SCIENTIFIC ABSTRACT YANULOVA, M.K. - YANUS, R.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962120007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

15-57-7-9370
Translation from: Referativn y zhurnal, Geologiya, 1957, Hr 7p
P 91 (USSRT
AUTHORS: Yanulova, M. K., Potok, S. 1.
TITLE: A Bismuth Mineral in the Karagayly Deposit (0 vismu-
tovom minerale Karagaylinskogo mestorozhdeniya)
PERIODICAL: Izv. AN KazSSR, ser. geol., 1956, Nr 25, pp 100-106
ABSTRACT: Aikinite has been identified in the mineralized skarns
of the Karagayly lead-zinc deposit. The mineral
forms elongate-prismatic crystals with longitudinal
striations and without terminations. The crystals are
commonly fractured, broken, bent, or twisted. Indi-
vidual crystals or grains reach a length of 10 mm and
a cross-sectional diameter of 2 mm. The mineral is
silvery blackish gray; its luster is strongly metallic;
its hardness is 2 to 2.5, and its specific gravity
Card 1/2 6.9 to 7.16. Microscopic study has shown that its

15-57-7-9370
A Bismuth Mineral in the Karagayly (Cont.)
reflecting power is equivalent to that of galena, but the color is
a scarcely detectable yellow. The relief is almost the same as for
galena. The variation in reflection is weak, but the mineral is
clearly anisotropic. Anhedral and elongated grains are distin~-
guished under the microscope. The mineral effervesces in HN03 and
turns black. It contains Bi 30.4 percent, Pb 39.3 percent, Cu 10.4
percent, S 15.7 percent, SiO~ 3.2 percent, CaO 0.4 percent: total
99.4 percent. In a garnet s arn body, the aikinite forms large,
irregular, locally rather thick disseminations, most commonly
associated with nests of sphalerite and segregations of chalcopy-
rite. In zones of wollastonite skarns, it forms small, uniformly
thin disseminations. In veinlets and nests of quartz, the aikinite
is found in idiomorphic crystals with a well-developed prismatic
zone. The mineral is associated with sphalerite, chalcopyrite,
galena and, rarely, bornite and other minerals.
Card 2/2 K. N. Ryabicheva

WT

SATPAYAT# K*I,; BORUXAYHT# R~A.; AKHMEDSOINg U.M.; BOXO I.I.; KUSHXVo G.L.;
SAGNEY, N,G.; SHLYGIN, Ys.D.- SHCHERBAO GoNs; XONICHO Y.K.;
LOMONOVICH, I.I.; WZY, T,T.: MEDOYNTO G.TS.; NOTOXHA SXIY, I.P.;
BARBOT-DB-MARNI, A.V.; GALITSKIY, V.V.; KOICTILIN, N.F.; ZHILINSkIY,
G.B.; KAYUPOT, A.Z.; KAZANLI, Da .; SATPAYXVA, T.A.; ABDULKABIROVA,
M.A.; GAZIZOVA, I.S.; VIYTS, B.I.; XUYILUTDINOV, D.rh.; MUKKAMEDZHANOV,
S.M.; CHOLPANKUW*, T.Ch.: PARSHIN, A.T.; TAZHIBAYETAO P.T.-, -YANJMVA,
".tk BYKOTA, M.S.; VOLKOT, A.Ne; BOLGOV, Ga.; MITRYAUVA, N,M,;
CROKABAYBV, S.Ye.; KUHAYXV, D.S.; YARENSKAYAo M.A.; RIBROVA, T.I.
Tireless explorer of the depths of the earth's crust; on the 65th
birthday and 40th.annivereary of the scientific enginseArg ac-
tivities of Academician X.P. Rusakov. Test. AN Kazakh. SSR 13
no.12:96-97 D 157. (MMA 11:1)
(Rusakov, Mikhail Petrovich, 1892-)

MMNOV, K.H.; FURSOVA, M.Z.; YAITULOVA, H.K.
Plattnerite from the oxidation zone of a lead-barite deposit of
KAraga717. Vest.AH Xhzak6.SSR 17 no.1:45-52 -Ta 161.
(MIRA 14:1)
(Plattnerite) (Kazakhstan-Lead ores)

YAVULOVA, Marina Konstantinovna; BOK, I.I., akad.~ otv. red.; SOKOIDV)
---------- A-.U.--,red.; ROROKIUA, Z.F., tekhn. red.
(Mineralogy of the Karagayly skarn-barite-complex ore deposit
(Central Kazakhstan)] Mineralogiia skarnovo-barito-
polimetallicheskogo mestorozhdeniia Haragaily (I'Sentrallnyi
Kazakhstan) Alma-Ata. Vol.l. [Hypogenic mineralization] Gi
gennaia minoralizatsila. 10,62. 240 p. (MIRA 15:5T-
1. Akademiya nauk Kazakhokoy SSR (for Bolr,).
(Karagayly region (Kazakhatan))-ore deFosits)

YANDLOVAO M. K.
Wittichenite and its Intergrow-th with other minerals. Za
Voss. min.*.ob-va 91 no.3:363-365 162. (MIRA 15:105
(Kazakhstan-Wittichanite)
TT

DUERO.. G.., prepodavatell teWmicheskikh distoiplin pedinstituta (go Krivo7
RW; YANLR4 [Janumso T.Iq propodavatoll (Yaunaglonas Iatviyakaya
-WM~~
SSR ; WAVITSYN., A... prepodavatelf avtoahkoly (g.Kostroma)
Disousaing the article "-From the simple to the complex." Za rul. 20
no.7:3o n 162. (MM 15:7)
(Automobile drivers)

VD(YVIN.. Yu.A,.; YANUSI_R..I.
Automatic control of the magnetic properties of electrical
sheet iron in the production line. Trudy inst, Kom.stand.mier
i izme prib n0'.64:70-74 162. (MIU 16:5
(Shoot iron-Magnetic properties) (Automatic controli
&12
VIM

---:-YAIIUS-
New Method of Determining the Magnetic Constants of Small Specimens of
Electrotechnical Steals. ZhETF 3., 1203, 1933. Techn. Phys. l.. 1, 19311.
-Tg~
3;~U

0 a 0 0
a I 1 9 10 11 a tj
of
A t
0* it
00 a
00 A
00 f
00 a
00
!!_~ALLU!41~At
U Al 10 '1-
00
21,
is V V P 4, At 4; 41 41 a
It u 0 A - t-J,
0, A
-1-1~tl!~,M!-tlu ;
1-4
L Vasm And V. L DrazilLhim. Cam
_X. read, aW,
f- (V- R- S. 5.) 7, 411-12(in Undlish 413-141(1104).-
ke"IMMIStills "We Me& on pure metallic cc by the
40
uAdarawthod at tempt. varying 1,-,
~e dweadetwe of I/ a.00 (cwt is Strictfy rectitinmr. .00
r extrapolation 0 - &be.; I magnetic mamfntM
At. remains mot. tbrowbotit itic whole (bolt, .00
'-a" The data Of ()W- give f - I I M. and a**
obs, 11 " dw PON" stated 0( the ionized Cc stom zoo
IC011114141rd. the neartst Probable vdues of p correspond
Cit * either with 12.7 M. Wenul state F) or with
13.2 M. (abnormal state and Cc*** 12.7 roe
aOrMW @late F)- Coadusion: The lattice of (:A.
!~woballycOmisucitherc(Ce'OrCe#$A knit with 0
.J,. .
asivel'alO t- C~ A **14&MMW lobe themost probe. do*
6t40. At fempc below 0 alalm. CA, S)jglsl ,my
Nielson
'00
00
to 0
7-
*ZV 0-44 a" its
I Iff 14 419T.~ -
m A S a 1W 0
a

YANUS, R. I SIMR, Ya. S.
A new Method for Determining the Magnetic Susceptibility of Cases and
VaporBp DAN SSSRI 11p 465, .1934.
W

YANUS R. I.,, & SHUR, Yao Sjp
Magnetic Properties of the Vapors of Benzene. Nature 134) 101) 1934-
-'ORIN

0-0-0-1111 0-4
00
vo-o-o 4-0-070
00
90
Os 8

7;17-4
o 0 o 0 0 o
1

I At AAW
cJ1 - -a-*
0
-T
o 0
-00
.00

Tbf gb-od- a( bisdi% k tb* carbm wo*Amldo mWe.
ok
, SL~~ww I. s. "but. nyso. z.
lili
I
Os
aknlilc nw" is dewribni Iw
Anap-
o co Itit" 4 Value (for the Im4or mouvwillaltv
IN A From the INOW114V to addifivily go*
410mlialrol th.of ilm C isful 4) dir tooltil Il
m
1111-It
406
'4
lu see
too
400
so*
coo
890
"go
so
'00
'00
of

off. ll..014f.

t
i 00
U 0 0 00 a , L mo 1 N
a p it 0
0
0 0 & olvo 0 All a 6 0 00 sit it
a
40 It
: W
0 0 0 0 0 010 111 0 0 0 0 9 0 o 0 0 0 * * 0 0 0 0 0 111 111 0 0 0 0 0 0 0 0 111 0 0 0 0 0 0

F Zi ILI '17
YANUS., R. I.
The curve of magnetization of Iron Monocrystals. ZhETF 5p 292, 1935-
Sow. PlWS- 7., 380, 1935-
Amf
let.
D
%
_Rb
~iC
ti ~o

66
so**** 00
0 0
0 0 to a it Uj
L
Oka

00 At
sop
so 1 4. t A- I

00 a cbew
*9 10-4.
904 diffemi
ccow)
00 methm

0* it, .
.
00 0 41
0 0 0 0 00 a 0 6 4 0 0 0 0 0 0 0
I LIU,
1? 7 OF a 0 It v 33 )d 0
JS x
k owwpiw* ad loomend" vdpw. [.shut
Pb*k. Z. J#v*swkm V. IM-A(loul.
&W.-The app. dmTfbcd cmialm wi -00
ww he" tho wsmk-
w" -00
Ive -p-s cm be detd. TIC
01 Bt WW X - -(0-46 - 0.04) X
tbrla #nK"dbWcy mem made by.;; .00
jarC4 with the expil. value. A 9
=X.1wo concemins tht mmt rtil.
In SeneW. tbwy &gn?" wtU with expt.
AAw S. Sud(h
coo
? go*
Go
2 so*
MIS 0
see
WOO
boo
ILA mWIAL-Luft-KALLITINATUM
L� CL
too., 1*034Y we 0
...... Bit at 4w 41.. it A
It v it 00 all, An I I g ad 0 0 1 W IN S 0 a
41
O~Tss o 0 0 o o 4 0 0 04110-0 09:i'2
oft
al

Vin, t,,j
I n
DROMMINA, Vs I,, YANUSj R- I-
New Mqnetic Alloy of Very High Coercive rower. Nature 135s A 1935-
~Vnn 5-~

SHUR) YA. S.p YANUSI R. I.
Ballistic Appratus for the Testing of Weak Magnetic Materials and the
Method of Using It. Zav. Labor. 5'. 621, 1936.
rj'wmw*mft-mNm MOW- mw;wm 0.

Wo
-16. A-11
A
00 g
00 a
00
00 jr
00
*0 #3 W
00 0
0 e
00
00
0
AIM
1 L I mITALLUROKAL LITIN
-7:7
All,
Wool
j
u a AV 10 to IR to X
a al
4-0 W
it n a A 1% x n 14 a
L It AA
Al
4
JFA
-00
aaw it tM me *arm *kumtts In a now lankc
V- 1. Of0thAbla and R- L Vantlo. I'kysik. Z.Smdri-
0. 72-KP(IWO).-Thc tlc:jt6n between temp. and
malnetic Susceptibility (of Cc and ft was Bumlicti. Itur
=00
Cc the "llefic m(M"t is 11.4 AfW (Wtiss fussuc.
tous) and the Cutle temp. Is 11 - +O'K. For ft.
40 0
10.0 AN and 0 + 2'K. A cmuparlson between upti. P roe
and caled. Values for jo indicate that the mcfalA In ciyotai
lattices art in the 541ne state as when In trivalent Chem, .00
combinatirm. C. li" P~ Ifilreys
!qoe
'Go
,go
$Joe
a., Its
-1 '11 Ai A 1 10 tw a it 9 0 a
0004 0 00 00 6 00,

w- v- to 0 for a a a a to i
6 -
y It if is
ol
A I m I
A for
00 It
69 a
00
00
00 a
00
so
06 q
e-4 -,rj '1i

to 9 a I
lot 0 0 0 4 0

A. 11-j- v 1. X-LA -AA 11. m IVD Ik I L.,-T!!o o
*t 1-0 f,mbeas If. I C:1.1
rxin ~.A.D ovorldfirt
M#*Wo of mag" comstiv! of ndoce 6mliwisatiou
&ad oftiodus of stool redc R. Yantis ond Vs. Witm.
i
h. dWii-Ocist lit
lAmishayII W. 6, 44M tr
upplkatkirt to the manid. fit w1hr-la-aring sirel r(As.
-00

LITINA t'LASINICATIOU
unals If Off it Ckt Jot
u im; &I No is
19 a of IS 19 It K Kja It I
it
of
0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 IP 6 lop 0 000004400041
-00
.00
4*0
6*0
too
gas
:1000
4300
me*
x6e
goo
!, 0 0
too 0
a iI It1 60 0% ItI goo
A.-
-AAL t 8 W 0 IN 8 '1 No 11 13 a 6 3-9- T-X'
0 0 0 0 0 q 9 6 0 0 0 0
0 6 0 0 46449069111699*6 6'

YANUS R.- -1.
Works of Magnetic taboratories. Ural M- AN SSSR (Physics Series) No 6.
868p 1937-
re,
6,
R
V

Magnetic Method of Diccovering Internal Defects in Rotating Bodies
Zav. Labor. 61 1102, 1937
~E-' ZZ
V,
V,

YANUSj, R. I.
The Cuestion of Magnetic Susceptibility of Metallic Cerium. ZhETF 7P
n32s 1937- Saws Phys- 12p 383 1937-

YAN USj R. I.
Standard for Electrotechnical*Sheet Steel. Elektricheskvo, 22 3, 1937,
44,v.

'w wo a Ol
Oiiiisees GOOSE *00-6 Ow
Do**@ ***so** 0 0*01,
10-11-Ir IF w 4 0 a 41
t.- I-JAL
-PICCO1686 Age -0460141111 -011
00

0
t AA

PA
L,d I J, "
0
0
o0 9 ATM- n s s it) 8,
229w,-~~
00 Ib" -0

of
` it " " f0taW by Rudep,," mh,. 1%
4w A
d
m
-0
:
-
o
th- .0-0my"Ah b.. m".11,

go 0
00
6 1 a. I L A MITALLURGICAL LITINATIM11 CLASSMFKAIM
U 0 ju
0 ii it it 4 1 it it a Ii out"
0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
zoo,
coo
20*
0*0
coo
800
sq*
be 0
,00
. ..... too
9
too
pool
IA List *�Cd;**; IOff"Saf 36 TEA
0
0 0 4 4 00 0 0 0 0 00 0 0 0 0

W--I-ANIJSj-R--
Some Calculations ror Magnetic Defectoscopy. ZhETF 8s 307o 1938.
Techn. Phys. 10 1938.
t ih-
gg
7, T,
P
Ri
T

A:4; rt4j~
44
YANUS,-R. I:A SHUBINA, L. A SOKOLO~I, A. D.
Methodoloa of Magnetic Testing of Whole Sheets of Electrbtechnical
Steels. Tests for Losses in an Open Magnetic Chain. ZhETF 8, 1703, 1938.
A

YANUS, R. I.LL SHUR, Ya. S.
The Effect:Jof Heat-Treatment In a Magentic Field on the Magnetic Propertites
of Ferromagnetic Monocr7stAls. DAN SSSR, 20j 1287., 1938.

is q Is - 11 4 If 9
it'll 4-14is Mns

Time decrease of the permeability
l
l
'l
steel. Ri I-VAtimi alul %, L lt!4"
I'Ays. it'. S. S. H-) 0. JJNVS 70tljOll),
flivalfility 4-1 Fircl (4% of Si) fiv-% lifirt I
Alut Irw evulling, C-IM-dally whril t1ir V,-,
ilt ill a 1114clittic firul. 11% %low ll.-kTraw A
!
-
4
ai
,.
1
nx wu
in
1~ A 1111%1 14

j

0 x- IF u7 3F

W11110f-tt -00
1-9, J. I e. 4. .0
1141911.1 W JU I
*1111K 1.1
ill 1.1kc,
41m4ing 14
1~11 ..Ill
kr I wo, 1 .1

09
~ 409

-Ak

00
;Oo
x9o

j Doe*

tse 0
S 0 1 L A -fT*Lt(1OGKAl, toija41,41 ct'llit'CATIC,
64110's I :
00
too
U Is AT W3
An I
Ow 0 7. 6,11 'a a
0 91 rp it 00 it K 41 it 19 K TV ff
0 0 0 0 0 0 0 0 * 0 0 0 0 0 * 9 9
0
9 0 * # 0 0 0
0 0 0 0 0 0 0 : 0

VV T
JY? OM 1449 MAGNAtIC I'AtUrCIIII&S OF SIEAL tUll
IWwo ArTANAT"k shutIt"I.I. A Dgushinin.
vig.r.tiod J4,411-1il-49i B1.
PP- 411-31,)
The 4vt Ik ft4julfrownts which Ilw'uh! Ite 14A d".0
b-I It-vi tO IW UW41 In lhN I"AnillAttUIV 41t It&"%b4InVI-
in FASINI AlqMtAtU$ are discutwJ. avul thr nctewt
g" Is
Impinteet out for liking di-copunt of frapponle Nhfn to
AilleflitivOy towng [IttlAming tulmit'. %t ballmtk
u Fsg' J) jor Irsting sar"pirs 8. .1 it W4, and
I&ICA-1- MV dl~~4 1-.t thO ILINCIOLt "IIIIIAtbon It( ;Wf-
IFICAIA11ty 1111111 MC CZPCIU"tUt&l I"U11% It to A1W
=fed that in3tcad of desnagnetissus the %Ampk-s
lr%ting, they Aouki tic tualtrwlevni IturnrliAtely
1whme rach IM in a Owbi of a iftfinito Intemity I'snaltv
tw rtrows istrojw441 Ivy %stung lyjwq of Pointe t" Ilk

YAITUS, R. I.; MLILEY-EV, P.A.; M[Mllvft, L.A.
Dia(,rrvm for new Hyper-Zensitive PIP-nt Caitrol of" Rod aryl S-3heet Vlaterlal,- by
Magnetic Formability
ZhTF 11, 936, 1941

ams R. I.
YA
U
Magnetic Defectoscopy. (Monograph) Gostekhizdat,, 1946.
u-Cy. -2

_jL g. I.; CIMAN; A. S.
yANUS
Attempt to Analyze the Work of Drum TYPe MagaetIc SuParatorr'
ZhTF 71 1854, 1947

N;~~194T
Foarromagnetism
Energy - Dissipation
,"Heterogeneity of Ferromagnetice as Source of Addi-
tions.114ases of Energy During Msgnetio Reversal)" R.
1. Yanus, V. V. Drazhinin, Inst Phys of Metals, Ural
Br, Acad Sci USSR, 1 p
"Izv Aked Nauk SSSR, Ser Fiz" Vol XI, No 6
Evaluation of the possible order of magnitude of eadh
of the sources of additional losses considered indi-
oatee that their sum can show magnitude of this order
as well as the normal difference between theoratioal
and experimental values.

USSR/Phye Nov/Dec 1947
Nametite
Magnetic Permeability
"Accommodation of the Magnetic Permeability of
Ragnetite," R. I. Yeaus , Th. S. Shur, V. V. Druzhin.
in, A. M. Vfyukhina, M-al State U Imeni A. M.
C'M I k-,Y pp
"Ity Akad Bank SSER, Ser Piz" Vol X1, So 6
It-'iwas established experimentally that some varietim
of magnetites when broken down Into fine povder ex-
b1bIt in very sharp fcw= capacity for acca=odatlon
and d1sacccomodatica of magnetic permeability. If
the magnetite is subjected to maEpetic reversal
57TT6
/Phye (Contd) Nov/1)00 194T
several times after 3,yIng for some time outside
acocmmodating Influences, the p sability increases
noticeably. If it is-then kept outside an accommo-
dating influence, bovever, it again gradually re-
twns to former condition.
J~o

Bice 7
X-ray InspectIcn
V01
Metallurgy
i 103leetrmagnstic Jbthoda' of Defeetoiw*y In-ServIoe
Ito' Soviet Technology," Prof R. 1. Yanus, 7
I'Zavodskmya Laboratorlyar Vol X132, No 3.1
';Me system of checking the physical defects arparts
4" been going cn f or a long time. At the present
t1me vith' -no production and the necessity ter bigh
i
lq~xality materials It Is necessar7 to use a =L=o Off I-
"Clent method. One of tbese Is an electramagoAtic -
thotl Discusses c=trol of the mleroutraut aniL
ichemical ccupoolticn, ccntrol over the disintegraticm
i ubbN Ica (C=td) Nov, 194T
*f the compactness of the material, ocoatrolover the
ickness cf the layer being al)plierd as plat e, can-
trol. over, the dimensicas of theparts.
36T100

USSR/Magnstite Fe b 47
Magnetic permeability
"The Accomnodation of the Magnetic Permeability of Magnetite.," A. N. Vyuchina, V. V.
Druzhinin, J. S. Shur, R. I. Yanus, 14 pp,
"Zhur Tekh Fiz* Vol XVII., No 2
Tables and graphs showing the relation between H and B for various temperaiures, values
of Bmax and A B as functions of time, etc., for various coq)ositions of magnetite.
PA 11TV

yous R. I.
USSR/Magnetism Feb 47
Currents, Electric - Alternating
"The Induction of Residual Magnetism by an Altering Current," A. V. Alltma, R. 1.
vanus' 10 pp
"Zhur Tekh Fiz" Vol XVII, No 2
Connections diagrams of apparatus for inducing residual Magnetism by alternating current.
Hysteresis diagrams and equations representing subject action.
PA 3-1T26
fNQ

YANUSp R. 1.
USSR/Magnetization Feb 47
Metallography
"Study of the Work of a Magnetizing Devices of an AC Remanenea-defectoseope," A. V.
AlItma, R. I. Yanus, 8 pp
"Miur Tekh Fiz" Vol XVII, No 2
Connection diagram of apparatus for detecting defeota in steel* Characteristic
curves describing its operation.
PA IlT25

0 0 0 4 0,0 0 # 0 0 0'0 0 0 di 04-0
00 0. 0 0.0 0-0 -0-0 0 0 0 -0 * 0; 09*
41 14114ill""If till 0own a m-
0~119
004
.06
A
lot
a we*
-06
001 WWI it" at the Actiso of Jjw .2"'Mwe Defirc.
it j I In an Altantatleg Convuli.
0 F'VE't, (in Russian,) A.
I And R. 1. 1&nij#,joVnj coo
2, 1047, p. 163-160.
G1,-
'fie ff=:ta of an experimental investigation of
of differ"t fact4rs on the Magnaflux
041 V method Of naPection for defects in metals. 00*
001
00 V
NITALIMCKAL LIT911AILMI CLAII11KA1100
XIG.~ t1--8iIVW 7-~
Kip a- Gas
T--I P itI
it it gi X t
Ian=
woo* **mini -Ed
it a 0 43, a 2 1 v
All L S 8 IM 0 0 W
*'0 0 0 000 0 0 * 9, 0 0-4 0 0
0,00 0:0 0,0 9 0 0 0

W W ME am -ME M
9M
R I
Magnetic Instruments
Suitability of magneto-mechanical selectors of
defectoscope stations for railroad rails.
Trudy Inst. fiz. met No. 79 1948
Monthly List of Russian Accessions, Library of Congress November 1952 UNCLASSIFIED
7,
M~

XANUSp R. I.
Magnetic-Testing
aiwsificati6n and terminology of magentic
defectoacopyp Trudy Inst. fiz. met. No. 7. 1948.
jjqnjLlZ List of Russian Accessions, Library of Congress November 1952 UNGWSIFIED

. -L 4
Magnetic Testing
Some problems of the theory of magnetic
defectoscopy, Trudy Inst. fix metp No. 7
1948
Zqnthly List 2f Russian Accessioas, Library of Congress, November 1952 U14CLASSIFIED
ZZ

YANUS; R. I.
USSII/Physics
Magnetization
Permalloy
Apr 191,.8
"Observations on an Article by N. G. Ardashev, Yo. P. Svirina, and A. Ye. Bryukhanov,
'The Magnetization of Pamalloy in a Constant Longitudinal Magnetic Field 'f 11 Ya. S. Shur,
R. 1. Yanus., Inst of Phys of Metals, Ural Br, Acad Sci USSR, Sverdlovsk, 4 PP
"Zhur Tekh FizII Vol XVIII, No 4
Briefs the discrepanices and deficinecies of subject article.
Submitted 30 Apr 1947
PA 64T92

0:1*00000**000 0*0
pw
Ai a
I , 4 y IV
f 9 It it I to it a I. v n p as It
1 f
a 1, 0
M r
AA A 11 JI a J, a a 41
k 4 6
A a t. r S. .
4
A. A IL I.
A
*0
00

00
00
0 0

go
V -00
00
InAurn9v n! AUNIenlip an the Masurtisallte, c,urvr q

00

00
Steel. (in RUMI&n,) V .V, Parfrtitv anti lt~ I
"
-*
Zhurnal rtikAxiehrokoi FUM
J
4 .00
ournal Uf
.
(
.
.,
PhYsirs). V. 10, Feb. 1940. V. lot-104.

=00
GIv" tables tind curves far mamuetilsti,in of
coo
temperril Cr-51" steel with mulstvnite rontent III)
-1 74% In 1110ja 420 120M oermt,-41%.
pmItortionality betwern mairfirtivatt"n anti final
ronerntration of the fern,magnetir phapp exists
to & great txttnt for fleMs 0( nirthum titaimptic
resistance as well tut for hIgh-resistAnce nel(Im.
I -;0o

~00

12- -- ----
1AILU1116Kht. f :jog

!
Melt-
1 _
4~i
1-!-
j4
-
.341 IIIJI)IO. ;o 0
1- 16 "A 6 j-T-j~-S--I-T--V-v An I I V Md 0
U f$ kv~ 10 noffato Hit vra Kaft Rat K-10 I
0 0
4_111_0 0 Vs 0 0 9 0 0 0 a 0 0 * 0 0 0 0 0 0 0 0 6 0 0 a 6 0 6 0 0 6
0 0 0 0 0 0 0 0 00000 0 a0 0 OALO 0 0 0 9 0 0 0 0 0 a

YAMS. R. 1.
36171 ElektromagnitMye matody defektoskopil v rabot&Kh urallskikh fitikov. Trudy
In-ta fisiki metallov, vyp. 121P 1949, S. 150-56.--Bibliogr: 41 nazv.
SO: Letop4s' ZhrunalliVkh Statey, No. 49, 1949
"'M

A
SA A 53
u

538.221
-Anistrophy of the =Motic uormoability of monocEletals of Iron ailiqld
in the range of Ug3k rmgngtj&-jLelA2,' A. Ls Goldn
L Yallus. T, Toch6 i')hys.j MM, 20, 5Y1-8 (MY, In Russian*
It is sho-im oxperimontally that in the range of weak mCnotic' fields the
minimum permeability of monoorystallino disks of an alloy Fe .9 1 is
3%
obtained,by maguotization along thA diagonal axio of thA eDbio lattice, the
raxinum pormenbility along the totras7.onal axis, An anisotropy conforn-inp, to
8, ldculoviA woll-knovni lQw of animotrovy in observed only for MOP-netiWtionS
Te'r oxedea1w., the ronro of the Pzx:Uium norneability. This invalidates the
Statements of V11111.nma and otbors on the uniform charneter of the law of
anistropy of the porn, eability of nionoortotalo in strona
ond vreak fillds.
,
B. r. Krnus

V

~P
M
..........

-13.08V42 1621.317.715 621.317.42
2817, hirpsurcnicill of sniall diftirtrilre-i nt M,,Ippwg
Ali
1. YOM!',
USSM, 29, 69.1-W)II, (little, V Mj "If,frif n,
lichavlotor or n balil-stic pilvalmnirw
r undcr
file lidloti of 2 -,-ucccmIvc imptaseq or ncritly c4limi b,; or (ho sani,: i
'Frill (6irk) shoullit
Inicnilly, but of opprKifc *m 1,; invc-Oiralcil. 'file kilid. The JC6 NO 1.
condillom nra coMilkhed unda whidi the killiflic order as Iflat y III,,
I rcritc%ellill lite oplillium
lbrow file in vich impulwi furukhri i1 %Wlst for Ihil
Imaillable. tile j;lJt-,CnI IlWlhud is tusceptillIg of riltilla
'I bc
accurnic mcamic or llim imvidsv;.
or ill.- niciliod k Onwn ill measumnicilt- ;if by'Icte,is fillprMcrilvills III fills IC%PCCI (reduction of TIr,
Increase of It
Imitel III wrt felrolliaglick Cprdlllcm~ ill nit opon Or ,:(I,Iolon or i. or thc gAv. circuit,.
or else W;illj- the 1;.Ilv. ill fluxmdcr conditilim).
niagric0c circuit. comp:uken or iliv "illivill-w
D. F. KRAUS
(fifracm flIC111110" isith fill: 111mil hillh~ilic wrillml
Olows tile pralcr coinvniowe or (lie 1,irmcr, l-vr;iwc
cvcry 11 rcqtiilc% Plic IcfiliIII.. only %:4111111.1fol willi The
No of tile Lmm A wrt !umikm fm Ille
(mm."Jumd1l.-It 1'~Awl-. r Imly al- 11': vro "Cly Omple
t-4
5 '1 'R
~2
y gi p
1. A,
"j;- -4

F. T.
USSR/Electricity - Measurementsi Jul 51
Magnetic
"The Tare Method' in Magnetic Tests of Dynamo and
Transformer Steel In Differential Units," Prof
R. I. Yanus; 0. V. Grekhov, V. V. Druzhinin, Engi-
neers, Verkh-Isetskiy Metallurgical Plant
"Elektrichestvo" No 7, P 76
Suggests a method similar to the well-known "tare
method" used in accurate weighings. The method
,substantially increases the accuracy of std mag-
net~ic tests vi-thout any addul labor, expense, or
complications of the testing methods. Submitted
24 Jan 51.-
199T21
MUM
T1
A-,
MAIM-0
Nk-

YAIIIS, R. 14-L PAIFUF-T'^~Vy V. V.
Practicability of electoromagnets for me~Izvring the i~everse i3~n~iv,ity of ferromapetic
material in interne fields. Izv. All SSSIR. Ser. fiz. 16 No. 51 1952.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.
ff
'R,
v
s
41
TIE

lz~
NZO
)-a
0l

USSR/Physics'- Magnetization., Nov/Dec 52
Hysteresis
"Variations of Magnetic Eysteresis Loops During.
Variations - of Maximum Magnetization, " V. I.
Drozhzhina, R. I. Yanus, V. P.,Kartazhov, and E. V.'
Kaplun, Inst of Phys of Metals, Ural Affiliate,
Acad Sci USSR
Iz Ak Nauk SSSR, Ser Fiz, Vol 16, No 6, PP 703-712
Aualysis of behavior of microBtructure of magnetism
related to magnitude and direction of magnetic fieldi
Expts, show greatest magnetic hysteresis to correspon&
251T29.
to remagnetization. processes belov saturation point.
Problem vas also analyzed by X. S. Akulov (Ferro-
magnetizm, 19~9).
251T291

USsR/rhysics - coercive ?orce., ftagwtisn may 5.2
"Anisotropy of the Coercive Force in Monocryzta3s
of Ferrosilicic Alloy," V. V. Druzhinin, R. I.
Tanus, Sverdlovsk
"Zbur Tekh Fiz" Vol No 5, pP M-857
Anisotropy of coercive force in =onocryst diSkS
of ferrous alloya with 3$ sillicon, obtaihecl from
a cut of sheets of big aryst411-1tes of transfor-
=tion steel of trademark XhVP, in which the plane
of the dodecabedrou of the cryst lattice is nearly
parallel to the pLane of disks, was studied
222788
experimentally. It was showa that the coercive
force is proportional to the digonal axis of
crystal, and not to the trigor-al as previously
stat-id by Williams (cf. Phys Rev, 52, 1937)
Received 7 Feb 52.

fl I or
pauOT,4
-Eg ICIV POATOOO)l -U-EOB
-uaut aqq. UT 94uQ=AO4dmT 8=8 0,48099ns * 130,;Iq.0212TI)
u-Eunsn's -puu oaEaoz;DTd ua2p4QCL TISTaUT'VITP &EVOT-0
-Tj;ng 4ou PTP Ott" ~961 Ir 909 ITU "ZTA qxal xnqz.)
AT3[SAOU.rSZ13X Aq ma'EqO-zd '40ZVqng JO UTOB BaZTDT'4T'zo
193T-993T dd '9 09 'UZ TOA "ZTA 44,21 =Wss
uss '[earl Tog PUDY Big-49H jo
sAtij jo qsul Ifirml *1 -H ,'r9DTJ'4DQ'EQO7'9TcT JO 130T.4ja
.-doza. *-;a-400TQTCI JO Ja molq0xd"
?,5 9nv BDTJ-40010020TJ SoTgAvIussn
M t M

e~'~ N' A., 1,-,
IL. Y.AN.US. R.I., PROF, SHTENGEL'MEMjS.V.
2. USSR (660)
4. Magnetometer
7. Device for checking demagnetization of steel products(magnetoscope). Vest.rmsh, 32
no. 7. 1952
9. Monthly List of Russian Accessions, Library of Congress, February 1953. Unclassified.

T
AXAD. jqAjr;C.
URALSKII FILIAL 1954, no, 15
-011thO_ the of inducti
LO-Orcivj�~ 1~ctora ~b~, ele"Onts with saturated fe 2gnetic c
K-m-- -j. ~ - ores for
1. Yanun L" -Ilerron
i The ti ~!X-o -Coer -c
nento with a frace- 4' ill, t7 M-ellaure-
~4- Aj -q if i th f v r r oping C-Irloort, An prooonted, C 0-
netic
pp. ind Znv. Lab., 1955, 21, No.
.All
j
~Y- - Rv~ 5!~
N,
Z

TAIMS, R. I.
On the variations of vagastic properties within a single batch of
Iron shoots used in electrical onginseringi Fiz.metA metalloved.
1 no,1:84-91 155. OWU 9:3)
1. Institut fisiki motalloy Urallskogo filialm A.Womit nauk SSSR.
(Sheet iron-Aagnetic properties)

YA NUB, a. 1.
On the wasurement of comutatioaal mapstizatIon curves In direct
and alterasting fields. Fis.met.i matalloved. I no.1:101-104 '55-
(KLU 9:3)
1. Institut fiziki metallov Urallskogo filials, Akademit nauk SSER.
(ghost Ir6n.-Kagnatic properties)
% Or-," 1,4:-
~4:'M 2
A
fl

FIZO )ETs I JZTALL. VOT.. 1, 110. 1, 1959
Avnaratua for the detcrminnt-tort of elpetrerjametic characteriatien of dynamo nnd
trawiforuer iron on tylicle 9:ieutn bv A. 0. Nollfolov ania K. 1. 1011U3 (P.
w~-ic-h C,11 Ou -uacl for non-dea-t-r-ue-t-Me-t~9ts on large ahecto.
It conniata of t%o nf.Tts: gve for thp determination of d.c. mar--~Cfsntion curvusi
u,jin,m, th3 induction rtut.hnd and the other for the detemination of specific los3pq by
tne viattmetez riethod Pnd for the deternination of alternating angnetisation urves.
g

TAIM. R.1.; 'FRIDW, L.A.; DROZHZHINk, V.1.
on the sensitivity of ferromagnetic core coercimeters. Yiz.met.1
metalloved. 1 no.1:118-12) 155. (MLRA 9:))
1. Institut fiziki metallov Urallskogo filials, Akademii nauk SSER.
(Kagnetic measurements)
4
A 4IN

U11SR/MaZuetism Ferromagnetism, F-4
Abst Journali Referat Zhur - F4zika, No 12, 1956, 34913
Author: Yanus., R. I., Kadkin, V-. A.
Institution: Ural State University, Sverdlovsk, USSR
Titlet On the Structure of the Family of Symmetrical 4steresis 1"ps of
Ferromagnetics
Original
Periodical: Fiz. metallov I metallovedeniye, 1955, 1, No 3, 420-423
AbEvtractt A study is made of the effect o~r cold working on the structure of the
family of symmetrical hysteresis loops in transformer steel (4% Si).
The magnetization-is made uniform aver the cross section by using
specimens of parabolic shapet and the uniformity of,cold vorking is
obtain e&-'Apiformly bending the specimens on surfal*s of definite
curvature. -The hysteresis lq*pa were plotted usiig the reversal
method in a ballistic Installation, while the coercive force was
measured both by the throw method.. as well as by reversal. It was
observed that homogeneous cold working of the transformer steel does
Card 1/2

USSR/Mignetism - Ferromagnetism, F-4
Abst-Journal; Referat Zhur Fizika, No 12, 1956, 349-13
Abstract: Ot effect the properties of symmetric magnetic bysteresis
present in the non-cold-worked iron.
Card 2/2

~A LA ) ' I .
Catego y : USSR/magnetism - Ferromagnetism
Abs Jour : Ref Zhur Fizika, No 1) 1957 No 14oB
F-4
Author : Yanus, R.I., Voroshilov, V.P. -
Inst -.--Ura11-Un-1V9rsit)r, Sverdlovsk, USSR
Title : On the Structure of the Family of Symmetrical Hysteresis loops of
Ferrommgneti~s- III. Investigation of Technical Nickel.
Orig Pub ;Fiz. mptallov i metallovedeniye, 1955,'No 3o 424, 1126
Abstract Symmetrical hyajeresis loops of technical N~ were measured at various
maximum intensities of magnetization of the cycle. All the loops in which
the maximum magnetization is approximatelY 50~ highek'~than the satUration
magnetization,,have been found tothave approximately the same width: th6se
loops differ only in the initial POrtions of the ascending and descending
branches, while the penter and final-sections are equal, with an acermey to
within the'mjasu~ement *rror. Thd higher the maximum magnetization of the
cycle the-longer the equal sections of the corresporiding branches of the loops.
Since a sthilar charactet of the structure of the family of sy:mmetric hyster-
esis loops was obtained earlier for iron, it is quite probable that it is c6m-'
,mon to a very'wide class"of ferromagnetica.
Card 1/1
" K 1-Mi
_;Y
AM-- 3, t
4"

YANUS, R. 1.
Theory, of induction receiving elements with ferrosaturated cores
used in coercive force meters. Trwfv Inst. fiz. met. no-15:76-R9
'55- (KM 8:6)
(Magnetic measurements)

g -4A
a,

"Some structure characteristics of the family of the aymmetrical hysteresis
loups of the ferromagnetic substances," a paper submitted at the Internatonal
Conferenceon Physics of Magnetic Pheonmena, Sverdlovsk, 23-31 May 56.
ji'l
ip.

Category USSR/Magaetism Experimental Methods of Magnetism F-2
Abs Jour Ref Zhur - Fizika, 1402, 1957, No W17
Author Yanus,_RI., Fridman., L.A.,, Drozhzhina, V.I.
Inst Institute of Metal Physics, Ural Branch, Academy of Sciences, USSR
Title Rapid Method for the Monitoring the Coercive Force of Electrotechnical
Iron Sheet Metal.
Orig Pab Zavod. laboratoriya, 1956, 21., No 10, 1193-1197
Abstract A new instrument is described, a coercitimeter, which makes it pos-
sible to measure Hc of electrotechaical iron sheets. The measurement
is carried out in a closed magnetic loop, consisting of the tested
sheet, located in a solenoid and pressed tightly against the faces of
two halves of a yoke,, as well as of a ferro-transducer (ferro-probe),
which closes the outer portion of the magnetic circuit. The process
of measuring ff. consists of the following. The tested sheet is magne-
tized and the demagnetizing current is turned on. The demagnetizing
current is x increased until the pointer of the balance indicator re-
turns to zero; the current in the solenoid is then a measure of the
Card 1/2

Category : USSR/Magnetism - Experimental Methods of Magnetism F-2
Abs Jour : Ref Zhur Fizika,, No 2, 195T, No 401T
value of H. of the measured tested sheet. It was established ex-
perimentally that there is sufficiently good correspondence between
H and the electro-magnetic losses in the case of electrotechnical
ircon without grain orientation. This permits the use of the described
coercitimeter for an indirect estimate of the value of the electro-
magnetic losses., and consequently, also for the control of the quality
of hot-rolled dynamo and transformer iron.
Card 2/2

.A,IJTHOR: Yanusi
126.2-25/30
TITLE: On the limit o~ usefulness of multiple repeated measure-
ments'. (0 predele-poleznosti mnogokratnykh povtornykh
izmereniy).
PERIODICAL: "Fizika Metallov i Metallovedeniye" (Physic's of Metals
and Netallurgy3y' Vol.1Vq 110.2,, 1957, PP.369 - 374 (USSRy.
ABSTRACT: Kogoberidze,D'.Y. and Hirillov, Y.V* (1) criticise one of
t4e assumptions of the statistical theory- of erroral- namely
the assumption that with an increasing namber.of measure-
meirts n of a single value N by the same instrument the
deviation of the mean arithmetic value of the measured
results from the real value tends to become zero for any
sensitivity of the instrument, showing that no improvement
in accuracy will be obtained if the measurements are re-
peated more than a certain number of timed'. These conclu-
sions are criticised and the author of this paper concludes
that an increase in the number of repetitive measurements
for the purpose of increasing the accuracy and reliability
of the obtained results is useful for any namber of repe-
Card 1/2 titive measurements if-the results of the individual mea-
surements scatter within such limits that the "directional"
effect of the real value of the measured magnitude lon the

On the' limit of useftianess of multiple repeated measure-
ments'. (COnt'*) IX-2-25/30
measured results differs from zero.
There are 3 Slavic references.
SUBMITTED: Octobei 89 1956.
ASSOCIATION:--Institute of Metal Physicss Ural Branchy A.Y.Se'..USSR.
(Institut Fiziki Metallov Urallskogo Filiala A-N-SSSR).
AVAILABLE:
Card 2/2

AUTHORS; lanus, R, I,., and Kartashov~ V. P& 48-9.11/26
TITLE: Note on the Shape of Families of Symmetric Hysteresis Loops of
Ferromagnetica (0 strukture semeystva simetrichnykh petel-.1
gisterezisa. ferromagnetikov).
PERIODICAL: Izvestiya'AN SSSR Seriya Fizicheskaya,- 1957s Vol.:211 Nr 90
pp.. 1255ol261 (USSR..),
ABSTRACT9 In this investigation an uncomplicated, although not quite perfect
method was employed. Samples were prepared from a polycrystalline
material nossessing text-are (from cold rolled dynamo sheets all,!~yed
with 30/03Llicium). They were shaped into the form of arrows with
sharpened tips3 having the same thickness all over and cut at thei
sides in the shape of parabolase The magnetic measurements were con-
ducted according to the ballistic method. From the curves, which have
been obtained, it can be seen, that ima coincides approximately with
the*magnetization where the differential permeability of the material
according to the commutation curve (6AL-d~04 Tr d-IT "/dH,) reaches its
ax
m
imumo It is shown, that in the range of very high magnetizationy
Card 1/2. where according to the orthodox theory of magnetization processes a

Notia on the Shape of Families *f Symmetric Hysteresis Loops 48-9--11/26-
of Forromagnetica,
magnetic reversal could only talm place by reversible processemy a
considerab]4. hys'Laresis appearsi, It is assumed,,. that the hysteresis
Is connected with the bysteres-is of the formation,and of the disap;=
pearance of some types of "sub domains,''in the range of.high mag,ne-
tization.j which explanation in favoured by the investigations con-
ducted by var-ious authors of the powder patterns of Akulov_BittuA.
J~ denotes maximum magnetizationp ~ma an certain value of,j
GYalt differential permeability in the section k and lim. the maximum
field strength,
0 -
Th6re are 5 figures and 8 references, 5 of which are Slavic.
ASSOCIATION: Chair for General Physics of the Ural. State University (Kafedra
obshche-y fiziki Urallskogo gos. univeraiteta.).
AVAILABLE! Library of Congress.
Card 2/2

t
AUTIJORS: fanus, _R. I., Gdndidate of Physical-Mathematical 105-58-6-20/33
Sciences, --- F-FiTmianq L, A., Candidate of Physical-Kathematical
Sciences (Sverdlovsk)
TITLE: On Cases of an,Incorreat Use of the Commutation-Magnetization-
Curve in Approximate Calculations of Circuits With Ferro-
magnetice(O aluchayakh nepravillnogo primeneniya kommutatsion-
noy krivoy magnit nosti pri priblizhennykh raschetakh teepey
a ferromagnetikami)
PERIODICAL% Elektrichestvo, 1958, 1Tr 6, PP. 77-80 (U33R)
ABSTRACT; The term "commilation-magnetization-curvelI (kommutatsionnava
krivaya magritnostill) is deliberately used here instead of
the term "fundamental magnetization-curve" (!Iosnovnaya krivaya
namagnichivaniyall) recommended in Elaktrichestvo, 1957,
Nr 6, P. 17 under position 92. It is pointed out that the
opinion on the alleged usability of the Bm(Hm)-curve not only
for the reading of the H.-values according to known Bm and in-
versely, but also as a good (if not the best) approximation
without hysteresis for the B(H)- loop not only within the do-
main of high but also of low induction is very widely spread.
It is pointed out that the differential equations to be solved
Card 1/3 in the computation of amperage and voltage in electVic circuits

On Cases of an Incorrect Use of the Commutation-Magnetization- 105-58-6-20/33
-Cun7ve in Approximate Calculations of Circuits With Ferromagnetics
Card 2/3
with ferromagnetics contain the function/kd(H) or U., (B) as
the main characteristic of ferromagnetica. d m dy)A de-
notes the magnetic differential permeabili &y.V. Therefore only
an approximation of the B00-curve can be used for such com-
putations which qualitatively correctly expresses the functions
jUjd(H) and~Wd(B). From this poiht of view the approximation
formula (1 given in a textbook (Ref 1) is investigated here.
g
It is shown that the use of this formula leads to qualitative
deviations. It is further shown that in contrast to the curves
of ma tiz tion, demagnetization and magnetic reversal the
H 5neurva
B
m( m -0 e does not express such processes (neither "funda-
mental" ones nor others). It is only the geometrical position
of the peaks of magnetic-reversal-curves and any two points
of the curve, infinitely near to each other themselves, belong
to separate magnetic states (which are separated by entire
cycles of magnetic reversal taking the course of entirely
different curves). It is therefore qugntitatively and quali-
tatively different from these curves. The denotation used at
present conceals this important peculiarity of the B.(~)-curve.
Therefore it would be better to call this curve a commu ation-

On Cases of an Incorrect Use of the Commutation-Xagnotization- 105-58-6-20/33
-Curve in Approximate Calculations of Circuits With Ferromagnetics
or amplitude-magnetization-curve, for it only expresses a cer-
tain aspectcf the magnetic properties, the magnetizability of
the material. Therefore it is inexpedient to call it a "fund-
amental" curve.
B. denotes the maximum induction, Hm the maximum field
strength.
There are 1 figure and 7 references, 7 of which are Soviet.
SUBMITTEDt October 15, 1957
1. Electric circuits--Mathematical analysis 2. Ferromagnetic
materials--Electrical factors
Card 3/3

AUTHOR: Yanus, R. SOV/126-6-2-34/34
F
TITLE: "Elecrrc'~' T3~So`n4l' or "Steel" ("Elektrotekhnicheskoye
zhelezoll ili.1'stal"')-
PERIODICAL: Yizika Metallov i Metallovedeniye,, 1958, Vol 6. Nr 2.
PP 382-384 (USSR)
ABSTRACT: The author discusses terminology and in conclusion
recommends using the terms as follows:
"alloyed iron" is an alloy of iron with alloying
components, the structure of which is predominantly ferrite,
whilst the other components (cementite and other carbides,
austenite, martensite) are not necessary or desirable;
"Steeln is an iron alloy containing up to 2% C1 in the
structure of which non-ferritic components (a-ustenite,
martensite cementite and other car~bides) are necessary
for obtaining the desired properties.
There are 9 references,, all of which are Soviet.
ASSOCIATION: Institut fiziki metallov Urallskogo,-. filiala All SSSR
(Institute of Metal Physics, Ural Branch" Ac.Sc., USSR)
.SUBMITTED: December 4. 1956
Card 1/1 1. iron--Properties 2. Steel--Properties 3. Alloys--Properties
U300MM-DG-5.5879
zMMMz=W =mom
Z
ti
S

Contra! let'~Od Of th~? Ma-Metic properties of electrical
Trur'- Uh~-N SS,5~q no.20:11L -,,51 15p.
Ounte'. 1,:11)
(Shent iron--KiFmotic pro-,artios) measim)--oitn)

4
PERIODICAL:Vestnik E1ek-tr..oprorwjshlennoqti, 1958011r 7, pp 24-28
(USSR)
0
'L method of determining specific
STRACT: At present the pirincipal
losses and ma!rnetic induction in electrical shoot steel
is by the Epstein apparatus, which suffers from a number
of disadvantages. The losses of the steel may be
increased by wor' .-hardening when the strips are cut or
reduced by stress relief. The method is rather unreal
because the strips are much narrower than those used in
Dractice and finally the tests waste a good deal of
material. ' Therefore, in recent years attempts have been
made in tne USSR and abroad to devolop accurate and quick
Card 1/5 methods of testing whole sheets of steel. It is a
S011/120-58-7-7/21
AUTHORi Druzhinin, V.V.~ Cand. of Phys.Math.Scj. Zubov2 Yu,Ye.,
Enaincer Kozhurov, A.A., Engineer and ~rofe"-sor Yanusl
R.I. 7 U
TITLE: An apparatus for inoa3uring the :;pecific losses and
mionotid induction of whole sheets of electrical steel
(Apuparat dlya lzmereniya udellnykh poter' i magnitnoy
induktsii elektroteklinicheskoystali na tselykh listakh)
4

SOV/110-58-7-V21
Ari apparatun for mehiqu'rln~j'the 'specific losces and magnetic Jrduction o!' whole
sheets of electrical steel
Card V5
reouirement of standard GOST-802-54 that one sheet shall
be 'taken from each ton of steel but not less than 4 sheets
per batch. It is, therefore, more convenient to test
sheets four at a time rather than singly, and equipment
has bocn designed accordingly. If there arc more than
.Lour sheets to be tested the quality of the steel is
evaluated with a coercivity meter. The coercive force
is determined on all the test sheets since it is
proportional to the hysteresis loss. For final
evaluation of the quality of the steel, four sheets are
taken, two of whicl~ have the minimum and two the maximum
coercive force as specified in standard GOST-802-54 for
the Epstein apparatus. The construction of the apparatus
is then described. It is intended for sheets of 1200 x
750 nra. The length of 1200 is what remains from the

SOV/1 2 Gl- 5P, -7-7/2 1
An apparatim for rneafurfrir the speclflc jo_oF.,j rin(l rr.,agnetic induction of whole
shcet.i of electrical steel
standard sheet after two pieces have br,~:n out off for the
standard mechanical tests. The shc...ts are mounted in two
solenoids, arranged one above the other as shown in Fig I.
The solenoids are 40 imn shorter than the sheets. At the
ends of 11-1he solenoids there are armtures which forin a
closed inagnetic circuit with the sheets. To ensure good
magnetic contact, each armature consists of twelve
sections Dressed on by springs. A general'view of the
apparatus i:3 shown in Fig 2. As butt joints are used
there is no need to press the sheets flat. Eacli solenoid
has 600 measurino and magnetising turns uniformly
distributed over the length. The specific losses are
measured by an absolute watt-meter method using a special
low-power-f actor wattmeter. The formula user] for
calculating the losses is explained and the significance
of the various connections is considered. The estirziated.
errors of the met-hod are discussed in some detail. The
distribition of magnotic induction along a sheet is
Card 3/5 plotted in Fi,g,, 3 and the influence of insulation between

An apparatus. for meaturing'the' specific losses and,magrietic induction
I I ?.~
t,heets of electrical steel. -
shoots on the specific losses in steel are given in
Table 1. It is considered that the accuracy of the
determination of losses in the apparatus is about the
samn. as in the Epstein apparatus. Comparativ,~ tests were
imide between the Epstein apparatus and the new one, with
the results given in Table 2. Values are sometimes
somewhat lower with the Epstein apparatus, apparently
because of the relief of stresses in the steel on cutting.
The way in which the equipment is used at the steelworks
is describl-ld. the extent of the differences between the
losses deternAnod in the old and now apparatus on 450
samples Is given In Fi~ 3. On 95% of -the samples
agreement was within at 10 kilogatims. The agreement
rd was not qv-ito so good at 15' kilogauss. Certain

SOV1110-58-7-V21
A.
An apparatus for measuring 'the specific losses and magnetic in lacticr, of,,whole
sheets of electrical steel
difficulties 11~,'_Iy ve L.-tat in t es t inG,I'ot-rolled steel
P
because the anisotropy of tho rii~.gnctic Prorerties varies.
This is not so ii::-,~ortarl-t. witl` cold-rolled steel because
ti-te mL~.rjietic propertiez arr., guaranteed only in the
direct-4on of rollinr'-. The cor,,-,plete testin6- tir.-.e is7
rail-'Utos .On the 11-,asis of six Dionths' e:,_Perience the
nethod is recorz--ionded for general use. There are 3
Card tables and fl-ui-cs.
SbBiaTTED: January 18, 1Q~58.
1, Steel--Testing equipment 2. Electrical equipment--Design
3, Solenoids--Applications
Ig

A
13
1"Vii PEI '-Vl
0 5 :..
wig!
slow
4 Col-
94
Arco
, 1
0 Kf a
gE .40
o 0 -0 i~ Ell0
Ir 00"
-W a
Op
a 09
cr 9
L.
w 04. .0.
0 Ica Ho
CD
.02 5 o"
Z
-,t a
U
gr ..? -K
12,
P11 So ch
to
W
La La glop,
5_(7
i,~ q, 1
e
wg
AF. i~ it

YANUS, H. I. Doc Phys-Yath Sol (dine) "Certain problems of the theory
and of magnetic dimensiviis.0 M Sverdlovsk, 1959.
23 pp (Ural Affiliate, koad Sci USSR), 160 copies. Bibliographys pp 20-23
(68 titles) (KL, 48-59, 112)

AUTHORS:
TITLE:
PERIODICAL:
27627
S/19 61/000/002/002/039
D216XD302
Yanus. R.I. and Senkevich, T.M.
A simple electromagnetic thickness gauge
Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 2 -ta fiz.
1961, 21, abstract 2 A147 (Tr. in
metallov. AN SSSR no. 21, 1959, 131-137)
TEXT: A description is given of an instrument for controlling the
thickness of non-magnetic coatings of steel products, based on the
measurement of attraction force exerted on the core of an electro-
magnet. The product is placed on the excited electromagnet. Under
the action of magnetic flux the core of the electromagnet lifts
until it touches the surface coating. By decreasing the magnetizing
current, the instant at which the core loses contact with the pro-
duct is noted, together with the corresponding reading of a milli-
ammeter. The thickness of coating is determined from the above data
and from the calibration curve of the ammeter. Constructional de-
CArd 1/2
yq~

27627
S/19li/61/000/002/002/039
A simple electromagnetic thickness... D216/D302
tails of the instrument are given together with the results of
experiments, from which certain recommendations as to choice of
the instrument parameters depending on its use are made. 6 figures,
2 references.
Card 2/2
7774

SOV/32-25-4-42/71
AUTHORS: lin!Ls~ , Xubarev, V. V., 7dovin, Yu. A., Kolpakov, 1. P.
TITLE: Automatic Apparatus for Sorting-out Plates of Electrotechnical
Steel (Avtomaticheskiy apparat dlya rassortirovki listov elektro-
tekhnicheakoy stali)
'PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 4P PP 480-481 (USSR)
ABSTRACT: The comrades G. G. Lyustiberg, P. I. Suruda, and G. G. Anoshen-
kov also took part in this investigation. An automatic devit,-e
Fig 1),for sorting out electrotechnical steel plates
00 K750 mm) was developed on the basis of an improved scheme
M
of the coercimeter according to R. 1. Yanus et al (Ref 2). The
plate to be controlled closes a magnetic circuit, is magnetized
by a selenoid, and closes a circuit of a certain intensity in
the demagnetizing winding. If the field in the latter is equal
to the coercive force of the plate, this plate is demagnetized,
but if the field is stronger or weaker, the plate remains
magnetized or is overmagnetized in the opposite direction. The
amount and'the sign of the residual magnetization of the plate
is determined by means of two M-2 rectifiers. A scheme of the
Card 1/2 whole device for steel-platle sorting (Fig 2) with a description
A

SOV/32-25-4-42/71
Automatic Apparatus for Sorting-out Plates of Electrotechnical Steel
of the'operation is given. The efficiency of a model or. the
scale of 1:3 is indicated with 420 plates an hour. Tr tho V-kh-
Isetskiy metallurgicheskiy zavod' (Verkh-Isets iyMeta-Ilur&Lcal
Works), an industrial plant for plate sorting of tni~) .6
designed for three types of steel with a capacity of 80 tons a
day. There are 2 figures and 2 Soviet references.
ASSOCIATION: Ural'skiy institut chernykh metallov i Institut fiziki metallov
Urallskogo filiala Akademii nauk SSSR (Ural Institute c Fezz-ous
Metals, and Institutc- of Yetal Physics of the Ural Branch
Academy of Sciens,~.s USSR)
Card 2/2

s/l26 16o/oI0/003/0QA/009/XX
-6.9f 01D 9192/9382
AUTHORSs Drozhzhin&, V.X.9 Zatsepins X.N., Ponomarev. Yu.F-
FrAdman, Shturkint D.A. and 4L,_BAjX_-
~JfJL
TITLZ: Theory or rarroprobes with Longitudinal Symmetrical
SAtU.r&tIon Zxcitation
PICRXODXCAL% Flaika m.tall.v I m*t&ILov*d.uiye. 1960. W.1. 10.
No. 3. pp. 359 - 366

9=1 Amchenbrenner and Goubou (Rot. 1) described In 1936
T
o highly sensitive method of measuring the potential. or
*
'Zootic fiald by means of nonlinear magootic elements.
th:
rroprobes, and they used t".. I .. .... ur4ng the fluctuationa
f
th .at!,. rio Id' the Earth. The theory of such probes
"
f
th roughly in subsequent work of German
d
mor
was d:
v
p
a
or (Refs. 2-11). Including the authors of this
j!:
:.
.
:
v
nd So
pope s for the case of a uniform DC field. Mikhaylov.kly and
r. 12) dealt with the operation of these probes
3 ktor (R
o
. - form field. Conaid*rablo progress has boon made
:
i:

ebziq- *a of applying the. and as a result Of this.
In th
Asitiva mazn.tomet.ra with very fast response are
!:
Card 1/12
3 126/6o d 3/004/009/xx
.192/Z382
Theory of Forroprobes With Longitudinal Symmetrical Saturation
Lzeitation
Available, for "stAnc* - for Investigating the abort-period
varl'"Ous Of the Magnetic field of the rArth, for searching
for misarAl deposits by means Or aeromagostic propctinS
method', 8"11-BIRO InstrU,ftents for we&&uring
I... I .I. d grod4ents or highly nonuniform field.
(magnetic flow dotectol. for detecting invisible cracks
n
r'--gs-tics). &A automatic apparatus for various magn!
lia

uroments. etc. have also been built. In spite of that, a
z:&
a Ily 1.prt
pr.bI." be. to be
=t
%
:
solved r r I't Ical approach.
,
c
t Purely
b!
s
NLZLC* t
theory or the
e
h pro
is Ith
nsuffici *
t
r
l b
IF
:;.
accurate or Inaurricientil, 1. In h paper h
;
:
t
f ll*
,!
-ing
g
Pro .. Ive dt I ot.
tlasa Are formulated aad
;:rtly ) toki
zs i
n
10 a r
n
Occur& taly the field of ma gnotic charge f
a
r !!
::
;
:
a
:,
t he dy current field in it; 2) taking I.,.:
consideration inore accurately the possible .... if ... Jty of the
"rd 2/12
D/026/003/0041/009/xx
9292/9352
Theory or Form probes* with Longitudinal Symmetrical Satu..,,,u
Lxcitation
whor* K. is a coefficient independent of X'; e(t) will
be of the same form and the scale- of measurement Will be
on out only
determined by K. . in those cases wh the scale
but also the form or c(t) to varying, the quantitative
omparl.on or various H.(K) can be determined fro. aM
only under certain limiting gonditione.
Thor. or. 2 figure. and 17 r*r.rencess 13 Soviet and
#A3nQn;SOvt*t.
A SOC ATION3 x.stitut rialki m.t-11ov AN SSSR
(institute or phyxi4s or metal. or the As. Ussn)
card 21/12

DOVIT
YU.j
Methods and equipment for nondamaging testing of electrical steel.
Izm.tekh. no.12.-37-40 D 61. x:, 15
(Steel--Testing)
J;K' N 111.1
~1,511TvR PW ,M~
ijq
T
ET,

YANUS, R.I., kand.fiziko-matematicheskikh nauk; VDOVIN, Yu-A-, inzho;
-----~JTINKOV, V.Ya." inzh.; POLOVNIKOVA, L.A., inzh.
Properties of cold-rolled steel in reels for use in electric
Vest. elektroprom. 32 no,'RiU_63 s 61.
transformers* (MIRA 14:8)
(Electric transformers) (Steel--Magnet ic properties)
u ~~mti
M-, t M_
m IR 5, -,q!. - ~
- ~:a i' 'i, - , , ";". a ~; ~i~ 1
~Wfiif. I NP 4 i T
g,
4 Ki
A R~"" K
"UN

)T3 o B/103/61/022/004/009/014
9, 9 0 0 0 60 V 6~ /4) 9t B1116/B212
AUTHORS: Kadochnikov, A. I., Fridmanp L. A., '-,Yanus, R. I. (Sverdlovsk)
TITLE: Theory of the selective rectification of even numbered
potential harmonics by using symmetrical non-linear electric
resistors
PERIODICAL: Avtomatika i telemekhanika, v. 22, no- 4, 1961, 501-508
TEXT: In the presentIpaper one of the circuits (Fig.-2) for selective
rectification of even numbered potential harmonies is investigated. This is
built with symmetrical non-linear resistors. The application of this cir-
cuit is shown in the output circuit of a ferro-probe (or a magnetic
amplifier of a type with even numbered harmonics). In order to rate the
sensitivity of such a ferro-probe a simple formula has been derived. Expe-
rimental data are brought that confirm the theoretical conclusions. A dis-
continuity near a certain point on the static characteristic of the sym-
metric non-linear resistors will have an essential influence on the sensitiv-
ity of this circuit. A circuit of symmetrical non-linear resistors which
has been brought by R. Ya. Berkman (Ref. 9: "Fazovyy detektor na kratnyye
Card 1/4
M K
Aq YN M M, Mz,~
B.
"M
t
W
j
zV.'Miz4~0,sl Mig
3--

21802
s/io3/6i,/022/004/009/014
Theory of Bil6/B212
chastoty.11 (Phase discriminator for multiple frequencies). Avtomatiki i
telemekhanika, v. 19, no. 4, 1958) is very advantageous in this respect.
But his formula can only be applied to some special cases. This paper
brings a sufficiently-aacurate and also simple solution for that circuit,
its correctness has been proved by trial. It is shown that the constant
component of the current flowing through the load resistance R B will be
proportional to*the mean value of the sum of the even numbered harmonics
which belong to the potential measured in the band width v. The circuit
investigated may also be used to rectify the even numbered harmonics of the
emf generated in the output coil of the ferro-probe (or of a magnetic
amplifier of the type with even 'numbered harmonics). The constant current
component, which has been described abovep is essentially a function of the
load resistance RB and the resistance Rc where the blocking potential
originates. The sensitivity.of the ferro-probe may be approximately
calculated with the formula
I nS "d-max f
H 3 (25);
Card 2/4 R' + Rai)
B

B/103/61/022/004/009/014
Theoryof ... B1161B212
and the approximate calculation of the current gain for a magnetic amplifier.
having an equivalent output circuit may be done with
S
f
Y n no Adomax
(26),
TO 3
2
+ R
_RB G 61)
where R di and R.2 denote the load resiatanoeal R 01 contains half of the
ohmic resistance of coil 11; R repreoents a certain mean value of the
G
resistance of the rectifier component; Ad denotes the differential permea-
bility of ihe'core; n the number of turns of the indicator coil; S the area
of the core cross section; f the exciting frequency; I the control ourrentl
no the number of turns of the control coil;-l-the lenGth of the magnetic
path of the core; Ho the "control" field. There'are 7 figures, 1 table, and
9 references: 7 Soviet-bloc and 2 non-Soviet-bloo. The references to the
Enalish-language publications read as follows: Miles I. G. Types of Magnetic
Amplifiers Survey. Trans. AIEE, vol- 71t 1952; Frost-Smith E. H. The Study V
Card 3/4
m
NRMV,
o

2180Z
81103
Theory of ... /61/022/004/009/014
B116/B212.
a 11agnetic Inverter for Amplification of Low Input Power D. C.
Signals. IEE, vol. 100, no.,76, Part 11, 1953.
SUBMUTTED: June 24, 196o
Legend to Fig
2:
1
Excitation.

4
:Z~0
.-R," 1~-.~N -NM
R", Ri R
N
- f-s - , 'i ~ ~~3 1~i~.~

37698.
S/126/62/013/oo4/oo6/022
C) 0 E039/Z435
AUTHORS: Subbotina, Z.S., Shturkin,.D.A., Ya~nus, I. J
TITLE. On the fields of surface defects in ferromagnetic
bodies with residual magnetization
PERIODICAL: Fizika metallov i metallovedeniye, v-13, no.4, 1962,
529-535
TEXT: ' Description of an~apparatua for the measurement of the
radial and azimuthal components in the magnetic field near the
surface of steel cylinders-with quenching and very fine cracks
which are perpendicular to the direction of magnetization,
small cavities and also regions of non-uniform structure. The
probe consists of a PermalloY 79HM (79NM) rodAlength 2.5 mm'
diameter 0.048 mm) with an excitation coil of 120 turns and an
indicator coil of 150 turns. The excitation field'is sinusoidal
(24 Oe, 160 Kc/s). Signals from the probe are measured by tube
voltmeters and presented an Lissajous figures on an oscilloscope.
The samples were 24 mm long, 23 mm diameter bearing rollers of
LUX 15 (ShKhl5) steel. On three particular rollers out of the
Card 1/2

S/126/62/013/004/006/022
On the fields-of surface 9039/E435
large number examined the following defects were investigated:
Roller no.l: a fine crack, length 11 mm, depth 0,1 to 0,3 mm,
width 0.06 to.0.1 mm. No.2: a quenching crack along the full
length of the roller, depth 5 to 8 mm, width 0~.l to 0.2 mm.
No-3: a depression 1 to 3.mm wide and about 0.1 mm deep.
Detailed results are given of the magnetic.field configuration at
these defects. The form of the fields observed are considered
on the basis of the formation of a magnetic dipole at the cracks
and equations are given for the radial and azimuthal components of
the field. Reasonable agreement is obtained between calculated'.
and experimental values-of the fields--. There are 6 figures and
1 table.
ASSOCIATION: Institut fiziki metallov AN SSSR
(Institute'of Physics of Metals AS USSR)
SUBMITTED: August 26, 1961 (initially)
November 9, 1961 (4ft*r revision)
Card 2/2

ZATSEPIN, N.H.; SIICHMWINIII.. V-ye.; YAHUS, R.I.
Measurement of inhomogen= magnetic fields by means of
magnetometrio probes. Fiz. mots i metalloved* 14 nool:30-34
11 162. (14IRA 15: 7)
(Magnetic fields--Measurement)

YANUS, R.I.
Theory of iron-probe magnetometers for heterogenous magnetic
fields. Fiz. met. i metalloved. 14 no.3:366-373 S 162.
(MIRA 15:9)
1. Institut fiziki metallov AN SSSR.
(Magnetic fields--Measurements)

VLASOV, V.V.; MELINIKOVA, V.A.; -YANUS, R.I.
Influence of the demagnetizing effect on the rate of establi.-Idng a
magnetic induction flux in a ferromagnetic material. Fiz. met. i me-
talloved. 16 no.6:842-847 J$ 163. (14IRA 17:2)
1. Institut fiziki metallov AN SSSR.
~A,