SCIENTIFIC ABSTRACT DROGON, JERZY - DROKIN, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411220007-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DRCGCK, Jerzy,, mgr, #z.
Eleatrolytialt%fteration of chromic acid solutims. Przegl
mach 23 lso.89'40-2" 25 AP"64
1. Wytwornia Spcrzttu Komuh4acyJnego, Rzeszov.
- 4-~

DROGOSZEWSKI, Bohdan
.... ....................... .. -.-
Experiments in weed control by using herbicides in forest
nurseries. Roczniki wyz szkola rol Poznan 14 31-34 163.
1. Department of Forest Cultivation, College of Agricultural
Poz nan.

X
DROGOSZEVISKI, Bohdan; PACYNIAK, Cezary
Experiments in generative and vegetative multiplying of
Ailanthus altissima (Mill.) Svingle. Roczniki wyz szkola
rol Poznan 14 35-38 163.
1. Department of Forest Cultivation and Department of
Sylvan Botany~ College of Agricultural Poznan.

DROGOVWXO, I.Z., inzh.
Subaqueous trench work to rocky soils under winter conditions.
MontA spets.rab.v stroi. 22 no.10:21-22 o ,6o, (mmA 13t9)
1. Treat Boyuzvsryvpron.
(Yanimay River-Pipelines)

DROGMYKOp -1.2.3 inzh.; KOLCDOCRKIN, YuS., inzh,
Fa-perience with the blasting substance of the Mining Institute of
the Academy of Sciences of the U.S.S.R. in drilling and blasting.
Mont. i opetoo rab, v stroi. 25 no.5:26-28 My 163.
(MIRA 16:7)
(Blasting)

GOLUBETITSEV'A.U. Lliolubentsev,, 0.',-1. (Kiyev); DMGG'jCq,, A.14.
(Drohovoz, A.M.) (Ryev)
Liniting valluos of the parr-metars of an integral equation of
vilwation. Fryld.mekh. 7 no.4.-388-395 161. (11MA 14:9)
1. Institut mokhaniki AN "SSR.
(Vibration)

~0(30
AUTHORS:
T.rTL---:
PERIODICAL:
sJ198/62/008/004/002/W
D407/D301
Holubentsev, O.M. and Drohovoz, A.M. (Kyyiv)
On criteria of aperiodic stability of motion
P-,7kladna mekhanika, v. 8, no. 4, 1962, 379 - 388
TEXT: Aperiodicity criteria are obtained which are closer
to the sufficient conditions of aperiodic motions than those obtained
in earlier works. The characteristic polynomial is taken in the form
xn+ a 0xn-1 + aIxn-2 #+ .00 + an-1 " 0. (5)
It is assumed that all the coefficients of (5) axe positive. A change
of variables x=aoy is effected and the notation ojoaj / aoj+1 is intro-
duced. Thereupon polynomial (5)-assumes the form:
yn+ y n-1 + cly n-2 + 00. + On-1 ' 0. (6)
Card 1/3

B/198/62/008/004/002/006
On criteria of aperiodio stability D407/D301
It is required that the roots of-(6) be real and negative. After cal-
culations, one arrives at the following criterion: The roots of polyno-
mial (6) are real and negative, only if its coefficients satisfy the
inequality
k
(n-1) ... -k) -2n ~2,i
(n E__ "K_
(k+l)l nk 11 -k iF _I 01] (1 +kV _1 01 )
(&1 ) ... (n-k) - _2n _2n k
0 1 +k~fj c
k \< k r~_j
The lower bound of the coefficients ck can be written in =ore accurate
form (expressed by inequality (22)). The accuracy of Euler's criteria
for aperiodio stability is compared with the obtained inequalities ((21)
and (22)). The comparison is effecied by means of 2 exampless the cubic
equation
Card 2/3

S/198/62/008/004/002/006
On criteria of aperiodic stability ... D407/D301
X3 + X2 + aix + 0 2 = 0. (25)
and the polynomial of the 4-th degree
x4 + X3 + OIX2 + 02x + 03 ~ 0. (26)
The comparison showed that the proposed criteria are more accurate than
Luler's criteria. Hence inequalities (21)(22) can be used for determining
the values of the coefficients, so as to obtain aperiodic motions. There
are 5 figures and 2 tables.
ABliOCIATIONs Instytut mekhaniky AS UkrRSR (Institute of Mechanics
of the AS UkrRSR)
SURMITTED: Xaroh 10, 1962
Card V3

ACCEWICN NR: AP4010374 8/0198/64/010/002/0200/0205
AuTy.oRs Drogoics, A. M. (Kiev)
TITLE: Damping of*the transient procoas In the shortest Use
SCURCEs Pry*kladna mekhmallog Y* 20p no@ 29 1964v 200-105
TOPIC TAGSt transient prooess, damy-inq r-th order differential eauation,, constant
:ooeffident, rapid clamping
'ABSTRACTs An analysis of differential ecruo*tlon
X10 alic", + - - - x 0
is presented. This in an equation of n-th order with constant o*eMdftts (a being
understood to be an even nunbW By oxaWging the veriab2o
and argusenti
,card

'ACCESSICK NRz 04010374
this a * tion takes an the form
+ i-*+ Ciro-* + - - - + .0.
The solution of the lost *emotion produces the sum of two fanctiong.
+
'Analysis of thwiresults obtaiied indicates, that function yjL('C) to liatted (00ef-
are governed Iv corAition
;fIcIsOtN 02P 0,41,99-1 %-2
+ c4y" (1) + M
Mr 1 (1) + M" (T) + Ci V" + C'M.
~i~troduced tv 0. Me Golubentsev and A. I.' Drogovoz (Pro grv~lebrd zIacbMffldy%
parkanstriv intogioll nop vinganVe koliventp Prildafta, ukhudkes, to VIII vo,4,
:3.961
Since y('C) Is an inereasing functiong y2(t) =wt be iiaoreasing,, amid who
coefflateots o1v 030 0500"t % &PP"*Oh *M6 Y2(T) aim appm"b"
ConsHering 00 "Utt -?Zen esame, fu"'160 lose eso and
seree OU *)I Ot
CW4 - 2/4

ACCESSIM FR& AP4010374
.coefficients ao' als .... an., of the, original differential equation as being
exprossed by formUs
a& +
n)
(1 2
0
and
bj~2
'the autbore arrive at that relation between co-efficiante a0p alt at which
Card

,;ACC=CN NRt AP4010374
Oamping of the transient, process occurs roat repid2y. Orig. art. bass 24 formUs.;
ASSOCIATICS iIwUtut makhodid M #MR (InstAtute of HaaMmics ii MOTO
'MWTISDI 020at63 ;bATE AGQI UFAU IWCLI 00. :1
SUB COMS lei TO HEF 307t 003 OT9SR# COD
Cwd 4/4

MULAM, Olga; DABROWSKIp StanIslaw; DROGOWSKI, Marian
The sleot-oijhoretic pattern of piotelne of the
flulu in senile dementia. Ncurol,g nourochir,p
11, no../.i629-M Jl-Xg 164
1, Z KlIniki Neurologicznej Akademil Modycznej
(Kierownikt doc, dr. med. H.Wender',j z Kliniki
Aademji Medycznej w Poznaniu (Kierowniki pror.
i zo Szpitala d1a Werwowo i Psychicznie Chor7ch
(Dyrektor Szpitalat dr. Z. Elaszkiewicz).
cerebral-ipinal
psychint. Polo
v Poznanlu
PsycMatryczne
dr. P.Dreezeri
w DzIekance

MMART, Miro3lav; VjJTUC-M.,, Vojto-.h; DR0111AV., Radek
Fluid drying of glass sands. Sklar a keramik 14 no.11011-312,
313 11 164.
1. Research Institute of Inoreanie Chemlstry, Usti nad Labem (for
Vanecek and Drbohlav). 2. Institute of Inorganic CheW.atry of the
Czechoslovak Academy of Sciences2 Prague (for Markvart).

DROJECKA, R.
Why only into high mountaine? p, 10.
June 1955. TUMM Warszawa, Poland.
,kio. 61
So: Eastern European Accession. Val 5, no. 4, April 1956

DRWEKI, Andrsejj ZIELINSKI, Janusz
Mental complications during therap7 of lupus cry-thematosus with
atebrinee Polski tygod.lek. 15 no.14:505-508 4 Ap 160.
le Z Kliniki Dermatologlesnej; kierovnik: doo.dr H. Proobacki L
x Kliniki Psychiatryosnej P.A#M. v Szoseoinis; kieroynik: x-ca
prof.dr F. Platkovski.
(qunuaRlEs toxicol.)
(LUPUS 11R1 KATOSES ther.)
(MENTAL DISMORS etiol.)

- MRWICII # Andrzej
Griseofulvin - a now antiblotio for the treatsent of nyooses.
Prsegl,deru. Wares. 47 no.&501-510 I-D 160.
1. Z Kliniki Dermtologlosuej P.A,X. v Szosecluis, Kierownik:
doo.dr B.Proohaoki.
(ORIBBOYMIN ther)

FROCHACKI., Henrykj DROJECKI,,_ArArsej; BIELUNSKA, Sabina
Therapeutic value of grisooftavin in microsporosis and other mycoses.
Przegl. dorm. 49t221-223 162.
1. Z Kliniki Dermatologiczaej PAM w Szozecinie Kierownikt prof., dr
H. Prochaeld.
(GRISEOMVIN) (TIVA)

FOLA11D
WINIARSKI, 1,"aclaw and DROJECKI Andrzoj; First Clinic of In-
ternal Diseases (I Kifn-lk'a:~~o-4r-oS;~%o~;;~etrznych) (Director:
Prof. Dr. Foliks BOLECHOWSKI) and Clinic of Dermatology (Kli-
nika Dormatolo,-iozna) (Director: Prof. Dr. Henryk PROCHACKI),
both of PAM [Pomorslca Alcademia Medyozna, Pomeranian Medical
Academy] in Szczecin
11 El ek tro cardiogram Tracings in Scloroderma."
Warsaw, Polski Tygodnilf Lelcarski, Vol 18, No 29, 15 Jul 63,
pp 1060_1065
Abstract; (Authors' English summary] Authors report seven
cases oF generalized scleroderma (3 women and 3 men) aged
21-62, two of which died with symptoms of circulatory fail-
u re. In all the patients the ecg tracings shows abnormali-
ties, mostly lowering of the QRS volta.-o, flattening or in-
version of the T wave, and levelling 0f the ST wave. Von-
tricular fibrillation was noted in one case. 7hore are 32
references: One (1) Soviet, 6 Polish, one (1) German, and
the other Western, primarily in English.
1/1

AUTHORs Drok, A.1,Chief Me-,hanic 127-58--4-26/31
TITLEi Modernization of the Joints of the SE-3 Ex,za-;-ator (Modernizatsiya
uzlov ekskavatora SE - 3)
PERIODICALt Gornyy Zhurnal, 1956, Nr 4, PP 71-73 (USSR)
ABSTRACTs SE-3 excavato73have been used by the Yelenc7qkoye rudoupravleniye
tresta Ogneuporne-U4 (Ye'Lenovka Mining Administration of the
Ogneupornerud Tritat) since 1946. The repair shep of t'--e mine
modernized the 5oints of this excavator 1~y xerlacirg amall pins
with largir ones; building protec-,ive covers over the sockets of
the excavator to shield them from pieces of rockA, etc. There
are 8 figures.
ASSOCIATIONs Yelenovskoye rudoupravleniye treat& Ogneupcrnerud (Yelenovka
Mining Administration of the Og-teupornerud Trust)
Card 1/1 1. Earth moving equipment - Design 2. Mines - Equipment

SOV/127-58-12-19/26
A.UT11,ORt Drok, A.I.f Mining and Electromechanical Engineer
TITLE: The Modernization of the Operating Mechanism of the Excava-
tor SE-3 (Moddrnizataiya napornogo mekhanizma ekskavatora
SE-3)
PERIODICAL: Gornyy zhurnal, 1958, Hr 12, pp 6o - 62 (USSR)
ABSTRACT: The author proposes minor changes in the working parts of
the operating mechanism of the SE-3 excavator, which will
double the life of the cog wheels and the gear racks of
the handles. This unit is produced by Uralmashzavod
(ZTM), the Magnitogorskiv zavod gornogo oborudovaniya (the
Magnitogorsk Plant of the Mining Equipment)(MZGO), and the
Krivoy Rog Plant of Mining Equipment "Kommunist"(KZGO). The
proposed modernization is very simple and can be carried
out by any industrial installation. There are 2 diagrams
and 1 graph.
ASSOCIATION: Yuzhnyy gorno-obogatitellnyy kombinat (YuzbW KWag-
Concentration Combine)
Card 1/1

.MOKV A.I.p gornyy insh.-elektromelchanik
"----------- I I . , -1
Repairing okulywnt-at the-S6uthern Mining and Ore-dreBsing Combine "
-1 Cor. zhur. zo,3i46~54:Nr 161- , - (MIRA 14:3)
(KrIvoy Q lksin machinery-44aintence and repair)

DROK, A&I gozmn inxhaner-ole
SGR-SM pumps Gorabur. no*5s72 My 161. ()OA 14s6)
is DrITorosbakiy I%Lzbnyy gorno-obogatitelln" kombinat.
(Ore drovilting-Wpwnt and oupplies) (rwoping mm*iuex7)

DROKp A.1.9 gorW inzh.-elektromekhanik
-------
Protecting vacuum pumps of dressing plants. Gor. zhur. no.11:75-76
N , 61. (KM 13:2)
I# Xr:tvorozhvkiy YuzVaW gorno-obogatitellnyy kombinat.
(vacuum pumps) (ore dressing)

MOK A 1 -0 in2h.
-
Now denign of the tooth of the EKG-4 excavator for rock excavation*
Strois i dore mash* 7 no.9sl4-15 S 162. (MIRA 15:10)
(Excavating machinery)

.!!O~., A.Ij inah.
Increase the life of parts of working equipment of the Sr,-3
and KK&4 excavators. Strol, i dor. isash. 7 no.12:3-6 D
162. (MIRA 16:1)
(Nnavating m4chinery-Equipment and supplies)
i.

DROX_p A.I.,,, gornyy insh.-olektrowkhanik
Drainage in inolined trpnching. Gor, shur. no.9s73-74 S 161.
1 (MVU 16 t 7)
1. Yuzhnyy gornoobogatitellnyy kombinato Krivoy Rog.
(Mine drainage)

DROK, I.T.; WATINKO, S.Z.
-----'~struction of storap warshouzes Is an iWrtant task,, Bakhe
'Pro". 33 ro.6:i?-i8 is 159. OaRA 12:8)
1. Gorodishchenskiy sakharzWr savod.
(Sua r-storage) (warehouses)

DRDK. I.T.
Technical, Industrial, and financial plan for ougar factorleso
Sakh.prom. 34 no.2s46-48 7 1609 (MIRA 13:5)
1. Gorodishchanakiy oaMarnyy zavod.
I (Sugar Industry)

S/035/62/000/011/069/079
AOO1/AlOl
AUTHOR: ~M.~
TITLE: On the problem of correction in elevationibr the combined effect
of Earth's curvature and vertical refraction in geodetic leveling
for short distances
PERIODICAL: Referativnyy zhurnal, Astronomiya I Geodezlya, no. 11, 1~62, 25,
abstract lIG180 ("Nauchn. zap. L%--Ivsk. politekhn. in-t. Ser. geod.",
1962, no. 7. 3 - 30)
TEXT: The author describes field investigations of the vertical refraction
effect on the results of geodetic leveling with short sighting rays, carried out
by the workers of the geodesy department of the LI'vov Polytechnic Institute In
May 1956. nie Investigations consisted in multiple measurements of vertical' an-
gles at Point 13 durin
.g 12 days, Observations were made with rods provided with
three sighting marks, (at heights 1, 2 and 3 m) mounted at six points located at
distances 400 - 1,000 m from Point B. Vertical angles were measured every hour
by two observations. Every time, upper, middle and lower marks on the rods of
all six points were observed, DurIng the first ob6evvatlons, the OT-02 theodolite
Card 1/3

S/035/62/000/01 1/069/071)
On the problem of correction ln*41evation for the... W0611AI01
4 1
was set on the conventional s6nd (1-1.56 m), and during the second observation
on a high stand (1-3.02 m). Simultaneously with angular measurements were con-
ducted also meteorological observations. Elevations between the points were de-
termined In advance by geometric leveling. Vertical angles were simultaneously
measured by reciprocal observati6ns in two directions. The rms error In measuring
a vertical angle amounted to + O.'g. The author considers specific features of
temperature distribution In the ground air layer and analyzes In detail the ob-
servational results, arriving at the following main concliu;ions. Errors due to
refraction are of positivo*sign (refraction Increases the vertical angles meas-
ured) in morning, during 1 - 2 hours after sunrise, and in evening, 1 - 2 hours
before sunset. whereas during the larger part of the day they are of negative
sign (refraction decreases the vertical angles measured). Positive errors due to
refraction are the largest during sunrise and sunset, and negative are the largest
during the hours about noon. The course of diurnal variation of refraction errors
is the same for different weather conditions, but their magnitude depends, to a
considerable degree, on the state of weather. Introduction of corrections In ele-
vations due to combined effect of Earth's curvature and refraction according to
the-formula f - 0,43 (d2R) during geodetic leveling for distances up to I km Is
Card 2/3

s/035/62/boo/oll/069/079
On the problem of correction In elevation for the... A0011AI01
not subntantiated, since refraction Index varies In the ground air layers within
very wide range, considerably differing from 0.14 in absolute magnitude, and has
the negatIve sign during the larger part of the day. The absolute value of re- V,
fraction index decreases with Increasing line length.and with sighting ray height
over the ground surface. There are 9 references.
A. Ostrovskly
(Abstracter's note.- Complete translation)
Card 3/3

3,
AUMOR: Drok, M. K.
42999
8/035/62/000/011/043/079
AOO1/A1Ol
TITLE: The accuracy of determining elevations in traverses of geodetic
leveling with short rays in a hilly country
PERIODICAL: Referativnyy zhurnal, Astironomiya i Geodeziya, no. 11, 1962, 8 - 9,
abstract 11G84 ("Nauchn. zap. L'vovsk. politekhn. in-t. S~r. geod.",
1962, no. 7, 31 - 39)
TEXT: In order to study the accuracy of geodetic leveling with short di-
rectional rays and the effect of vertical refraction on elevations, elevation
traversea were run in a hilly country. The traverses were run through the pot-ft
of a polygonometric network consisting of three poiygons totalling 12.2 km. The
average separation between points was a370 m. Elevations between the points
were determined by geometric leveling; the rms error was �3.9 mm per I km of
traverse. Geodetic leveling was carried out from the sunrise to sunset. Ver-
14P ~langles were measured with an OT-02 theodolite by four observations. Ob-
-"ere made of marks located on a rod at heights of 1, 2 and 3 m. At

,1/035/62/000/011/043/079
The accuracy of determining... AOO1/A1O1
the same heights the air temperature was measured with Assman thermometers. The
rms error in measuring the Inclination angle by one observation while sighting
the upper mark amounted to +1".1, the middle mark +1".4, and the lower mark
�V'.5. The rms error in determining elevation in o-ne direction, calculated with
allowance for the error mjand errors in measuring distance between points
(I : 25,000), instrument height (�1.5 mm) and the sighting mark height (�0.5 =1
turned out to be +2.3 mm. The rms errors of elevation per I km traverse, Cal-
culated from polygon misclosures, amounted to +21 mm in one-way determination of
elevations, +4 mm in two-way determination, an~~ +10 mm in leveling from the
middle. To budge on the effect of refraction, w-ere cajculated differences ~ ,h
between elevations determined by geodetic and geometric levelings. Refraction
Index was calculated by the formula: k. f-hp (p Is correction for Farth's cur-
P
vature) and from meteorological data accordift to the formula:
c
km - X0 + g i~_' (1)
(see RZhAstr, 1956, no. 2, 1433). Results of calculations have shown that in
air layers near the ground surface refraction index varies from 3.00 to -2.85
Card 2/3

I S/035/62/000/011/043/079
The accuracy of determining... A001/A101
during a day. On the basis of investigations performed, the following conclu-
sions have been drawn: 1) Vertical refraction is the main error source in one-
way geodetic leveling with short rays; in leveling from the middle (across the
point) this effect is partially compensated. In two7way leveling, errors due to
residual effect of refraction bear the appearance of random errors. Two-way
geodetic leveling can be carried out during the whole day, excluding hours of
strong oscillations of rod images and 1 - 2 hours after sunrise and prior to
sunset. 2) Introduction of corrections for refraction at one-way leveling using
a factor determined in advance, does not yield desirable results for small dis-
tances. Introduction of refraction correction according to Formula (11) improves
measurement results, but calls for an additional expenditure of time and means
for determination of temperature gradients while measuring vertical angles.
V. Sinyagina.
jAbstracter's note: Complete translation]
Card 3/3

8/035/62/000/012/043/064
A
000101
AUTHORi Drok, M. K.
TITLE: An investigation of accuracy of elevation determinations in short-
distance geodetic leveling in plain countries
PERIODICALs Referativnyy zhurnal, Astronomiya i Geodeziya, no. 12, 1962, 9,
abstract 12a68 ("Nauchn. zap. L'vovak. politekhn. in-t. Seir. geod7,
1962, no. 6, 183 - 199)
T W To study accuracy of geodetic leveling, elevation traverses total-
ling 18 km were laid out in the region of Galich. Distances between points were
measured with a 48-m steel wire with accuracy of 1/?0,000. Elevations between
ends of each side of the traverse were determined by the 3rd class geometric le-
veling; the rms error of leveling was �3.4 mm per I km of traverse. aeodetic
leveling was conducted during to days from sunrise to sunset. Vertical angles
were measured by means of an OT-02 optical theodolite. Marks of the rods at
heights of 1, 2 and 3'm were observed. -At every station were measured air tell-
perature (at heights of 0-5, 1.5 and 3 m over the ground), pressure and force of
Card 1/2

3/035/62/000/012/043/064
An investigation of accuracy of... AOOIA101 '
wind, and cloudiness and quality of images were registered. The rms error in
determining elevations, calculated with allowance for errors In inclination
angle measurements, instrument height and height of sighting marks, amounW to
�3.4 mm. Refraction indices were calculated by the formulae:
LIVI, k~
P P
where 6N' is divergence of elevations determined from direct geodetic leveling
~ 11
and geometric leveling, I N is divergence of elevations determined from rove roe
geodetic leveling and geometric leveling, p is correction in elevation for Earth! a
curvature. On the basis of an analysis of investigation results the following
conclusions have been drawn: vertical refraction is th6 main source of errors in
short-range geodetic leveling in1plain countries. In two-way leveling and level-
ing from the middle, refraction effect is compensated (at equal distances to the
forward and back rods and sighting mark height of 2 - 3 M) to a considerable de-
gree, refraction index varies from +2-3T to -4.80 during a day. Geodetio level-
ing can be performed during the whole day, excluding hours of strong image fluc-
tuations and also 1.5 hours after sunrise w4 before st4nset.
(Abstracter's note: Complete translation] Ye. Xlyushin
card 2/2, ' I -

ACC N% AR6004312 SM103 COM UV0270/6
AUTHOR& Drok, K. K
TITLEs A study of the daily variatign of discrepancies in the mosses of ROW
leveling in a triangle..
SOURCE: Rafe she Goodosiyap Aboo'10*52*186
REr SOURGEt Good. kartogr* i asrofotos"yemka. Respe mexhved. nauchnotekhne sb*p
vyp. 1, 1964, 25-34
TOPIG TAGSt triangulation,, meteorologic observation# geodesy, refractive index
ABSTRACT: The zenith distances to marks along the sides of a triangle whose vertices
are situated on the slopes of a valley were measured aimultaneously during 3 days
in July (every hour) and 9 days in September (every even hour)e The transit lines
(1.0 ka < a - < 2.6 ka) were for the mat part at a height of I%j 50 a. In all. W
series of bilateral measurements were made along each side of the triangle, Second-
class geometric leveling with an ran error of +1.6 am/im was performed between the
vertices of the triangle. Meteorological observations were also awide, at each point.
The obtained results confirmed earlier conclusion.3 (RZhj 1963,, 8,,52.78) on the daily
variation in the refractive index when the direction is reversed and when changing
from one direction to another. In the daytimej, the refractive index was close to
-0-14. It was established that the nights naming, and evening observations with
Card 1 2 UDG 1 52 6 ~,_Q&c4_

L 00796-67
'--ACC- NRi AMM4312
unilateral geodetic leveling contained refractive errors which were greater by an
approximate factor of 2 than in the daytime hours. In nonsimultansous bilateral
leveling with intervals of 2, 4, 6j 8p and 10 bra between measurements *forward"
and "backward." the average discrepancies in the excesses in the tMang3s were,
respectivelYs 369 349 44,, 22, and 15 = (for the July period) and 23, 33* 29v l0v
and 2 mm (for the September period). When the "direct" July and "reverse" September
measurements with the same time intervals were used, the average disorepancies were
40, 46, 50, 38v and 24 an; when the Mirect" September and OreversO July obsurva-
tions were used, the average discrepancies were 19p 28,, 26, 16j, and 22 mm, It was
concluded that the discrepancies in the triangle with non3imultansous bilateral
leveling did not exceed the toleraiaes for fourth-elms geometric leveling. Better
results of nonsimultaneous geodetic leveling with the transit line at a considerable
height can be obtained with symmstric arrangement of the *forward* and "reverse"
observations relative to meridian time A* Trofimay Llranslation of abstraeg
SUB COM 08

- ~w I. R's, "I
--' - 0 -~ ~,P_ 211M 15 2 IN, 7 ~,-- I M - I L-0,41
t %:~,,~i~~---~~ - , w sliml I I I I SMIAM: i ~

XATAYEV, S.I.; KURDOVp L.I.; KHROMOY, V.P.; UL'YAN(;V, V.N.; DROKHANOV, AA
Enerimental electronic rear projection system in the Moscow
Television Center. Vest, aviazi 22 no.50-6 VV 162,
(MIRA 150)
1. Sotrudniki kafedry televideniya Moskovakogo elaktrotekhni-
chaskogo Ins tituta avasi.
(Moscow-Television staticns--Electronic equipment)

BURLAKOV, Nikolay Mikhaylovich; IROKHMOVA, ye.N., red.; ILTUGMA,
T.D.0 tekhn."d,
[Urgent task of animl husbandry; sources for increasing the
output of 'baef] lamushohnsia sadmohm shivotnoyodetva; Istoch-
niki uvelicheniia proisvodstya govisdiny. Moskva, Izd-vo
"Sovetaksia Rosslia," 1959. 86 p. (mm 13:6)
1. Chlon-korrespondent Yeasoyasnoy ekademii seliskokhozyaystven-
nykh nauk imeni V.I.Lenina (VASMIL) (for Burlskov).
(Stock and stockbreeding)

POM. Ivan Mile ylovich; TAW71T. V.N., red.; DROKHANOTA, Y6.1.0 red,;
KUZRRSOVA, G.I., tokhn.red.
[Ways for a better use of production funds on collective and
state formal Puti luchshago ispollsovantis proizvodetvennykh
fondov kolkhosov i sovkhozov. Kookya, Izd-vo *Sovetakain Rosolis."
1960. 38 p. (Dlis slushatelei sel*skikh nachallnykh ekonomi-
obaskikh shkol I krushkov. few 3)
(Km 14:1)
(Agricultural administration)

GLUKFOV, Anatoliy Alakeandrovich; VASIVYEV, V.?;., red.1 DROKHPIIGVAp Ye.N.,
redq IUUCHEVA, T.D,, tekhn, red*
[Increasing labor productivity is the path to abundance] Povy-
shenie proizvoditellaosti truda - put' k izobiliiu. Moskva# Izd-
vo "Sovetsknia Roesiia," 1960. 37 p. (Dlia slushatelei. sellsk4kh
nachallnykh ekonomicheakikh ohkol i kruzhkov, Tema n0,4)
(MIRA 15:1)
(Agriaulture-Labor productivity)

RASPOPOVA, Anna Ivanovma,,- DROKWOVA, Ye.N., red.; YEIAGRI, A.S., tekhn.
red.
[One-hundred and forty calves a year] Dvesti sorok teliat za god,
Moskva, Izd-vo "Sovetskaia Roseiia.," 1961* 15 P, (MMU 14:11)
1. Telyatnitsa kolkhoza "Rossiya".Annenskogo rayona Voronezhslcoy
oblaoti (for Raspopoval. (Calves)

KRETOVAy Ollga Kapitonovna; DROKHANOVA, U.N., red.; YEIAGIN, A.S.,
tekbn. red. t=-
[Nikolai Manukovskiia Ouniversitieo."]Universitety Nikolaia
t4umkovskogo. Moskva,, Izd-vo "SoVetskaia Roseiia, 1961, 124 pe
(AIRA 25:3)
(Manukovskii, NikoW Pedorovich)

- NOVMM.. I.A. j KOTOVO 0. G..# doktor ekonom. nauk, red. j M019MOVA Ye.N. ,
red.; YEIAGIN, A.S.j, takhn. red.
(Knowledge of economics is the basis for able management] Zna,
nie ekonomiki - onnava umelogo khosiaistvovaniia. Moskva, Izd-
vo "Sovetskaia, Rosaiia.." 1961. 186 p. WMA 15:3)
(Agriculture-Economic aspects)

ZA'YTSEV, Vasiliy Vasillyevich, Geray Sotsialistichookogo Trudaj
DROKHAROVA, Ye.N.9 red.1 YZIAGIN, A.S,j tekhn, redo
-va-
[If you havemodmiW than help the othero]Dobilsia sam -
pomogi drugoma. Moskva,, Sovetskaia Rosaiia., 1962. 53 Po
(KIRA 15:7)
lo Predsedatell kolkhoza. "Fobeda" Chuvashakoy ASSR (for
Zaytsev).
(Agriculture)

CHERNYAKEOVSKII., Ivan Grigorlyevichj Ted-,; - I
POPOV, N.D.p tekbn. red.
(Notes of a shop foreman]Zapiski nachallnika tsekba. Mo-
skvap Izd-vo O.Sovetakaia Rossiia.." 1962. 129 P.
(KIRA .15:9)
1, Nachallnik liteynogo teekha Vladimirskogo elektromotor-
nogo zavoda (for Chernyakhovskly).
(Founding)

.AMV, Vladimir Fedorovich; MHANOVA, Ye.N.,_red.; POPOV, N.D.,
tekhn. red.
(Joy of difficult roads) Sebast's trudnykh doro Moskva
SovetskiLia Rossiia, 1963. 154 p. &IRAL l6t5i
(Ir?a and steel workers)
(Privilov, Mikbail Moiseevich, 1913-

VASILENKO, Mikball Paylovicb; DROKHANOVA. U.N., red.; POPOV, N.D.,
tekhn. red.
[Ways to overcome seasonal work factors on collective
fame] Puti preodolenfla, sezonnoeti truda v kolkhozakh.
Moskva, Isd-vo "Sovetskaia Rosaiia," 1963. 198 P.
(MIRA 16:7)
(Collective farms)

RUKHADZE, Aleksandr Konstantinavich; RUDAKOV, Veniamin Fedorcrvich;
-JDROMUIOVA, Ye.N., red.; MARAKASOVA, L.P.., tekhn. red.;
YELAGIU, A.S.., tekhn. red.
[IndustiPes of the soutbern Urals) Industriia IUzhn,ogo Urala.
Moskvap Sovetskaia Itosaiiay 1962. 141 p. (MIRA 15:7)
(Ural Mountain regio&.-Industries)

BMIXOT, P.P,~ GNVORKTAN, 4.9r. kandidat tekhn1cheskIkh nauk; DR
jWMT
U.N.. redaktor; DWWV, AoS., takhnichookly redaktor. - ,
I no-w4w
[Porcelain] Farfor; vyedsuiS T takhnologiiu. Moskva, Goa. isd-vo
mestnoi prowyahlonnosti RSPOIL. 1955. 203 p. OUA 91'6)
l.Deyvtvitellnyy chlen Akmdeuii nauk USSR. (for Dwinikov)
(Porcelain)
11~-'

BOVA, Tevceniy Yedorovich;..DROMMOOTA, TO.N., red.; BUNO, N.Te*#
tokhn,red,
[Vhat it means to catch up with and to surpass the U.S.A.]
Chtq snachit dogmtl L peregast' SShA. Moskva. Isd-vo
05ovetaimia Romaiiaol 1960. 62 P. (MIRA 13t6)
(Russia-loonomie policy)

SUPONITSKIY, Se=11 Abr&vo"eh;Q=WNOrAp Te,Nsp redel YSIAGINt A.S.f
teklmo rod.
(OutstriPPIng'tilwYOperathala, vremia. Moskvaq Izd-vo "Sovet-
skaia Rosoiiag" 1961.* 141 p. (MIRA 14:8)
(Russia-Economic policy) to

DROKIN, A.B. [deceased].
, -
Axes of coordinates; file scenarig,on alkebre, for classes 7 and 8
Uch.'sap. labsped.inst. no*8:33-41 155. (MIJU 10,23
(Coordinates) Votion pictures in education

DROK"N', A. T.
"Study of Ter-
.rA--ratime Eagnetic Hysteresis of :iickel by 1,-,-an~; of
r,
Aut-matic -botorecording." Cand Phys "ath Scl, I oncow ."-da~orlcal inst,
I-oscow, 1954. (RZhFiz, Feb 55)
so; Stuns 'Ntoo 631, 26 Aug 55 - Survey of Scientific and Technical Dissertations
Defended at US'31R Hiqher Educational Institutl--nF (14)

MZI!lSXIZ, Leonid Vasillyovich, doktor.fisiko-satsmat~cheskikh nml
jg-A- IjW t fiziko-vatematichook1kh
MOMM - yLLhl kimAMa
nau1c; MrSaiv rsdNEW; XDKOULIRA, A.. takhnichaskiy re-
daktoro
[Atovio one aid its utilization)Atommia onergils, i so primenonloo
ItrasnolaraTzannolarskoe knlzhnoe isd-vo 1955. 46 P. [Microfilal
(KLIRA 10:5)
(Atomic power)

F
rD-1823
RDI Fr A.. :V.
Card 1/1 Pub 146-8/25
Author Drokin, A. 1.
Title New Method for checking the compensation of the earthls~ magriatic fiel(I in
investigations with vertieal &static maSnetometer
Periodical i Zhur. eksp. I teor. fiz. 28j 199-200j February 1955
Abstract The author gives a new method for verifying the necessary amount of --rarreDt
in the coils of the vertical astatid magnetometer which co--vencates -,he
vertical component magnetic field of the earth and other extrane..;uL Para-
sitic fields. The proposed method is based upon the use of temperature
magnetic hysteresis (Ya. S. Shur. W. A. Baranova, and V. A. 7,aykova, DMI
SISSR, 81, 557,, 1951); that is, upon the non-unique behavior of the Irten-
sity of magnetization In a constant weak magnetic field during heating
and cooling of a ferrouw~gnetlc swVle. Nine references.
Institution: Krasnoyarsk State Pedagogic Institute
Submitted : MaY 7o 1953

Abst Journal: Awferat Msur Fizika., No 12., 1956., 34916
Authart 4v Drokin, A. -I!j. Illymbahko, V. L.
Institution: Krasnoyarsk Pedagogical Institute, USSR
Titles Effect of the Method of Demagnetizing a Speelmn on the Temperature
Dependence of the VAgnetization of Nickel in Weak Fields
Orligb&l
Periodical: 2h. eks;4win. i teor. fizik:L, 1955, 29., So 3., 339-344
Abstract% An investigation was mad of the affect of the metbod of demiNwertizing,
produced by chwid g the mapetic field or by cooling from the Curie
temperature,, on the temperature dependence of the Tarlation of t&e mag-
netization processes an attributed by the authors to the fact that dif-
ferent depagnetization methods lead to a different magwtic etructure,
Card. 1/1

VEfftct of the method of demitgnon2sition of thl 9.1nit,lo on
e temperalura coefficient of the vlagactic suncq'uHlry
A nickbi in weak fields A 1. Vo,k-in mi(i v. L.
Itenka. Satirl Phys, J~l #z, 1~ IU 0 ~ Vilgi. trim4a-
C.A. 50.

DROKYN, A. 1. VTYURIN N 1: 1 VLASOVP A. 1;P KIRENSKIY, L. V., IUV, and
.0
== TLT"V,, R: I , (Krasnoyarsk
"The Tlemperature and Rotation Hysteresis in Ferromagnetic Materials,"
a paper submitted at the International Conference on Physics of Magnetic
Phenomenas, Vverdlovskp 23-31 56.

'~~ uv- ~ I
AUTHORS: Kirensklyj L. V., Vlasov, A, Ya,, Vtyitrln) N. Is 48-2~12/26
Drokin,, A. Ij Ivlevs V. F., Tukalov, H. 1.
TITLE: Note on the Temperatureq. and Cirealar-Hyateresi3 in Ferromagnetic
Substanns (TemperaturW i vrashchateltnyy gisterezis Y ferromaga
netikakh).
PERIODICAL.* Izvestiya AN SSSR Seriya. Fizicheskaya, 1957, Vol. 21, Nr 9.
pp. 1262-1267 (USSR,)o
AB,13TRACT." In thib paper experimental investi-ations,were conducted of&* 1) The
temperature hysteresis of magnetization according to the Bacycla
(cooling-theating) (TMH), 2) the temperature hysteresis or magneto-
strietion (TMH), 3) the temperature hystereiis of the galvanomagne-
tic effect (THGE) according to the A*cycle*(heating-cooling), 4)
the phenomenon of the "circular', hysteresis of magnetostriction was
established and investigated parallel to the study of the losses in
rotating magnetic fields. The Investigations were conducted on varioux
samples of niekel.. on the examination of the TMH1 effect thick samples
showed a much more marked effeet than thin ones. If further cooling
is applied, the thicker samples are subject to the effect. of the deis
magnetization factor, which reduces the originaUy weak field. The
Card 1/2 importance of the energy of anisotropy grows, because of which fact

Note on the Tompnraturs. and Circular-k!y4teresis in 48-9-1?/26
Ferromagnetic Substances,
the magnetization vectors of the domains do not, arrange themselvetv
parallel with the magnetic field, but along the easter direction of
magnetization, which cannot coincide with the orientation of the weak
field, It is shownj that-Ahe THM-effect diminishes with the growth
of the field, No THU-effect is observed in fields of the order of
magnitude of loo 09. Analoguous observatioms;were made in the case
of the THGE-effect, The magnitude of THU and THGE depends on the inis
tiar temperature of heating and on the final point of heating (con-
version point)j If it 19 belowthe Curie point. Analysis of th* mag-
netographs from the magnetic recorder showed, that the magnetostric-
tion as well as the UHM-.affant grows strongly with an increase of
the field from loo to looo Oe and on a further increase of the fields
tends asymptoticaUy to its maximum values.
There are 11 figures and 8 31a'vic referencen.
ASSOCIATION: State Institute for Pedaeogics of Krasnoyarsk (Kra3n,)yarskiy Cos.
pedagogicheskiy- institut).
AVAILABLE: Library, of Congress.
Card 2/2

DROI"d~-l - - -
.' A: V.) CITPIASHIN) V. a. and MOM10 A. I.
"Investigation of Phenomena Accompanying the Propagation of Ultrasound and Methods
to be used in Work in this Field: Me Effect of Ultrasound on the Ferromagaetic
Properties of Matter."
report presented at the 6th Soi. Conference on the Application of Ultrasound
in the Investigation of Matter, 3-7 Feb 1958, organized by Min. of Education
FMW and Moscow Oblast Pedagogio let. im N. K. Krupsksyn.

DROM) A. 1.J 1JLPTEY) D. A. and SMOLIN, R. P. (Krasnoyarak)
"Studies of the Temperature Magnetic Hysteresis on the Points of
the Hysteresis Loop."
Nickel and Iron-nickel alloy samples bad been studied for this purpose.
DROKINY A. I. with Kirenskiy, L. V. and Cherkashin, V. S. " The results of the
Influence of Ultrasonic Waves on the Magnetic Properties of Ferromagnetics at
Various Temperatures."
Popov ;r*"nW at the All-Uhlon motlag an Magootic Struature of rwromoution
June 190,1 In Xwnqmk. _9001ag opwAar*d by Imt. of FbivIce.. Aced. Sol. UMO
&zA Com. for Y^potlms Dept fts4lRth Sol, AS UM,

KIRNNSKIY, L.V.-.-DROXIS. A.I.-, LkMV, D.A.
I
Bffect of compression on the magnetic hystereois of nickel
underfluctuating temperature. lzv.Sib.otd.AN SSSR no.2:9-14
159. (MM 12:7)
1. Institut flulki Sibirskogo otdalentya AN SSSR.
(Hysteresis) (Nickel)

LAPTIff, B.A.; MDIIN, A.I.
I' - 1-1
Iffect of the wkgnetla condition of the test piece on the temperature-
=Lpetio h"tereals. Inv. Vs. ucheb. sav.; fiz. no.4:43-47 '59.
MRA 13:3)
l.KrasnoyarskiLr pedinatitut i Inatitut fisiki AN SSSR.
(Vagnotto Induction)

85755
S/112/60/000/018/003/00,,-
V1,75?00 (163x-111YYj1166) AOO5/AOO1
Translation from: Referativnyy zhurnal, Elcktrotekhnika, 1960, N,~. 113, p. ~P,,
# 5.9839
AUTHORS: Kirenskiy, L. ,, Drokin, A.I., Cherkashin, V.S.
TITLE: On the Effect of Ultrasound-.on the Magnetic Properties of Ferro-
magnetics, T
PERIODICAL: V 8b.% Primeneniye ul'traakust. k issled. veshchestva, No. 9,
Moscow, 1959, PP. 131-137
TECT: Results are presented from an investigation of the ultrasound effect
on the hysteresis loop of a nickel specimen in weak magnetic fields and at various
temperatures. The measurement of the intensity of magnetization of the specimen
was carried out on the vertical 4statio-magnetometer. A considerable increase in
the intensity of magnetization was detected owing to the sonic irradiation of the
specimen; the growth decreased with Increasing temperature (vanishing at about
Card 1/2

85755
S/112/60/OCO/018/003/005
A005/AOO1
On the Effect of Ultrasound on the Magnetic Properties of Ferromagnetics
3000C) and was retained after finishing the sonic irradiation process. The mag-
netic permeability of the specimen increased, too. The results obtained are ex-
pounded. - There are 12 references.
ASSOCIATION: Krasnoyarsk. ped. Int,in-t fiziki AN SSSR (Y~asnoyarsk Pedagogic
M.G.S.
Translator's note.- This is thefUll translation of the original Russian abstract.
Card 2/2

PHASE I BOOK EXPLOITATION 5010526
Vse:3oyuznoyo noveshchanlye po magnitnoy strukture ferromagnetlkov,
Krasnoyarsk, 1956.
Magnitnaya struktura. forronvLgnotikovi waterialy Vnosoyuznogo
soveahchanlya, 10 - 16 Iyunya 1958 9., Krasnoyarsk (maGnetic
Structure of Ferromagnetle Substances; Materials of the All-Union
Conference on the Magnetic Structure of Forroragnatic Substances,
Held in Krasnoyarsk 10 - 16 June, 1958) Novosibirsk, Izd-vo
Sibirskogo otd, AN SSSR, 1960. 249 p. Errata slip inserted.
1,500 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut fiziki Sibirokogo
otdeleniya. Komiaslya po magnetl=u pri Institute fiziki metallov
OMNI
Rasp. Ed.: L. V. Kirenskly, Doetor of Physical and Yathematical
Sciences; Ed.% R. L. Dudn:ikj Tech. Ed.: A. F. Mazurova.
PURPOSE: This collection of artioles Is intended for researchers in
forromagnetiom and for metal scientists.
Card 1/11

Magnetic Structure (Cont.) SOV/5526
COVERAGE: The collection contains 38 scientific articles prezented
at the All-Union Conference on the Magnetic Structure of Ferro-
magnatic Substances, held In Krasnoyarsk In June 1958. The m.2-
terial contaihs data on the magnetic structure of ferronagnotic
materials and on the dynamics of the structure In relation to
magnetic field changes, elastic Btres3es, and temperature. Ac-
cording to the Foreword the study of ferromagnetic materials W
a successful beginning In the Soviet Union in the 193013, was
subsequently discontinued for many years, and was resumed In thi
1950'a-. No personalities are mentioned. References accompany
individual articles.
TABLE OF CONTMPrS;
Foreword 3
Shur, Ya. S. [Institut fiziki metallov AN SSSR - Institute of
Physics of Metals, AS USSR, Sverdlovsk]. On the Magnetic
Structure of Ferromagnetic Substances 5
Card 2/1:L

Magnetic Structure (Cont.) SOV15526
Observation of the Domain Structure and the Barkhawi,~n
Effect 14T
Fodichev, A. M., and M. K. Savchenko [Institute of Physics,
Sibcrian Branch AS USSR, Kre-anoyarsik]. Mechanical Barkhausen
Effect in Monocrystals or Tninsformtr Sten' 1
_91
Puzey, 1. N., V. M. Lutoahkin, anl A. 1. RadIkov
(ToNlIChERNIET - Central Scity-tific Resc-arch Listitut-3
of Ferrous I-16tallurgy). Study of the Dynamics of ths
Domain Structure in an Ultrasonic Pleld 155
Kirenakly, L. V., A. 1. Drokin, and V. S. Ch(-rVaihIn
[Institute of Phyi'TEB-,-Z~n Branch AS UZER, Tea-,hers
Institute, Krasnoyarsk). Effect of Ultrasound on Mae-
notic Proportion of Ferromagnstic Substances at Variou3
Temperatures 165
Cherkashin, V. S. [Institute of Phyaias, Siberian Branch
AS USSR, Krasnoyarsk]. Effect of Rapidly Changing Stressea
Card 8/11

Magnetic Structure (Cont.)
on the Magnetic Properties of Ferrites
SOV/5526
Dekhtyar, M. V., and N. W. Kazantseva EFhyaics Department of
the Moscow State University). Anomalous Temperature Dependence
and Irreversible Changes in the Magnetic Properties of Alloy
NJ - Fe (50% NJ)
Spivak, 0. V., and 1. A. Pryamkova (Physics Department of
the Moscow State University]. Development of the Electron-
Mirror Method for the Visual Observation of the Domain
Structure of Ferromagnetic Substances
Spivak, G. V., Ye. I. Shishkina, and V. Ye. Yurasova
[Physics Department of the Moscow State University].
Concerning One Method for the Detection of Magnetic
Inhomogeneities
Dro cin.,-~I... D. A, Laptey, and R. P. Smolin [Institute
of Physics, Siberian Branch AS USSR.. Krasnoyarsk]. Thermo-
magnetic Hysteresis of Ferromagnetic Substances at the Points
175
177
185
191
Card 9/11

Magnetic Structuxe (Cont.)
of a Hysteresis Loop 195
Kl~ren3kly, L. V., A. 1.,Drokin and D. A. I'Ipt6y fln'titute
of Physics, Slberliki~~~SR, Krainoyaroki. Fff,~ct of
Ela3tic and Plastic Deformation3 on the Magnitude, of ~Ahenno-
magnetic Hysteresis 201
Margolin, S. D., and I. G. FLk1dov [In3tItute of Phyales or
M-tals AS USSR, Sverdlovsk]. Magnetic StudIP3 of Alloy-4 of
the Manganese - CormaniUm System 211
Kir-.nskly, L. V.,-and B. P. Khromov Jlnntituro~ of Phy-41ca,
Siberian Branch AS USSR, Krasnoyarakl. Study or th- Approach-
to-Saturation Law on 1-lonocrystals of Iron Silleide 217
D'yakov, 0. P. (Physics Department of the Moscow Statt
Universityj. Current State of the Problem Concerning thi
Study of Parity Effects In the Approach-to-Saturation
Region 227
Card 10/11

33683
3/058/6 11AC0,J01 2/.,55/C,93
A058/A1Ol
AUTHORSt Kirenskiy, L.V., Drokin, A.I., Cherkashin, V,,S.
TIM: Effect of ultrasonic waves on the magneti.- pro~*rtips of ferromag-
netics at different temperatures
PERIODICAL: Referativnyy zhurnal. Fizika, no. 12, 1961, 380, abstract 12E656
(V sb. "Magnitn. struktura ferromagnet.1kov", Novo3ibirsk, Sib. otd.
AN SSSR, 1960, 163 - 173)
TEXT: The effect of ultrasonic irradiation on the magnetiza-.Ion and hys-
teresis loops of Ni, Permalloy and s1liceous Fe in the range from -16-A.0 tc +5400C
was investigated. It turned out that the lower the temperature at which the ex-
periment was carried out, the greater was the Increase In magnetization brcugh-~
about by ultrasonic irradiation of specimens. For N1 and Perma!Ioy at 650C the I
dependence of log A I/, (whe re I is the magnetization) is linear. TIre results ot-
tained along different crystallographic directions in a siliceous Fe single
crystal am more complicated, but the variation of the A I/I-f(l) curve 1.8 close
to exponential. L. Boyarskly
[AbstracterIs note. Complete translation]
Card 1/1

Aq.,3o oo S/058/62/000/004/077/160
A058/A1O1
AUTHORS: Laptey, D. A.
TITLE; Effect of ultrasonic waves on dynamic hysteresis loops
PERIODICAL: Reforativnyy zhurnal, FIzika, no. 4, 1962, 38, abstract 4G319
(V ob, "Primoneniyo ulltraakust. k icaled. vashohostva". v. 12,
Moscow, 1960, 171-175)
,TEXT: The authors Investigated the effect of ultrasonic waves on particu-
lar 'hysteresis loops. They give data for closed specimens in the form of IF
transfom,ers. It is shown that the narrowing of a particular hysteresis loop
depends on a decrease of the magnetizing field. In the specimen winding an
alternating emf of ultrasonic frequency was induced. The greatest amplitude of
these oscillations was observed on the steep part of the hysteresis loop.
[Abstracter's note: Complete translation]
Card 1/1

S/058/62/000/004/079/160
A058/A1O1
A17MORS: Drokin, A. I., Cherkashin, V. S., Smolin, R. P.
TITLE: The effect of ultrasonic waves on irreversible magnetization pro-
cesses in single-crystallized nickel
I
PERIODICAL: Referativnyy zhunnal, FizIka, no. 4, 1962, 38, abstract 4G321 (V sb.
"Primenaniye ul'traakust. k issled. veshchestva". v. 13, Moscow,
1961, 181-187)
T EXT The authors describe experiments aimed at elucidating the effect of
ultrasonic waves of frequency 20 kc. on the intensity of magnetization of
specimens and on the shape of their magnetization curves. The experiments were im
carried out on specimens of recrystallized N1 with cubic texture that had all
.the properties of Ni single crystals, It was established that Irradiation of
specimens with ultrasonic waves resulted In an Increment of magnetization which
had a sharply expressed maximum at field strength ::~4 oersteds and depended
somewhat on the orientation of the specimen% crystal axes. After the passing of
the cycle of temperature magnetic hysteresis, the maxima of the specimenst
magnetization increment are shifted to the region of weaker fields. The
Card 1/2

S/058/6R/000/004/079/160
The effect of ultrasonio waves on irreversible ... A058/Alol. *
magnetization curves of specimens after sound-irradiation and the passing of the
hysteresis cycle climb to the saturation region more steeply than in or'-nar7
specimeni, a greater effect being caused by magnetic hysteresis in fields of
0 - 5 oersteds, and by sound-irradiation in fields above 5 oersteds. The
described results are discussed on the basis of ideas regarding domain-boundary
shifts and spin rotation under the action of ultrasonic waves. *
I. Viktorov
[Abstracter's note; Complete tran'slatfon]
Card 2/2

S/058/61/000/012/06.3/083
A058/A1O1
AUTHORS: Kirenskiy, L.V., Pnokin, A.I., Laptey, D.A,
TITLE: Effect of elqtstic and plastic deformations on the value of tem;era-
ture magnetic hysteresis
PERIODICAL: Referativnyy zhurnal. Fizika, no. 12, 1961, 385, abstract 12E699 (V
sb. "Magnitn. struktura ferromagnettkov", Novosibirsk, Sib.:otd.
AN SSSR, 196o, 2o1 - 2og)
TEXT: The variation of temperature magnetic hysteresis was :investigated
in electrolytic cold-drawn Ni and 65-Permalloy subjected to compression and
elongation respectively. It was established that, regardless of the sign of
magnetostriction, one-way mechanical stresses that do not exceed the yield point
always lead to a decrease of temperature magnetic hysteresis. This decrease Is
explained by a reduction in the r8le of boundary shifts between domains, as well
as by a decrease of the boundary-energy gradient. Above the yield point, sharp
inhomogeneities arise in the specimen, and this leads to an Increase of the
boundary-energy gradient and a rise of temperature magnetic hysteresis.
[Abstracter's note: Complete translation]
Card 1/1

GUREVICH, F.A., DIOX13i, A.I., BARXHATUVA* I-)G
Iffect of ultrasound on the earlyperiods of plant Frowtha Izv-
Sib-otd-AIF SSSR noo7:83-90 160. (MIRA 13:8)
1. Kraenoyarskiy mediteinskiy institut fisiki Sibirskogo
ctdeleniya AN SSSR.
(Plants, Iffect of ultrasonic waves on)

69684
S/126/60/009/03/004/033
Elll/E414
AUTHORSt Kirenskiyj L.V., Laptey, D.A., Drokin, A.I. and
Smolin, R.P.
m
m
TITLE: n-lro~n Single
ilico
Temperature MaZnetic Hysteresii ~fS
Crystals
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol 9, Nr 3,
pp 337-344 (USSR)
ABSTRACT3 The authors point out that although investigation of
magnetic hysteresis should be carried out on single
crystals, polycrystalline specimens have only been used
for temperature magnetic hysteresis studies (eg Ref I to
3). The present authors have used single crystal
5.4 x 0-43 x 0.076 cm specimens of 3-8% Si- iron cut
by etching along the principal and intermediate
crystallographic directions. Crystallographic
orientation was determined by the Laue method. Before
measurements, specimens were vacuum annealed at I!Oo*c
for 4 hours and cooled slowly. Measurements were carried
out with a heating-cooling cycle of +50 to 0 to +50*C
on a vertical astatic magnetometer described previously
Card 1/4 (Ref 4). Fig 1, 2 and 3 show magnetization as a function

6P684
S/126/60/009/03/004/033
Ell.I/E4.14
Temperature Magnetic Hysteresis of Silicon-Iron Single Crystals
of temperature for the [1001 1 11101 and [111] directions,
respectivoly, and for various ield strengths. At low
field strengths (under 1 oersted) the curves in Fig I
have two maxima and one minimum and intersect, but they
become simpler with increasing field strength and at
100 oersted hysteresis is practically absent and the
curve shows a continuous fall with increasing temperature.
For the other directions, fields up to 3 oersted give
curves with one pronounced maximuml at higher fields
(100 to 150 oersted) the curves again become simpler but
even at 150 oersted a maximum remains in the curve for
the (111) direction (Fig 3e). With specimens cut out
along intermediate directions (15, 40 and 75 0 to the T100
IL 3
direction) considerably different curves were obtained.
Fig 4 shows the hysteresis as a function of field strength
for the main directions and one for a specimen cut out
at 400 to t1003 (curve 4)1 all have a maximum.
Corresponding functions for relative change in
magnetization are shown in Fig 5 with an additional
Card 2/4 curve (5) for a 15* inclination to [Iod3s all curves 4/

69684
s/126/60/009/03/004/033
Elll/F,414
Temperature Magnetic Hysteres:U of Silicon-Iron Single Crystals
fall continuously with increasing field strength.
The authors propose an explanation of their magnetization
vs temperature curves on the basis of a comparison of
these results with known data (Ref 7,8) on the temperature
dependence of the magnetic-anisotropy and magneto-
striction constants and the original domain structure.
There is a discrepancy between Fig 5 and corresponding
results of Baranova and Shur (Ref 9)1 this is
attributed to differences in the alignment of the easy-
magnetization axes. Fig 6 show a series of domain
structures -for magnetization al:ng [llq in fields up to
30 oersted. The authors explain the similarity between
magnetization vs temperature curves for polycrystalline
silicon-iron specimens with those for single crystals
along [110] and E111] by the presence in the former of
more crystals with these and similar directions than
with
3. f-100). The authors note that the foregoing can
exp a n occasionally observed sharp dips in magnetization
3
Card 3/4 va temperature curves. There are 6 figures and

69684
S/126/60/009/03/004/033
Elll/E414
Temperature Magnetic Hysteresis of Silicon-Iron Single Crystals
9 Soviet references.
ASSOCIATIONtInstitut fiziki Sibirskogo otdeleniya AN SSSR
g. Krasnoyarsk (Institute of Physics, Siberian Division
of the Academy of Sciences USSR, Krasnoyarsk)
SUBMITTEDt July 1, 1959
Card 4/4

S/07o/6O/OO5/oo6/oo8/oo9
E021/E3o6
AUTHORS: Dvlxerov, V.D. and Droki
TITLE: Domain Structure on a Single Crystal of Yttrium-
iron Garnet
PERIODICAL: Kristallogiafiya, 1960, Vol, 5, No. 61
pp. 945 - 950
TEXT.- The ideal form of a garnet crystal is shown in
Fig. 1. The single crystal used in this investigation had
twelve distinct faces, two rhombodecahedral, two hev-
octahedral and eight under-developed shapes. Powder figures
were obtained on the faces in the usual way (Ref. 2). The
faces did not require polishing before applying the powder.
Fig. 2 shows photographs of the powder figures on seven of
the faces in the absence of a magnetic field. The powder
was found to be in parallel lines or strips, running along
the large- diagonal of the rhomb on the rhombodecahedral
faces (first and seventh photographs, Fig. 2).
Fig. 3 shows photographs of powder figures produced on the
Card 1/3

5/07o/6O/O05/oo6/Oo8/O09
E021/E3o6
Domain Structure on a Single Crystal of Yttrium-iron
Garnet
rhombodecahedral faces by magnetising the crystal along
the large diagonal of the rhomb. On increasing the field
to 35 Oe, the powder on some of the strips thickened and
on the remaining strips the powder was thinned out. With
further increase in the magnetic field, the ro'gions with the
thickened powder divided, and gradually became more diffuse.
After switching off the field and demagnetising the sample,
the original powder figures were obtained. When the crystal
was magnetiaed along the least diagonal of the rhomb
(perpendicular to the powder lines on the (110) face)
further changes occurred. As the field was increased, some
of the lines disappeared and others were intensified. The
powder figures on the hexoctahedral faces J321~ in the
absence of a magnetic field had a complex fine structure
(second to sixth photographs, Fig. 2), The figures
produced when this face was magnetised were extremely
Card 2/3

S/07o/60/005/006/008/009
EOZi/E3o6
Domain Structure on a Single Crystal of Yttrium-iron
Garnet
complicated and no photographs are shown.
There are 4 figures and 3 non-Soviet references,
ASSOCIATION: Institut fiziki Sibirskogo otdeleniya
AN SSSR (Institute of Physics, Siberian
Depnrtmeiit oCthe'AS U_�SR)
SUBMITTED: ManuarY 7, 196o
Card 3/3

2 20D
32222
S/ 131/0 1 /0()0/()()'1/0 1 3/W'3
E073/f:r,3i
i i101"S Li Ip t f'Y 1) A,
TITLE Magnet I k i elifilof it t III- C ilvm t Prem I. s I) f it I (. k(-] - z I nc and
Inant, alle -- I tic tes
P~AUODICAL: Izveliti. I %. it ticiivt;itvkii zavedent.y Pi zika
ijo,4~ ]:)w 11cl-1111
TEXT-- Hie itill) t"I* tilt, work described III thr. paper was t'l:
study the ritagriet.it, tf-wItf-tature hystere-si-s of titfket-zilic .111:i
manganese-/iuc 1'erriles ~400 ("F--600) and M-2000 as a I On
o f the in i t i~al 111,11~gflf- t I L 3 t,1 t (~ , Thetie ferr I I -s -were cne-!:eii
br-cause they are extf-iisi vel y u.-.,Pd tn camponents sIjc1i as ('I I t ers,
Pupi it col J ,; itttd vvido- 1;i.tid t I-.% it s f-o I'm t, v sTit #- S f! ma t ei I ! s ar v
I it I ended for oput a ; I (lit it v-irt ot, s I wilp"t .1 Uu r '!s tt slia Y I I;
re I at ively t,,eak f I el d-, I W I I i C h a ll:.*Ag n e I I v I f-itt -i~t o hy s 1 e I -S I
I.s Observed Ifle allihor, ~;tvdlcd file Inagirili-tic I
hysteresis of' tile -Set.-on(f type. 'which is the )vc ( it'llsf-'d by -'hl,
otocesses of' .~md riot tnat caused Ly chan)~,es Ill '11*~
crystal lattice. Tit till, experiments thk. oimpot d'd no',
exceed 220"C. 1he hpot imelis Were so!ld !'0 1111-~ JoI1,14
Card 1//Y

32222
kt,ii.vilt'! I ic t k-111pe I at it I e Ilyt, I ere I% im S/ I '111/0 1/000/0011 /0 13/0213
%im (I i air) #-ter o tli~! fer , i ~ es F.-6(s(, '19 0 Znf)
N1 19 O.t~ illol "llid %I ~J)Oo (Fe"o-
i. I ITI vro t - ? I S V,
1 3 2) blo I I I I I I c I. i I tire ilv- ,
measured accordi.ng, to tile CYcJv "A" 111g) In 11
t vnip era tur e ra tig v - 20 'C t v 0 1 () .,_, 0 1 C Felt- .7111.1~11 I 1-: 10 L F,
~njtial magrieti,er,ilturi cor-r-eKpondrd to 114t, pYln0- fl" 7nit)..,l
iii-tgoctizaticyn c 1! 1,,6v -oid it I s c) to t It (! po ~4a t I it t. A.4 , P.- T ji i fLU Ci
descendin,g bt-aticlips (,( the. lo(ei, 7 It, J:~ for -t 'k it
value of the field, tile Iflagliel, A c t oflipp I it I ~11 v 11), S ( e I c ~~i
1'errites wa6 ivivestj gafed for tbrep ini tial mayneti( -Stote-q !t-f-
:-~ 11 f.- c i. m ens . Pritty to u,%c).tncn5uranmt, 1he -pvc initmi.-,
by heating above Lhe C'utip point and subseclucirit cvoliiig to (I-,.-
mitial temperatiare in a 7,ero intensiXty field.
$.as by momis Of a fleld fluctilatilig betwf.'ert ~ 55 0-:, Tit
I eiiip era tu t- e d e p e nil e n c. e we. s i. n v e s t Ji ga I (A i it t Fle !"., I I f, i.- I J: ~t
i ields; 0 (residual magnt-tization) 0, 26 7 - I 'i V
00 Oe fri P j g the chatiget i it I lic magnot i te t )o
25.Oo
N i- Zn ferri tes due to t empet atilt e '. 11,111ge'! a 1 4, p 1 4D 1 d fc, 1
g j tit vns! t i, L- s a - 0 0 6"; i
of the followiti, I
Oe The ful.1-Jine curveti relate L) h va ( i o g 'h#
Ca i d 2 ~/~

32222
Magnetic temperature hysteresis ... s/i3g/61/000/004/013/023
E073/9535
dashed-line curves to cooling, The bottom curves relate to the
init*al state on the descending branch of the hysteresis loop and
the top curves to the ascending branch of the hysteresis loopt
the middle-curves refer to the-initial magnetization curve. The
following conclusions are arrived att
1. As in the case of metallic ferromagnetics, the magnitude of
magnetic tempera tUre hysteresis and the temperature dependence of
the magnetization depend on the initial magnetic state. The
magnetic temperature hysteresis in highest if the points on the
ascending branch of the hysteresis loop are taken as the initial
points.
2. The existence of magnetic temperature hysteresis was observed
for the same fields for which ordinary magnetic hysteresis was
observed.
3. The temperature dependence of Ir and H in manganese-zinc
ferrites in progressive and decreases up to the curie point.
Nickel-zinc forrites show a pronounced anomalous dependence of Ir
and Hc, the nature of which has not been clarified. There are
3 figu;
Card 3/~and 11 referen .cost all Soviet.

Magnetic temperature hysteresis S/139/61/000/004/013/023
E073/9535
ASSOCIATION: Institut fiziki 50 AN SSSR i Krasnoyarskiy
pedinstitut (Physics Institute SO AS USSR and
Krasnoyarsk PedaXoSic Institute)
SUBMITTED: August 18, 1960
too 0 00 to QO 0" me.
of I" I" jw
for $ W - --
1 1 life
8,0 site RW*uo 9 0
Card 4
17

~i/ 1.19/6 J /()00/004/0 15/0;!-;
E073/E535
%liTHOR-S Ovigerov. V.D. and Droki.n, A,I.
FLE:
fnv~-stigation of powder patterns on single crystal,,4
ot' It-ad hexa-ferrite
IODICAL tz~,:sliya vysshikh uchebnykh zavedeniy Fizika,
no.'I, J.gbl, 120-123 4- 1 plate
Tlie authors studied the magnetic structure of single
of PbFe () ~- Single crystals of this compound as well
12 L9
Y ar' 1" 1
3F 5012 12 0,9 were produced by A. Q, Titova at the
iristi.tut polupzov,.~OY)Lkov A.N SSSR (5emiconductor Institute AS USSR) by
i.nc method de-5 ~b-~,d by 1. W. Nilson and E. F. Devrborn. (Ref.3t,
),-urn. Appl. Pitys. ~ 1!9, 3, 390, 1958. Ref.4, J. Phy'.156'Chew,. Solids,
"1 3 - 202, 1958), To obtain large crystals, a mixture of lead
o%r(lc and boron anio'dride was used as a solvent; in this case the
rr) ~.t"rv was of tht- l'ollowing composition- 7-14% 0 0 . 38-45 PbO;
2 3
,I 1~e 0 1 5 Y 0- The constituents were mixed, dried and heated
2
t11 a crucible to 'A 7,409C, maintained at that temperature for 4 hours
'no cooled to 11)~.,CCC iit it rate of 4 to 5OC/hour. By long botLing
v? d 1/3

.v,, 4-stq,-ation of 1~i I . r pat Lerns S/139/61/000/004/015/023
E073/E535
20% aqueous solution of HNO Y Y3rp50 12 and PbFe 12. 019 single
Were. Prl'-filiced, The PbFe 12 011) single crystals were 7 to
single crystals hav i ng
,0 az-~i hcotvy is the Y3Fe50-1-1
izNestAgated
(3f, UT
hingle cry5tal-% of
p nkm The
In 3 tem in dlamLter jiid 1.48 and 0.6 mm thick -n
C~ il The faces of th(! svngle cryst.~Ls wvro tn~irrvs
e t I on )OU
and jiot iequirp polishing. The magnetic susp(-Ilslon W,4,
~tlircd In the- sitay and the powdf-t patterris were pIlcitographPd
a mit:ioscope-1 tho magnetic field was produced by means
SPC,C:a1 The Irowder patterris wrre invef4tigatod
-1; tie 5VII, Wool Ind (11001, Pho ~ogl aptim of' Snme of tht%
po-wdi,r patterns are reprodtitced in the paper, The following
at'
Die doma2u strut turc kn single cryFtals of' PbEe 0 s a
4 12 19
c-ill Q f I)l 11!% 1 domai ns, and the planes are pat allel.
1he hexag~orlal _~4imilar pattern!f were observed by
K. Krr,~! aberg and R. Uenzc-r ~Ref.l Appl.11hy!F., 27,
19 -)6'j Phy%. Soc, 70liv 441, 1957~
2/ 3

Investigation of powder patterns ... S/139/61/000/004/015/023
E073/E535
on crystals of BaFe 12019-
2. The magnetic structures of PbFe 12019 and of BaFe 12019 are
identical to that of cobalt.
3. The structure in the plane (0001) depends on the thickness of
the crystal along the hexagonal axis; in thin specimens a forked
structure was observed.
4. Apparently for any hexagonal single crystals of ferrites with
a magneto-plumbite structure, the magnetic structure is identical
with the structure of cobalt.
Acknowledgments are expressed to A. G. Titova for producing the
single crystals. There are 3 figures and 9 references: all non-
Soviet. Four of the English-language references are quoted in
the text.
ASSOCIATION: Krasnoyarskiy pedinstitut i Institut fiziki SO AN
SSSR (Krasnoyarsk Pedagogic Institute and
Physics Institute SO AS USSR)
SUBMITTED: April 7, 1960
Card 3/3

30472
s/i3g/61/000/005/009/014
5. 0 0 3 7/ /* 7/ E194/E133
AUTHORS: Kirnnskiy, L,V.9 Drokin, A.I., Cherkashin, V.S.s and
Smolin, R.P.
TITLE; ideal magnetisation curves of ferro-magnetics
PERIODICALi Izvestiya vyash,ikh uct%ebnykh zavedeniy. Fizika,
no.5, 1961, 78--83
TEXT- The concept of an ideal hyateresia-less magnetisation
curve of ferromagnetics has existed for a long time. Varioux
methods of producing the -ideal curves ha-re been used, such as
application to the specimen of d.c. and &.z. with amplitude
decreasing to zero, appIttation of suctessive heating and cooling,
and also magnet4.c. shock. It was considered that these various
kinds of treatment would suffice to establish a condition of
parallel magnetisation in neighbouring ferromagnetic domains.
The problem of whether or not ideal curves produced in different
ways coincide has still not been reaolved and this was the object
of the present investigation. The ideal curves were obtained by
applying to the specimen direct and alternating fields of
amplitude diminLahing to zero, by ultrasonic methanical shaking
Card Vf V

30472
Ideal magnetization cur~ioa of s/i3q/61/000/005/009/0i4
E194/EI35
and rapping and by temperature variation, heating the sample to
temperatures both below and above the Curie point followed by
cooling to the initial temperatures. For temperatures balow,!h
Curie point the protons was repedzed four times. The tests * r:
madt with the materials lkated in Table 1. Sample 4 was highly
work hardened, These compositions were chosen because they had a
fairly wide hysteresis loop and comparatively low Curie points.
No special heat treatment was applied because this would narrow the
hysteresis loops and reduce the differences between materials.
measurements were made in a vertital astatic masnatometer.
Kondorskiy's indication that the method of demagnetization could
affect the shape of the magnetisation curves was found to be true
in practice. Accordinglyj before every measurement the samples
were demagnetized by heating to the Curie point followed by
cooling in the absence of a magnetic field. Fig.2 shows graphs
of the relation between the magnetisation and field for the
nickel specimen Nol, The initial curve No.1 lien below all the
others and only at high fields does it intersect curve 2, which
was produced by ultrasonic mechanical treatment: curve 21 was
Card 2/x~

3002
Ideal magnetisation curves of
S/1'59/61/000/005/009/014
E19 4/ZI35
obtained by mezhani.r-al treatment whilst reducing the magnetic
field. The hysteresis-teRs turve could not be obtained by ultra-
sonic treatment because when the treatment was made more intensive
the specimen failtd, Curve I was obtained by temperature cycling,
heating from 20 to 250 I-C and recccling to 20 OC. Curve 4 was
obtained by applying to the specimen an alternating field
diminishing to zero, Very similar curves were obtained for
samples Nos~ 2 And 3~ It was -Lonfirmed on sample No.4 that
hysteresisless curves obtained in different ways approach one
another and coincide Lf uniform mpchanital stresses, within the
elastic 11imit, are applied to the sample during the measurements.
WIthin thn elasti: limit, compression of the spezimen extends the
hysteresis !oop and it is possible that under these conditions the
hy3terestsless curvem wLght. differ, However,, this would be
diff:'~cult to cherk ba~-ause of banding of the sample. The
inveatigations showed that mechanttal treatments (impact and
ultrasanic osci!lation) ganerally do not give hystereBia-less
curvem, Evidently,, suth treatment may not be sufficient to over-
c-cme the patentt&L energy harri,!tr and to establ'~sh parallel
Card 3;/,/