SCIENTIFIC ABSTRACT ALTGAUZEN, M. N., - ALTMAN, A. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101210001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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_-AL~I~qAuzml. M.N.; AMIRABLANOV, A.A.; VOLIPSON, F.I.; IRMIR, V--M.;
Dffffiffff; O.D.; MALINOVSKIY, F.M.
Academiotan losif Fedorovich Grigorlev: on the 70th anniversar7
of his birtb. Sov. geol. 3 no. 9:162-1'05 8 160.
(VIRA 13:11)
(Griporlev, losif Fedorovich, 1890-)

.ALITOALIZIN, M.N. -I
Metallogenstic research* Boy. goo%. 3 no. 11:125-133 N 160.
(MMA 13s12)
1. 'Toosoyuxnyy nauabno-Issledovatellskiy in2titut minerallimogo
eyrlya.
(Ore depoel to)

ALITGAU,EN,.M,N.j GINZBURG, I.I.; DIJBOVSKW~ M.V.; TSRSHOV, A.D.;
MSLKOV, V.G.; OSIXIN, N.L; RYUKOVA, Ye.V.; STRAKHCV, N.M.;
KRUSHCHOVI W.A.; SHMANSCHKOV, I.V.; SIICIMRaAKOV, D.I.;
YANSHINp A.L.1 AHZWIANOV; A.A.; GOTHAN, U.D.j XUFWVt I.N.1
KOROVYAKOV, I.A.1 ORLOVA, F.V.; PASOVAO F.G.; SAAKYAN, PS-S.;
TERENTIYEVA) K.F.j SHANOBSKIY) L.M.1 CHERN03VIWI, Yu.L.;
SHClismilm, Va.
lUrii Konstantinovioh Goretskiij obituary. Sov-9001. 4 no,12:
153-155 D 161. (MIRA 15:2)
(Goretskiio Iurii Konstantinovioht 1912-1961)

ALIT4AUZENj N N.
"Prospecting for uranium depipits" by A.A. Ikkzhin, Reviewed
by M.N. Al I tgjiuken. Sov.geol. 5 no.3-1:135-439; N 162,,
(MIRA 15tl2)
(uranium ores) 1',TAkLhin,, A.A.)

-- ALITGAUZEN, M.N..
V.I.Vernadskii's role in the organizatinn of iv~stematio search for
radioactive ores in oqr country. Sov.geol. 6 no-3:57-60 Mr 163.
(MIRA 16'3)
(4adioactive prospecting) (Ore deposits)

doktor 1-teol.-min.
FUSTOVALOV, L.V., otv. red.; ALITGAUZEN,.14.11 >
nauk, red.; DOLGOrOLOV, U.N., red.; IVENSEN, Yu.P..
doktor geol.-min. nauk, red.; WASOV., K-j*~W3t;SWrI--
geol.-vin. nauk, red.; POZIIARITSKIY, K.L_.'.,'d*OIctor geioi.-
min, nauk, red.; SMDYUCMKO, D.P.p doktor gool.-min.
nauk, red.
[Vetals in sedimentary fornations; ferrous netals, non-
ferrous light metals] 1-10tally V 08adochNMi tolshchalch;
chernye metally, tsvetnye legkie metally. Moskva$ I.-.d-vo
"Nauka"I 1964. 443 p. (ILI RA 17 : 8)
1. Akademiva nauk SSSR. Laboratoriya osadochrWkh poleznykh
iskopayenWkh. 2. Chlen-korra3pondent All ',133SR (for Pustovaloy)
Vlasov).

PUSTOVAlDV, L.V., otv. red.; doktor geol.-
min. nauk, red.; VLASOI. K.A., red.[deceased]; DOWPOIJ)V,
N.N... red.; IVENSEI,'Yu.P., doktor geol.-min.nauk, red.;
POZIURITSKIY, K.L., doktor geol.-min. nauk, red.;
SERDYUCHENKO, D.P., doktor geol.-min. nauk, red.;KRASTIOVA,
N.E., red.
(Metals in sedimentary formations; heavy nonferrous, minor
and rare metals) Metally v osadochnykh tolshchakh; tiazlielye
tsvetnye metally malye i redkie metally. Moskva, Nauka.
1965. 360 p. (MIRA 19: 1)
1. Moscow. Laboratoriya osadochnykb polezrkykh i3kopayemykh.

SHCILERBIKOV9 D.Lp akadsjo# #lay. red.; YEROFEYEV, B.N.p otv. red.;
NALIVXIN, D.V., akador4k, rod.-; M.P.,, red.;
DAWCHEV, V.I., red.; MOZESON, D.L.; LEVCHENKO, S.V., red.;
CHAYKOVSKIY, V.K., red.; SHEYWAN, V.S., red. izd-va;
DOROMINA, IA) tekhn.red.; LAUT, V.G., tekhn.red.
IGeochemistry) petrograpby, and mineralogy of sedimentaxy
formations] Gookhimiia, potrografiia i mineralogiia osadoch-
nykh obrazovanii. Moskvap 1963. 457 P. (MIRA 16:12)
(Rocks, Sedimentary)

ALITGALIZEN., N. F.
"Exudative Diatheses in Children," Med. Sestra, No.3, 1949

c A
A L:
me in 904WW amOymia b sewbwe *A h
I A ArsWinkli N at flamm. wW k A, lknedikt
TbeadmishtmOmof
C60 C~edlwlvt owing to mmulation of ibe respimtory mtff,
Vapm d Nits prodwe a simkr peoWt. 0. M. X.

ALI TGAUZENp N. N.
IIX-Ray Diagnosis of Tumors of the Lateral Cavities of the Brain,"
Vop. Nevrokhinwg., 12, No.1, 1948
Inst. Neurosurgery im. Burdenko., AMS USSR

- -- - - -- -- -- ---- - - - --- ---
ALI TGAUZC, N.H.
L.Neuroroanv-s-A-6nology applie-i to obildran] Neirorentgemologila
detskogo vosrasts. Mookya,Meidgiz, 1936. 206 p. (mLR4 10:4)
(RADIOLOGY0 MIGAL) (MIATRIGS)
- 'j,

),L 7 6:~-l
EXCERPTA %,!EDICA See 7 Vol 13/1 Pediatrics Jan 59
NFt*I(O-IiOl-'.N*I'(;I,:NoI,O(;N' INC III IM11001) (Hussian text) -A It ga ive v n
N. N. - MOSCow 1!),7)(; (-208j4lgvF)
".)w MM-M a practival matmal imended prillial-Ov fill' pediall-i6aliv interest."d in
livill-opathology, rovillgenology mul livilrosill-gul-y' In challivi- 1, the appeavances on
I'vivillgellologival investigati(Ill of tile skatil ill ('11ildl er. it-(, de.-Cribed; Special tile-
thod.,4 slich as pnell Illovent He ill og raphy, plicp in oellv eplial 0g raphy , atl,-iography and
fistulography are included; this chapter coMains also details concerning the ana-
tomical pevuliarities of the Atill 'in children (if different alit's. Chapter 11 deah;
with awatninical variants and anomalies of skidl and hr.%in dvveloptilent. Chapter
III, addlives daw Concerning some forms of inti-auteritie ind early postnatal It,.,.,-ions
of the skull, meninges and brafn. In chapter IV tile signs of are dp-
st-ribed; contrast methods of inver-ligations a1v included i-,1 thi!; Chapter. Chapter V
ilvak With injuries to skull and brain; besides acute craniocerebral traunia, some
sections of the chapter discourse tit) the sequelac in(] complicationF of eranio-
cerebral traunia. In chapters VI, VII, VIII, IX -and X tile diagnosis of tilillours C-f
(lie soft tissues of the heaci, cranial bolles~;I?,J bl'ain is detailed; ill addition, Chip-
tcr IX contains data concerning Calcified fol-mations of neoplastic and non-neo-
plastic chavueter in meninges and brain; chapter X discusses pneumograliky in
verebral tumotirs. Finally. in chapter Na tile roentgenological features of mne
forms of epilepsy are described. A bibliographic index of the Hussian anti foreign
literature is added. The text is illustrated I~v numerous roentgenograms and dia-
grams and brief descriptions of clinical observations. (S)

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ALITCRUZENS 0. N.
*Determination of the Flagnetic Field of the Earth Acting in Different
Geological Spochopm Is. Ak. Nauk SSSR,, Ser. Geograf. i Geofis., No.1-63 1944
Sci.Res. Inst.0 PeWles Comod"ariat of the hectric Industry

SM71EVA, T. N1.
ZAyl!C)VSY,TYA S.- AUGAMP4 C, N, RA FT INI L.-I.,
"Magneto-dielectric Cores for Radio-Frequencies on the Base of Allsifer (Aluminum-Silic_l_
Iron) Alloy." Iz. Ak. !%Tauk SSSR, Otdel. Tekh. Nauk, No. 10-11, 1945. Submitted 10 Jul
1945.
Report U-1582, 6 Doc 1951.

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0 iron alloy mAlalfer R7f.* Zalmovsky, A., and Altgauzen 0. Bull. Aud.
**It 6 Sol. IMM (Now. 10-1.1) U31-8 (IM) Di nummum. --UiEifaciuring Proeo"
0 j. to described for the prei4ration of pressod. powder cores from the powdered
:
0 alloy comprising 9s5% A14 10% 81 and 8295% Fe. Electrioal characteristics
of the core taterial are tabulatede Charactorlstios are oleo presented
for coils vount*4 on a variety of core forns. Via cores are reoonmon4od
0 in place of the prooont iron carbonyl and rugnotite corva. So lie At
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26241 Ob abHhchikh znk*nemern,)styaId,. *bruzevarlya termanstatechney
nim.q.michennesti v Lvignetitakh. Arvestiva akctd. nauk. SSSR, seriya geogr. i
geefiz., 194t), No. 4, n. 359-62
SO: MTOPIS 1 NO. 35, 1949
Translations "The General Principles Governing the Forwation of Thermal
Reaidual Magnetisation in Magnetites," Is. Ak, Nauk SSSR,, Ser. Geograf. i Osofii...
13, No.4. 1949

ALITGAJIIUA�., kandidat .fisiko-matematicheskikh nauk,- BIUSHTSYU, M.L.,
wan-l-st, tethnicheskikh nauk; BLARTBR, M.Te.. dokto-r tekhnichaskikh
nauk; BOKSHTRYN, S.Z., doktor takhnicheakikh nauk; SOLKHOTITIROU,
Ye.N., Imadidat takhatchemkikh nauk; BORZDYKA. A.M.. doktor takhmi-
cheskikh nauk; BUNIN, K.P., doktor takhnichoskikh nauk; VINOGRAD,
M.I., kaniiidat -ekhnichookikh nauk; VOLOVIK, B.Te., doktor tekhniche-
skikh nauk Cdec;;eeal; GAMOV, M.I., inshener; GZLLIR, Tu.A.. doktor
tekhnichaskikh nauk; GCMIt,.S.S., kandidat tekhnicheskikh nauk;
GOLIDWARG, A.A.* kRndidat takhnichookikh nauk; GOTLIB, L.I.0 kandi-
dat takhaichoskikh nank; GRIGOROVICH, V.K., kandidat tekhnicheakikh
nauk; GULTAYEV, B.B., doktor takhaichaskikh nauk; DOTGAIWSKIY, Ya.M,
kandidat tekhnichaskikh nauk; DUDOVTSR, P.A., kandidat tekhniche-
skikh nauk; KIDIN. I.N., doktor takhatchookikh nauk; KIPHIS. 8.1h.,
tnzhener; KORITSKIT, V.G., kanclidat takhnichaskikh nauk; IANDA, A.F.,
doktor tekhzichookikh nauk; LNYKIN. 1.X., kandidat takhnichookikh
nauk; LIVSKITS, L.S.,~kandidat teklmichaskikh nauk; LIVOV, M.A.,
imadidat takhnichookikh nauk; KALTSHU,K.A.. kandidat takhniobaskikh
nauk; MIYXRSON, G.A., doktor takhnichaskikh nauk; MINMICH, A.N.,
kandidat takhnichaskikh nauk; MOROZ, L.S., doktor tekhnichaskikh
nauk-, NATANSON, A.K., kandidat tekhnichaskikh nauk.- NAKHIMOV, A.M.,
inzhaner; NAKHIKOV, D.M., kandidat takhnicheekikh nauk; POGODIN-
ALIKSIM. G.L. doktor takhnichookikh nauk; POPOVA, N.M.. kauUdat
takhnIcheskikh nauk; POPOV, A.A., kandidat tekhpichaskikh nauk;
RAKHSHTAM , A.Q., kandidatinkhnicheskikh nauk; ROGXLIBXRG, I.L.,
kandidat takhaicheakikh nauk; (Continue& on next caW

ALITGAUZXN, O.N.---- (continued) Card 2.
SADOVSKIT.. V.D.. doktor takhnichookikh nauk; SALTYIWV, S.A.,
inshener; SOBOUP, N.D., imndidat takhaicheakikh nauk; SOLODIKHIN,
A.G., kandidat takhnicheek1kh nauk; UKANSICIY, U.S., kandidat
tokhnichookikh nauk; UTIffSKIY, L.M.. kandidat tekhnicheskik-h nauk;
FRIDMAN, Ta.B., doktor teKhnichookikh nauk; KHIXYSHIN, Y.F.,
kandidat takhnichookikh navik; KMSHCHXV. M.K., doktor tekhnichs-
skikh nauk; CHARNASHKIN, Y.G., kandidat takhnichookikh nauk; SHAPIRO,
M.N., inzhener; SHKOLINIK, L.M., kandidat tekhnichaskikh nauk;
SHRAYBXR. D.S., kandidat takhnichaskikh nauk; SHCHLPOV, N.P., Aoktor
takhnichesicilkh nauk; GUDTSOV , N.T., akademik, redaktor; GORODIN, A.M.
redaktor Watelletva; VAYNSHTSYN, Ye.B., takhaichaskiy redRktor
[Physical metallurgy and the heat treatment of steel and iron; a
reference boo1r) Metallovedenio i termicheakela obrabotka stall i
chuguna; spravochnik. Pod red. B.T.Dudtoovs, M.L.Bernshteina, A.G.
liakhahtadta. Xoskva, Goo. nauchno-takhn. izd-vo lit-17 po chernoi i
tsvetnoi metallurgii. 1956. 1204 p. (MIRA 9:9)
1. Chlen -korrespondent Akademii nauk USSR (for Bunin)
(Steel-Heat tteatment) (Iron--Heat treatment)
(Physical metallurgy)

AUTHOR s _All t&&uz*nT--G,-U_-,._O&ndidate of Physical- lu5-58-6-21/33
-M.fthematical Sciences
TITLE: Investigations on the Influence of Temperature Upon the Mag-
netic Properties of Dynamo Steel (Issledovaniye vliyaniya
tamperatury na magnitnyye svoystva elektrotekhnicheskoy stali)
PERIODICALs Blektriohestvo, 1958, Nr 6, pp. 80-02 (USSR)
ABSTRACT% Investigations were performed on the influence exerted by
heating to 3000C and cooling to -780C upon the induction of
dynamo steel in fields with 125 Oe. The investigation was per-
formed with hot-rolled steel 0,35 mm in thickness of the typas
E 42 andE 43 (produced by the Verkh-Iset factory) and with
cold-rolled steel of the typeE 320 of the factory "Blektrostal".
The samples weighied25 to 30 9. From the curves of inagnetio
permeability forE42 andF43 is to be seen that within the do..
main of ootaparatively weak fields at t30000 the curve takes a
higher course than at +180C. The maximum value is attaine%L' by
the permeability in weaker fields. At -780C an increase in the
maximum permeability and a displacement of the maximum to the
domain of stronger fields is observed. In the domain of fields
Card 1/3 with 2 to 100 A/om the magnetization c-urves at -780C and~180C

investigations on the Influence of Temperature Upon the 105-58-6-21/33
Magnetic Properties of Dynamo Steel
lie higher that at +3000C. The course of the curves is equal in
both types of steel. The mean temperature factor of the induo-
tion within the range of from 2o to 3000C can be computed from
the induction-temperature-diagram thanks to the linear course
of the curves. In the case of B it is equal to -7,5.io-5
I/degree, in the case of B -19010-5 1/degree. The greatest
3 -
change of induction was observed in the domain of weak fields.
In steell�.320 it was found during the measurement that it ir-
reyersibly changes its propeties. On heating to 3000C and sub-
sequent cooling the permeability decreases. On heating in the
domain of weak fields the permeability increases more strongly
than in the hot-rolled steels E42 xnd E43. The value of maxi-
mum permeability also considerably increases. After aging at
3000C the change of permeability with temperature is less. In
contrast to hot-rolled stell no dependence of the temperature
factor on the induction was observed in E320 in the range of
from 1 to 100 a/cm. The temperature factorlamounts to from 20
to 30.10-5 I/degree. Ibis shown that in cold-rolled steel the
change of induction in weak fields is considerably higher than
Card 2/3 in the two hot-rolled ones.

-Investigations on the Influence of Temperature Upon the 105-58-6-21/33
Magnetic Properties of Dynamo Steel
There ure 7 figures anc I referenae,l of whioh is Soviet.
ASSOCIATIONt Tsentrallnyy nauohno-isaledovatellskiy institut chernoy me-
tallurgii (Central Scientific Research Institute for Ferrous
Metallurgy)
SUB~"'ITTED: August 23, 1957
1. Steel--Magnetic properties 2. Steel--Temperellure factors
3. Generators--Materiala
Card 3/3

SOV/129-58-11-11/13
AUTHORS: Alltgauzen, O.N., Zusman, Sh. I.,and Stepanova, A.N.
TITLE: Th,6r-Mmugnutlu-treatment in vacuum furnaces of
magnetically soft alloys with a rectangular hysteresis
loop (Termomagnitnaya obrabotka magnituomyagkikh
splavov s pryamougollnoy petley gisterezisa v
vakuumnykh penhakh)
PERIODICAL: Metallovederdlye i Obrabotka Metallov, 19589 lir lilt
pp 60-62 (USSR)
ABSTRACT: In the Institute for Precision Alloys TsNIIChm, a vacuum
shaft furnace with spiral heating elements of nichrome
and the alloy B1695 was used which made continuous
temperatuge control of the furnace possible, particularly
belay 700 0. A sketch, Fig.1, shows the arrangement of
the magnetising device and of the specimens during thermo-
magnetic treatment (design proposed by N~ A, Kalmychek,
NII MRTP). The high temperature annealing and the thermo-
magnetic treatment were effected in accordance with
regimes enumerated in a Table, p 62. The magnetic
properties of alloys after the thermo-magnetic treatment
with fields of various magnitudes are graphed in Fig.2.
The high temperatuEe treatment consisted of annealiag
Card l/A. in vacuum at 1100 C for two hours9 cooling with a 3peed

SOV/129-58-11-11/13
Thermomagnetic treatment in vacuum furnaces of magnetically
soft alloys with a rectangular hysteresis 100P
of 100 0C/hr to 600 and 200 0C respectively, followed by
cooling with the container in air,. The thermo-
magnetic treatWent consisted of the following: Alloy 5ORP:
heating at ~00 0 for ons hour, cooling in8ide a magnetic
field at 50 C/hr to 400 C. cooling by 100 C/hr to 200 C
followed by c08 ling with the container in air; alloy 65NP:
heating at 790 C for 4 hours, cooling inside a magnetic
field to 200 C with a speed of 100 C/hr, followed 0by
cooling in air with the container; heating to 800 C for
one ho oling insidQ a magnetic field with a speed
100 r~h~odown t V
f ~C o 200uC followed by cooling in air with
o
thecontainer WbY 341*M). Analysis of the obtained results
enables the following conclusions; for all the alloys
separate high temperature and thermomagnetic treatment
in vacuum can result in obtaining magnetic properties
which satisfy the specified technical requirements.
The magnitude of the magnetic properties depends to a
Card 2/4 large extent on the intensity of the field applied
during the heat treatment; to obtain a maximum improve-
ment of the magnetic properties it is suffiiient for all

SOV/129-58-11-11/13
Thermomagnetic Treatment in Vacuum Furnaces of Magnetically
-eresis Loop
Soft Alloys with a Rectangular Hyst
the tested alloys to use a magnetic field potential
of 10 to 15 Oe. An increaae in the magnetic field.
strength does not result in an improvement of the
properties of the alloys. Within the investigated
thicknesses the effect of the thermomagnetic treatment
is practically independent of the character of the applied
field (d.c., pulsating or 50 c.p.s. fields), provided
their amplitude values are the same. This conclusion
confirms the results obtained by Kelsall (Physics, 1934,
Nr 5). For larger thicknesses it is necessary to verify
the influence of the surface effect in the case of
treatment with an a.c. field. The carried out work
has shown that the thermomagnetic treatment of the
investigated alloys can be effected in furnaces used
for high temperature treatment of these alloys, provided
the magnetising circuits are fed with d.c. or a.c.
currents.
Card 3/4

SOV/129-58-11-11/13
Thermomagnetic Treatment in Vacuum Furnaces of Magnetically
Soft Alloys with a F,ictangular Hysteresis Loop
There are 2 figures, 1 table and 3 references, 2 of
which are Soviet, 1 English.
ASSOCIATION: TsNIIChM
1. Alloys--Heat treatwent 2. Alloys--Magnetic factors
3. Alloys--Properties 4. Vacuixr, fwnaces--Performance
Card 4/4

I-AL-- I CIA I
-1 P7
tj
TI
1 4
4 A'

66238
/F. /M SOV/126-8-3-23/33
AUTHORS:
- AlItgauzen, O.N. and Kupalova, I.K.
Z; - - ----
-
-

TITLE; -
-
--
Temperature Dependence of the Magnetic Properties of
the Alloy Yu16 (Alfenol)
PER10DICAL: Fizika metallov i metallovedeniye, 1959, Vol 8, Nr 3,
PP 459-461 (USSR)
ABSTRACT: In the present work the result of a'study of
magnetization curves of the alloy Yu16 at temperatures
between -78 and 300*C are given. The iron-aluminium
alloy Yu16 with an aluminium content of 16 wt % is a
magnetically soft material. The experimental alloy was
made in a high frequency furnace, subjected to hot,
followed by warm, rolling down to a thickness of 0.35 mm.
From the strip obtained rings were stamped out which were
ther, put together in packets and heat treated. Th%R
magnetic measurements were taken by a ballistic method.
In Fig 1 to 3 and in the table on p 459, the magnetic
properties of this alloy at various temperatures are
indicated. The magnetic properties of tha alloy depend
essentially on temperature. On cooling to -786C and
heating to 2000C, the maximum permeability in both cases
Card 1/3 decreases practically reversibly and on heating to

66238
SOV/126-8-3-23/33
Temperature Dependence of the Magnetic Properties of the Alloy Yu16
(Alfenol)
255 to 3000C and subasquent cooling, the change is
irreversible - the maximum permeability does not attain
the original value. The coercive force remains rractically
unchanged in the temperature range of -78 to 200 C and at
higher temperatures it increases irreversibly. The
irreversible change in magnetic properties appears to be
associated with the commencemont of a hardening process
(Ref 3) and limits th a possibility of its application at
temperatures above 200-C. Some stabilization of properties
can be obtained by changing the heat treatment (specimen
Nr 2) in such a manner that partial hardening should OL-cur
during this process, which somewhat lowers the level cf
properties of the alloy but raises its temperature
stability on heating to 100 to 2000C. There are 3 figures,
1 table and 3 reforences, 2 of which are Soviet and lPolish..
ASSOCIATION:Tsent.rallnyy nauchno-issledovatellskiy institut chernoy
metallurgil (Central Sclentlf�c Research InstItute for
Card 2/3
e

, ALITG&UZAN. O.N.; LYUBITSKAYA. O.T.; SOWTS, V.A.
--- ___ 6g the magnetic susceptibility of fine wire made of
Determiii
weakly magnetic materials* Sbor.trud*TSNIIGHK no,22:160-167
159. (MM 13:6)
(Wire-Magnetic properties)

- - 0 /" -
2 4 \-' 3 Sov,,-, 3 2-2,~ - 4
AUTHORS: 0. 11. A.
TITLE: Methodb of Measor:'ng Ma67,et-',:~ Fxopert~.es of E1s-.trctechn-.r..a,]
Step,*. 11-. W~Iak ani mz~an (0 mF--.*--,,1!.ke izirerezuiya magr---"-trykh
Y -ab kh I. pc-liyakh)
,y sta $1 Y szc
PERIODICAL: zla-fodsksya Laboratc:7,-ya, -,9;:'.P; Vo-f 25, Nr 4. pp 426-423 'USSR"
ABSTRACT: Th~ ~nfluer-~E, ~-,f dexagn-.4ti:: sit! on of samples after theraial
.trearzer-, the -,ondi-'Zions, for the oT~gin of a magnetic -.ex-nare
t:f tlh,~ samyls; are, '.h-! c,f ~he -Tje:7mr,.ab--'A-.ty w-f-~.n time
c-, the re.iu'tb o*c,a'n.-~d ~r measuring II.Ye properties of eloltro-
t-chr.4,7a! steel 4r w-?a:ic ani mean fields (0.002-25/cm) are in-
vest'4gay,~d. The measurements were made at pal,ks ef hot-rolled
E A2 and E 43 made up of stamped rilngs (0.35 and
0.r mm ~h-:k), a.5 Ne as at pa:,k5 of steel w--**,-.r-,
3% S- mudi a ~jf bards (0.05-0.5 mm thi-,~k). The
properLies wpxk- d=termined by the ball~-t~~tc methDd.
The ],:Izagnptlzati--,~ was ma(i,- with the device RU, the magneti-
:atlw: b-Ing o1c,tained by the -,ommutation method. The
' , agne'-,. e-a~.,ulated by the. c-arvc,- cbtained.
f iL I
Card on -~ z~ 'r, -he int erval of 0. 0025-0.13,

SO'I'J'32 2 5 z- 49/7 :
Me t h c- d 5f M - 3 --, I r - T 9 M a 97. 1 - Pr 0 T,~; ~,f E 2 e c t S 1 -9 e a k
and 11~er Fdc..Id ~i

- 'A qr% of thr. Ferweabil.l.ry ~~iai..-ulat~d by the ~:;,U,.6
:J
:,I-Ia~ne.:, dl-yrAgns`,`zati.~~n'.. Ir, the fieldq tht-, pezmp.-
'j-', e ma
~ ff,;m the d-~ f f Pren_,7. n the perme-
.
Y Dptwea- ha r.,~n-~smagnatlzizd End the dema,Tneti-
a.::, (
.
1~ 15 fc~irid that 12.t woula be most ~.:)r.-
ia*!-ua~. of the inAtial parmna"bility f.7a
i~, .~,r_r:ntc s. Ex fo:: fields w! '.h tagfAs sto-va
_-.7 4~ a, s-n "a I i,!--! +,v W.?.'h tT d I
e p;j: rm e a ime a
.in
The mpasuring resultB c" th-i
M,_ 'Figa
C-1, t~.f- grjllvanometii~r changes w-'-th an in-
mm~;tat;cns; and dc~ec: rsach 9L con-
iver 25 t'Ares. The a3ymmkitzy
C_yl -~f -.Irle :bs;_-z-v~d at sampler, whioh were
* 4: -P ~,:j I-Ar fAd bkJ~,.re c-o=:ta'U an t -~ r _4 1, t;. d 4
* ma gn, L~-.1"-7:. The lattc-.r may lead to erro.-.-, i% measure.-
r, r- n ~ s bth.- tal,.'. ",.z met th-, I. There are 3 f.igu ~-e5 d'~.J 4 ref -
eri~-n .-s~ 3 cf w~'Lt_h at- S:.-iLz,!,.
ASSOCIATION: -_;sz;lr-d-lvatcl~sk-y insti~ut Qhe.:nc..y metal.-
"
c
d 2 ,-
_
!
;te -f Ir,-n Meua~~gy)
R-~~sear~~` Insti~-
~^Prtra,
Rr
1 _
~
.
.
g

86877
S/105/61/000/'001/004/007
B012/BO59
AUTHORS: Alltgauzen. 0. N., Semenova, N. A., and Stepanova, A. N.
TITLE: Effect of Demagne~ization and of Time-dependent Drop of
Magnetic Permeability Upon the Latter of Materials for
Magnetic Conductors
PERIODICAL: Elektrichestvo, 1961, No. 1, PP. 51-55
TEXT: In rresent paper the auti~-,ra discuss the effect of demagnetiza-
,r,.-tj,. permEability end the effec* of a change with time of the
tion on ruj f-
magnetic rermeability in some
Investigai.`on was carried out with Ni-Fe alloys containing 50 and 65~6
nickel, alloys 0-th 79% nickei and molL;bdenum, and alloys with 80r1fo nickel,
chromium and Sili"-1 (Refs. 1,2,3), furthermore electrotechnical steel
-zontaining silicoi., ccld-rolled steel with 3% silicon, and an iron-
al,;minuLL - I'loy wt th aluminum. In order ":) clarif y the ef f so t of de-
on tbe n, v, i4~- V.-ope-rties, the latter were determined
n.-.e -4tizat.
after :eat t.,eattujj,%, )*I- -:,,,1!es which never before have beer,
Card 1/3

86877
Effect of Demagnetization and of Time- S/105/61/000/001/004/007
dependent Drop of Magnetic Permeability B012/BO59
Upon the Latter of Materials for Magnetic
Conductors
in a magnetic field, and then of the same samples after demagnetization
through alternating field. Measurements were mude with direct current
b, means of the ballistic method (Ref. 5). The change with time of the
magnetic properties was checked at the same samples at various times
after demagnetization. Also these meNsurements were made by the ballistic
method. The investigations showed that the izacrease in permeability on
demagnetization is apparently caused by the vormation of the magnetic
texture, and the drop with time of the permeability by the de3truction
of the magnetic texture, The physical nature of thiB phenomenon is still
unexplained and the neceSl31ty of a proper investigation is pointed out
(Refs. 6-12). Because of the observed dependence of the magnetic
permeability on pre-demagnetization of the alloys after heat treatment
and on the time between end of demagnetization and begin of investigation,
the authors call for normalization of the method of determining the
magnetic properties of soft magnetic alloys. There are 7 figures, 1 table,
and 12 references: 10 Soviei and 1 German.
Card 2/3

Effect nf Demagnetization and of Time-
dependent Drop of Magnetic Permeability
Upon the Latter of Materials for Magnetic
Conductors
ASSOCIATION: TsNTIChM
SUBMITTED: October 2, 1959
86877
6/105/61/000/001/004/007
B012/BO59
Card 3/3

ALITGAUZEN, O.N.
- - ---------------------
Masumment. techniques connected with control of t4e.
properties of magnetic materials* Trudy insto Komptandomer
i 41mi prib no.64&16-26 162. WMA 1615)
Magnetic material&--Testing) (Magnetic measurements)

ALITGAUZEII,, O.N.
Methods of determining the initial permeability of modern,
magnetically soft alloys. Trudy inst. Kom.stand.mer i izm.
prib no.60.55-59 162, Wla 1635)
(Alloys-Magnetic properties)

-AL!-TM2ZN-.-O.N,_; SEMENOVA, N.A.; STEPANOVA, A.N.
Temporary drop in the magnetic permeability of magnetically
soft alloys. Sbor. trud. TSNIICHM no.25:98-103 162. (KMA 15t6)
(Alloys-MagnetiC Droperties)

S/776/6Z/000/0Z5/00 1025.
AUTHORS., Al1!gai!SpA,_ 0. N., Semenova. N. A. Stepanova, All No
TITLE: On the time-delayed drop in magnetic permeability in soft mAgraeuii
SOURCE:- Moscow* Teentrallnyy nauchno-Is ledovat 11'skiy institut chernoy
no# ja5l& M.
matallurgli. Sbornik.trudov. scow, 196Z. Pretsizion V
splavy. pp-96-1030
TEXT: This experimental investigation deals with the both theoratically'apd
practically important magnetic aftereffect in ferromagnetic materials that consists
in a gradual decrease in magnetic permeability (MP) following a demagnetization by
an AC, an effect which evokes additional noise in electric circuits. More eNcift-
cally, this paper reports the results of an Investigation of the MP of soft magnetic
alloys immediately after heat treatment and after demagnetization following various.
time intervals between the completion of the demagnetization and the beginning of
the. measurements. Specimens were prepared from 7 alloys cast and rolled at the
Expeilmental Fac Cory 6f-_Vie -Ts=ChM-(Central-ScienL' fic- Re sea rch-Ins titute-of-
Ferrous Metallurgy). Strips 1.0, 0.5V 0.35, 0.2, and 0.1 mm thickwere used to
make specimens In the form of packets assembled from stamped rings; tapes of
Card-1/3

On- the -time -odelay*d-drd1~1n a~gned S/776/62/000/025/006/025
m C
smaller thickness were used to make coiled-core specimens, with Mg-oxide inaula-
tion between co-ile and lamellae. The magnetic measurements were performed by
the ballistic method after 10-fold commutation at every value of the field. The mag-.
netization curves and other magnetic characteristics were determined at room To
both immediately following heat treatment and after demagnetization of the speci-
mens by a 50-cps AC with decreasing amplitude. In the first instance it waa
assumed that following heat treatment, _ which-was -ordinarily -perfoi~med at- T- above,
-the Curie To -the specirrietis-Wer-e- -totally demagnetized. The assessment of the de-
layed decrease in magnetic permeability or its Increase with time was obtained
from the change- in the curv -e-of the-dependence- of the.pertneability on the-field
measured after vari6tistime intervals between the completion of taie dem'agnetiza-
tion and the beginning of the measurement. Ever- though this method is not a rigor- F
ous one for the determination of the change in value of the permeability in a given
field, it. does, nevertheless, afford a valid assessment of the trend in the change
of the permeability for the en tire curve versus time. The time intervals following
the measurement dilrectly after demagnetization w6re 10 and 30 min and then a
varying, but prescribeds scale of intervals fron-A I to 336 hours. The effect of the
conditions of demagnetization and the time-delayed decrease of the magnetic per-
mr1ability are discussed for each of the 7 alloys tested, together with a graphic
representation and a full-page tabular summary. An attempt ik made to explain
Cartl 2/3

On the time-delayed drop in magnetic .... S/776/621000/025/006/0,1!i
the experimental data-obtained in the present investigation by hyl)othesizing t4t the
increase in permeability in the alloys following their demagnetixation by a Va. Wile
field cats be explained by the appearance in the material pf a magnetic texturq~falolng
the direction of tl,,ie field an a result of the demagnetiviation. The magnetic testure:
in observed to dii9integrate even at room temperature. the decrease In magn~tlc
permeability following demagnetization in the alloy 50Hn (SONP), which has'4,
crystallographic texture, can be explained by theassumption that the appearahcel
high-tomperature,-anneal, of a crystillogrn iic texture is accomp#Lnied
by the formation of a magnetic texture along the direcdcon o~ rolling. - - Upon 40maj;-7-___
netization by the variable field, the character of this texture changes to euch"Jan
extent that the magnetic permeability is reduced irreversibly. There are Wigures.
I table, and 11 references (4 Rue a ian -language Soviet, 7 English-language,- ?'f which
I in Russian trartelation)*
Card 313

ALITGAUZE'. 0,N.., kand. rimiko-4mate&. nauk
NMagnetic properties of electrical steelm by V.V. Druzhinin.
Reviewed by O.N. AlItgnuzen. Elektrotekhnika 34 no.10:79
0 163. (MIRA 16in)

-q,
j
55332'
L -~65- A( z
-WP(6)
ACCESSWX,NRc mvww/65/000/000/0190/0165
~v"
681A42*32A ,
~ACJ(V_ ~tshtiikty..- me A~
an
77-7-7.
T I-.Ak
16
SOURCE: Vaesovu g=e__soveshcbaniXe gg magnitrillm Aementam avtomattki I vycbis'-i
litel'aoy tekhniki, 9th, Yerevan, 1963. M-agnitnr7e =aa ogovyye elementy Mas-
netic analog el7r-m-nts); doklady soveshchaniya. io'acow, lzd-vo Nauka, 1965, ISO-
185
ty, neutron irradiation, mignetical!j soft alloy" alloy cold rolling
AWTP-tCT- In view of the widespread Incorporation of magnetic f-Ilms Into. elee-.
jns U-tut- -prets ix1onnyW, - sp lavov-TsN11CW_
(Ins tituteT-f or- VTVCI~DA_04_1_~' n __of4jja_ ~_J=
-theteeb ology--
m.ss preKluctlor! of mgnaticaily sott alloy filtas using the 20-roller stand
inKIPM-90 with a 3-35 rnm roller diarm-ter. Ccld rc_)Iling produces filTw 0.02-
0.003 mm thick and 30-40 rxn wide without beat treatment. The paper desci-ibes
in conaidzTable detail too production of films, the general magnetic propeirtiez
AV-2-

---of the-zamples,, the magnetie-propertles of 79HHAj 8WOWNWA."' 771M ' and - 7-9HM - a I loysL
bin the -60 to +150C temperature range, and the effect of n utr6-n- Irradlao-ion
wit
on the magnetic properties of the filris. The results seem to agree vith the
assumption that: nuclear particle irraeiation has an alverBe effect on magnetic
materials by causing radtation defects and radiation ordering (seev e.g., M. A.
Artaishevskiy, Ya. F. Saiisarkly, k.MM, 1961, 11, no. 1). Orig. art. has:
2 figures and 5 tables*
ASSOCIATION: 'raNXIChM
SUB=ED i 28Dec64 ENCL: 00 SUB CODE i M, lec!
002

ACC NRt ABSO-29525 SOURCE CODE: uR/ool~6/(-')6/ol,,/oo3/c,263/'o288
,WTHOR: Al't9auze 'n) 0. N.; Bezuglaya, L. S.; Bulycheva, Z. N.; LyubetskAya, 0. V.
,ORG: Central Scientific Research Institute of Ferrous Metallurgy im. 1. P. Bardin,
,Moscow (Tsentral'nyy n.-i. institut chernoy metallurgii)
TITME: Magnetic properties of alloys for magnetostriction converters
SOU.RCE: AkustJcheskiy zhurnal, v. 12, no. 3, 1966, 281-288
!TOPIC TAGS: magnotostrictionp magnetic property, magnetic Induction, nickel, alunin
;alloy, iron alloy/ 8Yu alloy.. 1OYu alloy, 14Yu a3J.oy UMI
! 11
':ABSTRACT: "Ine authors have investigated the static and dynaude properties of textured[
,alloys 6YU, 2OYU, and alfer (14Yu), and corw,.ared them with those of Xl nickel
~(GOST649-56) and 5OKF permendur (ChMU4319-53). The 'purpose of the inveztiga~i&n wa'
;t-o obtain a less expensive material, containing no nickel and cobalt which are in
'short supply, for the manufacture of magnetostriction coverters. The material wra
~prepai-ed in the form of sheets 0.2 m thick (Fe-Al) or 0.1 m thick (50KF and nickel). I
17he dependence of the magnetostriction on the induction was determined by simultaneousJ
11y measuring the nagnetostrintion and the induction in a specified field in tension-
!gauge and ballistic equipment respectively. the"magnetostriction and its dependence.
Ion the induction were measured directly on the sheets, while all the other magnetic
Tarameters were determinud using toroidal samples made up of rings stamped from the
'sheets. The statir, magnetic properties were determined by a ballistic method. Tables
!Card - 1/2 uDc: 534-232.. 669-715

ACC NRI AP6029525
;and graphs showing the results of the measurements are presented. The results show
Ithat, the magnetostriction of iron-aluminum alloys is close to that the magnetostric-
tion of iron-alumiimm alloys is close to that of nickel and permendur, that the co-
lercive force is smaller, and the losses are also lower. The most promising is the
textured alloy SYU, which in addition to having better magneti,!, and electric proper-
ties also has bett(,,r tocbnological properties. Orig. art. has'. 5 figures and 3
Itables.
SUB CODE:Iii;W/ SUBM DATE: 13YAY641 ~ORIG REFt 004/ OM REP: 004
2/2

10 0 loll 01,
4 a
Ott -00
W-9 05~ 71, P&QUISCI AND PO"1411#1 ~011
A
It 1 *60
111 Towle A md its aWfiame to i~eo
L- AI'1JMn and M- V- t&I"AYR- Pf"MY N-
, -A alwil III the vitwhi A (1)
L
Period showed a carrea-" we, with AID% of '00
A !;,,a %
wo &OW It drug , W I the V*U. Pit-
j!! furno W the diseast. most of thev'k having the disease for sk r%d (only 4 cames aill W a oupec-sormal LnW at dweeld of *00
11,11 lonsperwaltJoIc. treatment period). T1VV winary excretim was studied 111 '00
1-: level of I was low. mV. 12.6 -v %. with ads. 4 -1 % VIVA -of the patlestadmins tbetberapy. 7UN&CIebowed
,3 .,: 23 ". Owrotece level w" hisimer than moruW. It W d,,6g the trestalent pericid. starting with sub. re o
will Treat- kVJ 0.94 g.
.1 11, meet with MODO units daily of I conotestrate for =011 4 tuVagr. and iftekles cortual lavil by Zoo
'I tm therapy appeared to be own
43 - tia caused the sigulficiat rise In blood level. with %o
many - , rellichins ouper-oamal levels and !%* ii, a, was rapid and She -M, dwiwmim
14 fueled T&OV from go 10 SIM % after OrA WAO"n*g But" pid diseppearance thar woo tles come I.L.~~ I ;'* 000
tbampy. ar of came The 2MI WoRth
in led to IW- add umfttnmt. Combivallos, of 1 (80.000 1. V9 0
months U. dally)
the, incM
level of I while succe4ding and &K*rbic acid (0.11 g. per cc daily) Wes a satisfactory
jAAL! pvv dw either to ease tially stationary state (with "Nis- tb-py for majority of cam or lupus 7111. woo
j! 1 tkms) A* to a slight drop; in all Mats I be general level re- "M
I valued above normal. Ile cerwent level over the saune
woo
-WW
9
too
zoo
K L to
T. C,
t VIA 11044 "Ulm. Ire IP
4 $-A A
IS IT go &%I, S -4 AM
a

=W/Mediclne - Vitamin D2 May/Jun 48
Med.tcine - Skin, Tuberculosis and Tuberculids
to
El-
E_
Prizes history of treatment and describes ovn
eitperience. Concludes that alcohol solution of
vitamin D2 administered in doses of 150,000-200,000
IU dailr far 4 months is a good. treatment for lupus.
Out of 50 patlents so treated, 33 recovered, 6
Inproved considerably and 11 improved some.
"Zherapy for Lupua Tuberculosis With Vitamin D2,ff
Prof A. B. Vaynebtayn, V. L. AlItgauzen, Cand Mod
Sol, A. R. Tat'Yanin, Chem Erjgr, 3 PP
"Vest Venerol i Dormatol" No 3
18
UMM/Modicine - Vitamin D2 (Contd) M071-TM 48
Therapeutic effect van noticed in 1upus of skin
and mucous membranes, Irrespective of type of
lupus. Progress in more rapid vith ulcerous
lupus. Treatment in simple and generally avail-
able. Complications due to vitamin D2 rapidly
disappear vith temporary cessation of treatment
or vhen dose is decreased.
18/4M8

rn
Lj
T..
us-.T-/,,:edicinc - skin, 'rubm-culosis
and Tuberc-dids
yedicine - Vitwain D2
VITreatin.r, Tuberc-,Llar Lupus Vulgariv 'I'01th Vi.tanin D2 (Calciferol),If Prot'. A. B. Vaynshteyn,
a j, I is 11)
V. I.. qu-zen , Qqn~ ocij. A. P. Tat ly, n n, Imt C it T, eve"11C.-As, 2 pp
111'roblcirty 'I7LaI1(-,flmlcLa" flo 5)
2resents data on 50 Patients, with four photo[;rapli,,. Concludes that alcholic solution of
Vita.min d2 manufactured in MIR containing 200,UOU IUlc pcr cc jE Irery e.M.ctive in treat-
i.ng tubercular lupus vuli-,ariq orally. Daily 6ose is 10010u0 - 150,OUU - 200,L'u-0 IU's.
Duration of treatment !1-6 months or lonj,,cr.
PA 21/h9T79

fi-LT-G- A. v -5 E: N, f5, L.
- - .YANOVSKAYA, L.M14USEN' B.La.
.
Iff3at of vitamin in pulmonary tuberculosis. Probl. tuberk.,
Mockva no.4:59-62 ly-Aug. 1950, (CLKL 20il)
1. Of the Institute of Skin Tuberculosis (Director -- Pr3f. P. V.
Shebanov; Scientific Director -- Prof, N. L. Rosmiyanskly).

ALTGAUSICN, V.L;LXPSXAYA, M.V.
, "
Ascorbic acid In treatment of skin tuberculosis. Gommunication
1. Vast. vener. no-5:43-44 36pt-Oct 1950. (CI14L 20i1)
1. Of the Scientific-Research Institute for Tabercalosis of the
Skin (Scientific Director -- Prof. N. L. RossiVanskly).

ALTGAUSEN, Y.L.113PSKATA, M.V.
P4 I ~
Water-slat metabolism in skin tuberculosis during massive
doses of ascorbic acid. Communication Il. Vast vener. no.504-4
Sept-Oct 1950- (CLML 20:1)
1. Of the Scientific-Research Institute for Tuberculosis of the
Skin (Scientific Director - Prof. N. L. Rossiyanskiy).

AL, T
ALITGAUZ17.7,9 V. L.
Tube.mlin reaction in cutaneous application to different regions
of the skin. F',mb1q Tubork., Moak" No. 6,,jLovtDec. 5o .50
~~ p. 49
1, Of the Scientific-Ronearch Institute for Skin Tuberculosis
(DIvoctor.-Prof, F,, V, Shobanov),
WIL 20# 3# March 1951

AIITCAUITEN.-
ALITGAUZEN, V. P. - "A Study of the Characteristics of Pathogenic
Bacteria of the Intestinal Group in the Organism of the House Fly."
Sub 22 Dec 52, First Moscow Order of Lenin Medical Inst.
(Disaertation for the Degree of Candidate in Medical Sciences).
SO: Vechernaya Moskva January-December 1952

LSVIN, Ye.R.; ALITCAUZIM, V.P.
Clinical and immunological a9pecto of Escherichia coli
infoot,A'ons in young children. Vop.okh.mat. I dot. 4
no.2:21-.26 Mr-Ap 159. (MIR& 120)
lo Iz Gorodekoy klinichookoy bol'nitsy No.9 i Mookovskogo
nauchno-iseledovatellskogo instituta vak-tair i eyvorotok in.
I.I.Nechnikovs.
(INTESTINES-BOTERIOLOGY) (CHILDREN--DISUUS)

AL I TGAUZEN,.,,V.R. --, I --~
P~resence of serum agglutinins in intestinal diseases Induced by
pathogenic 1-cherichia coli. Zhur.mikrobiol.epid.i immun. 30
no.7:54-57 J1 '59. (MIRA 12111)
1. Is Mookovskogo instituts, vaktaiu i eyvorotok imeni Nechnikova.
(ANTIBODISS)
(ESGHERICHIA GOLI NFECTIONS - Immunology)

as
SHIRVINN, B.G.; RYABINSKAYA, T.F.; DOBKINA, M.S.; OOLUBEVA, I.V.;
-?~FTGAUZICN,-Y.P.; NORDSEFTEXR, R.A.
Clinical picture and diagnosis of coli enteritis in children. Pedia-
trite. 37 no.8;77-82 Ag '59. (KIR& 13:1)
1. Iz Inatituta'pediatrit Ninisterstva zdravookhraneniya RSFSR (dir.
A.P. Chernikova, samestitell direktors, po nauchnoy chasti - prof.
N.R. Shastin), Institute. imeni Mechnikova (dir. - A.P. Mazychenko) i
4-y gorodskoy klinicheskoy bollnitay (zaveduyushchiy infektsiounym
otdoleniyem T.F. Yermolovich).
(ENTERITIS, etiology)
(39SCHERICHIA COLI IRFECTIONS, in infancy & childhood)

KRAVCHENKOt N.A.; SADYKOVAI V.Bf; ~ITGAUZEN,J.,~; BEMKINA, G.N.;
KOSTMOVAp N.N.; SUSLOVAI V.S.; BOCHKOVA, V.A.; NSYMM" P.M.
I
"Indicator* method for the detection and identification of
diphtheria pathogerv cultures, suggested by G.V, Andreava and
Z.H. Poliakova. Zhur. mikrobiol., spid. i immun. 40 M038
131-132 Mr 163, (MIRA 1732)

ALI TGAIMMI-RAGIVSKAYAj, V.P.,, kand.modenauk
gaments on *Qrganiution of laboratory work at a banitary
epidemiological station* by D.B. Rozenfelld. Reviewed by
V.P.Alltgausen-Raginskaia. Zdrav. Ros.Feeem.7 no.599-10 Vq'63.
(MM 16:6)
(Pumic man LAwRATmms) (P.OZEMLIDp D.B.)

ALITGOVZENP M., polkovnik, kand. voyennykh nauk', dotsent
Chronicle of outstanding victories. Voen. vest. 42 no.lltl2O-
122 N 062, (MMA 16 t 10)
(World War, 1939-1945)

sov/84-58-9-42/51
AUTHOR: AV_tgevzen-j-Z-w_p Engineer,Synoptic Meteorologist
TITLE: Our Proposals (Na8hi predlozheniya)
PERIODICAL: Grazhdanskaya aviatsiya, 1958, Nr 9, P 35 (USSR)
ABSTRACT: The author discusses the inadequacies of the present
system of meteorological service, especially with
reference to the introductlon of new jet 'equipment.
According to tha current system, forecasts embrace al-
titudes only up to 4,000 mi whereas jet airliners fly
at a 10 to 11,000 m altitude. Also the admiBSible
errors (15 km/h in wind velocity and 30* in direction)
lose their significance if the relatively very high wind
velocities in the upper altitudes are considerdd. Fur-
thermore, there is no uniformity in the tolerable
forecast errors, The author advocates revision of the
existing regulations concerning meteorological services.
Card 1/2

Our Proposals SOV/84-58-9-42/51
The system, developed and used for airdrome traffi-I 16
recommended for adoption as the standard system. In-
troduction of standards for rating the work of aero-
meteorological stations are advocated for certain zones.
The Main Administration of Hydrometeorological Service
and airports are criticized for laxity in prc~,uring
equipment for stations, Television equipment Is urg-
ently needed for the transmission of weather forecasts
on appropriate channels.
Card 2/2

ALTHOFI C.
ALTHOF, C. Tntergranular and intragrsnular corrosion. n. Q7.
Vol. 13, no. 1/4, 1954p Rudanest, HunRnrv 'KO7,T-'P-"-TYFT
SO: Ibnthly List of Ea3t Evronean Accessiins, (FFAL), T,(,, Vol. ';, No. 1,
March, 1956

USSR / Plant Physioloay. Renpiration and 4atabolism.
Abs Jour :Hof Zhur - Biol.) No 8, 1958, No 34238
Author :Altikhova) A. L,
Innt ingrad Agricultural. Institute
Title :On the Directed Change of Metabolism.
Ori 3 Pub :Zap. Leningr. a.-kh. :Ln-ta, 1956, v)IP- 11) 74--78-
xbst:~~ct :Modifications of metabolism with ragard to interrolation of
carbohydrates and protein were studied under chan(Ling proto.-
periodic conditions I farious phases of groirth of sprinG
wheat of Diamant v--rit- -,. Groups of long day plants served
as control. Protein and starch in leaves were identified
with the help of normal qualities of color reactions; their
relative content was vzluad accordinf, to the five-figura
system. Plants placed under short day conditions, produced
in the fourth phase of Growth a decrease of ot-arch content.
A much more sitAificant decrease in protein content was
Card 1/2

ALITKORN Ye. (Krakov)
2-=
Vage system in Poland's retail trade. Sov. tori, 36
no.10:40-42 0 162. IRA 16:2)
(Poland-Wages-Retail trade)

ALIMt A. V.
USSR/*gnetIzation Feb 19hT
Metallography
*Study of the Work of a Magnetizing Devices of an AC
Nownenoe-defevv*oocope," A, V, Alltmaj I* I. Yanus,
a PP
*Zhur Takh Fit" Vol XVII., No 2
Connection diagram of apparatus for detecting defects
In steel. Characteristic curTes describing its
operat4on.
PA 11T25

ALI MI, A. V.
11el 1947
Currentep Electric - Alternating
"Me, In4uotion of Residual Magnetiett by en Altermt-
U19 Current," A, V, Alltm,, Ra T. Yanue, 10 Vp
fthwr Tekb Piz" Vol rM, No 2
Connection diagrams of apparatus for inducing
residual magnetism by alternating current. 'a~rstexe-
*is diagrams and equations representing subject.
action.
M'26

ALITMko A. V.
"Laws Goverming the YAgnatic fr6parties of Macroheterogeneous Retentive
Systems.," Zhur. tekh. fiz.0 19., No-5., 1949

A- -A"-Ar)mP.
Mothods of testing petroleum products. Moskva. Gos. nauchno-teklin. izd-vo neftianoi
i gorno-topliviioi lit-ry, 1946. 414 P. (49-1~800-6)
TP691-A43

AL THAN, A. k. PA 61noo
im/Pstrolem Wustr7
Oil Produotion
"Standa.L-d izc, !.,.z - sud Normalization in the Petroleum
LAustry of the USSR," A. A. AlItman, 31 PP
Oveftyanoys I"t%"V&Y8tYo" No 3
Standardizaticn and normalization are most Important
factors for accelerating Introduotim of advanced
toobnalogical prooess6s, newest types of oquIpment
mA newest methods of production. Discusaes briefly
problems of Introduction of usable standards for
products and equiluent In petroleumindualwy.
61TIM

All A A
STARIKOYA. Ys.Y.: D=TAKOVAj Nje.; NOROBIO, V.A.; A:GITXM, A.A.;
'i
ROWOVApN.V.l vedushchly redaktor; FOLOSINAt A askly
redaktor
(Methods of testing petroleum produots3 Metody Ispytanila nefte-
produktovs Xoskv&', Gos. nauchno-tekhn. Izd-vo meftianoi i Corno-
toplivnoi lit-ry, 1953. 389 P. (Microfilm] (MM 719)
(Petroleum products-Tosting)

BORISOVA, M.I., nauchnyy sotrudnik; VLADIMIROV, B.M., nauchnyy sotrudnik;
ALfTMAN, A.B.; vALAKrNA, v.m.pEmEw. V.L.
Self-lubricating ceramic metal rollers made with graphitic iron.
Tekst.prom.22 no.3t8O-82 Mr 162. (NDA 150)
1. Mntrallnyy nauchno-issledovatellskiy institut khlopchatobu-
mazhnoy promyshlennosti (TsNIKhBI) (for Borisoval Vla0imirov).
2. Vsesoyuznyy nauchio-issledovatellskiy institut elektromekhaniki
(VNIIFN) (for AlItman, Valakina, Memelov).
(Spinning machinery)

I 70H
L.A-L-L fun 'Move
Goo -1-socims
--lsisd a" ad Im Wlil" whb Pb and S. D. A.
00
p is ow A - &&1M 690. Bd.V-.Ol Apro 30.
00 1240. The weema MA .t
0 Intrn&mm pw Into the McAten metal.
see
00 0
coo;
400
tit 0
WrIMU" CLO VICATION
S-Mij'" - -- -t-- Z*,! 'l -;,
7-
ILI, Mii-
5 &V No
440,
"IV of a

Alk; 0 000 0 0 0 0
W,
.-So 1 11 11 .1 1. ! "I " 2
4 - -M -VP- "14 Oc-
fee
00 C
006
Odi a
so&
00 1
.3
t
bawl Tralift of Sleek and Alloys at HiSh Temper.
Stale& (in HUnian.1 A.. D. iftand Q. V. ratulin.
ac ,
7avodikapa LosUratorwya ac ry Laborsturl), v.
13, OcL 1947. p. 1218-1221.
Dcocribm a specialty desirwd furnace and textinpr
apparitus for the above. Givem, rroults of wxting
ur cartoon attelig. with And without 0.1 11h. frout
800*-1200'C,, end of IN 9 stainless Atm-1% rontain-
ing T1, and also W, at 20", 600', and 700'C.
0*0
as*
a*41
got
aloe
see
Coe
we*
a**
tooP
use
loom NO-OV
I -
U NAVIDASO a auto *4 wit 1(11 RU,
0 0 0 0 0 0 0 0 0 9 0

oil
-6
to
00-1
004
tow
Sal
;L .00
*00
IAWS of M440file Prolverlies of Mar"Aleterchappe"s
Malgiselle,441d Systems. (in Ilunian.) A. It. All "I'll,
L Sit. KaurritnAil, and Ill. L. hiernelliv. 7hurnaf Tah.,
nischeskol FWk1 (jotimal of Technical
May 1919, p..W.W. zoo
Ftlabusla-1 laws of It'sidual JIM11)(11on and rowive
fll~'V fM the ObOV11 II)MM11% fit A 11111104111 ill t)hA%V
c"Ripwillun. Such laws Itersull ev.Juallot) of ptilwifirs
of indal-ePrainle anti ntetal-plulle winjunitioit%. Pet.
oisnent ruagnets from the Ft-Si-Al sysivin with whij-
ions of C41, Ctl and K were Invi'tig*'11441. Ill-kolls art, Joe*
I, hurted moll taludated.
!Igo*
400
glow, jiliji, j7~
111110#9 .-v
Ell Gw
u SO AT to zr
14 Old 0 a 9 1 ff
0 0 6 * 00 * 0000 0 00 * 0 0 0 0 00 0
4
0
*TO 00000100,000.0*00000000
-00001 0

A7V3jv?! fol M-pl, 1,
9M Penni6ent POU60 #llsllffLIv-
Mri-
We evrm rnzTtp OrX6 (LIP V3 3u 9). urr= am~-
2 Ubt of rifth ".ton ip~ f~v the
rwtaDo,-,rj2rn;c rnagnm I F KkL.u3

'TIkIVAN 11~1~
Subject USSR/Electricity
Card 1/1 Pub. 27 - 9/30
AID P - 1285
Authors : Alltman, A. B., Kand. of Tech. Sci. and Melashenko, I. P.
_B-ng--------
Title : Metal-ceramic inaterials for electric contacts
Periodical : Elektrichestvo, 1, 43-47, Ja 1955
Abstract : The author presents a review of materials produced by
powder metallurgy techniques from refactory metal such
as tungsten and molybdenum, or from semirefractory ma-
terial, such as graphite, nickel, cobalt, or cadmium
oxide and their compositions with copper and silver.
He describes the technique of production and the struc-
ture, application and characteristics of the materials.
13 photographs and diagrams, 10 references (4 Russian,
1941-1952).
Institution Scientific Research Institute of the Ministry of Heavy
Industry
Submitted 11 14, 1954

Category : USSR/14agnetism Ferromagnetism F-11
Abs Jour : Ref Zhur - Fizil~ No 1, 1957 No 14o6
Author ~&B., S~surovich, A.S.
Title : Concerning the Depenaente of the Coercive Force of Pressed Ferromasnetic
Powders on the Pressing Pressure and on the Particle Concentration
Orig Pub : Fiz. metallov i metallovedeniye, 19P5, 1, No 3, 441-445
Abstra:ct : A study is made of the dependence of the coercive force of find Fe and
Fe-Co (26% Co) powders on the particle concentration and on the-pre-sure
used in compressing the powders. The Fe~and Fe-Co powders were obtained
by reducing organic acid salts (particle dimension appro"tely 0,03
microns). H. was measured in a baUistic setup by the deflection method.
It is established that changing the packing density of the ferror~ugnbtic
Long the*&istances be-
particles, by char v4en the groups of particles, does-
not affect Hc of thin powders and. pressed parts, in contradiction with Weil's
experimental-data.(Weil, C.r. Acad-&-ai. 1947, 225, 229-230). It was observed
thatIthe.coercivbUorde of the ptessed parts diminishes with irIcreasing pres+
sure, both for constant and variable concentration of the ferromagnetic par-
ticles., The pressure used to compress the.ferromagnetic powders varied from
Card 1/2

USSR/Magnetism Ferromagnetism F-4
Abs Jour : Referat Aaur - Fizika, T-40 5, 1957, 12004
Author : All mn, A.B.
Inst : -
Title Metal-Ceramic Permanent Magnets
Orig Pub Poroskbovaya metanurgiya) Yaroslavl', 1956, 295-310
Abstract Survey of properties, technology of manufacture, and
application of permanent magnets, obtained by means
of powder mL-tallurgy. (See Abstract 12001).
Card 1/1

Al'Lpa~L, A.B_ 132
Dependence of the magnetic properties of metallo-ceramic
permanent magnets on the porosity. (Zavisimost' magnitnykh
svoystv metallokeramicheskikh postoyannylth magnitov ot
poristosti.)
ODICAL:"Fizik-a Idelallov-i Metallovedenie" (Physics of Metals and
Metallu-rgy), 1957, Vol.IV, No,l,,(lq,),,,,,pp.84-88, (U.S.S.R.)
-I
The results aie described of investigations of the
influence of porosity of metallo-ceramic permanent magnets
made of alni, alnico, "magnico" and "cunico" on their resp-
ective magnetic propeities, i.e. the coercive force, the
residual induction and the maximum magnetic energy. The comp-
ositions of these magnetic alloys are given in Table 19 P-35-
For pore concentrations up to 25% there is an'essentially
linear dependence betweer. the magnitud~3s of the residual ind-
uction and the maximum magnetic energy. It was confirmed that
the coercive force of meta* lo-ceramic nagnets does not depend
on the porosit7. Empirical formulae are proposed which enable
one to calculate the resieual induction and the maximum mag-
netic energy of porous magnetically hard alloys if their
respective characteristics in the poreless (dense) state are
known, which are valid for alloys vrith He =.480 - 850 Oe
Br = 3000 - 12 000 Gausso Wmax = 30 000 - 150 000 erg/cm,
porosity up to 25%.

112
Dependence of the nugnetic properties of raetallo-ceramic
permanent ma6mets on the porosity. (Cont.)
2 tables, 3 figures, 4 referances, 3 of which are Rassian.
Research Institute, Recd. Feb. 15, 1956;
Ministry of Electrical Industry. after revision recd.
June 27, 1956.

Tv.
paper presented at the Intl. Powler Eetilli)rgy '~Ieeting in Lisonacil., 28-31 "'ay 1957.
Die Technih,-110. 10, -ot 195,7.

gig
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at rp.
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LIL
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fit
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".j1 OU
I ~"!.H
it

AUTHOR: SOV/126-6-1-5/33
TITLE: Certain Relations Governing the Magnetic Properties of
Manganese-Bismuth Permanent Magnets (Nekotoz!yye
zakonomernosti magnitnykh svoystv marganets-vismutov3rkh
postoyannykh magnitov)
POIODICAL: Fizika Metallov i. Metallovedeniye, 1958- Vol.(), No:)..
pp 46-51 (USSR)
ABSTRACT: Magnetically hard materials based on bismuth-man-anese
pow.ders have been investigated by various authors and
in the Soviet Union by Ye. N Shtol~ts and Ya. S. Shhur
(Refs.9 and 10). The published literature contains a
considerable amount of information on the technology an'-,
the properties of these maGnets but this is not quite
exhaustive enough mid further studies are of considerz:,'_1.1
interest. In this paper the results are described of
work relating to magnets pressed from powder of a
manganese-bismuth alloy as a fVnction of the conditionp
of manufacture and testing. For the manufacti-Lre,.
manganese and bismuth were mixed in a ratio of 23~,??, end
fused in a stationary electric resistance shaft furnace
Card 1/5 inside a steel crucible, The fusion vas affected, in

SO-V/126-6-1-5/33
Certain Relations Governing the Magnetic Properties of Man-anleEe-
Bismuth Permwient Magnets
air adding ammonium chloride which is capable of forming
a protective atmosphere of volatile chlorides with
oxides of manganese and bismuth. In the individual
experiments the melt was protected from oxidation by
means of a flux produced from sodium chloride without
using ammonium chloride. The obtained ingots had
approximately the same properties in both cases. The
tot~-I. duration of the smelting was about five hours.,
the manganese-bismuth,alloy castings viere crushed i~L a
ball-mill in benzol. After drying, the powder was
subjected to magnetic separation for separating out
non-magnetic particles. The pyrophoricity of the dried
powder was low. The chemical compositions of the
fractions were 18.4% Mn. 81.6yo Bi for the ferromagnetic
and 10.9016 Mn, 89.1% Bi for the non-ferromagnetic, The
magnets were pressed from the ferromagrietic fraction
into 8 = dia., 12 mm long zylinders in a hydraulic
press whilst heating in air inside a magnetic field,
the direction of which was identical with the direction
Card 2/5 of the pressing, see sketch, Fig.l. p.4?~ Thus, the

SOV/126-6-1-5/33
Certain Relations Governing the Magnetic Properties of Manganese-
Bismuth Permanent Magnets
method was different from that desc:ribed by
Adams et alii (Refs.7 and B) who produced the alloy by
smelting in a furnace with a rotating crucible
(duration 45 hours) and crushing the castings and
pressing the magnets inside a helitm atmosphere,, The
experiments aimed essentially at studying the influence
of the crushing of the alloy, -the pressure and the
temperature of pressing, the.potential of the magnetic
field during pressing and the temperature of the ambient
medium during the tests on the properties of the pressed
specimens, In each series of the tests only one of the
conditions was varied, whilst the others were maintained
constant. The starting conditions of manufacture were
as follows: the specimens were pressed from a powder
which was refined b crushing for eight hours, specific
Y2 0
pressure 1.3 tons/cm . pressing temperature 280 C."
magnetic field potential 11000 Oe-, the tests were
carried out at 20 C. For compariso.a the properties of
a manganese-bismuth alloy were test-~d in the as-east;
Card 3/5 state. The influence of the pressing pressure on the

SOV/126-6-1-5/33
Certain Relations Governing the Magnetic Properties of Manganese-
Bismuth Permanent Magnets
magnetic properties are graphed in F:Lg.3; the influence
of the heating temperature during pressing on the proper-ties
of the specimens are graphed in Fig.4; the influence of the
ambient medium on the magnetic prope:?ties of the specimens
are graphed in Fig.5 and, finally ?the curves of
demagnetisation and of the magnetic onergy of the specimens
are graphed in Fig.6. The influenco of the magnetic field
potential on the magnetic properties of the specimens are
entared in Table 2, p 50. It was found that the technology
of manufacturing manganese-bismuth pormanent magnets can be
considerably simplified compared i;o that described. in
literature. The permanent magnets p1roduced in accordance
rith the here described echnology had a maximum ma,-
energy of 150 000 erg/cJ netic
Due to the irreversible
decrease of -the magiletic properties (luring cooling of
mangELnese-bismuth permanent mai;nets below room temperature,
such magnets cannot be used extensivoly in engineerinG.
Due t8 the very good magnetic properties of such magnets
Card at 20 C it would be advisable to attempt to reduce the
4/5 temperature coefficients of the maSnotic properties of

SOV/126-6-1-5/33
Certain Relations Governing the Magnetic Properties of* Manganese-
Bismuth Permanent Magnets
such magnets. One of the possibilit-'-es of doing so would
be to complicate the chemical composLtion of the alloy on
the basis of 'the manganese-bismuth s,,stem.
There are 6 f1sures', 2 tables and 13 references,
8 of vhich are Soviet, 2 German, 3 English,
SUBMITTED: January 4, 1957 (initiallY)
(a,
April 21? 1957 fber revision)
Card 5/5 1.Magnets--Magnetic properties 2. Powder alloys-Applications
3. Magnets-Productioii

A IT ,,A*B..,;..GLADYSH3ff# P.A.
%~ 1. ~ I ." - -
Zffect of zirconium and nitrogvn on magnetic Dropertles of permanent
iron-nickel-aluminum magnets. In2h.-fit. zhur. no. 6:110-111
Js 158. (MIRA 11:7)
(Magneto)

A. B. SOV/126-6-3-10/32
of Ceriaets oil the Basis. of the
'1110
?_'Ifstoja Fe-Ni-Al (Is,,-,JedoviiIiye spell,'Ini,," met, -
n! t nove S.4L
.,er~ icherki',.h ~,pl,, ~rcnr oc stemy Fe
11.1otallov i ~et'-.zkllovedeniye, 1958, Vol G, Nr 3,
;-i) 1[56-465 (USSR)
Thc conditions of 3bi,,u.-LE, Fe-N-i-Al uauL~nets are well known.
o
aver the physical aito chemical processes tvhich take
wL I
T)lace durinr:- the ;itLtorin,
Of these nn%nats have been
liUlc, TDe hard alloys
Fo-Li-Al bolonG to tho_~o oiulti-cowponcnt systems which
f&i-ia duriri.:_, henatinF-;', t, unifu~-Ji solid solution and can
6cco;iipuse duriu~,, the to form t%%,o phase.,,: an iron-
Doce and an interraetallide BiAl ~ReiS 6 to 8). In some
ca!_-~es cuch )Iloys contain ad , 4,~tUreS Of
..u I Cobalt copper and
titanium t'hich, accor(lin- to A. Geisler (Ref 93, do not
tl-.~ choracter (-,f the '~t7_'UCtUrtI tr,3Il.UfOr:IIItiOIIS ill
t-,.-. of tl- clloys _i~: co;i1plicated by
'611C, prosence of aliuiiiniu~~i ul~d titaniirn vhich ',,.3ve a texiden~,.y
~Jard fclr,,d o-Ades which ~Lrc difficult -to reduce. The ,,.,ork
1/5 described in thi- T)Z,-,)(,r '.ed cait for Ilie purpose of