SCIENTIFIC ABSTRACT SHAVRIN, P.I. - SHAVROV, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548720016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

;,CC
1.-t Porlrzl- of rathor stron,,; ~;eoma,gnetlc disturbances, leading to the 'Lo.-mation of
wavos. 'Ji-te intensity of 'L::,,ci hard electrons in the outer radiation belt:
ti-I'arefore i:; ~;ubjcct to long-period variations associated with the cycles of solar
c'~: i v IY .',, o7i autaors thank B. A. Tverskoy for discussions of the work, and N. N.-
for taking part in the processing the experimental materials. Orig. art.
C'as: tables . [jPRS: 38,2307
SUB C.OD-'-*: 03,20 / SIJBINI DATE: 04Fob66 / ORIG REF: 007 / OTH RM 007

L 42150-66- - F S -S-.T I C
ACC NR. AP6028350
TT/G~
SOURCE CODE: UR/0203/66/006/004/0661/0663
AUTHOR: Vernov, S. N.; Savenko, I. A.; Tel'tsov, M. V.; Shavrin, P. 1.
ORG: Moscow State University. Institute of Nuclear Phy ics (Moskovskiy gosudarstvennyyi
universitet.-i-nstitut
yadernoy fiziki)
TITLE: Observations of a diffuse wave of relativistic electrons in the outer
radiation belt
\7,
SOURCE: Geomagnetizm i aeronomiya, v. 6, no. 4, 1966, 661-663
TOPIC TAGS: relativistic electron, radiation belt, - '_- geomagnetic storm,
pbs" ~ p _ electron flux, geomagnetic latitude
ABSTRACT: The generation of relativistic electrons in the outer radiation belt can be
attributed to the transfer of charged particles across the drift shells. The pr,paga-
tion of diffuse waves of relativistic electrons, first recorded by EIRL(Irer )~10, was
also recorded by Kosmos 41~when it passed the outer radiation belt. At the high geo-
magnetic latitudes, the propagation of the diffuse wave may be distorted by changes in
the pitch-angle distribution. However, in the present case, the diffuse wave exhibited
characteristics peculiar to the dynamics of a diffusion wave of hard electrons. The
intensity of relativistic electrons decreased somewhat at the beginning of geomagnetic
perturbation. It increased at distant L shells (> 5) of the magnetosphere several
days after geomagnetic perturbation. Further shift of the intensity maximum toward
Card 1/2 UDC: 523.72

L -1 1')," - --
ACC NR; AF6028350
the region of smaller L occurred in the absence of geomagnetic disturbances. This waE
followed by a decrease in intensity and a shVt in the intensity maximum to its -
initial position. During the magnetic storm'on 1 September 1964, recorded by
Kosmos 41,the intensity of electron flux with energies greater than 2 Mev at L - 5
was 3.5 x 102/cm2sec. A peak of hard electrons with an intensity of 103/cm2sec was
recorded on September 3-4 at L = 6-7. This eak was shifted to smaller L shells
until it reached a maximum intensity of 104/cm3sec. Variations in the protonosphere
were of smaller amplitude. The diffuse wave of relativistic electrons was thus first
observe d in the outer radiation belt at high geomagnetic latitudes. This wave was not
accompanied by low-energy protons. Orig. art. has: 2 figures. [EGI
SUB CODE: 04/ SUBM DATE: 18Feb66/ ORIG REF: 006/ OTH REF: 003/ ATD PRESS:
2 / 2

Cve r-i-
it
pi

18(o); 5(2) f PHU-3E I E,-TT,01_".'ATIO1,1 SOV/3100
Akademiya nauk SSSR. Urallskiy filial. Institnt metuallurgii
Trudy, Vyp. 4 (Transactions of the Institute of Metallura, Ural Branch,
Academy 6f Sciences, USSR; iio. 4) Sverd-lovsk, 1S58. 157 P. Errata
slip inserted. 1,000 copies printed.
Editorial Board: H.A. Vatolin (Resp. Ed.), Candidate of Technical Sciences;
A.S. Mikulinskiy, Professor, Doctor; V.Ya. Miller, Professor; P.A. Pazdnikov,
Candidate of Technical Sciences; and S.S. Lisnyali, Candidate of Technical
Sciences; Ed.: T.I.S. Baranovskay-a.
PURPOSE: This book is intended for ferrous and nonferrous metn1bi gists.
COVERAGE: The book presents results of investigaticns of theoretical pro-
blems In metallurgy ancl cheTftiati-j and gives infomation on the efficient
use of raw materials in ferrous and nonferrous metallurgy and on the de-
velopment of new production processes in'the metall-urCical and chemical
industries. The articles were written by J-unior and e:Terienced
specialists of the scientific staff of the Institutes of Metallurgy,
Cilemistry, and Electrochemistry, Ural Branch, Acedemy of Sciences,, USSR,
Cexd 1/5

Transactions of the Institutc of (tlont.,, SOV/3100
Starkov, L.H., and M.I. Koch~nev. 0n, the Rech-int-jon of t.-e lo.,rer Sul-fides of
Vickel and Cobalt 35
Starkov, L.B., and M.I. Kochnev. rTcidation of the Imrer Sulfides of N.Jckel
and Cobalt 39
Chilkre3rev, D.Ya., and M.V. Smirnov. Polaxization of Beryllium -Oxide -Carbon
Anodes in IPused Chlorides 45
Zhuravlev, I.T.M., L.K. Gavrilov, and P.A. Parzdiiikov. inw-stigation of the
Conditions for Electrodeposition of Copper From Sulfate Solutions in the
Presence of Ironj- 'Zinc,and Cadmi7m Cations and the T'itrate Anion 51
FrisbA)erg, I.V., P.A. Pazdnikov, and L.K. Cravrilov. Sazae E-rerequi sites for
the Mec~rol~rtic Production of Lead Sponge Forom AU-1--Z.1-ine Chloride Solutions
and Selection of insoluble Anodes for Electrolysis 59
Kozhevnikov, G.N. Some Peculiarities of the Reactic,m of H,?_Ienite With Soda
and Lime During the Sintering Rrclc~ms 65
C ard 3/5

Transactions of the Institute of (Cont.) SDV/310()
KozhevnikovY G.N., and S.I. Kitznctsov. Optim-m Copd--.tions for Leacl-Ang Soda-
Helenite Sinter (,~,Jces 71
Diknlinsl~i~Y.. A.3., and G.I.T. 1rozherrJRo-%r. Production of 7-Tct-111-ic Sodium by
Carbon Reduati,)n c,' tne -)Ulflte Or r -,tc-i7 -
, tc (r-plor T~~sts) 77
Balalkirev, Yn.A. Vetrenko. 73-!,Z,~,Azhan. On
the Prob1mi nf -`ass.-ige j~f -,-'inc "apper 'n phase
During kir Blast 81
Deyev, V.I., S.A. Verma-vichev, an5- 1U.P. Di~~-v (Djecev-~ed-). Clomap-arative Date
on the Cpxi-jing of Liquid Tnto the Gr~s-e:chaust 11oles in an E.,T-erLmente-1 Con-
verter 87
Mikhaylov, V.V.' B.", -K-Lidinov, nnll V.I. anichkov. 0i tln of Oxides
of Boron Durin.- the Meta-l-lurgical Treatment of R-ovor-.1-- Or-2s,
97
Thornobrovidn On t~i,? Z,kel -,Jng f~ull rp'rerheating of
Pig Iron In the Cupola 101
Card 4/ 5

MIERAYLOV, V.V.; SHAVRIN, S.V.; CHEIITSOV, A.V.; KUSAKIN, P.S.-,
SAPOZMfIKOVA, T.V.; OSINGVSKIKH, L.L.
Continuous process of separating titanJum slags from iron-titanium
concentrates. Trudy Inat. met. UFAN SSER no.2:47-54 '58.
(MIRA 12:4)
(Titanium ores) (Ore dressing)

SRAVRIN, S.V.; SAPCZffNIKOVA, T.V. LEPINSKIKH, B.M.
Electric resistance and phase consti,;ution of briquetted ilmenite
in the process of reduction roasting. Trudy Inst. met. UIPAN SSSR
no.4:15-18 '58. (MIRA 12:10)
(Ilmenite) (Phase rule and equilibrium)
(Ore dressing)

sov/i-)3-5q-6--3/'i1
AUTHORS: Chentsov, A.V., Felldman, B.A. and --Sha,y_rinA S.V.
TITLE- On the Problem of Drop in Blast Temperature in the
Blow Pipes of Blast Furnaces (K voprosu o poteryakh
temperatury dutlya v soplakh domennykh pechey)
PERIODICAL:Stall, 1959, Nr 6, PP 495-496 (USSR)
ABSTRACT: In view of the lack of agreement in the published
literature on the temperature drop of blast in
insulated and non-insulated blow pipes, thermal
calculations (Fig 1) and experimental determination
of the actual temperature drop in non-insulated
blow pipes were carried out It is pointed out that
the differences in the temper-ature drop obtained by
various authors may be due to using unscreened
thermocouples, As a confirmation of the above
suppos�tlon, a compar�son of temperatur-e drop of blast
along the length of a blow pipe measured with
unscreened and screened (Fig 2) thermocouples was
carried out (Fig 3). It was found that the temperature
drop of blast,measured with screened thermocouples,
Card 1/2 was 11-120C as against 20-240C when measured with

SOV/133-59-6 --3/41
On the Problem of Drop in Blast Temperature in the Blow 1-,ip(~s of
Blast Furnaces
i-inscreened thermocouples. There are 3 figures and
7 Soviet referencos.
ASSOCIATION4 Institut metallurgii UFAN i Alapayevskiy
III(, 0I.1.1iirg i-.-Iie!~ik iy kombinat (1~isti(.titc of Metf-tillirgy
of the LIFAN aiid the Alapayevsk Metallurgical Comblite)
Card 2/2

SHAVRIN, S-V.; SAPOZHNIKOVA, T.V.; LFPINhXIKH, B.M.
Electric resistance and phase constitution of briquetted ilmenite
in the process of reduction roasting. Titan i ago splavy no-4:28-
31 16o. (MIRA 13:11)
(Ilmenite--Electric properties) (Ore dressing)

SHASRIN, S.V.; GfMiTSOV, A.V.
Heat exchange in shaft furnaces. Izv.vys.ucheb.zav.; chern.
met. no.5:172-176 160. (MIRA 13:6)
1. Institut metallurgii Ural'skogo filiala. Akademii nauk SSSR.
(Metallurgical furnaces) (Heat-TransMiSBiOn)

WRAVR
a IN, S.V.; CHENTSOV, A-V.
Calculating the height of heat exchange stages in shaft furnaces.
Izv. vys. ucheb. zav.; chern. met. no. 11-27-31 6o.
(MEU 13:12)
1. Institut metallurgii Ural'skogo filiala AN SSSR.
(31ast furnaces) (Heat--Traasmission)

MIKHAYLOV, V.V.; SHAVRIN, S.V.; CHENTSOV, A.V.
Testing a metallurgical flowsheet Ar the treatment of
disseminated ores. Titan i ego splevy no.5:65-68 161. (MIRA 15:2)
(Ore dressing-Testing)

ZAKRAROV, I.N.; I?ATOV, BV.
__.~HAVlq,
Outfloy of slag through the re.-enerator into a counterflow.
Izv. vys. ucheb. zav.; chern melC. 5 no.9:54-65 162. (YMk 15-10)
1. Institut metallurgii Urallskogo filiala AN SSSR.
(Bla.3t furnaces-Desian and construction) (Heat--n-ansmission)
0

SH A ViQiiii, .~.V. Lov-zk ) i ZAKHAROV, I. I, (,'~ver-d I ovsk) ; KIJLIKCJV, G.").
(3vo [,~: 1-1:10
Re:luction of an iron oxide melt by carbon. Izv. AN SSSR. Met.
i gor. delo no.1:26-31 Ja-F 164. (MIRA 17:4)

SHAVRIN S.V.- ZAKIIAROV, I.N.; IPATOV, B.V.
. g.. ~ .1 -, ~ -?~ --- ~. I
Slag outflow through coke spouts. Izv. rys, ucheb. zav.; chern.
met. 7 no.1:33-37 164. (MIRA 17:2)
1. Institut metallurgii Urallskogo filiala AN SSSR.

SHAVRIN) S. V.; 7AKFAROV, I. N.
Kinetics of the reduction of molten iron oxides by carbon. Izv,
vys~ucheb.zav.; chern.met.7 no. 5:7-11 164. (MIRA 17:5)
1. Nauchno-issledovatel'skiy institut metallurgii Ur-al'skogo
filiala, AN SSSR.

~,* I lp ;J, v ?I f fT l,; f , .- -~i -
- :1 . .. . ell . I v 2 , , I ..~ l.- ) , , ~;. .; ,s . ',f .i, .'I. V* P, , ~ I ': - D ~, . 3 k )
. ., I .., - ,
I - c he-n 4. .-, -, ~, ,*-~! r , I -
NA , - .1
I: -, . ;f af ~ nw "'laiT by ~arbo.,J.
-.-. .. E!, ., I C." ~ ~, 1-. ` -T/ ( "!I tu
Int'. Alit "I .. . 1, . 17-8)

S' t . . . e ~
S.V. (w-3rd'i,-,%,k ) ~'. ", ; 13r;~r,j'ov k.; PAVIV, B.V.
(~'---Jl ~) -,rSk )
Kinetlc o~L ~,2 Of SIFIg tr,,f j,
Met. I g ci T . I I. -, o r I. 3 .. ~ ~ - ~ , ~'Y_ T~% I -, I
. 11 1... (MIU 1,7 87)

.~~AW.-',IN, -S.V.; CHIJITSOV, A.V.; 2~AKHIROV, I.N.; Pi~SHKEYEV, G.G.;
.1 . I SH A
'j KOIT, D.I.; BANNYKH, S.S.; LEKONTSEV, Yu.A.
Blast furnace smelting of high basicity sinter. Stall 24
no.8:680-684 Ag 164. (MIRA 17:9)
1. Institut metallurgiii v g. Sverdlovske i Chusovskoy
metallurgicheskiy zavod.

IVA:,.-I'LSKIY. Favel Mefodiyevich; SHAVRIN, V., red., LEBEDEEV'. A,, tekhn.
red ~
[Principals of financial estimates] Osnovy smetnogo firiansirovaniia,
Mlosk-va, Gosfinizdat, 1961. 87 p. (141RA 14--9)
(Public institutions-Finance)

LITOVKO, Semen Fedorovich; 11AKSIMIKO, Georgiy Dmitriyevich; TRUNBIA,
Nlariya Vasillyevna; SFAITRIN, V red.; FIEDVEDEVA, R., red.;
"
LEBEDEV, A.,
[Reviewing and auditing the economic tictivity of industrial
enterprisee]Reviziia khoziaistvennoi deiatellnosti predpriiatiia.
Yoskva, Gosfinizdat, 1962. 149 p. (MIRA 15:6)
(Industrial management) (Auditing)

SHAVRIN. V.A.
[Local budgets in the U.S.S.R.] Hestnye biudzhaty SSSR. Izd. 2-e.
perer. i dop. Moskva. Gosfinizdat, 1946. 14o p. (MIRA 11:4)
(Budget) (Local finaace)

K=ZOV, Grigoriy Aleksandrovich; KUTYREV, S., red.; SHAVRIN, V., red.;
TUEGINA, T., tekhn.red. -
[Inspection in financial organs] Revizionnaie rabota v finansovykh
organakh. Moskva, Gosfinizdat, 1958. 194 p. (MIRA 12:2)
(Auditin-0

2' 5 ( 1
"OV/145 -:56-7/8-23/24
0

AUTHORS: Pluzhnikov, A.I., Candidate of Technical Sciences,
C.
Uemenikhin, A.I., and Shavrin, Yu.T,, Engineers
TITLE: Cuttin- 1,11ultiturn Non-Round Toothed Wheels with Cha-
U
sing Tool by tl,,(, Mlethod of Rolling
PERIODICAL: izvestiya vysshikh uchebnykh zavedeniy - Yiashino-
stroyeniye, 1958, Nr 7-8, pp 202-206 (USSR)
ABSTRACT: Non-round toothed wheels -Find applicatlon In certain
branches of precision machine building. Up to the pre-
C)
sent, manufacturing of such wheels was performed by
the method of copying with the application of slotut-
ing tool. ThiS method possesses a number of shcrtcom-
in:rs; reference F.L. Litvin and N.S. Yablonskiy, "De-
signing and Cutting Teeth on Multiturn Non.-Round
-
L7. The
Vlheels", "Priborostroyeniye", Nr 6,, lq57 f
.
cutting by the method,gf rolling was first'y intro-
duced b,r the firms "Fellow" and "Bonp and Reyter",
Later on, this method vvis develorea USSR- Re-
Card 1/3 ~erence: F.L. Litvin, "Non-Round Toothed Whee-_is

--7/e-.2-4/24
Cutting Multiturn Non-Round Toothed Wheels with ChasIng Tool by the
Method of Rolling
Mashg_Jz, 1956 ~_g; F.L. Lituvin, "Non-Round Toothed
Wheels", 'Stanki i instrument", Nr 9, i916 Z 7. The
Dresent article deals with the multiturn toothed wheel
cutting by 'the method of rolling offered by the au-
thors. The general outlay of the cutting -machine is
illustrated in Fig 1. The main components of this ma-
chine are a toothed calibrating pair consisting- of a
rack 3 and wheel 4, and a cam calibrating pair com-
prising the smooth rack 5 and cam 6. These two pairs
represent the rolling mechanism: it ensures bot:p_ the
C,
receDtion of the required pitch on the wheel surface
and the obtaining of given dividing radii. The kine-
matic out-lay of the cutting machine is Elven in Fig
C>
2; its cross section in Fig 3. The installation is
intended for a large serial production. It is expec-
ted that a-'ter the introduction of this method of
cutting, the labor efficiency will be increased by,
Card 2/3 approximately, 15 times as compared to what it was
V/

1. DTWRT--~', TS. - SEAVPIm"A, K. N'.
2. USSR (6oo)
4. Telater, Underaround - Talanguy Valley
0
7. Report of the Etyka hydrogeological party of the Fast Siberian Geological
Administration on the work for 1942-1943. (Abstract.) Izv.Glav.upr.geol.fon.
no. 2, 1947
9. Monthly List of Russian Accessions, Library of Congress, March 1953, Unclassified.

I I . .

!, 1 ~'. '. , 1 - . . , 'I I- : . , : .
~ -I-' , . .- . I . I i I , ;:,.. ~-, 11.. . . . ~ . I . .
L C

KU'.,i.OXV, A.N., kand'. teklin. rinuk; ;HAk,:,(iNA, i-ed.
of techn.;--il and ~concmic methods ,f
Lsol% im-7 the main L.ro dems of coad mirdm:, applicable to
the conditions in flat seams in the Donets Lasiri; report
at tide All-Union Conference of Coal Inciustry Til---nnersl
Ki.amk~,eristika teklmiko-ekonorde lie sk I kh metodov resheni-La
c.~;novnykh zaciach proektirovaniia iornogo khoziaistva u~--clf-
ny1ch shakht (priaenitellno k ujlo,._Jiam --azrabotki polog-ikh
plastov v Donbasse); dukl%d n~. Vsesoiuzrom --o-..eshchanii
p.-ock-TArc,.;s'_chiIr-ov ugullnoi proiq--h1ennoLfti. Moskva, In-t
c-orno-c dela im. A.A.Skoc~inisko.-o, _196.,,. 27 p.

PANOV, Andrey Dmitriyevich, Lend. tekhn. nauk, ; TISHCHMKO, Nikolay
Andrayevich, ; ZANYATNI11, Ivan Stepanovich, ; SHAVRINA, Raisa
-Pedorovna.; PAYLYUCHMiKO, Dmitriy Hikolayerich,; GRIGORITEV,
Vladimir Leonidovich,; pri uchastii:Adamidze, D.I.; Krasnikova,
Yu. D.; Cherkasheninova, V.I.; Chu6yevoyYe. Y.. ; SOSNOV,
V.D., otv. red.; RATNIKOVA, A.P., red. lzd-va,; PROZOROVSKAYA,
V.L., tekhn. red.
Ellarrow-gauge mining of coal in thin nnd medium seams] Uzkozakhvatnata
vye,-ika uglia na olastalch tonkikh i -trednet moshchnosti. Moskva,
Uglatekbisdat, 1958. 321 p. (MIRA 11:12)
(Coal mines and mining)

7 tekhn. red.
I-ETIIKOVAw~ SHAVIRINA, 11,F., red.; GERASIMOV, V.F.,,
I-- - - -- ---- -- I ----
[Some types of centrifugal, starting, and safety clutches]Ne-
kotorye vidy tsentrobezhn~%kh puskovykh i predokhranitelfr7kh
muft. Moskva, In-t gornogo dela im. A.A.Skochinskogo, 1961. 30 v.
(MIRA 15:9)
(Clutches (Machinery))

PETHOSYAN, A.E., kand. tekhn. nauk; SERGEYEV, I.V., kand. tekhn.
nauk; SHAVRINA, RJ.- GERASIMOV, V.F.
p
(Methodology of determining the gas concentration of workings
in mining coal without men in the pits]Metodika opredeleniia
gazoobillnosti vyrabotok pri bezl-iudnoi vyemke uglia. Moskva,
In-t gornogo dela im. A.A.Skochinskogo., 1962. 36 p.
(MIRA 16:1)
(Mine gases)

D K
red.
-e si the to-~:~nica-L
s--ie-tific I -,aL
r of the coa.11 inciustr~ in -,,-ie .-urrent seaven yep-tr
a, -he of ~r,:
unc EL-.,. na-
'.ugarisk Fconoric
na zacedrT.-Ii te'~lin-*kc,-ekonr).,;l'c-,.fz,'-,Df',o S-Oveta Lugarl-
skozc solmarkhoza. .'.oskva, In
:7)

I j -d na! I
41. n8g coa-, brealk-inp- nri,~-hods a!id mecha-
n, m-ind g mac -t-er fra-tionall c ornp, G s
ninery rc~ be
t-ii~rt f1f coal out7~~-u-- scientiflc rep-DrIj Icversheri-.
5-.,~~vanie trietrdnv zglia i ispo.1nitelInykh cn-
.-anzv r--ernocrmyr,-,r. T-,~; s nin s uIuQhshenI-,a fraktsio-,i-
sostava uglia c;-,-,-`-I,. 'Mos-Ja,
P.
1.
i7ec~
t-i'7n-isr mykh
Lalx-,ratoriya mok~iari heF-.kk'i ,lpr
p, r,-,d .

VIYArriN, Lekhn. nau~; SilAV?t?:A.. red.
[0,.ti,mum 5ohit-ions of miming proble.,,,;s.- -e7.or-- a~- t!:e S"ci-
entific Council on May 8, 19631 Ob odnom asilekt-e resher.1, :a
gorr.- A
y1ch zadach na optimum; doklaci na Uchenom sovete 8 maia
1963 g. t.'oskva, In-t gorno,ao delq Im. A,',S,-,Oc~irikrgG7
1963. 11 P.

CHESNCKOV, Mitrofan Mitrofanovich; SHAVRINA, R.F., red.; GERASD!OV,
V.F., tekhn. red.
[Hydraulic cuttijag of natural stone with high speed thin
water jets] Gidravlicheskoe rezanie prirodnogo kamnia ton-
kimi struiami vody vysokoi skorosti: kratkii nauchnyy ot-
chet. Moskva, 1963. 50 p. (MIRA 16:10)
i. Moscow. Institut gornogo dela imeni A.A.Skochinskogo.
(iStonecutting)

B0111SENKO) L.D.7 kand. tekhn.nauk; SHAVROA, R.F., red.
(Flow sheets and units of equipment for the hy,-:raulic
hoisting and transportation of coal Pnd rock with the use
of feeders; report at the All-Unim. Conference of Coal
Industry Planners] Tekhnologicheskie skhemy i kompleksy obo-
rudovaniia dlia gidravlicheskogo pod"ema i transporta uglia
i porody s primeneniem pitatelei; doklad ne Vsesoiumom :~.o-
veshchanii proektirovshchikov ugollnoi prouTshlonnosti. Mo-
skva, Institut gornoCo dela im. A.A. Skochinskogo, IQ64. 17 p.
WIRA 16:3)

V.A.; 31DORENKO, SOLOV:TEEV, V,!-; K;', ItY.''"Ir:,
1)1-,IIThOVSKIY, Y,--.B~; iLFAI~AS?E-V, T..V Prir.Lmli
I-ItIKIV,YLOV, V,V,; Sli;,VRIT:ii, S,V,; CE",TS-V
Developing a brocedure for I,he ele.:trict. smelting of perovskite
and titarduri-magmetite sinter. Titan i ego splavy no.5-54-5-9
(m:'F.A !5z2')

USSR/Engineering - Refractories, Equipment Jul 52
"Electromagnetic Sieve," M.A. ShavrinovY Sukhoy Log
Chamotte Plant
"Ogneupory" No 7, PP 330-333
Describes new device for sepn of metallic admixts
out of refractory powders. Electromagnetic sieve
represents 410 x 890 mm plate with numerous round
and slot openings and 90 electromagnetic poles under
plate. In plastic process of fabricating refractory
products this sieve is installed between dry and,vet
mixers, retaining particles of metal and burnt
pyrite when powders move through its holes. It
has automatic control, diagram of which is given.
--22.0.T49

1 . T., 1-I! , '1-. 5 . ; SFA-,", ~ '~C'." . 'M Aa
2. ;:---SR
4. Clay Industries
7. Electric heating of sieves for screening ground clay. OgneUDory 17 no.9
1952
9. Monthly List of Russian Accessions, Library of Congress, JanuarY -1953. Unclassified.

/Y 111f
USSR Alcroblology, Medical and Veterinary F-6
Microbiology,
Abs Jour- Ref erat . Z h. -Blol. , No ~ 9, 1957, 35644
A uthor Timakov, V.D.., Kudlai, D.G.; Shavronskala, A.G.;
SD'Lrir., A,S.
Title An Immunological Study of the Protein Fractions
of Directly Altered Bacteria of the Intestinal
Grcup
Orig Pub- Zh. milcrobiol., epidemio.-I,, i Immunobiologii, 1955,
No. 8, 20-30
Abstract; The antigen structure of Intestinal bacilli,
Breslau paratyphous bacteria, alkali-formers
obtained by the cultivation of intestinal bacilli
in a culture of Breslau bacteria killed by heat-
ing, and paratyphoid obtained by the cultivation
Card 1/9

USSR /Microblology, Medical and Veterinary F-6
Microbiology,
Abs Jour: Referat, Zh,-Blol., No. 9, 1)57, 35644
a carbohydrate nature. The extracts received
were subjected to a fractional precipitation
fiucCesslvely with acetic acid, alcohol and
acetone. In alkali-formers the fractions of
nucleoprotelds and neutral proteins precipitated
by acetic acid and which are characteristic for
three other strains were completely absent. The
alcohol solluble protein precipitated by acetone
from the salt extract of 0.14 M NaCl, in Intesti-
nal bacIlli is not at all apparent, in alkali-
for-mers Is weakly represented, becomes more appar-
ent in paratyphoids, and is evident much more In
the control Breslau culture, Rabbits were immun-
ized with the nucleoprcteid and protein prepara-
tions received by fractionization and their serum
Card 3/5

USSR //Microbiology, Medical and Veterinary F-6
Microblolo&-_f,
Abs Jour- Referat. Zh.-Bioll., Nc., 9, 1957, 35644
-extracts of paratyphoid contains a group antigen,
comn;~In. t~L intestinal bacilli, Daratyphoid bacilli
and paratypnoid; an antigen, common only to alkali-
formers and paratyphold; and an antigen common to
int-stinal bacilli and paratyphoid. The chemical
Ccmpositic.n and antigen striu--ture of paratyphoid
is extremely close bu~; not identical to that of the
Breslau bacteria, The app,~--arance of Identical an-
t1gens in different fractions of various microbes
is eviderce of the biochemicai reorganization of
their nucleoproteids,
Card 5/5

Fy A161
E.'iTk,. ';T(n)/EEC(k)-2/[:i'iP(i)/SYP(V)/T/EliP(t)/EiiP(k)/BiP(h)/EED-2/ ~P
TP( -) ~P . ..................
10.V65b 76942
li,'Z: A!"',313332 '0
681.142.6
F,01,~ r c I i,~ n 1A.
TITLF: A!-J-Union Conference on vl&netic olomento of automation and computer
tochniquo
j1vto-,7.-tti1m i te1or.--.ckhnnijza, T. 26, no. 5, 1965, 938-94?
lmi'IC TAG!,: el,~ctrlc enr-incrring conforcnco, trnFnotirm conference, comptitor-.
equipi-it, auto,.,.-ttion, cloctronic eata processing
I'lif- 'Ninth Al -Union Confer li . , .
an ~Mar, e1i Elc~w~nts. af Automation
anki C.,:nputrr Technolng
y.__11C1d-J-n Kaunzis from-7 to 10 Septern-ber 19-64. was
j~-,vd by the National-Committee of the USSR on Automatic Control, the i
7:v'-titute of Power and Electrical Em,hicering
the
nian SS~i, the ____vAnian Scientific and Technical Society of the Instru-1
m rmt Buildin" I tr I and the Institute of Automation and Tele
mechanics I
or the Main Committee on InstrumcnL!3-uildlngr, Means of Automatlor.,~ and
is under Gosplan and the Academy of Sciences USSR. Over
450 participants discussed some 90 reports concerning the theory, design,
[C'."d 115
ie.

1AM,,5101,1 IGI: AP5013852
~productlon, and application of magnetic and magnetic -semiconductor ele-
iments. Reports werr, presented for seven areas: digital and anal
,memory devices, magnetic power devices, magnetic amplifiers and con-
verters, parametrons, and power sources.
At the opening plenary session, PNI. A. Rozenblat presented a survey
:of the prcaent state of contactlean magnetic elements, which he considers
to be one of the most efficient and promising technical means of automation
and c6niputer technology. Problems of designing logic elements to provide
iatable operation for various types of circuits were discussed in a series of
reports, B, A. Ye"imov and G. N. Chizhilkhin reported on the developm?nt
:of modules of ferrite -transistor elements (FTE) which can be used for vari-
ouB types of *computers and also for discrete automation for general and ' - i
special purposes. This system provides reliable operation at a 200-kc clock.
irequency in the -10 to +5 00 C temperature range.
The same authors ioge-the r with M. A. Altsenov reported on the devel-
,opment of a general-purpose heavy-dilty _rTE; iZFch-c6n be i:s"ed as a cell of'
a clock-frequency pulse generator or as ari independent heayX-duty control

ACC~Z~Y:i UN: AP501Y~52
It Is capable of performing command recording or readout of in
formation reachin,- it in large quantities from it low-power FTE. 1. A.
Tvunn'n, 13. A. Yefir, ov, and A. A. Shnvrov reported on the development
Rmil teotini, of biax-tyi)L logic circuits operating at I Mc and performing
';cvcral lo-ic operations. Advantages cited are: high aln ratio, about 20;
h1t;:1i ii~,;Iltchinr, rate, about 2 Mc; and high reliability due to the simplicity of.
tijo 7k*(~tiit. Such ch-cults may also be used in complex logic devices,
Additional reportij discuosed logic circuits using biax-type elements in a
worMnc: Morage device with it nondestructive readout cycle of 10 -7 sec and a
recording time for now Information of several microseconds.
Afinn,-enov et al. reported on discrete anti discrete-analog
com~putrr units based on the use of the area of an emf pulse originating in i
the wincling during magnetization reversal in the ferrite. Development of,
ferrite niatrixeg which release a voltage pulse at the output with an area
proportional to the code supplied at the matrix input was also discussed.
Problenin. connected with the development of single-wire memory
elements with multlaperture ferrite plates were presented b R. A. jg.Lev-
-Y
Card

?;-R: AP5,013352
skiy et al. A. S. Sverdlov and others presented results of developing work:
,-infr S-torage-un~cs using miniature memory cubes made with multiaperture
ferrite plates.
Thin-film technology was discussed in several reports. A paper by
Y (-,. F 11,~r (-zlinyy et al. dealt with the development of a super storage devices
built"on thin-film matrices with conductive substrates with a capacity of 64
j56-1;il wordi3 and a cycle of 400 lisec. Experiments with magnetic-film
jstor;iro devices produced by elect rochemical deposition on glass and metal
icylindrical substrates were discussed, and a method of using an element of
cylindrical magnetic film In a matrix storage device wala list-) reported.
A. Tutauskas and R. Litvinaytis reported on a stable storage device
with a short access time, a capi~~Itj-of 512 x 32 bits, an access rate of
'500 kc, and a readout time of I usec. A. B. Lyasko et al. have developed a
tamall decade counter of periodic and nonpeFl-odi-csignals in which a pars-
I
~metric element with five stable phase states was used. The counter displays
ibetter energy properties than other known counters, high reliability, and
jhIgh no6e immunity. A. G. Rabin'kin reported on the characteristics of--NJ
r-4 h/r,

L 54;V.,7-1-3
MI: AP5013352
-neN-y hi~h-coercivity (5000 oc) alloy!] of the cobalt-platinum system. M. A.
11.-rblkat ct .1. diGcu3sed the theory 'and d~aI6 Jmagneti~ analog comput-
IIng devices (adder, integrator, multiplier) based on single-stage magnetic
amplifiers using magnetic analog storage.
A large number of reports was devoted to the theory and application of
power magnetic devices. The papers presented by the Gorlkly school of
A. 'M. Bamdas concerning frequency multipliers and voltage stabilizers were j
-of groat interest in this field..
JUMCIATIONt none
SUBIM"LLD: 00 ENCL: 00 SUB ODDEt DP, IS
NO REF SOVS 000 OMER 1 006 ATD PROS 1 4021-3r
~Card

LUKIYAPIOV, fi.T.; PUSTYLINIKOVp L,Mo I SHAVROV, A,A,
Numerical solution ot the problems of cher.!.cal kinetics by wana
oC static electron integrators. Dokl. All S&SR 166 n0-3:651-653
Ja 166, (MIRA 1913.)
1, Kazakhskiy aosudarstvannyy universItet im, S.M.Klrova,
0
Submitted April 170 1965*

SHAVROV, A.L.
Car of Iow frost resistance in some woody plants under conditions
preya-,Iinr in t",e Pol-;rkInine botanical Garden. Dokl. X, SESR 140
r,-).2:410Q-I'-02 S '61. Ov,-MA 14:-7)
1. Polyarno-Al'piyskiy botanicheskiy- sad Kol'skogo filiala irq.
S.1'.Yirova All SSSR. Predstavieno akademikom V.N.SukachevyM.
(Kirovsk--Plants--Frost resistance)

SHAVROV, L.A.
Anatomy of wood of the genus Zphedra in the Soviet Union.
Bot.zhur. 41 no.9:1324-1331 S 156. (MLRA 9.11)
(Ephedra) (Wood)

Deviar,ions In tne stricture of generative orgins of the poppy
flower (FApaver sT)p.,',. 3o?~.zhur.42 no.8:1249-1253 Ag '57.
(,qU-A 10: 9)
1 . Botanicheskiy institut imani V.L.Komarova Akndemil nPuk SOSR,
PopDy I ri-.- lurfi--lconco) (Abnormnlities (Plnntq))

Cal)-:-iol Sci -- (diss' "Anatorico-:.'or-l)j'iolo~,4-cnl
trl,,aysis of Variability cf Plantst ':raiisplanted uryl-3r Conditions
Lan-Kirovsk, 1958. 19 pp (Af- USSR. L-ot Inst
Ko -'~'A'
iri V.L. Koriarov) Kirov'. 120 ccpies.
('a, 10-5st rO).

-122-2 -4,~,
TTLE: j.,7-e c,,,, 4n- t,
Plan's Transplanted to an Arctic Alpine
Botanical Garden
folo :o-~,,n.-Lormic~teskiye chertj i:Lm-2ncI,.-i-,ros4Ui ra.;teni- T 'ri
I:erc-,:~eienii v Polyarno-,--11!,iysk4-Y 1)otanicheakiy sLd),
PERIODICAL: DoLl:c!y '..kademii nauk SSSR, 1'1)50, Vol 122, '!r 2", p!) 30fl-311
SIMI'L CT ',otanical iarden is situa%el on the Kola 1'1~r.Jnsula
(Koll~:Iciy -~oluostrov) in the southern part of the :--ountain
1 0
::massif Khibiny (33 391 eastern longitude from Gree.,wich and
0 1
;)' northern latitude) (Ref 1). The natural an.! climatic
conditions are -.,ery severe ara -peciiiiar, -~E the 7arden is
situated in a mountain basin 12o km north of th,a -.)olar circle.
i~ true in particular for "'-,e dayli,-',it con'litions.
rr '-~cco:,;es a ~rk. 11ant species
sum:.ier days it never a
t r ~zn S _,4 01, ],,Z;V(~ %o under-o considerable
orred to this re[
an-11 --tructural in orIIIe--- '4o become
~,o tl,,is clip 7ia-~ic con-
-iate an.! to able ~o Ztan:l clli-
-;- 0
te t-.cso I IcLl nd
o-s in or 1~2r-

S."! ;,IC -I or. 7
Transplanted to an Arctic Alpine Botanical Garden
which in iloo 1 i C, 7.- 1 E: 1,
fic-aLion of Lhu flower un(I of' L1.10 I n I
jF ~-ro.!ucing sf--eclo the flower ,rolific:3 a !"loot
flower or even a,.-bole inflorescence i zi i: r ol u ce d
of -Ultis shoot. ':7oi-eovei-, a and In-
-n ~ur,-.-fcrrcA
cell rlivicion is O,S,,rVL_.d 4
cell ;roup.7 %vith a e:.--
lain 'Bile frequency of several tu:,iors in or:--,ns ancl
!ant ~ar'4-- an,! t6he frequency of c.-uL.lescence of in'~i-viclial
o, ~:ven in c-ompletely n-. ",-re 2 fi.,~mres
C
-,f e arc
i7 rr rences, 4 of whic sf)vIC,
botaniclicslri-. s a o1 f 1-1,ulu 1-.
Ki-rova A:ademii nauk SS~711L
!,.)h;r i~l--;ne 71otanical -'ar.-Ien r~f 41-': eKola 73--anch, -',S TSSR
Kirov)

SHAVROV, L.A.
The nature of fasciations. Bot, zhur, 44 no.4:500-505 Ap '59.
(MIRA 12:10)
I.Polyarno-Allpiyskiy, botanichaski7 sad Akadanii nauk SSSR,
g. Kirovsk.
(Abnormalities (Plants))

SILAV.,iMr, "A.
Some characteristic featuren of the intraspecific variability of.
plants introduced to a polar-alpine botanical garden. I:.-v. AN S4SR.
Ser. biol. no.4:582-590 JI-Ag 161. (IE:,A 14: 9)
1. Polyarnyy botanicheskiy sad i Botanibbeekiy institut im. V.L.
Komarova AN SSSR.
(AGGLIMATIZATION (BOTANY))

SHAVROV, L.A.
Fasciation, in plants of sub-Arctic regions. Biul. Glav. bot.
eada no.41:58-66 161. (MMA 14:11)
1. Polyarno-allpiyskiy botanicheskiy sad Kol'skogo filiala
AN SSSR, Kirovsk.
(Kirovsk region-~-Abnormalities (Plants))

SHAVROV, L.A.
Ecologico-geographical patterns of structural variability in
introduc ed plants [w.s.i.e.] Bot. zhur. 46 no-3:328-336 Mr 161.
(MIRA 14:3)
1. Kol'skiy filial AN SSSR, Polyarno-allpiyskiy botanicbeskiy
sad, g. Kirovsk.
(Khibiny Mountains-Plant introduction)
(Botany-.44orphology)

L 2471o-66 EWT(m)/ETC(f)~EPF(n)-2/9WG(m) WW
ACC NR: AT6008415 SOURCE CODE: UR/3136/65/000/993/0001/0017
AUTHOR: Ambartsumyan,_~.. S.; Goncharov, V. V.; Glukhov, A. M., Yegorenkov, P. M.;
Smirnova, R. F.; Shavrov,F. i.
ORG: none
TITLE: Increasing the power of__VVR-S reactors A
SOURCE: Moscow. *Institut atomnoy energii. Doklady, 1AE-993, 1965. 0 povyshenii
moshchnosti reaktorov VVR-S, 1-17
TOPIC TAGS: water cooled nuclear reactor, water moderated reactor, reactor fuel
element, nuclear reactor power/ VVR_S water cooled nuclear reactor
ABSTRACT: The authors consider the possibilities for using slightly modified MR
fuel assemblies for increasing the power of VVR-S water-cooled water-moderated reac-
tors. A figure is given showing the construction and dimensions of the MR fuel as-
sembly. The assembly consists of five tubular fuel elements of circular cross sec-
tion. The heat-transfer area of the MR fuel assembly is 2.35 times as great as as-
semblies using EK-10 elements. The elements are interchangeable, i.e. they may be
Card 1/2

L 247lo-66
ACC NR: AT6008415
placed in any ceLl of the reactor core. The efficient design of the MR elements
assures that 90% of the water passing through the care flows througli the fuel assem-
bly. The assembly contains 173 grams of U-235, i.e. 35% more than an assembly with-
EK-10 elements. The use of these elements makes it possible to irradiate specimens-
in experimental channels or ampules with an outside diameter of 14 mm. Larger Spec-
imens may be irradiated by using fuel assemblies with fewer tubular fuel elements.
However, use of the MR fuel assembly cuts down the volumetric. fraction of water in
the reactor core to 0.65 as against 0.7 when assemblies with EK-10 elements are
used. The volumetric water fraction il cut still further to 0.52 by the use of
beryllium moderators to reduce nonunifdrmity In heat release due to localized in-
creases in neutron density in the water spaces between adjacent MR fuel assemblies.
The use of these fuel assemblies increases thel;ower of the reactor to 8-11 Mw and
the maximum neutron intensity (U-235) to n,9-10 neutrons/cm2 see. The auth6re dis-
cuss the experimental possibilities of the VVR-S reactor with MR fuel assemblies.
Orig. art. h93; 6 figures, I table.
SUB CODE: 18/ SUBM DATE: 00/ ORIG REFc 001/ OTH REr: 003
Card 2/2

L 24711-66 EWT(m)/ETG(f)/EPF(n)-2/EWG(m) WW
ACC NR: AT6008414 SOURCE CODE: UR/3136/65/000/992/0001/0025
AUTHOR: Goncharov, V. V.; Chernilin, Yu. F.; ShavMv*.P,.,-I.; Chernyshevich, V. N.
'Yegor-enkov, P. M.; Zh-igachev, V. M.; Larln-, 1. 1.; Korneyev, V. T.1, Yashin, A. r. I
,ORG: none
,;TITIX: Remodeling the IRT reactor at the Institute of Atomic Energy itreni 1. V.
'Kurchatov
~SOURCE: Moscow. Institut atomnoy energii. Doklady, IAE-992, 1965. Rekonstruktalya
reaktore IRT v IAt im. I. V. Kurchatova, 1-25
ITOPIC TAGS: nuclear reactor, reactor fuel element, nuclear reactor core
.!ABSTRACT: The authors describe steps taken to redesign the IRT reactor at th"
stitute of Atomic Energy. The following units and systems were alterod to, Imere"!W
th~.ner o~ the,ivaid*tor, expand its range of experimental poosibilittes, 484
ope 1. fuel elements and reactor core doqlgnj.'~2~
ip ts r#tional qualities:
to*-
6g system, 3---gXperimental units; ~41 controland shielding syd
itoritig systemi fij special-ventilation. Figures are,given shov
MOP
big the
tard 1/2-
'J61

L 24711-66
,ACC NR: AT6008414-
4
Jongitudinal and transverse cross sections of the reactor as well as detailed dia-
grams of the reactor core and the channel for the "cold" neutron source. The new
,fuel assemblies have nearly twice as much heat-transfer area as the rod elements
:formerly used. Each assembly contains 155 grams of 36% enriched U-235. Metallic
!beryllium is used as the reflector. The core contains 54 cells in all and has a 50
mm lead shield for stopping y-radiation. The experimental units include horizontal
and vertical channels as well as a "cold" neutron source and a thermal neut,
ron
~Iltrapll. The modifications made in the reactor give a maximum thermal neutron flux
~(U-235) in the core of 5-1013 neutrons/cm? sec, a maximum fast neutron intensity
~(E>0.5 Mev) of 9-1013 neutrons/cm2 sec, and a power of 4000-5000 kw. The procedure
used for disassembly and reassembly operations in the reactor pool is described.
Some of the physical and technical characteristics of the modified IRT-M reactor are*
tabulated. Orig. art. has: 10 figures, 3 tables.
SU3 CODE: 181 SUBM DATE: 00/ ORIG REF: 000/ OTH REr: 006
I'ard 2/2

s 0!
Acc
;7-
:C).,) (~QjQ L UL C rl (21,
UTH -7
A
ov c I ev)
a
A
rcv,
G,c)iicha
f At
f - v - r, i Z;.t Cr;InCy
ORG - I-ce on th17 ---o
'r1"4
~icscuw (Goasu'Ual
-it att
inateriais
ro
n Pok-ladY
is-piri-aully W-EL i mater-
pla
TOPTt,
Mat- e, r iI -
0 -It C. c 1, 1e;
ar, de C,-

ducTion. 7.1. .-jperuti(-- c i ial "I.CT, C
reactor. a) Fuel burnll.-~. 1.) 7--Ifficieuc,,- cc.-I~x"'i 3r-I,ITI
fuel asscfblic~;. C), Z,*:":,-."~~
C -;I
(.)f "he ea
t jor, Gy S CIq
loop for 1-.~ I el leme I I t L? s C- i"o :,~i . b loo'-p L'ur th~-: reaclor
C) 1ntcI-!Ierha-,.,2 cri-liinr L(-,.oi) o' reacter. 'T',jZo
J,
f or tlne i;ra-,, i e stac I, 'u c :Z
L
.100D iflstalirt~ ior und T-,o-cfcrvlanc~- G est"S "1-I e
e r J- a 1 0 S ~Ie C c C, -t r G 1 a;j i 0-t 1'. 11 G!',
,-af, -oc-en in sincc 2'-,f rid Ls --~jwe- "las ~ezj
t, -- ju-u- a -
fez,.~3~~u Lc init-iAi-L to '7~01 MrW. 'D -i e i i.,7,u up at j - 0 r.
C
reacLer iia-, -,.coij with "' as:mciated
anc"cristics u~. the fcacuor at different Pcy4er ratlings are taI-lilatcd, i-'~,.Jor co,,-.-
tributions to the aC-j-u~7tment cf the M a7eactcr Wele maue by I.. Ye. Aiek-eyev, 21-,
Iilekseyev, S. 'i. -BeC;achcv, A. B. Eua~ ~enko, Yli- 1. Kcrral V. K. L-ebeoev, A.
Rolankov, V. 1). PUGOV, ki. V. Se-.E~rchev, Ye.. S. Qh rnorotoll, and Yu.. A.
1.3. art. 11 I~gures and o tables.
SbB CODE: SUTIV D-ATE : 00/ ORIG RF-F: 0-01
Card 2/2,'

SHAVROV, K.P., dotuant, kandidBt tekhnichaskikh
naiik, dotsent. nauchnyy redaktor; ZNA14ENSKIY, A.A., radaktor; KTY-
NOGMIDIA, K.Y., tekhnicheskiy redaktor
EReconditioniag of tools] Voss tanovle.-iie instrumentov. 14oskva, Yses.
uchabno-pedagog. izd-vo Trudrezervizdat, 1954. 38 p. [Microfilm]
(Cutting tools) (KaA 10:4)

-, ~ ~_' Vhk2-v , " . 'j-, .
Peat Industry
Overations gra,,~h at "Tesovostroill.
Torf. c;mm. 29, no. 6, 1952.
1. Nonthl -
9 r
-v list of Russjan Accessions, Library of Congress, September 1952. Uj' LASSIFIED.

umAbdicine - shenf ish Jan 1948
"New Forms and Occurrences of Donacil (Coleoptera,
Chryzcm elidae Subfam. Donaclinae) in the Fauna of
USSR," V. B. Shavrov, 4 pp
"Byullet Moak Obahch Ispyt Fri, Otdel Biolo" Vol
No 1
Continuation of a previous articll~ which appears to b
taken from a German publication: Coleoptera. Zentral-
blatt 1930, Vol 8, No 1, page 29. This part disousse
briefly the Plateumaris consimilis crientalis subsp.
n.; Donacia, imprease. Rauk. ab. (morphsT) armillats,
nova; Donacia appendiculata Abrans ab. coeruleans now
(ab. coaralsens Reitt. i.1.), and seTeral others. BrI
passage on new localities vhere Doaacii have been fan
IM 61T68

Prl'tich~skii sar,ol~t- (Tn: 1.7oz,:!usm--e ruti ',"os'-Vao, 1~433.
437-) i 11113
Title tr. : The Arctic aircmFt.
I L5 2. Vt,
T
S,"~: A3ronauti-cal Sciences and "Niption in t.he Soviet I-Inion, Library of
Con~r-,!ss, 1955.

"jr:;S+r-., 04'
in
1;4LID)l

SHAVROV, V. B.
Shavrov, V. B. - "Russian Airplant Building (1869-1917)." Moscow Order of Lenin
Aviation Inst imeni Sergo Ordzhonikidze, Moscow, 1955 (Dissertation for the Degree of
Doctor of Technical Sciences)
SO: Knizhnaya Letopis', No 24, 1.1 June 1955, Moscow, Pages 91-104

SHAVROV, V.B.
M.V.Lomonosov's helicopter. Trudy Inst.ist.est.
115-119 t62.
(Lomonosov,- Mikhail Vasillevich.
i tekh. 45:
(KRA 15:8)
1711-1765)

iZAESOI.) Alek;,alidr Nlikhnyiuvich; r-11L', cioktor tekim. zi~luk-,
feLOenzent; 3'1;-'Z;-EVSKFI, S.Ya., kand. teklin. nat&,,
dots., re-Lsenzen-t; S7HAWPOV, kand. teld.n. nauk-l
retsenzent; GILI.-E.',G, L.A., red.
[Soviet helicopter irdustry] Sovetskoe vertoletostroer-ie.
1,Toskvp-, llashino~stroenie, lc)64- 310 P. (MIRA 17:6)

AUTHORS: Rodionov, K. P. and Shavrov, V. G. 126-3-1/34
TITLE: On the problem of anisotropy of t",'Ie electric conductivity
in ferromagnetics. (K voprosu ob anizotropii elektro-
provod.nosti v ferromaGnetikakh).
PERIODICAL: "Fizika Metallov i Metallovedeniye" (Physics of Metals
and Metallurgy), 1957, Vol.IV, No.3, pp.385-391 (U.S.S.R.)
ABSTRACT: The problem of anisotropy of the electric conductivity
was considered by several authors (2-4). Baroody, E-IJ-0)
determined the anisotropy of the electric conductivity by
solving the kinetic equation. He investigated tso cases,
namely, when the function characterising the inter-relation
of the electrons with the lattice oscillations is isotro *
and the energy depends on the wave -vector (and not on J!k4fc)
and when the energy is isotropic and the anisotropy is
taken into consideration as a function of the inter-relation
of the electrons with the lattice oscillations. The work
of these authors related to non-ferromagnetic metals and
were based on the single electron approximation. Akulov,N.S.
(6) has shown that the anisotropy of electric conductivity
in ferromagnetics can be determined phenomenologically from
Card 1/4 the symmetry properties of the crystal alone. On the basis
of the quantum mechanical model of the ferromagnetic,

126-3-1/34
On the problem of anisotropy of the electric conductivity
in ferroma-netics. (Cont.)
0
consideration in the kinetic equation. The maEnitudes
a2 and o~ , eq.(19), to which these deviations are due,
include the isotrODic as well as t1ae anisotropic part.
Eqs. (20 and 21), p.390, express the resulting relative
changes in the electric conductivity as a function of the
direction of measurement and it can be seen that the signs
of the longitudinal and transverse effects coincide, which
is in agreement withL experimental data. Bates, L.F. (10)
has established that there is an anomaly in the relation
between the signs of the longitudinal and the transverse
effects in the case of high coercive alloys, whilst
Drozhzhina, V.I. and Shur Ya. S. (11) have established
the existence of sucii anomaly for high coercive as well as
magnetically soft materials; the si6ns of the effects were
equal. On the basis of general symmetry considerations,
Vonsovskiy, S. V. (12) explained this anomaly by the
presence of "volume" effects and he established a criterion
governing equality of signs of the two effects, pointing
out that the microscopic theory should explain, at least in
Card 3/4 principle, the possibility of existence of this criterion.
The eqs.(20 and 21) derived in this paper indicaze that this

"~Ll. ?qOO 80305
_2 9. ~2.7) 0 0 SOV/81-59-7-2240-)
Translation from-, Referativnyy zhurnal. Khimiya, 1959, Nr 7, P 46 (USSR)
AUTFOR3: Turov, Ye-A., Shaviov, V. Q-1 -
X
TITLEP. A Phenomenological 1heory of Ferromagneti,2 Pnenomena~
PEKODICAL: Tr. In-ta fiz. metallov. Ural'skiy fil. A3 USSR, 1958, Nr 20,
pp 101 - 109
ABSTRACT: The foundations of the mathematic method of a ohenomenolog"cal
theory of ferromagnetic phenomena were laid down. The essenoe
of this theory consists In the viewpoint that a solid body
(crystal) is considered not as a discrete but as a compac-,
medium which is characterized by the densities of certain pbysi_~al
quantities (magnetic moment, electrical polarization, impulse, etc,)
For finding the energy spectrum of such a medium the expression ofr-
the energy is presented in the form of an expansion by the simolest
invariants composed of planes with allowance made for ,he symmetry
of the crystal lattice. Moreover, copsidering that const~Lnt
density values correspond to the principal' state of the system,
Card 1/2 the HamiltD-nia-n ---an be expanded into a series by the powers of the

80305
SOV/8-1-59-7-22403
A Phenomenological Theory of Ferromagnetic Phenomena
weak, oscillations around these constant values. Then the Hamiltonian ob-
tained for weak oscillations of the interacting classical fields is quantized
according to certain rules, and the main part is singled out from It. This
part is the energy spectrum of the system in the form of a sum of the
energies of the individual quasi-particles and a small addition describing
the interaction between these quasi-particles. It Is evident that the whole
theory is applicable, in such a formulation, only to those cases, when real
motions actually represent weak oscillations around a ground "zero" state
(e.g., in the case of the consideration of magnetic phenomena at low
temperatures). Although in the theory considered, as in any phenomerological
theor-y. ~several undetermined constants appear In the final conclusions, which
must be determined by experiment or from concrete model notions, it neverthe-
les~~ makes it possible to obtain a series of general informations on the energy
spectrum and the properties of solid bodies at a minimum number of model
assumptions. L4__~
A. Pakhomov
Card 2/2

L) c rj l
-C 2/-.~ 7
;_k~riveu 0-- ZI-le .~Ie
,r 4 C C-~
C
L V C
curvc: i.-zlY non-
i i t t i
Q 1 0 C~ e N. r' C! S 13 On
E 3,
U
~ -,etzil lov A:~' S
f
k-, tu-Z:L~ Uf P.Ilysics of AS USSR)
octo-Ocr "96-1

7 7' ,
S/056j621/042/005/014/050
3104/B102
Irl-hi n, Yu. P. , -.Qhav rov, V. G.
'2he theory of the spontaneous Fall effect in ferromagnetics
PERIODICAL: Zliurnal eks:)erimentallnoy i teoreticheskoy fiziki, v. 42,
no. 5, 1962, 1233-1240
T 2~'T : '11he k-intic eOUaZiOft --F'Gr the 3catterin- of electrons on i)honons is
sot- u-D by t'-e density masrix method of ',V. .':.'ohn and J. LM. Lutting'er (Phys.
106, 590, 1195,7; 114) 739, 1958), hiCher terms in the interaction
wiz'- --he scats'arer---- be4nr' oaken into account. Gnly the field terms in the
Second consain linear spin-orbital interaction terms.
7~ "j 2 , -.-ere R Js she spontaneous Hall coeffic'ent arid the electric
s
.reS4 _I-Vj t,'r. 7xperii;;ensal results, hov;ever, show that R n , where
V-L - ~ - - s
1.9 (Fe) and a = 1.4 (N-4). There-.Core, the phonon scattering mechanism
0
4-S inadecuase To exnle-4n the snontaneous Fall e:fect in -the higher
ranj;e also. Ta'~in.- account o-;~' the band-to-band transitions,
, h-~ve been ected in thi s calculation, does no, change the result
ch v V .
The scattering on magnetic irregularities, which may be regarded as
Card 1/11

C/G5Y-2/042/005/01
'.,.,3ory of tne 3~on'~an,~Ous B1 04 B1 G-2
at hicher te.-.pcrazures, is one of The possible causes of
:3 t a -t -;*. Sa I -
2.
-aszic scattering from these irregulan.ties
devia ion f-07
:-ives a -Lirlear te-=.. in R (Q).
S
ASSCC!,L'.2-10'~1 :T:-.stitut fiziki metallov Akalem4i nauk SSSi-(Institute of
P"'Ysics of "Ietals of the Academy of Sciences USSR)
S U B1 TTS D July 28, 1961
0 / V
4/C50
t
,'ard 2/2
C

'IA12112
S/056/62/'043/000'/051/067
B102/B186
AUTHORS: Turov, Ye. A., Shavrov, V. G.
TITLE: Galvano- and thermomagnetic effects in antiferromagne ties
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 43,
no. 6(12), 1962, 2273-2276
TEXT: The static eff--cts related to the existence of a separate axis,of
antiferromacnetic ordpriniz in certain crystals (cf. e.g. ZhETF, 42, 1562,
1962; 33, 807, 1957; 36, 1954, 1r,-'59) have been investigated already. Here
the kinetic erkfects. naihely galvanic and thermomagnetic, are studied in a
general phenomenological manner. Antiferromagi~etic crystals with various
crystalloCraphic and magnetic structures are considered, the variety of the
latter being restricted by the assumption that collinear or weE&ly non-
collinear structure.- axe describable by two sublattices with the magnetizations
7? --* -*
la where L = M - Y, is the axis of antiferromagnetic ordering. Between
1,21 1 2
'roa-ces and fluxes the relation F = Q (rjF.-L)j must hold; in the case of
.L - OL ap 9 1 p -6
galvanomagnetic effects F will be the electric field strength and j the
Card 1/4

Gaivano- and ther.-nomagnetic.
S/O 5 6162/04311100 6/051/06 7
B102,/B 166
current density. First the spentanecus Hall effect is considered for a
212 rhombohedral lattice structure. The spontaneous transverse galvano-
magnetic effect
F") R'jL., F(s) RsiL,,, F") = Rsi,,L.+ QmLy. (6~
2
For a structure of th-j type 3+2-
z x
RJH, - RjH,, F, = R2jd~, -Rli,H,, F, = R, (j.H, - jH (6)
and 'or L z 3
in hematite below 2500K or FeCO below 350K),
jfjb,) + aLi.-HV,
Fy = ajL (j.Hy + i,H.,) - a-jLj,,H, (7)
F. = c4L (j.11,
Card 2/4

S/05 62/C43/0061/051,/067
Ga'-'vano- and thermomagnetic ... B102YB186
make it rossible to discern antife-rromae-netic states with different
directions of L. Tho ~,reqence of a domain structure with oppositely.
directed L's enables the effects 1inear in
to compensate each other.
Therefore one can conclude from, the presence of 'these effects whether in
uniaxial anti f erroma.-ne ticg,.vith L:I-z* 180o'd*omain boundaries exist or not.
ASSOCIATION: Institut "izi'k--' metallov Akadem i4 nauk SSSR (Institute of
the Ph~'sics of 1",'etals of the Academy of Sciences USSR)
SUBILITTED: Ju!y 9, 1962
Card 4/4

TUROV, Ye.A.; SHAVROV, I.G.
Galvanomagnetic and thermcmagnetic effects in anlCiferro-
magnetic and ferromagnetic substances. Izv. AN SSSR. Ser.
fiz. 27 no.12:1487-1495 D '63. (MIRA 17:1)
1. Institut f-;ziki metallav AN SSSR.

L 16908-63 EWT (I)IIWP_(g_)_/EYT BDS'
__AMq/AqD/IJP(P~ _ GG/JD
ACCESSION le,: AP3005292
S/056/63/04-5/C,02/03.1,9/0352
AJUICR: Shavrov, V., G. Turov, Ye. .1.
TITII';: Galvanomagnetic effects in ferrimagne s near the cornoensation uoint
SCURCEE : Zhur. eksper. i teoret. fiz., V. 45, no. 2, 1963, 3497352
TOPIC*TAG3: galvanomagnetic effect , ferrimagnet , compensation point manfranese
Igermanium compound, magnetoresistance, Hall effect, Ettingshausen effect,
Alernst effect
AMT-RACT: A list cf the various galvanomagnetic and thermomagnetic effects caused
b~r ferromagnetic orderin which can occur in ferrimagnets near the nagneti c
p~,nsation point, is obtained from an analysis of the syi=etry properties of ferri-
magne
tic crystals. These effects was predicted in earlier papers by the authors
(ZhETFI V. 43, 2273, 1962 and Izv. AN SSSRI ser. fiz. v. 27, 1963) on t1-- basis
of Athe general relations between the fluxes and Xcroes, and include characteristic
adALticns to the usual coeff icients of transverse (perpendicular to the f lux)
ef
'k*- etic fects (Hall, Ettinghausen, transverse Nernst-Ettinghausen, Righi-Laduc)
3
10-gitudinal effects that are odd in the magnetic field (change in resistivity in
rd
1. Cc

-L 1690.8-63
ACMSI CN IM: AP3005292
a magnetic field, Nernst, effect., longitudinal Nernst-B"ttingshausen and Ka.ggi-
Pdghi-Icdue effects),, and specific plane-transverse effects such as the "plarie
Tal-I effect. A qualitative explanatim is given for the odd br/f effect experi-
.monta-l-ly observed near the conmpesation point in the ferrimagnetic. compound
Fn5% (ZMTr-, V. 45, 52) 1963). Crig. art. has 6 formulas.
:A3SOCIA7ION: Institut fiziki metallov Akademii nauk SSSR (Metal Physics Institute
of the Academy of Sciences SSSRI
SU =TED: 16Feb63 DATE AC'j: 06Sep63 ENCL: 00
'SUB OME: PH NO REF SOV: 006 OIM: 000

ACCESSION NH: APLO11758 S/M81/64/006/0M/M10/0228
AUTHORS: Mitsek, A. I.; Shavrov, V. G.
TTTTE., Piezor&ignrtism in anti'irromagnetics and ferrimagnetics
SOURCE: Fiztka tverdogo tala, V* 6, no. lt 1964~ 210-218
TOPIC TAGS: piezoi-,iagnetism, antiferrcciagnetic, ferrimagnetic, sublattice,
magnetic crystal, ccmpensation point, piezomagnetic coefficient, antiferromagnetic
structure, ferromagnetic structure, spin wave, spin wave spectrum
ABSTRACT: The authors have investigated the piezomagnetic effect in magnetic
crystals having two sublattices. They have examined the symmetry of crystals that
permit piezomagnetism and have computed the tensors of piezomagnetic coefficients
for all types of antiferromagnetic structures. Piezomagnetism can be observed only
in antiferromagnetics the structure of which permits the existence of weak ferro-
magnetism. If the antiferromagnetic is found in a state in which the weak ferro-
magnetic moment is absent, then piezomagnetism can be observed against a "zero
background." When a weak ferromagnetic moment is present, the piezomagnetic effect
supplies an additional field tnat may be distinguished (in principle). Thus, like
ea I iromagnetismy the piezomagnetic effect is impossible in triclinic crystals
t
ar~ 7

ACCESSION NR: AP401-1756
or in cubic crystals of the classes T and Tb* Piezomagnatism may probably be ob-
served in ferrimagnetics as well, bUA only against a "zero background," at the
point. of compensation (if there is.one). Actually the effect will appear on one
side of the point of compensation or the other when elastic stresses are applied
to the sample. The authors computed the temperature dependence of a piezomagnetic
model and the spectra of spin waves, taking into account the elastic stresses, for
the antiferromagnetic crystals Mrir,*and CoF2. "We express our deep thanks to Ye.
A. Turov for his constant interest in the work and for his valuable discussions,
and we thank S. V. Vonsovskiv for cliscussing some of the results." Orig. art. has:
3 tables and 29 formulas.
ASSOCIATION: Institut fiziki metallov AN SSSR, Sverdlovsk (Institute of the
Physics of Metals AN SSSR)
SUBMITTEW 26jui63 DATE AOQt 14Feb64 ENCL: 00
BUD GOD111 PH NO REF SOVt 018 OTHERt 007
Card 2/2
F-

ACCESSION NR: AP4042402 S/0056/64/047/001/0296/0299
AUTHORS: Turov, Ye. A.; Shavrov, V. G.; Irkhin, Yu. P.
TITLE: Hall effect in a ferrimagnet with compensation point. II;
Theory
SOURCE: Zh. eksper. i teor. fiz., v. 47, no. 1, 1964, 296-299
TOPIC TAGS: Hall effect, ferromagnetism, antiferromagnetism, Hall
constant, temperature dependence
ABSTRACT: This is apparently a continuation of a paper by two of
the authors (Turov and Shavrov, Izv. AN SSSR, ser. fiz., v. 27,
1487, 1963) and is devoted to an explanation of the temperature
dependence of the Hall emf in a ferrimagnet near the compensation
point. Such a temperature dependence was observed by V. N. Novo-
grudskiy and 1. G. Fakidov (ZhETE' v. 47, 40, 1964) in the compound
Mn5Ge 3' A qualitative variation of the temperature dependence of

ACCESSION NR: AP4042402
the ferromagnetic and antiferromaanetic Hall effects is obtained
by deriving expressions for these Hall constants using the mechanism
of scattering by spin inhomogenei-;ies and a generalization of the
calculations made by one of the authors (Yu. P. Irkhin, Sh. Sh.
Abel'skiy, FTT v. 6, 1635, 1964) to include two magnetic sublattices,
for the calculation of the anomalous Hall coefficient. No accurate
and detailed temperature variation can be obtained for these coef-
ficients because of the crudeness of the approximations and because
the Hall constants cannot be expressed in terms of the part of the
electric resistivity due to the scattering by the spin inhomogenei-
ties. The main conclusion is that the coefficients have no singu-
larities as functions of T at the compensation point. The best that
can be expected is no pronounced disagreement. "The authors are
grateful to Sh. Sh. Abel'skiy and N. N. Voloshinskiy for advice and
remarks." Orig. art. has& 12 formulas.
..ASSOCTATION: Institut fiziki metallov Akademii nauk SSSR (institute
2/3.

L ~6954 65
'
.-
NR
ACCESSION-z AP5003439~

l

e sivel~ro b -
...'defcpri~at-i-6h'g.~~pi,ay-'A
cI 6i 1, a uc i n ,of- .,spin-
r a t 0
gap in d s.p. to s jum. As part. of the- _--caI6 dIatiorib i'- the ~Aulthoi-s con-6.1--:
l

-i on
sl*`-an -piezomagnetibn the
A
sider the..Influehce of externa s resse

t --astic -gap he
LUCA911 oel in t Ei-ferromaqnd sj --acvounr'ls~

-case ot
1 taken in the maqndtoelastici energy-bf cause-,-* ;7,~
on,,: but:al 6.:of

pie2;0_7!~-:,-~t'.:
the magndtobtricti s -.tfidse xesp6hsi or;-.,. e zo-,
o,v----an_
magnetismi" The Authors ithank A~- -.-S--,*--'-Bd'-"' A 1k6_ma_n_
~A6 _. suggest d'
RudasheVskiy e ,

k Y,%.----j~
Ah -mairi,. -th- -"pres ent d
e': I !~-a ~ of e _-'wor i ni
also B. ldii: Ishmukhainetov for a disi cuss, on Orig'~: ar~.-_ -bes
formulas.

Inst ,itiit fiziii:_ tAl
me
ASSOCIATIONi:

_
f_Me' :AN:SSSR)--
0 taf~ PjjjSiCSo
L

-
_
_ "
~
4
SUBMITTED: .14ju!6 AS
ENM
REP.
~NR
mg.

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