SCIENTIFIC ABSTRACT SOKOLOV, V.F. - SOKOLOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652020020-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24(0); 25(2) PHASE I BOOK EXPLOITATION SOYA2037
Moscow. VY48heye CekhnLcheajcoyc uchiliahche Imaal N.E. B-!!t_-Ans
Raschaty nA prochnost- v ma3hinostroyanlA; (obomikl Design for
Strength In Mechanical ZnSIneerlng; Collectiorof Articles)
Moscow, Mashgiz, 1958. 244 p. (Series: Its: rudyl 89)
3,300 copies printed.
Ed. : G.A. Nikolayev, Doctor of Technical Sciences, Professor,
Honored Worker In Selene& and Technology; Ed. of Publ_2 ShIng HOUSO:
I.P. Chernyahava; Toth. Ed.-. B.I. Model-; Managing Ed. for
Literature on Hoary Machine Building (MaahgLz): S.Ya. Golowla.
Engineer.
]PURPOSE: This collection of art.1cloo is Intended for engineering staffs,
In the machine-buildIng Industry and may be useful to scientific
workers and senior students of mechanical engineering vtuxes.
COVERAGE: The articles cower the graphoanalytlcal method of
designing circular symmetrically loaded relmrorced plate*,
methods of designing rotating heated disks for transverse bending
And calculation or proloaded belleville springs. Also dlacusled
are differential equations for deformation of rubber-cord &hells
of rotation, the theory of flexure of rubber-cord hose, and
stability problems of elastic cylindrical shells. Results or
experimental investigations of strength and ductility or
constructional #teals and other materials are presented. Several
article:64re devatedeto;problemseof vibrations In machinery.
T@ere a 78 refdren ea TI SovL t, 4 Geman, 2 EnClIahland
I Prench.
Al.futov, N.A., Candidate of Technical Sciences Sokolov
Engineer. Determining the Lower Critical Pressure or *.n E Ic
Cylindrical Shell and Behavior of the Shell Following Buckling 95
Solution of the problem Is claimed to be now and 31=le.
Examples of design are prese@tcd. A comparison Is made with
results obtained by methods of Other authors.
IApin@ A.A- Candidate of Torhnichl Sciences, Docent. Investi-
gatlon of Flexure or Rubber-cord CyllndrICAI Shells III
This article presents readlts of work done In 1950 with
V.L. Biderman at the Nauchno-issladovatollakLy InstLtut
shinnoy promyshlennosti (Scientific Research Institute
ror -th"lro_ Industry). rhe possible forms of el"tic
@4ujIlbrLum of et'rubber-eorld flexible bob* under Internal
pressure are ozalyzed.
Bldorman, V.L., Candidate of TechnIcAl Sciences. Differential
Equations for Deformation or Rubber@cord Shells of Rotation 119
The article investigates general cases of deformatlOn In
rubber hosen, tlreo, shock absorbers, etc.. subjected to
Internal pressure. A method is presented for analyzini; J%
cylindrical longitudinally fastened &hall under oubitrary
periodic loading.
Sapozl;@cv, N.M., Engineer. investigation or Optimum Dimensional
Proportions in T " I Sections 14T
The author finds conditions for most rational configurstiOn
or T. 1, &-A I creas sections for castings or weld=ento
designed for bending.
LliduLrev@11K.K., Candidate of Tlchnl.al Selene*&, Docent.
Comparison of Characteristics of Materials Under UnlAxial.
Tension and Compression
The article Is based on experimental data obtained at the
Department or 'Strength of Katerlala" at KVTU (Moscow
Higher Technical School lmenl X.Ye. Bauman). The author
points out the necessity of establishing a method for complete
testing of materials In tenalon and compression In order to
eorract some not too wali-round*d views on the characteristics
of materials. Many strans-straln diagrams andat:bleacshowlng
the mechanical properties of' several material re luddid.

at In "I
V. F, (12kat
,bchral-akov
zil

SOKOLOV, V,F., inzh.
Compressed air leak-proof testin.g of clo-sed structures. Sjar.
pro"-zv. no.9:21-24 S 10'3. (@ffRA 16.-10)

@_V,F._- LIVSHITS, B.Ya.; BUTUZOV, M.D.
_.qOKOLOV
MOVCHAN, A.T.; POPOV, K.P.; _
Automation of sulfate recovery plants. Koks i khim. no.5:39-43
163. (MIRA 16:5)
(Coke industry-By-products) (Automation)

SC-1, - CV, V. 7.
Card Tcch .-,@Cl,
"A-,-7).l Ication of Pactericie-d Rand -lation f or Di-cirf ection of D-ripl-ing ',,.iater. 11
17/1/50
Acaclern, of Nunicipal Fcoilormj irieni K. D. Parnfilov
60 Vecheryaya Moskva
Su m 71

USSR/Engineeiing - Water, Purification mar 51
"Application of the Bactericidal Effect of Ultra-
violet Emission for Disinfection of Drinking
Water, " V. F. Sokolov, Acad of Communal Econ imeni
K. D. Pamfilov
"Iz Ak Nauk SSSR, Otdel Tekh Nauk" No 3, PP 360-368
ftamn of sources of ultraviolet emission estab-
lished methodE for using bactericidal lamps. Found
low-pressure argon-mercury lamp most efficient
source. Expts for absorption of bactericidal
radiation.with water and detn of power required
to stop activity of bacteria permitted development
190T51
USSR/Engineering - Water, Purification Mar 51
(Contd)
of method for calcg emission power of sources de-
pending on required extent of water disinfection.
Submitted by Acad V. S. Kulebakin.
190T51
Ul

; PCIDLn'MIY. V.A.,, laureat Stalinskpy premii.
Puritring water with bactericidal rays. Gor.khoz.Hosk. 28 no.11.,
27-29 N '54. (KIMA 8:1)
1. Starshiy nauchnyy sotradnik Akademil kommunallnogo khozyaystva
im. K.D.Pamfilova (for Sokolov). 2. Glavnyy Inzhener Vodokaualtresta
g. Ufy, (for Podlipskly).
(Water-Parification) (Ultraviolet rays)

S(XOIDV, V.F., kandidat tekhnichaskikh nnuk.
- - . ggaux@
Decontamination of water by germicidat irradiation. SvetotekhnOM
no.4:?-10 J1 156. (MLRA 9:10)
l.Akademiya kommunallnogo khozy9ystva.
(Water--Purification) (Ultraviolet rays)

SHUBIMT, S.A.; PMLINA. A.M.; KUIZHIJISKIY, V.I.; SIDMXO, T.K.; ALERSAIMROY,
D.N.; SOKOIOV, V.P.; FALIKOVSKAYA, L.N.; BRIX-LEVINSON. T.Le;
BELYAKOYTA, A.H.; KOZHLTIIIKO'/A, Ye.K.; AVRU-q'-,CHEEKO, R.A.. red*
izd-va; VOIKOV, S.V,, tekhn.red.
[Water purification for water suoply to machine-tractor stations
and state farms] Ochistka vody dlia vodoonabzhenite poselkov
HTS i sovkhozov. Moskva,, Izd-vo H-va kommun.khoz. RSYSR. 1957-
69 p. (mIRA 11:6)
1. Akademiya konnunallnogo khozyaystva. Moscow.
(Water--Plarification) (Water supply, Rural)

SOKOLOV, V.F.; BOTOVA, YU.P., red.
... 1.
[OV-lP and OV-3N apparatus for the disinfection of water with
bactericidal rays] Ustanovki tipa 0V-lP i OV-3H dlia obezzara-
zhivaniia vody bakteritaidaymi luchami; nauchn-oe soobshchenie.
Mosk7a, AkBd.kommun.khoz.im. I.D.Pamfilova, 1960. 6 p. I
(MIRA 13:10)
(Wate@--Disinfection) . (Ultraviola't rays)

SOKOLOV, V.F., kand.tekhn.nauk; SHISTER, G.M., red.; GAMIUNA, H.G., tekhn.red.
[Design and u7a of apparatus for disinfecting water b@, bactericidal
rays] Opyt prrx3@-tivovaniia i ekspluatatsii ustanovok dlia obezzara-
zhivaniia vody b.akteritsidnymi luchami. [Moskva) 1962. 27 p.
(Akademiia komraunallnogo khoziaistva. Informatsionnoe pis'mo,
no.4). (MIRA 16:8)
(Water-Purification) (Radiation sterilization)

SOKOLOV) V.F., kand.tekhn.nauk; KRALEZOVA, O.A., gidrobiolog; FRAKHOVA,
- --m.-I.T-Inzh.
Using microstralrn@rs. Vod.i san.tekh. no.1036-9 0 162.
(MIRA 15:12)
(Water-Parification)

SOKOLOV, V.P.; KHASIN, M.Ya.
New devices for thE disinfection of water by bact-ericidal rays.
Nauch, trudy AIKKH no.22:60-70 163. (KRA 18:5)

U
wa r -.c Le c a-- .3 0 be-
e r bv L;v
114 e b:,kter'@sidnylr,; lucha:7@i
6-4 . 2@3

LIVSHITS, B.Ya.; RUZZEINMAYi, E.S.; KIBERNIK, K.V.; SOKOLOV, V.F.
Regulator of the feed of the P---onia -mulfate T@ulp tc the centrifuge.
0
Koks i khim. no.7:55-56 165. (=F@I 18:8)
1. Zaporozhokiy filial Instituta avtoimatiki (for Livshits, Rozenman,
Kibernik). 2. Zaporozliskiy koksokhtmicheskiy zavod (for Sokolov).

SOURCE CODE: UR/0229/65/000/01
AUTHOR: Sokolov, V. F.; Zhavoronkov, L. V.,
ORG: none
TITLE: Attachment for increasing the effectiveness of water screws
SOURCE: Sudostroyeniye, no. 10, 1965, 10-12
TOPIC! TAGS: water screw, tugboat, pusher towboat
ABSTRACT: An attachment for increasing the effectiveness of pLop_ltlller'5(see
Fig. 1) consists of amozzle with an adjustable orifice. It contains a hinged baffle
plate which can be adjusted to the desired position by means of a turn mechanism,
inside a sealed box, consisting of a sector and a gear operated from the wheelhouse.
The attachment is designed to eliminate the overloading or underloading of marine
engines. Utilizing the effect of the water outflow section't size on the output of
the main engine,-a propeller matched to the main engine (according to the mooring
pulling test), and a nominal water outflow, the maintenance of the nominal parameters
of the power plant while towing or pushing in formation can be assured for any resist-
ance, water depth, or speed. At 8 km/hr a pusher-towboat showed an 8.5% Increase in
power output, or 15% '4ith a reduced water-outflow section (0-321 to 0.283 m2 or 0.983
to 0.250 m2, respectively). Compared to a conventional vessel, 150-hp (a 1350 rpm)
pusher-tugboat (L x B x H = 16. 0 x 3.7 x 1. 3 im 3) equipped with an adjustable water out-
: 629.035.2

AP50284o6
Fig. 1. Outlet with adjustable end opening
1 - Baffle.@pIate;t2--- @ear';i3.--i sector; 4 - hinge.
- v 9

ACC NRt AP5028406 C)
flow section,displayed a specific pull increased from 8.1 to 9.55 kg/hp when operating
in formition, a speed increased from 16.45 to 17-45 kmlhr when running unloaded, and
a specii'k'ic pull increased from 10.8 to 12.5 kg/hp in a mooring pulling test. For tug-
boats with the most favorable propeller diameter, the adjustable end opening also
assures the immediate intake of wEter while starting. Orig. art. has: 1 figure and
1 table. [03
SUB r.,ODIP,: I-V SUBM DATE- none/ ATD PRESS:

:SOKOIA)V, V.P., inzh.; KOVALENKO. G.A., inzh.; KMIIETSOV, Tu.N., inzh.
Maneuvering properties of vessels equipped with turning gear.
Rech. transp. 17 no.4:20-23 Ap '57. (miRA li:4)
(Steering gear)

?AIAM, Abram Mikhaylovich. SOKOLOV, JjAdimir Fedorovich,; RIWIER, A.I.,
otv. red.; FODUCHN, A.G., red. ; tekha. red.
[Tightness testing of steel ship hulls] Ispyttniia korpusov
stallnykh sudov na neoronitesemost'. Leningrad. Goa. soiuznoe
izd-vo sudostroit. promyshl., 1958- 100 0- (MIRA 11:11)
(Shies, Iron and steel)

AUTHOR: Sokolov, V.F., Engineer SOV/28-58-5-10/37
TITLE: Determining the Parameters ;f Tests with Compressed Air on
the Tightness of Structures (Opredeleniye parametrov ispy-
taniy konstruktsiy szhatym vozdukhom na neprdnitsayemost')
PERIODICAL: Standartizatsiyaq 1958, Nr 5, PP 40 - 43 (USSR)
ABSTRACT: In testing the tightness of the welded seams in any com-
partment of a vessel, compressed air is pumped into the
compartment; leakages then appear as air bubbles on the
exterior soapy surface. The GOST standard lays down a
compressed air pressure for this purpose of 0-15 kg/cM22
but the author has demonstratedg theoretically and through
Card 1/2 a series of experiments, that this value is insufficient.

SOV/28-58-5-10/37
D@@termining the Parameters of Tests with Compressed @Ar on the IN-ghtness
of Structures
A pressure of 0.3 kg/CM2 should be adopted though this
could be reduced to a minimum of 0.2 kg/cm when circum-
stances demand. A drop in pressure of up to 5% is normal
and is caused by temperature changes. A drop in pressure
above this point is a criterion of the extent of the vess-
el's non-tightness. There are 4 graphs and 1 table.
1. Materials--Inspection 2. Compressed air--Pressure
3. Pressure--Standards
Card 2/2

SOKCIDV, V.F.,inzh.
Using comDressed air for testing shi-D compnrtments for impenetrability.
Sudostroenie 24 no.3:43-45 Mr '58. (MIRA 11:4)
(Hulls (Nnvsl nrchitecture)@-Testing)

SCKOIDV, V.F., inzh.
Correcting thin-plated welded hull components by spot welding.
Sudostroenie 24 no.10:45-48 0 '58. (MIRA 11:12)
(Ships--Welding)

GLOZMAUT, Moisey Kalmanovich; SOKOLOV3 Vladimir Fedorovich; PALLEi,
A.M., retsenzent; REVMTK,- G.A.., retsenzent; RI MME R, A.I.,
nauchnyy red.; LISOK, E.I., red.; FRUMKIN, P.S., tekhn. red.
[Building of a ship hull on s]-ipways) Postroika korpusa sudna
na stapele. Leningrad, Sudproipgiz, 1961. 195 p.
(MIRA 15:7)
(Hulls (Naval architecture))

'.KUZIMENKO, Vladimir Kim'Mich, dots.; FEDOROV, Nikolay Alekssndrovich;
FRID, Yevsey Grigorlyevich; ADLERSHTEYN, L.TS., inzh., re-
tsenzen4-.SOKOIA)V V.F., inzh., retseuz4ut; SOSIPATROV, O.A.,
red.; FRUMKIN, P.S., tekhn. red. @
(Shipfitter's handbook]Spravochnik sudovogo aborshchika. Pod
obshchei red. V.K.Kuzlmenko. Leningrad, Sudpromgiz, 1962.
327 p. (MIRA 16:4)
(Shipfitting)

.PALUR, Abram Mikh.9ylov-1-ch, q-Q@PLOV, Vladimir Fedorovich; FRID,
Ye.G., inzh,, retsenzent@ ENGLIN, R.K., inzh., retsenzent;
RIMMER, A.I., nauchn.. red.; SOSIPATROV, O.A., red.;
KOROVENKO, Yu.N,, tekhn. red,
[Shipfitter] Sudovoi aborshchik. Leningrad, Sudpromgiz,
1963, 327 p@ (MIRA 16;11)
(Shipfitting)

LEONTIYEVY Valerian Markovich; FROLOV, Nikolay Fedorovich;
POPILOV, L.Ya., inzh., retsenzent;'pgq;qy,_,V.F., kand.
`4 tekhn. nauk, nauchn. red.; OSVRISKAYA, A.A., red.
[Shipbuilding materials] Sudostroitellnye materialy. Le-
ningrad, Sudostroenie, 1965. 186 p. (MIRA 18:8)

BXalll, M.A., inzhener; KRAYZMM, L.P., kandidat tekhnicheskikh nauk;
SOKOLOV, V.F., inzhener.
Prospective application of television to railroad transport. Zhel.
dor.transp. 37 no.12;71-74 D '55. (xiaA 90)
(Railroads-Gommufilcation systems) (Television)

DVQRKOVSKIY, Boris Borisovich; SOKOLOV, V.F., inzhoner, redaktor; STROGANOV,
L.P., inzhoner, rodiAkfo-F,-' TMIC "..A., takhnirtinekiy redaktor
LRadio units in trains]'Poezdnve radiopunkty. Moskva. Clos. transp.
zhel-dor. izd-vo, 1956. lo6 p. (MLRA 9:10)
(Railroads-Trains-Radio equipment)

SOKOLOV. V.P.. Inzhener.
@ I.-..
Radio relay communication. ATtom., telem. i BVia2' no.1:8-12 Ja '57.
(Railroads--Communication systems) (MM 10:4)
(Radio relay systems)

A, : , .. I
SOKOIAW, V.F., Inzh.
Television in marshalling yards. Avtom., telem. i sviaz' no.11:22
N '57. (MIRA. 10:11)
(Industrial television)

DONSKAYA, G.D.,
F11IPPOV, Vitaliy Konstantinovich; SOKOIDV, . ,
teklm.red.
(Organizing radio communication-in automotive transportation]
Organizateiia radionviazi na avtomobillnom transporte. Moskva,
Knuchno-takhn.izd-vo M-va avtomobillnogo tranap. i Bhoseeinykh
dorop, RSFSR, 1959. 37 P. (MIRA 12:9)
(R.adio in automotive transportation)

KORLAS, Ivan Ivanovich-, 3 -1
g "Oy@, Vikt or FedgLcff --ch; KHAYKIN, Yakov
Llvovich; MNDIK-D)UNSKIY, G.M., inzh., retsenzent;
NOVIM, M.N., inzh., red.; USENK0. L.A., tekhn.red.
[Concise manual for electricians and technicians of railroad
radio communication systems) Kratkii spravochnik- dlia elektro-
mekhanikov i monterov poazdnoi i stantsionnoi radiosviazi.
Mosl.cva, Voes.izdatellsko-poligr.ob"edinanie M-va putei soobahcho-
niia, '1961. 191 p. (MIRA 15:2)
(Railroads--Blectronic equipment)
(Railroads--Handbooks, manuals, etc.)

BUNIN, Dmitriy Anatollyevich; KOLOKOLINIKOVv Aleksandr Nikolayevich;
LISENKOV, Viktor Mikhaylovich; SERGEYEV, Ivan Sergeyevich;
.SOKOLOV, Viktor Fedgrovigh"U TINSKIY9 Aleksandr Andreyevich;
GRIGORIYLT, N.I., inzh., retsenzent; NOVIKAS, M,N., inzh.q redo;
KHITROVq P.A.9 tekhn.red.
[Radio-relay communication in railroad tran portation) Radio-
releinaia sviazi na zheleznodorozhn,,m transporte. Moskva, Vses,
izdatel'sko-poligr.obledinenie M-va pate! soobsbeheniia, 1961. 270 p.
(MIRA 14:6)
(Railroads-Communication systems)

USTINSKIY, Aleksandr Andreyevich, kand. tekhn. nauk; BODILOVSK.TY,
Vasiliy Georgiyevich, inzh.; ROZENBERG, N.M., inzh.,
retsenzentj SOKOLOV, inzh., retsenzent; NOVIKAS, M.N.,
inzh.j red.;-KHITIWCA, N.A., tekhn. red.
[Radio-relay communication in railroad transportation] Radio-
releinaia sviaz' na zheleznodorozhnom. transports. Moskva
Transzheldorizdat,, 1962. 330 p. (MIRA 15.61
(Railroads-Communicatiot systems)
(Radio relay systems)

LISI'OV, V,N.- "' !KOV, V,"@-, PhTROV, 1.1,; Fdkallli'SEV, B.S@;
, .4011 - ' -
0i.iq)LIGiiE'-rIKO, D.U.; SOKOLOVI V.F.; TURIN. V,L.; EYLEIH, A.A.
Sixtieth amiversary of the birth of an outstanding ocientist.
Avtom@s telem.4i aviazi 6 no-4:V@ Ap 162. (IMIA 15:4)
(Ramlau., Favl Nikolaevich, 1902-)

A 1, A. A. K. N SO.Kf I-U:-V' 1". F. I in-zh. , retsenzent;
110')-VIKAS, N.N., i-nzh., red.
[The Zhi-5 radio transrELtter-receiver] Radiostantsiia tipa
ZE,t-5. Moskva, Transport, 1964. 163 p. (MIRA 17:6)

FOFOV, Vasilly Alekseyevich; ASTiEDi, Avenir Arkad'yevich; UZDII,-, David
Konstantinovich; GURVICII, Natan Borisovich; SQKQL0V-,X@Q" red.;
OTOCMA, M.A., red. izd-va; LELYUK7MI, A.A., tekhn. red.
[Operation, maintenance and repair of tro.U6y bras rolling stock]
Ekspluatatsiia i remont podvizhnogo sostava trolleibusa. Pod
obshchei red. V.A.Popova. Moskva.. Izd-vo M-va komam.khoz.
;ZSFSR, 1961. 471 p. (MIRA 15:3)
(Trolley buses)

SOKOIAN, V.G., nquchrtyy Botrudnik.
I*@`estigation of aeration in the flow of water in a model snill-
way bydroelectric power station. Trudy gidrav.lab.VCDM no-3: ;
87-97 '52. (MLRA 9:10)
(Water--Aeration) (Hydroelectric power stations)

1. SONLOV, V. G.
2. U3311 (600)
4. Water - Aeration
7. Studying aeration of a current on a model. Gidr. stroi. 21 no. 10, 1952.
9. AorLLAIZ List of Russian AccessiLons grass, February 1953, Unclassified.
., Library of Con.

GOINS, I.; SOKOLOV, V.; FALOKOVSICAYA. L.
Liquidate water losses In domestic water pipe systems. Zhil.-kom.
khoz. 4 no.2:16-17 '54. (MMA 7:5)
(Water pipes)

(WITSMIM. A.S., kiadidat tal-hairheakikh nouk; SOKOLOV, V.G., uauchxyy setrudnik.
Effect of ejection on a hydro*l*ctrin power stotion combined with a
upillway dam. Trudy gridrav.l9b.VCDM as.4:164-175 155. (MLRA 9:10)
(spillways)

';UKOik)V, V.G., inzh.
Effect of stream aeration on head and tail water conjugution in
case of a hydraulic jump. Trudy Gidrav.lab.VODGEO no-7:200-220
159. (MIRA 13:8)
(Water--iteration) (Hydraulic jump)

---------- -
Kolbasfi, V4A. an
NM AGEIT FCR FLOTATICH C? COIL HUM d
@'SOXDIv v 0 (U&ol (Coal,, llo=vj) I Feb, 1557, 39, -40). impvwcd results
-rrrFoth riozation are roc@rftd whm usi -millation liqWd"with
@WA by wc of the mnufacture of
sulphmated karostne. Mi@" 11quLd 1S -Fx@e
cvloine4 scda In Donbass and consists minly caldwi sp/Jim and milesim
mull@ -nf ItS lt!aq 15 Mat Ebe f-errogaphle emstituent
MILD. One S nr the,
coal ore s@!ptqrated Into dif forctit flontatit)n chumbins, ml the frath fmra tho
jj@t cells crntajus up to 6rf,'-f=ajn vilth q Incrwood of
sulrhur. 11tia should enable ricro'cMI"; silth Iii i@% ftmun ard suipiiur contents',
to be uzcd for c.cktnr,. (L)i

SOKOLOV, V.G., gornyy inzb.
Rock filling In conditions
mines Is not advantageous;
article entitled "Leaving
I no.1:45 Mr '59.
prevailing in marW Donets Basin
response to P.M. Ulliakhin's
waste rock in mines." Ugoll Ukr.
OCR& 12:5)
1. Donetskiy ugolln@7 institut.
(Donets Basin--Mine filling)
(Ulli-O"Chin, P.v.)

STWOWRIKO, Aleksandr Panteleyevich;POQKN91PV,-UqdimMiirL Ge
_q@t@@vich;
rtOZLOVA, Neord.la Petrovm; GUSAROVA) Mari a Afrikanovn __
a;
WHONOV, Yuzlma Denisovich; KARPOVA, otv. red.; TURCMIKO,
V.K., otv. red.; GARBER, T.N., red. lzd;.*@, BOLDYL911VAj Z.A.j
tekhn. red,
[Maintenance of machines in coal-preparation plants] Ukhod za
mashinami na ugleobogatitelInykh fabrikakh. Moskva, Gos,
nauchno-tel,din.izd-vo lit-ry po gornomu delu, 1961 258 p.
iMIRA 15:1)
(Coal preparation-Equipment and supplies)

D,13TAPENKO, Favol Yeftinovich; V,,A.., otv. red.; KACHALKINIA,
Z.Ly red.izd-va; OVSEYENKO, V.G., tekbn,, red.; BOIDYREVA,
Z.A., tekhn. red.
[Sampler for the ore dressing plant]Otborshchik prob na oboga-
titellnoi fabrike. 14oskva., Gosgortekhizdat, 1962. 86 p.
a
(MIRA 15:8)
(Ore dressing-Equipmentt and supplies)

SOKOLOV, Vladimir Gennadiyevich; VERKHOVSKIY, I.M.y laureat Gosudarstven-
------n-o-y-p-re-m-)--i,--pr-oT.-,-U-oRfor tekhn. nauk, retsenzent; VESSELIMAN, S.G.,
prof., doktor tekhn. nauk, retsenzent; KHVAN, V.I., kand. tekhn.
nauk, retsenzent; SIEVCHENKO, N.P., inzh., retsenzent; OLIFERT, A.I.,
red. izd-va; NAKSIMOVA, V.V., tekhn.red.; OVSEYENKO,V.G., tekhn.red.
[Curves of beneficiation properties of coals]Krivye obogatimosti
uglei. Moskva, Gosgortekhizdat, 1962. 88 p. (MIRA 15:12)
(Coal preparation)

soKoIJ)V, V., insh.
STUNII, G., inzh.;
Using reinforced asphalt-concrete in citis�, Zhil.-kom. khoz.
8 no.11:16-17 '58- (YIRA 11:12)
(Pavements, Asphalt)

-A
TMQ-@p - jp@b
......
Streets and sidewalks in residential blocks. Zhil.stroi. no.10:32
158. (Sidewalks) (Pavements) (MIRK 12:6)

VILINER, V.A., inzhd.- (Kiyev) SOKDWV, V%G., inzh. (Kiyev)
Fine grained improved asphalt concrete. Gor. khoz. Mosk. 32
no.6:31 Je 158.
(Asphalt concrete)
(MIRA 11:7)

SYUNII. 0.1., dotu.; SOXCLOT, V,Ge, inih.
Asphalt concrete rtinforced by metal wah, Avt, dor, 21 uo,4:10-11
AP 158. (XIBA 11:4)
(Pavement, Concrete)

SOKOLOV, V. G., Cand of Tech Sci - (diss) "'lhe Snecial Features of the Ser-.-ice of
Asphal-lk,Concrate Road Coverings in City Conditi7ns and the Means for Imroving their
Serviceability," K.ev, 1959, 22 pp (Sci Res Institute of City Construction, Acadeutt
I
of Cons;truction and Architecture UkSSR) (KL
I , 5-AOj 127)

SOKOLOV, V., inth.-stroitel' avtomobil'nykh dorog
Using local materials in constructing rural roads.
Sill.bud. 9 no-5:9-12 My 159. (MIRA 13:3)
(Ukraine-Road construction)

SOKOLOV., V., inzh.-stroitell (g. Kaluga)
Precast :reinforced concrete floors. Zhil.-kom.khoz. 11 no.4:30-31
Ap 161. (Floors, Concrete) (MIRA 14:6)

KIJ!.7,NE, TSOV, N. ; SOKOLOV I V. f
"Instructions for designing highways." Reviewed by N. Kuznetsovo
V. Sokolov. Avt. dor. 24 no. 1:3 of cover Ja 161*
(KM 14W
(Road-Design)

KIJZ?d7.&TSOV., N. - SOYMOV U
Technical specifi@,atioxis for designing rural roads in the
R.S.F.S.R. -kvt. dor. 24 no.8:29-30 Ag 161. (1-1-112, 14.' 9)
(Roads---De sign)

SOKOLOVI Vladimir Grigorlyevich, k*Ad. tekhn. nauk; SLINIKO, B.I.,
red.; YERMINA, I.A., tekhn. red.
(Improving the operating qualities of asphalt-concrete pave-
ments]Povyshenie ekspluatatsionnykh kachestv asfal'tobetonnykh
pokrytii. Kiev, Gosstroiizdat, 1962. 84 p. (MIRA 16:3)
(Asphalt concrete) (Pavements)

ANISIMOVA, N.D. (Moskva)l SOKOLOV, V.I. (Moskvn)
7 '---
Effect of the saturation of steel on the capacitive self-excitation
of gynchronous machines. Izv. AN SSSR.Energ. i transp. no.3t49-55
My-Je 165- (MIRA 18:12)
1. Submitted July 18, 1964-

L 44723-66 MT (1) /O.-N (e)/E.-.P(t)/,7T I, "DIT (ra) Idf--'C) JD/JGAM
ACC NR, AP6031989 SOURCE CODE: u-B/o386/66/oo4/oo5/oi86 o18
7@
AUTHOR: Belov, K. P.;-Sokolov ', V. I.
ORG: Physics Department of the Moscow State University im. M. V. Lomonosov
kiy fakulltet Moskovskogo gosudarstvennogo univertiteta) /
TITLE: Magne@ostriction of rare-earth 99LIlate garnets 1-@'
SOURCE:: Zhurnal eksperimental'noy i ?e@reticheskoy fiziki. Pis'ma v redaktsiyu.
Prilozheniye, v. 4, no. 5, 1966, 186-lF,9
TOPIC TAGS: garnet, gallium compound, :L-.re earth metal, mag-netostriction, paramag-
netism.p temperature dependence, magnetic susceptibility, Curie point
ABSTRACT: The authors investigated the magnetostriction of paramagnetic garnets in
w@ich all the iron was replaced by diamagnetic gallium-;,,ISince iron and gallium gar-;
nets have very similar structures the investigat1`on___o?_'@he gallates was aimed at yie14
incr additional information on the behavior of rare-earth ions in the garnet structure@'
The magnetic and magnetostriction properties of polycrystalline gal-late garnets
R3Ga50121 where R = Gd, Th, Ho, and Dy1were measured in the temperature interval 1.7
50K. The magnetostriction deformation was measured by the capacitive pickup method,
and the samples were magnetized with a superconducting solenoid (magnetic field up to
25 k0e). The tests show that with decreasing temperature the magnetostriction in-
creases abruptly, reaching the appreciable magnitude (for paramagnets) -60 x 10'. In
gadoLtnium gallate, the magnetostriction is two orders of magnitude smal-ler and amount
Card

R' Ap6o31989
to +0.25 x 10-8 at 4.2K. The signs of the magnetostriction of the investigated gallati
garnets are the same as for the corresponding iron garnets (positive for Th and
negative for Dy and Ho). The molar susceptibility of Gd, Th, Dy, and Ho gallate gar-
nets increases sharply in the liquid-helium temperature region, and has a weak inflec-
tion point. This is evidence of magnetic ordering at a temperature below I-7K, and
explains the appreciable magnetostriction effects observed in gallate garnets. Con-
sequently, magnetostriction can serve as a sensitive indicator of the process of mag-
netic ordering as the Curie point is approached from the high-temperature side. In
the region of the ordering temperature, a change takes place also in the character of
the X(H) dependence. The isotherms of the magnetostriction of Dy3Ga5012 sliow thb --
quadxatic growth of magnetostriction with magnetic field characteristic of ferronidg-
nets. Deviation from this relation takes place already at T = 4.2K, and at 2.5K the
inclination of the curve relative to the field axis reverses. A similar situation is
observed in the behavior of even magnetic effects when the Curie point of a ferromag-
net is approached from the high-temperature side. It is also possible, however, that
this character of the magnetostriction isotherms at low temperatures is connected with
parazaagnetic'saturation in the strong magnetic field. The authors thank Tkhan Dyk
Khiyen for help with the measurements. Orig. art. has: 3 figures.
SUB @CODE: 20/ SUBM DATE: 22jun66/ oRiG REP: oo2/ OTH W: 00.3
t_@J@
Card 2/2

'M j 1)/@ -'/'j
SOUICCE COD'e.: ult/oo.iti/GG/O:jo/ooG/10,13/1.0,15
:;C"';Q1Ov V I
V MonoDov (Fizichookiy
6tnLe U11iVO!%;ity ir.". "'(. Lo
,-c". @O "O@;udar@;tvcnno@;o univor:;iu.-ta)
--a-,iozic and -maa@Iptg. ropertios of rare earth garnet
st.rict.ivP-.p_
Con-erence on the lyhysics of Forro- and Antiforromagnotiani
J I Y I Li5in Svordlovsz-1
-izicheskaya, v. 30, no. 6, 966, 073-1075
'-N :zvastiya. Seriya -A I I I
susceptibility, low temperature, rare earth
;nozootrictian, magnetic
ito'
@;Z';@net
au-,;"Ors "'.ave measured the paraprocass nagnotostriction and susceptibility
to 1000 X of polyerystalline specimens of o
preparod by the usual technique. The magnotostriction masure-1
it is said, dis-;
m.7do wiza the aid of a differeatial capacitor, with which,
-7
a@; as 10 cm can be --casured. A superconducting magnet capable of
23 I@Go field uniform within 17. over a 7 en volume was@ -Cmployl(d. A Con-
pa;.---procoss due to tho rare earth sublattice was evinced by all the investi-,-
zz fi-alds oxcoadin.- that required to saturate the iron sublattico.Both
suscopti'oility and the paraprocess nagnetostriction of each of the
..J @-- -I -- --,, - I @ L,
except the ytterbium and terbium ferrite garnets showed a low
z,@*.@@-,era',."i7e maxim"7,, the maximum being reached by both characteristics of a given
1/2

@7. OS'771-67
zt rea;:_1y z1-'e same temperature. The failure of terbium ferrite garnot to
paraprocess magnetostriction maximum is ascribed to its great
mag-notic anisotropy, which was such zhaz the 25 kOe magnetic field was
fo;: tliQ Observation of paraprocess effects, and the failure of the ytterbiusi
L
to exhibiz low temperature paraprocess magnetostriction is ascribed to
of ti,.c-50 X compensation point. T11-1c experimental results confirm th,
_ypa'.;-os-;s o@ X.P.Dalov (Jzv. AN SSSR Ser. fiz., 25, No.11, 1320 (1961)) that ferrite,
".av'a a loi,., ze--parature point associated with chan--e in the long range Magna-,
of tih. earth sublattice. The low temperature points of the different
woi:_- evaluated directly f rom the m axima in; the paraprocess m agnetostriction
z.nd and from the effective ma--netizing field produced at the rare
su --azz-4ce bv the iron sublattice, which could be evaluated from the experi
data the aid of the theory of X.P.Belov and S.A.,Nikitin (Physica status
A.
s3li-c-i, 1-2, No. 1 The two methods of evaluating the low temperature points
Z.:@vc: concozdaaz results, which showed that the low temperature point increases
wizh_ spin of "Ina rare earth ion from 200 X for the spin 3/2 Er ion to
-or t--a spin 7/2 Gd ion. It is concluded that the exchange interaction between
car-z.1i -4o;is is doterimined mainly by the spin Magnetic moment, rather than by the
tozal ma@;natic mo.-_ont. There is a footnote thanking V.R.Xarasik and G.B.K!@rg
_!@R@@v of
.,..Yz;4_cs -tuto of the AN SSSR for 'assisting with the construction of the super-!
mzz'not. 0;:ig. art. has: 3 figures.
SU-- 20 SUB-1.1, DATE: 00 ORIG. REF; 002 OTH RZF: 004
2/2 __..bc

V. 1
t h
-:@Il rt - -17;"@ a S V V S 0 k M
ZI
4, pi). 7,0-7:' 0
Tn- al !,--y prodw@ed in Lh@@ and the Hypry-nik
r 1. k. t) m j+ i c e d % b r o @,: I q re a I fm, F; f. i d P. n t I c a I a s a r d. s
,i.@ T- ii a I r-@)pll rti e:i The,,; con tai ri @10 @ u i '19
t ri d i f'C: ri! n ce n t h. ! c em., i c a 1
n c i n L @t i n Ow fw,,t, thit -ontil - ,
n., a
a 1 1, 1 C F- q
,-, t i !! t, o, f -@- i ! i c :) n -. r i ; j a I u .7, i, -. i um I r i t r o d i - d . 5-
L zi dd i I i cm@, for irnproving pl'asticl.ty. The
r i f* f?.f@ rnagriR ! ic properties of the tvto alloys
iz-@ Fqf- I'f@hilld liy!@c-vkiv in this re,;pect.
::Lf: (At CYLI'l.,jitiod b that. 1,01i As pvw!uced in
y the f'ucL
furnares @ind the final heat treafmont j s
in vEiculim while the 'Hvr)ez-rik al.loy is pr@,.duced
and I s finally hent treated in ary
piv; k@ii rhe t.t@ciinolo secure the
y o f ui p n g :% u -.; t,
the metal w"hich can not be rff,-,@nerated
c@-iygen in

1 cy "..'i t h 11 _'.g h M ai - nti
in6 in hydrotren. Thp ,. ),,-k. c r vi P. dout by' thp.
;Otthrr at the Instittite for '@'ine M loys of the TsNllCb;'.!
/ t, -n Lr -1, 1iri @ 1 Vic- ae-earnh Ins tiLute for Met,
- _illurgy' q@37ted
k
1-1 tthe :%,-.6netio p.-perties of the I-J)h alloy depend ri7st
of PO 1 Qr, the oxy.-en content in the alloy. High ma,--netic
pri-perties can be obtained only at an oxygpn covitent cf
lez;-7 than 0,000t@ Th,- prcdoction of the 50H-alloy in
vacuum furnaces with desoxidation of the carbon makes it
poss', I to obtain the metal without silicon and aluminum
'ble
and therefore also without their oxides. This can be
ex.r.1,Ained by the fact that in a vacuum of 1-2 torr the
of carbon increases about 100-fold. In
connention vith "he fact that the non-metal inclusions of
FeC', 1.'ril-if NiO, vhich are ei!?ily reprodu cable in hydro6en,
L-Xi3t, a heat treatment in dry purified oxyrez; leads to ran
e@;sertial improvement of the naf-.netic properties. t0hp
mtfir,inv, of the alloy 50H in the vacuum furnace without
'fil.rodaction of silicon and aluminum (with a desoyidation
6y carbon) and a treatment of the alloy Jn purified dry hydircGen
vields a ',)OH alloy which is with regard to its prut@erties

The Type 50H MP_-Inetic SQft Alloy 'Y'Uth High Yagnetic lr5-@8-4-19/37
'rone
rties
not worse t1han the 5,C)H alloy.
1'h,@re ;.wt_re @, Fi_iureo, 2 t;z-bles, and 6 referencesv 4 of
which are .'Oviet
-,114: lrsentrallnyy natichno-issledovatel'skiy institut
chc-:,--io,r m.-.tft',D;rrii(';entrd Scientific Research Institute
for Ferrous Metallurgy)
.31JB'1-._.I"_VTT-j'DD'. Jentember 27, 1957
A V @. I L.-i B 1, Library of Congr,:!ss
1, Al.loys-Magnetic properties 2. Magietic properties-Improvement
Card 3/3

PHASE I BOOK MCPLOITATION SOV/3895
Moscow. Tsentrallnyy nauchno-issledovatellskiy inatitut chernoy metallurgii.
Institut pretsizionnykh splavov
Pretsizionnyye splavy (Precision Alloys) Moscow.. Netallurgizdat.. 196o. 283 P.
(Series: Its: Sbornik trudov., v". 23) Errata slip inserted. 2,525 copies
printed.
JLdditional Sponsoring Agency: USSR. Gosudarstvennaya planovaya. komissiya.
Ed.: D.I. Gabrielyan; Ed. of Pablishing House: Ye.I. Levit; Tech. Ed.:
Ye.B. 'Y'aynshteyn.
'MRPOSE: This book is intended for engineers and scientific personnel in the
metallurgical,, instrument-proluction., and electrical-equirpment industries.,
as well as for industrial personnel engaged in the production of precision
alloys. It may also be useful to students attending advanced technical schools.
C"OVERAGE: The articles in this collection present the results of investigations
conducted in recent years by the Central Scientific Research Institute of
C , ard 1/ 6

-*,ri.,nT (-u " i . . , n " " -, 1, 1 @,,j . - , " @L - ( (; i -, -, ) " -- .. @ . ! .. ') i . . . ". il@ * L i- ',)[I
- u , , J 1, . 0. @@
t , , Z .. . . - .-- I @ "'; - n-- - , :@ @l :-- , - @:, , '-@s , ti
-5 ro- - - @!@ , "., . i " -L , - - -
o i, @; !, i @- , i;, . E: -,:- " @; ir):, 1) *: Z': -(@ , , : -.- - . .- - I
I ... I I .- I ..: ". ,,, . c . @
i'@ C) 0 1 0'.1; , 1: ) 1 : , 1 @' 1) 1 ( , : r I @, L - @l I ;, - i -!-,c :3 1 ; @!: ', i. t, @ , , , , tj @@ :.. -, - - 1 -11, 1, -@@ )
L
(-F.L, 1/,5)

3/137/61/000/008/027/037
A060/AIOI
A_'L;T'tiOR: Sokolov, V. I.
TITILE: Elaboration of methods for obtaining magnetically soft alloys 50H
(50N) and 79 HM(79NM) with high grade magnetic characteristics
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 8, 1961, 12, abstract 8195
("Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii", 1960, no. 23,
5-22)
TEXT: The obtaining of high-grade magnetic characteristics in the alloys
r-ON' and 79NM is connected with the most thorough purification of the alloys from
harmful impurities and, in the first place, from 0. For a complete purification
of the metal from 0 the alloys are smelted in a vacuum furnace with reduction
by carbon under vacuum without introducing the elements (Si, Al, Mg, Ca) into
the alloy composition, as these elements form stable oxides. The alloy thus
ob-:ained is subjected to high-temperature heat-treatment in dry purified H2
atmosphere. As a result the alloys were obtained having the following magnetic
charact-eristics: alloy 50N (Smelt 12B) - /uo 9,700 gauss-oersted, /Wmax 76,400
ga:jss-oersted, H. 0.039 oersted, B8* 14,400 gauss; smelt 13B - /to 7,300 gauss-
Card 1/2

-t* 261013-65 EUT (m)/EPF(n)-2/-FWA(d)/DJP(v) AT/@WP(t)/D,?(k)/9e(b) Pr-h/N-h
ACCESSION NR: AP4047426 IJP(c) 1TW1;V1jrJ S/0136f64/000/010/0066/0
AUTHOR: 'Kazakov, N.F.; Krivoshey, A. V.,' Sudenkov, Ye. G.; Sokolov, V.1
Kasafidn, N. M.; LX!Ibenko, L. A.; Bodyako, A. V.
TITM; Vacuum diffusion weldinglof bftnetallic trips for thermostats
SOURCE: Tsvetn@y metally, no. 10, 1964, 66-67
TOPIC TAGS: diffusion welding, vacuum diffusion welding, tliermostat, bimetal,
manga:iese alloy, clad metal/ alloy 7 5GND
ABSTEACT: The authors used the vacuum diffusion welding method developed bv*.
Prof. 'L%T. F. Kazakov (Diffuzionnaya svarka v vakuume metallov,- splavov i nemetallov.
M DSVIYI M., 1962) to p s*of thermosta
Izd. N. repare sample t metMs. The process con-,
sisted of four operations: 1. cold rolling of the component metals into strips of given
thickne-ss; 2. culuffing to the given size-, 3. mechanical cleaning and degreasing of the
contact surfaces, and 4. vacuum diffusion welding of the passive and active components,
The component plates were welded at the Niuchno-issledovatellskaya laboratori-ya
g) of the
diffuzionnoy avarld (Scientific Research Laboratory of Diffusion Weldin
Moagcxsovuarkhoz, using an SDVU-6 vacumn diffusion welder. The samples of
thermostat metal obtained were tested for specific bending at the TsNIIChM (Central
Card

2/2
Card

42414-65 EPA (s)-2/E'-'rr(m)A'-'jP NVEPF(CMEPF(n)-2@@(d)@@
(c) r-4/Pa EVIP (z
E iAT p d/Ps-4/ft-7/fta4"
ACCESSMON NRs AP6008710 8/01WO/040/003/0=6/023
AUTHOR: KraanykI4 V.L; @@Iov, V.I.
TITLE: Melting of p_r2gWon _aftLirt a vacuum* Induction furnace with hydrogm rdlaft
SOURCE: Stall, no. 3,496S, 236-238
T'OPIC TAGS: xel@iref vacuwn Induction furnace: an oy- melting, precialm.
19ckd
alloy manuZacture, precision alloy mechanical property,,, froa alloy,
(wbalt alloy, aluminum allov/14 YUMPY
751
ABSTRACT: The influence VA s technological factors of the melting process on
!the properties of precision alloys was studied at.TsNllChM using an IPRV-2 vacuum
induction furnace. Mab process of, en in this furnace was Investi-
,,jeoxidatipa by bydrog
gated by me@tAn Oinetals (iron, nickel, cabalty!and alloys of iron with nickel, cobalt,
g_vur
natmosphere, then evacuating the furnace, filling it with heUum,
or aluminum-in a hydroge
of vacuum @d@
and discharging the liquid metal. Theexperiments showed that the use
hydrogea-dradtically-f-e-Ju-ced the content of gaseous and nonmetalUe Impurities. Thus#
In 14 Yu alloy, for example, the content of nonmetallic impurities was reduced to
71-250 x 10-4% In the vacuum melts and 13-24 x 10-4% in the hydrogen melts. As a'
r6sult, the'properties of the precision alloys are improved by a factor of 1. 5 to 2.

L 54o48-65 BwT(l)/E@4T(m)jEWP(t)'/M4T(b) IJP(c) JD
ACCES .3ION NR: AP50-156141 GE/0030/6~iOO9/00.-3-/Ki.63/16~~5, F-
AUTHOM Sokolov, V. I.; Tsidilkovski, 1. M.
TITLE,, Oscillations of the longitudinal p@agnetor@esistance in n;..GaAs
SOURCE: PhyBica status solidi, v. 9, no, 3, 105,@ 163-K165----
U
TOPIC TAGS: electron inelastic scattering, magnetoresistancet crystal longitudinal*
magnetbresistance, crystal transverse magnetoresistance
ABSTRA"LT: An.investigation was made of the oscillations due to the inelastic
scatte@ring of electrons by optical phonons. Measurements-were made of the longi-
tudinal (AP11/p.) a-Lid transverse (A@L/pd magnetoresistance of n-GaAs single crystals
to 1 17
Ivith electron densities of n -- 101 0 cm73 within a temperature range from@
200 to 410K and in pulsed magnetic fields up to 300 kG. No oscillations of Apjjpo.@.
iwere observed. A maximum of Ap,,/po was observed at T >'200K which shifted to
Istrongftr magnetic fields with increasing temperature.__The dependenci@ of-the--long
-11 tudinal,-magnetoresistance of n-G&As- on the -magnetic field strength for two specimens
(n 9 x 11016 cm-3, X-103 cm2/v-sec at 80K and n 1.9 x 1017 cm-
x 103 Cm2/v-sec at 80K) at temperatures of 220K, 30OK,
11 2. and 410K showed that;.,--
APII/Po > 0 in the measured ranges of temperatures and magnetic fields@ The positive
sign is due to an inhomogeneous distribution of the impurities. Hall measuz:ements
Card 1/2

KAZAKOV, N.F.; KRIVOSffFY, A.V.; SUDENKOV, Ye.G.; SOKOLOV, V-.I.; KASATKIN,
NX,- LYUEPNKO, L.A.; BODYAKO, A.V.
Diffusion bonding of thermostat metal In vacuum. TSvet. met. 37
no.10:66-67 0 164. (MIRA 18:7)

1, -,!851-66 &.,R(e)/L".WT(M)/T/hwp(t)/Eltlp(k)/S-IP(z)/&IP(b)/&IA(c) IJF(C) JD/W
ACCESSION NR: AT5022903 UR/2776/65/000/043/0169/0172 'Tz
AUIHOR: Teplenko, V. G.; Reutova, N. P.; Sokolov, V. I Yr!t @nkhj_@L.
a TUIE: Production of @1$@ @urit@y iron and of alloys based on this iron
%
,',@SOURCE: Moscow. TsgA
_tral'qn_paqchno:l~ssledovatel's~iy.institut chernoy metal-
Sbornik trudov, no. 43, 1965. Por@sliko-v@
ya m @n @t@jj
lux 169-172
T 3;x
TOPIC TAGS: high purity metal, metal purification, carbonyl iron, iron powder,
electric furnace, metal pressing
ABSTRACT: Since the properties of a number of special alloys, given*the current
techniques of production, are chiefly determined by the purity of the raw mate-
rials used, their oreparation requires highly pure iron containing at least
99.96% Fe t , 0.001-0.002% C and less than 0.004% S. The use of highly pure
charge astwoeff as improvements in the smelting process have currently made pos-
sible the production of iron of 99.8-99.9% purity (armco, iron, Swedish iron) by
means of conventional metallurgical techniques. Moreover, pure iron in 2o_wdered I
form is obtained on an industrial scale by electrolysi or by the carbonyl method.,
Card 1/3

L 2851-66
ACCESSION NR: AT5022903
Carbonyl iron is distinguished by its virtually nil content of metal impurities but
it is relatively highly contaminated with carbon, oxygen, and nitrogen due to the
secondary processes occurring between the active particles of iron and the
gase,DUS phase. In this connection, the authors describe the procedure they de-
veloped for refining low-grade carbonyl iron powder (0.85-1.0% C, 0.75% N, 0.6% 0)
by means of vertical elActric furnaces with a hydrogen atmosphere so as to obtain
ultra-fine iron Hq@ne[Zontaining 0.001-0.002% C, less than 0.0 '04% S and N,
traces of P, and 0.01% 0. Specimens of this refined ce
@tbonyl iron, prepared by
powder-metallurgical techniques (hydrostatic presldi5g-' at 1000 atm, sintering of
the obtained 500-600 g briquets in a hydrogen atmosphere with a dew point of
-30% at 1400*C for 14 hr, forging at.1000-700*C into rods of 16 mm diameter
which were rolled into standard specimens for tensile tests and resistivity mea-
sureatens), displayed high plastic properties and a lower resistivity (0.743
ohm-un /m) than commercial pure iron (0.0971 ohm-MM2/m). The use of this type of
refined iron in place of armco iron in the smelting of precision steels yields
alloys with uiagnetic properties that are 1.5-2.0 times as high. In addition, this
may lead to the development of new alloys with special physical propert@es, since
this highly pure iron has.already been utilized to develop monocEXstals of Co-Fe
alloys and Ni-Fe alloys as well as in the production of ultra-pure wire contain-
2/3 17
Card

L ;,851-66
ACCESSION NR: AT5022903
inly less than 0.005% C, which has made it possible to-solve the problem of regu-
lat,-ing the gaseous phase during case-hardening. Orig. art. has: 4 tables*
AS.30CIATION: none
WMITTED: 00
NO REF SOV: 004
Pressure
3/3
Card
ENCL: 00
OTHER: 000
SUB CODE: MK

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AdCt4R-t-A:i;6-63--I--4-3-6---------S-0- UTR ---- C-h-CODE: UR/00-56-/-6-61-6~-f/-602-/0-42-8/043-0
AUTHOR:" Kiryukhin.-V. P.-Sokolo@_V_L_,.
ORG;_Moscow State University (Moskovskiy gosudarstvennyy universitet) 23
TITLE, : Magnetos tric tion of yttriu -terbium errite garnets at low temperatures
SOURCE: Zh eksper i teor fiz, v. 51, no. 2, 1966, 428-430
TOPIC TAGS: ferrite, garnet, yttrium, terbium, magnetostriction,
magnetization, Neel ferromagnetic. material, ferromagnetic material
ABSTRACT: The magnetic and magnetostrictive_=12erties of polycrystalline
Lerrite-garnets Tb Y _xFe502 (x varied from 0 to 3) has been investigated over the
x 3
temperature range 4. 2 to 100K. A sharp increase of magnetostriction is detected
3+ entration. No apparent correlation between
with the increase of the Tb ion cone
the temperature dependences of magnetostriction and magnetization has been found
lor samples with a high terbium content (x> 1). The results obtained do riot
conform to the single ion model for magnetoelastic interaction of Neel ferromag-
netics. The authors thank Professor K. P. Beloy for guiding the study and R. Z.
Levitin for takiiia part in discussions of results. Orig, art. has: 2 figures._[Base4
on authorsi abstract]
1/1 1
ard 'WB CODE: 20/SUBM DATE: 25Mar66/ORIG REF: 001/OTH REF: 003/
C

f, 02?
11-6
ACC Ms AP6033155
an are furnace and, after thermal processing, to cold drawas For use-
in auporconducting*solenoide, the alloy requires a 0.02-0.105-on
copper coat*ngo Orige art* hass I tables
SUB COM 20f SUBM DATii none/ 'ATD PRESSs 5099
awm

cot
ACC NRt AP6018005
vhen electric motors are used in the drive mechanism,
and for providing output shaft rotation in relation to
two mutually perpendicular axes. The output shaft is
fitted with two sets of cams. One set located in the
wheel housing is equipped with rims having both inter-
nal and external gearing. These earns are spring loaded
in the axial direction of the shaft and rest on the end
surface of the geared wheel which is connected in turn
to the faceplate. The second set of cams is located in
the mechanism housing and rests on the opposite end sur-
face of the rim. The rim is connected to the faceplate
and is spring loaded in the axial direction. The earn
springs are made so that the cams set in the mechanism
housing can exert more pressure on the wheel connected
to the faceplate than the cams which are set in the housing of the wheel which is
equipped with rims having both internal and external teeth.
SUB CODE: 13/ SUBM DATE: 24Mar65
Card 2/2
I and 2-cams; 3 and 4-
gear wheels; 5-.faceplate
6-frame

ACC NR: V7001546 SOURCE CODE: UR/0020/66/171/003/Oj'66/0569
AUTiIGP,*. Alekseyevskiy, N. Ye. (Corresponding member AN SSSR); Dubrovin, A. V.;
Rikhaylov, N. N.; Sokolov, V. I.; Fedotov, L. N.
ORG: Central Scientific Research Institute of Ferrous Metallurgy im. I. P. Bardin,
(Tser.tral'nyy nauchno-issledovatel'skiy institut chernoy metallurgii)
TITLE: Basic properties of 65BT-type superconducting alloy wire in specimens a-Lid
soler.oids
SOURCE: X4 SSSR. Doklady, v. 171, no. 3, 1966, 566-569
TOPIC, TAGS: superconducting alloy,niobium titanium alloy, zirconium containing
alloy, niobium. titanium alloy wire, alloy wire superconducting property
ABSTRACT:
A method of protecting superconduc@ors from damage during the transition from
superconducting to normal state has been developed. The 65BT superconducting
niobium-titaniuri alloy wire (65% niobium and some zirconium) was developed by'
the institute of Precision Alloys at the Central Scientific Research Instituti-
of Ferrous Natallurgy. At 293, 77 and 20K the wire has a tensile strenph
of 81, 140 and 192 kg/mm2, a notch toughness of 18.5, 5.8 and 4.4 kg/cm
and a resistivity of 70, 59 and 56_10-6 ohm-cm, respectively. The critical
temperature of the wire is 9.7K and the critical magnetic field at 4.2K is
90 kilo-oersteds. It was found that a thin copper coating effectively

0- 4-1 a 0 0 & 4 411 o[w -W -W _'W -W W_ W _W__ " W W W W -
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Is a 1 34 )1 "
C 12 L _f I& L I U Y L Y J_L &A MCC UDEt.4 I
of
a
_!wpaof LoVing's process. V. 1. '@)xowv. _t, CArms. /mi. (Nlowow) 8, zj.,4 A2
I III T11h ICO, i% dectonijul. at liljh'f@ffiff.- 'as' Mows: Na,C0&z==r NaO + CO, -
711 x1t.ral. The FrI40114-11 plomeraw'k vrrv slowly becauvr of the to-W prr%vure (A diestw".
0 even at file v.rry high lefull. Theoretically the rg-actitin inight be accelerated by rr-
Movul (4 the Najo tir 012 fairrord. According to lifendeleev. waste vsIxW at red heat
-lMrates C(h Irmn Na,C0, to form N&011. In this raw tire decreaws
0 Immuw the reuction between Ns.0 and 11,0 procerds. giving off heat. N&*CtN 0
Na,() + 01,, - 76,1,lt cal . Na.0 + If.0 (vapor) - MIAMI + 46.01 cal.. or NaICOv +
Ilti) (valtir) - UN.&MI + CCh - 30.S7 caL The lx@t methmi to rrinove the Na,O _111114
6WI-1 1. hy with FIN(h I" rotating Muffles at high tvvnp@' giving Na ferrite -0 0
hich with If,() at,,, N.011 and F"th. NIMAantun,J reacthu, a ... ! Imanuls "t ferrite
X! are unknown. I-Sit 111FIRAtiOn tit ferrite may tw xN..C0. f- vP"t% + 00
xC0,, + Q cal Na.0andFrit'hwe bound chemically, as proved by the slow decompn. of
ferrite in H,O and tire snutil rise of temp.. probably due to the undecomposed NajC(h. @041
Fe. analogous to At in many resctions, could form 3%;a&O.FeO, as AlsO, and NANO form
J,
alunduate. AI(ONVI),. Also FrO + F"Ov - FrO.11v,0, f- 8.72 cal. The reaction
1) Na.0 I- Fr.(). - Nato 114).(h + Q woAdtf give MI uICIAlcrrite. Tile Intist pfil6dish, A
tonuu1s, is Na.O.Feo.. where Fe.()V has the part of tile anhydride of the acid 11.14e.14
Since FrO + FeXIt give 8.72 cal. and in the order of strength Na is before Fe. it is gEwt
Irrotable that Q in reaction (1) is higher thau K72 cal,. I. e.. the formation of ferrite is
undoubtedly exothermic. The thermal proctx@s of formation and deconipu. of ferrite
arr a[ so descr ibed. V_ D. KARPUNKII
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RBUTOV, O.A.; SOKOLOV, V.I.; BELETSKAYA, I.P.
Study of electrophilic substitution reactions at a saturated
c@-rbon atom by use of the isotope exchange method. Report No.l:
K-inetirs of the isotope exchange reaction of ethyl -(bromimer-
curi) phenyl acetate with mercury bromide tagged with Hg2o in
pyridine. Izv. AN SSSR. Otd.khim.nauk no.7:1213-1217 J1 161.
(MIRA 14:7)
1. Moskovskiy gosudars',,vennyy universitet im. K.V. Lomonosova.
(Acetic acid) (Mercury bromide) (Substitution (Chemistry))

'@@Ullov) O.A.; SOKOLOV, V.I.; 4LILETSKAYA, I.P..
Study of electrophilic substitution reactions at a saturated carbon
atom by use of the isotope exchange method. Report No.2: Kinetics
of the iscitope exchange reaction of ethylo(- bromomercuri)phenyl
acetate with mercury bromide tagged with He@3in water - dioxane
mixture. Izv. All SSSR. Otd.khim.naiik no.7:1217@1222 Jl 161.
(MIFJI 14:7)
1. Moskovskiy gosudaistvennyy un:Lversitet im. M.V. Lomonosova.
(Ac'etic acid) (Mercury bromide) (substitution (Chemistry))

REUTOV, O.A.; SOKOWV,, V.I.; BELETSKAYA, I.P.
Study of the electrophilic.subotitutip-n reaction at a satUrated
carbon atom by the7jaotope@ exchange mithod. -2eport NoJ: lootopa
exchange of esters of &-bromb'"rouriarylacetic acids with
mecux-y bromide taqged with Hg203, in water-dioxaz*. lzv.
AN SSSR. Otd.khim.nauk no.8:1427-1429 Ag 16-1.
(MIRA 14t8)
1. Moskovskiy gosudaretvennyy universitet im. M&V. Iomonosova.
(Acetic acid)
(Mercury-Isotopes)

RFUTOV, O.A.; SOEOLOV, V.I.; BELFTSKAYA, I-.P.
Study of electrop@,ylic substitution at a saturated carbon atom
using the isotope exchange method. Report No.4: Kinetics of isotopic
exchange between ethylOL-(bromomercuri) phenyl.acetates and mercury
bromide tagged with Hg203 in dimethy1formamide. Izv. All SSSR.
Otd.khim.nauk no.9;1561-1565 S 061. MIRA 14:9)
1. Moskovskiy gosudarstvpnn@,@ universitet im. M.V.Lomonosova.
(Acetic acid) ,@Mercury tromide) (1-lercury--Isotopes)

S/020/61/136/002/023/034
B0161BO60
AUTHORSz Reutov, 0. A., Corresponding Member AS USSR,and Sokolov, V.I.
TITIAt Radiochromatography of Organomercury Compounds
PERIODICAL: Doklady Akademii nauk BSSR, 1961, Vol. 136, No. 2,
pp. 366-368
TEXI!: The authors have frequently met with difficulties in their experi-
ments on the isotopic exchange of organomercury compounds M - (VI)
(Refs. 1-4), owing to the fact that the reacting substances were difficult-
ly separable due to very similar solubility. The article under considera-
tion gives a description of a radiochromatographic separation method
which may be applied to the study o@f kinetic modifications during -the
separation of organomercury compounds both from one another and from in-
organic mercury salts. The authors proved that the organomercury compounds
of HgBr2 are readily separable by paper-chromatography, the paper having
been impregnated with a 10% ethylene glycol solution in acetone a few
hotirs earlier. For a mobile pbase, the mixture of octane with benzene
Ca:7d 1/4

Rad,iochromatography of Organomercury
Compounds
S/020/61/136/002/023/034
Bbl6/BO60
(3i:2) gave the best results. HgBr,, remains on the spot to which the
solution was applied, while the organomercury compound moves directly
behind the front of the solvent- 4 - 5 cm in such movement and less than
5 nin are enough for a satisfactory separation. When using pyridine the
chromatogram was 6 - 9 cm long. The development of the zones was brought
abDut with diluted dithizone solution in chloroform or CC1 40 A lilac-
Pink color appeared with organomercury salts, and a pink-red-yellow one
with HgBr2 (Ref. 6). The authors performed the'.separation of mixtures of
organomercury salts XC6H4CH(HgBr)COOR and YC6H4CH(HgBr)COOR in two casest.
X = H, Y = n-Br and X = nBr, Y = o-CH 3' The separation took place with
10% olive oil solution in petroleum ether in the inverse phase. The
mobile phase was provided by aqueous ethanol or methanol. The dependence
of Rf on the alcohol concentration was:
Card 2/4

Radiochromatography of Organomercury 5/020/61/136/002/023/034
Compounds B0161B060
X 65% ethanol 0% ethanol
7 80% methanol
H 0.19 0.20 -
n-.Br 0-07 0.09 0.18
O-CH
3 0-30
Radiochromatography was.applied in the study of the kinetics of is6topic
exchange of ethyl esters of :;,-bromine mercury aryl acetic acids with
203)
HGBr2 (tagged-with Hg in pyridine and 7Vo a
queous dioxan (Ref. 7). The@
de-ree of exchange was calculated on the basis of the ratio between the
activities corresponding to the organomercury c ompound and those correspcn&
inC to HgBr2 on the individual paper zones:
AHg-oc CHg-OC + CHgBr2*
P
C

AH9-OC + AEGB'r2
Hg-OC
where Hg-OC denotes the organomercury compound, A the activity, and C the*
concentration. No secondary exchange on paper o ccurs under thd experi-@-
mental conditions. Results agreed with those of the-usual method
Card

Radiochromatography of Organomercury 5)1020/61/136/002/023/034
Compounds B016/BO60
(preparatory isolation of a substance.and measurement of its activity)
The advantages offered by the method under discussion and its fields o@
application are stressed. There are 7 references: 5 Soviet, 1 US,-and
1 Japanese.
ASSOCIATION: Xoskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M.-V. Lomonosov). Institut
elementootganicheskikh soyedineniy Akademii nauk SSSR (In-
stitute of Elemental Organic Compounds, Academy.of Sciences
USSR)
R2Hg + Ag R,Ag + lig (1)
SUBMITTED: September 16, 1960 Uy
R2Hg + R'Ag- R
4+@'RHg
RtHg + R AgX:;= Rt@g + R HgX
(lily
RH9X + 149 -_ RAgX + Hg (4) (IV)
RHgX + f!gX, = Rf!gX + @igx,, V)
RHgX + P,frgX4-- RWgX + R 'HgX (VI)
Card