Fizicheskiy Falmlitet MGU).
AVAILABLE: Library of Congress.

DIYAKOV, G.P.
---~~e magnetos triction theor7 Of Isotropic materials. Veat.Mosk.un.
Ser.mat.,mekh.,astron.,fiz., khim. 12 no-3:75-78 157.
(MIRA 11:3)
l.Kafedra obshch97 fitiki Moskovskogo gosudarstvenuogo universitsta.
(Magnetostriction)

DIYAKOV, R.~Pli,,XVGOV. V.A.
New ty-pe of strain gauge for measuring magnetostriction. Vest. Posk.
un. Ser. mat., mokh., astron., fiz. kh1m., 12 no.5:229-23O t57.
(MIRA 11:9)
l.KELfedra obehahey fimiki dlya fiziche8kogo fakullteta Poskovskogo
goeudaretvannogo universiteta.
I (Strain gauges) (Xagnetoztrtotion)

P( /~ C, /
AUTUOR:.
TITLEs
r - )
D'yakov, G. P.,
48-8-14/25
Investigation of Magnetostriction and Other Even Effects With-
in the Domain of the Approximation bo Saturation (Issledovaniye
magnitostriktsii i drugikh chetnykh effektov v oblasti podkhoda
k nasyshcheniyu)
PERIODICAL: Izvestiya All SSSR, Ser. Fiz., 1957, Vol. 21, Nr 8, pp. 1135-1139
(USSR)
ABSTRACT: First it is said that under the interaction of transformatory
forces and the forces of the anisotropy of the crystals of ferro-
magnetic materials the domains of spotaneous magnetization are
formed. The magnetic moment of every domain is formed in such a
manner that the full energy of the crystall attains the minimum
value. A geometrical sum of the magnetic moments of spontaneous
ma8netization results in the magnetization of the crystal. If the
equilibrium of the moments is denoted by Li and corresponding
capital volumes by ni, the magnetization of the crystall. can be
expressed by the formulas i-k
j - ~J 3=. n L . Under the effect of
81.1 i i
various factors the values ni, Li and Js may change, which ex-
pressed itself by the modification of the dogree of magnetization
Card 1/3 of the crystal. With magnetization of the monocrystal the modific-

Investigation of Magnetostriction and Other Even Effects With- 48-8-14/25
in the Domain of the Approximation to Saturation.
cation of its magnetostriction, of the electric resistance, and
other factors takes place. According to Akulov the magnetostrict-
ion of the monoorystal magnetized up to saturation is determined
according to the following law of anisotropy:
3/2 A (Z] 82g2 - 1/3) + 3 ~111 V s-s g g where si-direct-
loo i i Z_-j 1 i i
ion cosine of the vector Js corresponding to the tetragonal axes
of the crystal, gi - direction cosine of the direction of measur-
ing, ~l and Xill magnetostriction of saturation along the
edge ana,the diagonal of the cube. The same formula is also used
when computing the modification of Ohm resistance. Theauthor de-
clares that considerable interest is caased here by the solution
of the inverse problem: To determine a stable position of the
vector J according to knovndata concerning the magnetic field.
This proclem is said not to have been solved as yet. Only in the
sense of magnetic saturation this problem is already solved. Next,
the theory of magneto8triction according to the English physicist
Lee is given in detail. In the course of computations the final
values for the constants 100 ang are obtained:
Card 2/3 Xloo' - 49.1o-6 X iii~ 27-10-

-Investigation of Magnetostriction and Other Even Effects Within 48-8-14/25
the Domain of the Approximation to Saturation.
In conclusion the problem is dealt with as to whether the formula
of the isolated crystal can be applied also in the case of the mi-
croacopic monooryotal of which the.metals.used in tehhnical en-
gineering consist. In answer to this question the corresponding
works by Nfiel (J.Phys. et Raa., 15, 376(1954)) are mentioned, in
which connection it is said eventually that the physical condit-
ions used by Ne6l as a basisfbr the computation of the magnetic
co-action among crystals are very approximative and cannot be
confirmed in practice. There are 4 figures and lo references, 6
of which are.Slavic.
0SOCIATION: Dept. of.ftsias,- of Moscow State University imeni M.V.Lononosov
(Fizicheskiy fakulttt Moskovskogo gos. universiteta imeni U.V.
Lomonosova)
AVAILABLE: Library of Congress.
Card 3/3

24(l) rRASE I BDOX EXPLOITATION SOV/3150
11meroma2yakeys konferentaiya proressorov I grepodsvateley pedago-
Stchmak1kh iontitutov
Prlmw*sulYs Ul'trasloustIkI 1C Issledovanlyu vashch~ntvs; trudy kon-
-
fermUT-11. Vyp- 7 (Application of Ultranonics for Analysis or
Submt0ftc"; TranaketIona of the All-Ruselan Conferan rPro-
z
..'
feasom and Teachers of Pedagogical Institutes. Wr T
C_
1.500 copies printed.
lad. AOTI. 190. 283 p.
Tech. Rdz 3- F. Maltov; Zds.2 V. F. Nozdrew, Professor, and
EL *. Kudryavts".
rVRM[Kz Th', boo, Is intended for physicists, technicians,
Xro
..
.-tUal engloverS and Other person& concerned with ult'.
s which treat ultra-
t
ht
ti
l
&r
c
e
COVERAMS The book contains twen
y eig
manic phenomena in ri we general categories: 1) historical data
on the development of ultrasonics in the Soviet Union Over the
past forty you"; 2 ) the speed of sound In suspensions Of varying
comeowntratlou and amber and type of components and the rela
between sound welocit and the con reasibllity ofeleCtrOlytea.
p
3) ultrujoale Investigations of physical and chemical proportion
Of materIalm and the determination of physical and chemical con- I
stants, 0. & density of aquacu solutions, adiabatic compro3ol-
blUtY. JWOIAr1t7 Of solu tions (:Itb given temperatures), viAcWity,
Durf"s tension. saturation pressure and also ultrasonic Investi-
Nation of the carbon content and petrographic state of coall 4)
~mtrftl applications Of ultra3on1cs. &. C. emulsification or
"agents. cleansing Of textile fibers and enhancing the sucepti-
U11.1ty of mass synthetic fibers to dyeing, etc. ; and 5) apparatus
whl4h produce ultrasonic waves. No personalities are mentioned.
Nerarences accamoany each article.
dzijr_Cm8Lb11ItY of Solutions of Electrolyte* 65
h1CO In-
etlon u~ and
and Chemlcq _;r-j 2 r queouS
s at opeortlexal"nt A
ation o
the Ph
sical
n

.
x
.
w
a
y
C
thyx Pormam
!d& kn the Temperature Interval
0
f 1%
R
L00:
=
9 Itb the U aaonlc and Other Methods
It
.
0
2. O
Sa tion of the Speed or Ultra-
Ifite In the Fange of Pha3e
91
or ihe Abi.rpCjOn* Oj'Ui-trA- --
101
Nor! The Use 01' UltrS301und to Create Periodic
ct.N."
105
g. L' and
~~~SO-e Nc- MxgnetO8tr1c-

5.1.1kb1nnA._A__3r_ Ultr;*Olllc Method or D.te~.Inlng the
-V
6~_ii I I'
a
a rra&um, or lastlc Liquids 121
OrIshIn
-CryLmIi_A.,_r Ultra:onlc Method of Investigating the
I" PrOce 3 Or Parartnic P
t
l
P
e
ro
eum
roducts 127
Speed Of Propagation
I
ran
135
j,%,L,ZXUIA1fIc4t1On of iPlot&tlon Reagent, by

lnv*stlglt'On or the Errect of znu~d and
physical 4nd " 143
yej#"j' Prot-rtler or Pibero
lwqrL-tiom trooess
149
~ 401 rWgDYe1n
r

~ g o
Pol5a, rylanItrile
_~berartbm "Attron, Type
161

DIYAKOV, G. P. (Mloscaw University)
't'Calculation of the Domain Structure of the Theory of Me~netization arid
~~-,~netostrlction of MonocrystalB."
Paper presanted at tba All.Unlm w"tIng on Mgantic Stmoture of FerromaSnatios
-Tv-I)A 1958, in Krasnoyarsk. Pleating sponsorad by inst, 'If PhY31ca, Acad, ani. I&RRI
and Comm. for M416wtl8m, DOPt Pbo-l*th 501, AG USSR.

ZA (3)
ALthor: Candidate of Physical- SOV/55-513-2-34/35
Mathematical Sciences
TITLEs Survey of Papers-,,Head by Scientists of Moscow
University at the AU-Unicn Congress on the Physics )f liagnetic
Materials (Obzor dokladov uchenykn ,oseovskogo universiteta
na vsesoyuznom soveshchanii po fizike magnitnykh materialovi
PERIODICALs Vestnik Moskovekogo Universiteta,Seriya matematiki, mekhaniki.
astr6n6mii-, -fiziki, khimii, 1958, Nr 2,pp 247-250 (USSR)
ABSTRACTt From December 6 - 11,1957 there took place the fourth Union
Congress on physics of magnetic materials in Leningrad. (The
first two meetings took place 1946 and 1951 in Sverdlovsk,
the third meeting 1956 in Moscow). The congress was organized
by t Academy of Sciences of the USSR, Department of Physical-
Mathematical Sciences, Scientific Council on Fundamental
Problems of Magnetism, Institute for Semiconductors of the
Academy of Sciences, USSR and Committee for Magnetism. There
were more than 300 participators, 59 lectures were given,
among them the following lectures of the representatives of
the Moscow State University :
1. Professor R.V. Telesnin, Ye.F. Kuritsyna, Lecturer "On the
Card 1/4

.Survey of Papers Read by icientists of SOV/55-58-2-34/35
Moscow University atthe All-Union Jongress on the PWsias of Magne tic Materials
Velocity of Magnetic Reversal of the Forromagnetica".
2. Professor R.V. Telesnin, Ye.V. Karchagina, Assistant
"On Magnetic Viscosity of Ferrites".
3- Professor R,V. Telesnin k.G. Shishkov, Aspirant
"Effect of Magaetic Viscosity on the Frequency Characteristics
of ierrites".
4- M.V. Degtyar, Lecturer "Variations of Structure and Anti-
ferromagnetio Properties of Ni 3Fe".
5- M.A. Grabovskiy, Lecturer, S.Yu. Brodskaya, Junior Scientific
Assistant "Magnetic Properties of Anisotropic Stones".
6. G.P. Dlyakov, Lecturer "Magnetostriction Properties of
Binary Alloys".
7o Professor Yeol. Kondorskiy, L.V. Sobolev, Assistant
"Electric Properties of Ni-Zn-Ferrites".
8. N.Z. Miryasov, Senior Scientific Assistant, A.P. Parsanov,
Aspirant I'MagneticProperties and Structure of Manganese -
Boron - Alloys".
9. N.A. SmolIkov, Senior Scientific Assistant, B.F. Belov
"Some Properties of Ferrites".
Card 2/ 4

Papers Read by r SOV/55--
Survey of 'Cientints of 58-2-34/35
Moscow University at the All-Union Oongress cn thePhysies of Magnetic Materials
10. N.A. Smollkov, Senior Scientific Assistant, Yu.P.Simanov,
Lecturer "Properties of Ni'Fe 2 04 - Mg Fe204 It'
11. N.A. Smollkov and Ye.I. Pomenko, Engineer "Properties of
Ferrites in the High-Frequency Raz~de".
12. Professor K.P. Belov, K.M. Bollshova,Lecturers T.A.
Yelkina, Lecturer, and M.A. Zaytseva, Junior Scientific
Assistant "Perrites With Compensation Point".
13. K.P. Belov, Ye.V. Talalayeva, Assistant "Electric and
Galvanomagnetic Properties of the Manganese Ferrites".
14- V.A. Timofeyeva, Junior Scientific Assistant, A.V.
Zalesskiy "Production of Ylonocrystals of Ferrites".
15- Professor K.P. Belov, A.V. Ped1ko, Junior Scientific
Assistant "On Galvanomagnetic; Properties of Ferromagnetic
Alloys Near the Absolute Zero of Temperature".
The participators of the meeting visited a laboratory of the
Institute of Semiconductors of the Academy of Soiences of the
USSR (Professor G.A. Smolanskiy).
The meeting was concluded by Professor S.V. Vonsovskiy,
card 3/4 Corresponding Member, Academy of Sciences, USSR with the

A Survey of the Lectures of the Sciantista of liov/55--0-2-34/35
TJos cow University at theAll4kdm Congress on the Flqysics of Yagneti,% Materials
indication to the following Uni.ori Cl,)ngreso jdaaned for
1958.
1. Magnetic Resonance and Galvaromagneti-- Effects in Kazan'.
2. Ferromagnetic Semiconduztors (Ferrites) - in Yinsk.
3. Blaot-Purriace Structure of the Ferromagnetica and Bark-
hausen Effects - in Krasnoyarsk.
Card 4/4

24
24(3)
AUTHOR: D'yakov, G.P. SOV/55-58-3-29/30
TITLE: Approximation to the Saturation of the Iron 1!agnetostriction
(Priblizheniye k nasyshcheniyu magnitostriktsii zheleza)
PERIODICALs Vestnik 'Moskovskogo universiteta,Seriya matematiki,
astronom.ii., fiziki, khimii 1958,Nr 3,pp 235-236 (tSSR)
ABSTRACT: This is a short information that the author succeeds, by
means of the method applied to nickel and described in
[Ref 1,2,7, in obtaining experimental data on the approxi-
mation to the saturation of the iron magnetostriction. It
is experimentally confirmed that
d~ 2
function of TH . H is a linear
H
H2 - a + b 6 . K
dH 35 Y_ ill 100)
a
Card 1/2

Approximation to the Saturation of the iron SOV/55-58-3-29/30
Magnetostriction
E! ( 64 1968
2 1001 100 5005
s
The values of A100 and ill for polycrystalline iron calculated
by the author by means of this formulas coincide with the values
of Takaki for monocrystals.
There are 2 Soviet references.
ASSOCIATIONs Kafedra obshchey fiziki (Chair of General Physics)
SUBMITTEDs April 21, 1958
Card 2/2

2
240)
AUTHORS: D~~~,,and Yugov, V.A, SOV55-58-3-30/30
TITLEs 'Measuring of theMagnetostriction With the Aid of a Film
Tensiometer (Izmereniye magnitostriktsii s pomoshchlyu ple-
nochnogo tenzometra)
PERIODICALt Vestnik Moskovskogo universiteta,Seriyc mdtematikiy mekhanikih
ast-ronomii,p Miki., kh.Udi 1958,Nr 3, p 237 (USSR)
ABSTRACTs This is a short note on the development of a new type of
tensiometers in which thin layers (films) of constantan and
other materials obtained by methods of vaporization in the
vacuum are used as resistance tensiometers. The first note
was Dublished in Vestnik Moskovskogo universiteta,Seriya
mat ' 3
*, nekh.., astron.j, fiz. ' knimij) -,1957,Nr 5.
ASSOCIATION% Kafedra obshchey fiziki (Chair of General Physics)
SUBMITTED: April 21, 1958
Card 1/1 uscom,-Dc-6o.926

66525
"ovIl
..j 12-59-ILS-379'
Translation from: Referativnyy zhurnal, Elcktrctekhnika, 19-59, Nr 18, p 8 (USSI")
IMMOR -yu,:,
dia-tov, Hj,. -D'yakov, G.,
TITLE N(ni
P111RIODICAL: V 2b.: PrI;-,i(-n,,njy(-- vcjh&c:;Lv;,.
trawd'ucer-u (-0) az-u widol.,y -w~fud for the grenoralujo!i of
ji,ii,ci-ionic .-mve.
('31.1) . For ;!T
cJrq)I...v('d to V!.2 For 3.-! c,,-*.V.-L2vs i.,j*;.,.
J; U30d III la, :..!!c P;c~"t-ver,
11~,A- wily -re (Uff:~'rcnt jr)
directIons, bu'-
ov,f:-'t,:~1L r-r.:In.; . 01.0 cwI.IQ!,.tc6 in L~I,,-t the (Uroct-lot'.
i%W Ull J);lral t

%~
-Some New Magnetostriction Materials
would raise in this direction the magnetostriction
The investigations showed that high-purity Ni with
preserves its anticorrosive effect, a new material
magnetostriction vibrators. 11 references.
66525
SOV/112-59-18-37938
by 40,,v compared to the usual Ni.
a suitable structure is, while it
increasing the efficiency of
A. 0. M. or
C" ~ - - ' -
Li'd 1-,' -1

68205
9,,3 /*-~ 0 SOV/58-59-5-11520
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr 5, pp 229 - 230 (USSR)
AUTHORS: Bryukhatov, N.L., D'yakov, G.P.
TITLE: Some New Magnetostrictive Materials
PERIODICAL: V sb.; Primeneniye ulltraakust. k issled. veshchestva. Nr 7, Moscow,
1958, pp 111 - 120
ABSTRACT: The authors suggest a mpthod for the thermomechanical treatment of
polycrystalline nickel,)"which leads to the formation of a "cube texture".
The treatment consists in cold rolling with intense reduction and sub-
sequent annealing in hydrogen at 1,1000C with slow cooling. High-purity
electrode nickel is used as the starting material. The crystallographic
if cube texture" is characterized by an orientation of the (100) axis in the
direction of rolling. When the magnetograms of the mechanical moments of
textured nickel are compared with those of single-crystal nickel, it is
seen that in the case of the above-mentioned treatment the percentage of
regularly-oriented crystals amounts to 90%. In connection with this the
measured magnetic-field dependence of magnetostriction for textured nickel
Card 1/2 is close to the corresponding dependence for the single crystal. The /

Some-New Magnetostriative Material3
682o5
SOV/58-59-5-11520
authors compared the magnetostriction curves fcr high-purity nickel subjected to
thermomechanical treatment with those for the ordinary nickel employed for magneto-
striction. transducers; the curves for textured nickel are steeper. In ad ition,
saturation magnetos triaticn for textured nicke attains a value of 50 X 10-9, while
for ordinary nickel it amounts to -- 30 X 10-k An experimental magnetostriction
transducer was built from nickel subjected to the described treatment. The properties
of this transducer were compared with those of a standard emitter. The comparison
showed that the textured-nickel emitter is more efficient and requires a smaller
magnitude of excitation current. The receiving sensitivity of the textured-nickel
transducer is also markedly higher than the sensitivity of a standard receiver. The
bibliography contains 11 titles. I.P. Golyamina
Card 2/2

sov/58-59-4-8328
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr 4, p 140 (US3R)
AUTHOR: D'yakov, G.P.
TITLE: Allowance for the Second Constant of Anisotropy in the Theory of the
Magnetostriction of Isotropic Substances
~j
PERIODICAL: Tr. Vses. zaochn. energ. in-ta, 1958, Nr 9, pp 146 - 148
ABSTRACT: Growing out of the authorls previous studies (Dokl. AS USSR, 1949, Vol
68, p 33; 1951, Vol 76, p 201), in which a formula for magnetostriction
in the neighborlmad of saturation was derived taking into account the
first constant of anisotropy and elastic stresses in the case of weakly
anisotropic substances, the present formula presents a more general form
with allowance for the second constant of anisotropy. It is noted that
if the magnitude of the second constant of magnetic anisotropy is large,
the corresponding term in the formula for magnetostriction possesses a
more substantial value than the term containing the first constant.
K.P. Gurov
Card 1/1

AUTHOR: Dlyakov, G. F. SOV/12~-6-1-23/33
TITLE: A New Method of Determining Monocrystal Magneto-
striction Constants (0 novom metode opredeleniya
monokristalInykh konstant magnitostriktsii)
PERIODICAL: Fizika Metallov i -?,,Ietallovedeniye, 19589 Vol 6. Nr 1,
Pp 168-170 (USSR)
ABSTRACT: The author's earlier calculation (Ref.1) is extended to
show that the derivative of the maZnetostriction
susceptibility with res t to H for the strong-field
case (Eq.1),gives Eq.(L~~ecin which the two constants
(for polycrystals) are related in a simple faEhion to
X111 and X 100 (for monocrystals). FiS.1 gives some
experimental results for n-ickel strips 150 mra long,
10 mm wide and 0.1 mm thick, and, assuming reasonable
values for the constants appearing in Eqs.(5) and (6),
very good agreement with the directly measured X values
is obtained. The paper concludes with an examination
of whether formulae derived for monocrystals are
applicable to microscopic polycrystals; Fi,-.2 indicates
L)
Card 1/2 that mechanical and magnetic interaction effects in

BOV/126-6-1-23/33
A.New Method of Determining Monocrystal Magnetostriction Constants
technical nickel at least, do not alter the result.
Neel's assumptions on this subject,(Ref.3), must,
therefore, be only very approximately correct.
There are 2 figures, 7 equations and 4 references,
2 of which are Soviet, 1 French, 1 English.
ASSOCIATION: Moskovskiy gosudarstTennyy universitet LT.Ieni
M. V. Lomonosova (Moscow State University imeni
M. V. Lomonosov)
SUB!-JITTED: March 5, 1957
1. Single crystals--Magnetic properties 2. Single
Card 2/2 crystals--Mechanical properties 3. Magnetostriction--
Determination 4. Mathematics--Applications

.iUTHORS: D'alcov, G. P. and Kozlov, A. A. SOV/126-6-3-32/32
TITLE: On CalculatinS the Nv ~~Lie to s triction in Stron~.. Magnetic
Fields (K raschetu !1~,,-nitostrilctsii V silInyrk-11
ma.6nitriykin polyakh)
PERIODICAL: Fizika Metallov i Met-,ijlovedeniye, 1953, Vol 6, Nr3,
P 576 (USSR)
ABSTRACT: In the work of one of Uhe z,.uthors of this paper (Refs.1
and 2) relatinE; to Ulie investi,-, ation of the maGneto-
striction in the raur--e of stron. -netic fieldst the
law is derived of ~-pproach to saturation maL;netostriction
and other even effects. These calculations sho%,., that
in the 8iven, valige the maime to strict ion fields can be
expressed thus:
A (1)
s (1 _i i - 4H)
In the case of materials which are isotroDic fro-,ii the
ria,.~zietostviction point of vie-., and for which
Card 1/4 X100 ~ Xill, Bq.(l) can be "'Iritten thus:

SOV/126-6-3-32/32
on Calculating the Magnetostriction in Strong Magnetic Fields
.4 32 x2 1
s 1 - 3377-
is HT
Similar calculations were effected by Lee (Ref 3) which
a.,ain resulted in the lt;qs.(l) and (2"). In furtlier
investi6ationa of this pi~oblem, the internal elastic
stresses (Ref 4)7 the ma6netic interaction bet,~,.reen the
crystallites (Ref 5) and the Daraprocess (Ref 6) .-,ere
taken into consideration. However, in all the above
enumerated papers the of approuih to saturation was
limited to the terias containinE; H- and H- . The
authors of this paper considered it of interest to
investigaLe to what ext nt it is justified to disregard
-the terra containix, - ~ in i3q.(l). Applying the method
which was described in earlier work (Ref 1), the authors
obtained,for materials which are isotropic from the
ma6zietostriction point of vieur, a law of approach to
Card 2/4 saturation which c~~n be viritten thus:

ISOV/126-6-3"32/32
On Calculating the Magnetostriction in StronS. Magnetic Fields
B - C (3)
s - ff T ) 1
2
B
is
4608 x3 (5)
C 7007 -17
is
The carried out calcitlati ns permit determining the
maEnitude of the term c/H? which was disregarded without
any justification in earlier viork as bein,.~ of small
value. It will now be evaluated how much larSer the
second terin of Bq.(3) is than t-he third terml %-.,hich is
usually disregarded:
B c isH (6)
Card 3/4
H H"

SOV/126-6-3-32/32
Oh Calculating the Magnetostriction in Stronr- Magnetic Fields
0
It c,,ui be seen from Eq. (6) that if Is11!~,' x, then the
third term of the series, Eq.(3) is really small and can
be disregarded. Knowing the value of I s and % for an
investigated material, it is possible in each concrete
case to determine the importance of the term containin6
H 3 in the law of approach to saturation.
There mi .6 references, 4 of which are Soviet, 2 Engl13h.
(Note: This is a full translation)
ASSOCIATION: lAoskovskiy gosudarstvennyy universitet imeni
Ni. V. Lomonosova (Moscow State University iuteni
M. V. Lomonosov)
SUBMITTED: March 18, 1957
1. Magnetic fields-Analysis 2. Magnet6striction-Mathematical
Card 4/4 analysis
USCOMM-Dc-.5.5798

AUTHOR: D'yakov, G. P.
SOV/48-22-lo-17/23
TITLE: Magnetostriction Properties of Binary Alloys (Magnito-
striktsionnyye evoystva binarnykh splavov)
PERIODICAL: Izveatiya Akademii nauk SSSR. Seriya fizicheskaya,
1958, Vol 22, Nr lo, pp 1254 - 1258 (USSR)
ABSTRACT: The present article describes the results of investigations
on the magnetostriction of binary Fe-Ni alloys. These
alloys are remarkable not only for their practical
importance but also for their special magnetostrictive
behaviour (see reference 12). The intricate character
of the dependence of the magnetostriction is due, in
a certain degree, to the special features of the
magnetostriction the monocrystals of the Fe-Ni alloys
show in different crystalline directions. For the
investigations, 5 samples with a nickel content of 40 to
100% were used. The succession of thermal treatment
and the duration of annealing the first of the 4 alloys
were analogous to those employed by I.M.Puzey on
Card 1/3 monocrystals. Test results (see Fig 1) show that the

Magnetontriction Properties of Binary Alloys SOY/48-22-10-17/27
Ma9DetDDtr!QtiVe DenBI'DI'lity In the range near satui,atlon
is, i-naeed, a linear function of B71. Small aeviations
of the values of the =Astauta etalculated by zkuthars
from those given by Lee (Li) may be caused by a certain
diversity in the purity and thernal treatment of the
samples, which are of great influence on the degree
of magnetostrictive sensibility. Constants of magneto-
striction of pure nickel and nickel alloys were measured.
Final results are given in figure 3. For comparison
the data of Lichtenberge~are also shown. Good agreement
is found between the results, for A. loo and 1111, obtained
by measuring the polycryatalline samples, and the results
of Lichtenberger. The greatest difference from the
data of Lichtenberger was found for the alloy of 39.92'~'a.
Probably, the influence of the ma6netostriction
sensibility of the paraprocess has to be considered.
There are 3 figures and 15 references, lo of which are
Soviet.
Card 2/3

Magnetoetriction Properties of Binary Alloys SOV148-22-lo-17123
ASSOCIATION: Fizicheskiy fakulltet Moskovskogo /,ros.Universiteta imeni
M.V.Lomonosova (Phynic.- Dept. of Moscow State University
imeni M.V.Lomonosov)
Card 313

2405)
AUTHORS: D'yakov, G. P., Yugov, V. A. SOV/48-23-3-34/31
TITLE: On the Report by I. M. Puzey and R. V. Molotilov (Po dot'lad'.1
1. M. Puzeya i B. V. Molotilova). "Magnetostriction of tle
Alloys Nickel-iron-molybdenum" (Vol 22, Nr 10, P 12-14)
tostriktsiya splavov nikell-zhelezo-molibden" (t.227 No K,
str.1244)). Use of Thin Films as Resistance Tensicneters for
Measuring Magnetostriction (Primeneniye tonkikh plenok v
kachestve-tenzometrov soprotivleniya dlya izmereniya mab--nito-
striktsii)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1959Y
Vol 23, Hr 31P 424 (USSR)
ABSTRACT: In the report great attention was paid to the completion of
the method of measuring magnetostriction. This problem is
without any doubt of great importance. In this connection the
results of measurement are given which were determined by
means of new tensiometers of thin films. Thin films of
Constantan and other substances were used as resistance
tensiometers; they were applied to the sample by evaporation
in vacuum. The first experiments were carried out with an
Card 1/2 oxidized nickel sample. Magnotoatriction was measured at all

On the Report by I. M. Puzey and B. V. Molotilov. SOV/48-23-3-34/34
"I
Magnetostriction of the *Alloys Nickel-iron-molybdenum" (Vol 22, Nr 10,
p 1244). Use of Thin Films as Resistance Tensiometers for Measuring Magneto-
striction
angles possible between the direction of measurement and the
applied magnetic field. The measuring results are given on
the figure. Herefrom can be seen that longitudinal magneto-
striction is twice as big as transversal magnetostriction. This
is in agreement with the second formula for even Akulov
effects. The positive results obtained with new tensiometers
indicate that the latter will find a wide field of application
in measuring magnetostrictive and other deformations. There is
I figure.
Card 2/2 USCOW-DC-61,000

Y V, C7-. P
PHASE I BOOK EXPLOITATION SOV/5526
Vsesoyuznoye soveshchaniye po magnitnoy strukture ferromagnetikov,
Krasnoyarsk, 1958.
Magnitnaya struktura ferromagnetikov; materialy Vsesoyuznogo
soveshchaniya, 10 - 16 iyunya 1958 g., Krasnoyarsk (Magnetic
Structure of Ferromagnetic Substances; Materials of the All-Union
Conference on the Magnetic Structure of Ferromagnetic Substances,
Held in Krasnoyarsk 10 - 16 June, 1958) Novosibirsk, Izd-vo
Sibirskogo otd. AN SSSR, 1960. 249 p. Errata slip inserted.
1,500 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut fiziki Sibirskogo
otdeleniya. Komissiya po magnetizmu pri Institute fiziki metallov
OFMN.
Resp. Ed.: L. V. Kirenskiy, Doctor of Physical and Mathematical
Sciences; Ed.: R. L. Dudnik; Tech. Ed.: A. F. Mazurova.
PURPOSE: This collection of articles is intended for researchers in
ferromagnetism and for metal scientists.
Card 1/11

Magnetic Structure (Cont.)
SOV/5526
COVERAGE: The collection contains 38 scientific articles presented
at the All-Union Conference on the Magnetic Structure of Ferro-
magnetic Substances, held in Krasnoyarsk in June 1958. The ma-
terial contains data on the magnetic structure of ferromagnetic
materials and on the dynamics of the structure in relation to
magnetic field changes, elastic stresses, and temperature. Aa-
cording to the Foreword the study of ferromagnetic materials had
a successful beginning in the Soviet Union in the 1930's, was
subsequently discontinued for many years, and was resumed in the
19501B. No personalities are mentioned. References accompany
individual articles.
TABLE OF CONTENTS:
Foreword
3
Shur, Ya. S. [Institut fiziki metallov AN SSSR - Institute of
Physics of Metals, AS USSR, Sverdlovsk]. On the Magnetic
Structure of Ferromagnetic Substances 5
Card 2/11

Magnetic Structure (Cont.)
SOV/5526
DI 0 [Fizicheskiy fakulftet MGU - Physics De-
partment of the Moscow State University]. Accounting for
the Domain Structure in the Calculation of Magnetostriction 21
Kirenskiy, L. V., and M. K. Savchenko (Institut fiziki
SO AN SSSR - Institute of Physics, Siberian Branch AS
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tals of Iron Silicide 33
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Magnetic Structure Nont.)
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DIYAKOV, G. P.,Doc Phys-Math Sci -- (diss) lllnvesti~?,ation of magneto-
striction and other even effects in strong magnetic fields." Moscow,
1960. 20 pp, (Moscow State Univ im Lomonosov, Physics Faculty), 200
copies, price not given, biblioGraphy at end of text (23 entries),
(KLI 17-60, 137)

S/188/60/000/03/06/008-
B019/BO56
AUTHORt D'yakov, G. P.
TITLE: The Properties of Polycrystalline Ferromagnetics in the
Region of Strong Magnetic Fields \
PERIODICAL: Vestnik Moskovskogo universiteta. Seriya 3, fizika,
astronomiya, 1qbO, No. 5, Pp. 42 - 52
TEM The author studies the present stage of the theory of even effects
in the region near saturation magnetization in strong fields. Proceeding
from the formula for magnetostriction (1) which was derived in a
previous paper (Ref. 1), he derives a formula for the magnetostriction as
a function of the external field. It is shown to be possible to determine
the monocrystalline magnetostriction constants by measurements carried out
on polycrystalline samples. It is pointed out that the rules obtained here
for magnetostriction in the region near saturation may be extended also to
other even effects. Further, the determination of the magnetic anisotropy
constant is dealt with, and on the basis of experimental results, the
modern theory on the magnetic interaction of crystals is discussed. The 43
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The Froperties of Folyorystalline Ferromagnetics S/186/60/000/03/06/008
'in the Region of Strong Magnetic Fields B019/BO56
author here refers to results obtained by Lee (Refs. 2, 4), and further,
I. M. Puzey (Ref. 5), 1. L. Gus1kova (Ref. 9), K. V. Vladimirskiy (Ref. 13~
and Ye. I. Kondorskiy (Ref. 14) are mentioned. There are 5 figures and
18 referencest 13 Soviet, 4 American, and 1 German.
ASSOCIATIONt Kafedra obshchey fiziki (Chair of General Physics)
SUBMITTEDi November 4, 1959
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