SCIENTIFIC ABSTRACT STANISHEVSKAYA, YE.M. - STANISLAVOVA, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652820019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

?WE I BOOK Fxp_'OrTATN.11' SOV/4893
vaesoyuznoye a ove, hchan!ye po rizilce, r!.-Ik0-kh_'=lche3k1m OvOY3tva-
. .1it., I rizicheakin osnovam Ikh prlrenenlya. 3d, Minsk, 1959
Ferrity; fizichosklye I rI%Iko-khI.Iche3kIye 3voystva. Dolklady ell_
(ForriteA; Physical and Phy3icochemical I-ropertles. Reports)
PLInsk, Izd-vo AN BSSR. 1960. 655 p. Errata slip inserted.
4,000 copies printed.
Sponsoring Agenclez. Nauchnyj sovet po magnetizmu AN SSSR. Otdol
riziLa tverdogo tala 1 poluprovodntkov AN BSSR.
the
p. Ed.: K. N. Strata, Academician of
Rditorial Board: Ra
.
As deny of Selene 3 BSSR; K. P. Belov, Professor. Ye. I XOndOr-
:
skly, Professor; X. M. Pal Ivan9v; Professor; R. V. Telesnin, Pro-
fessor; 0. A. Smolonakiy. Professor; N. N. Shol-ta, Candidate of
9hysical and Mathematical Sciences; 3. M. Smolyarenko; and
lkabklrov; Ed. at Publishing House*. S. Kholyavskly, Tech.
A
L
.
.
gd.z 1. Vo2okhanovich.
7-MR-Ri physicists. physics -1_(ifiemlata.
radio electronics ongineers, And technical Personnel e
n.-aged In
the production and use or rerro=aEnctic materials, It may Also
be used by students in advanced courses In radio electronics,
Physics, and physical chezistry*,
C0VMQZ1 The book contains reports presented at the Third All- 4@_
Union Confor*nee an Ferrite& held in Belorussian SSR.
The reports deal with magnetic tr4nAfOr_-Atlon3. electrical anti
galwanowagnetic Properties Of rerrlt*3, studies of the growth
Or ferrite single crYltala. problems in the chemical anti phyal-
cocheaLcal analysis or r*rrltes, studies of ferrites having
rectangular h"t4rcsis loops And multIcomponent ferrite systor.,
exhibiting spontaneous rectangularity, problems In magnetic
Attraction. highly coercive ferrLtqs, magnetic spectroscopy,
farroxagnetic resonance, magneto-optleg, Physical principles or
4 ferrite components in electrical circuits, anisotropy of
:6
!c
1
trIcal and magnetic Propertl
e to The
committee on nag.
3,
a
notisa. AS USSR (S. V. VOn3O,,kI .hal@man) rganizea the can-
c
;
rarence. References accompany Individual articles.

Worritea (Cant.) SOV/4893
KIkhaYlovskly, L. K. Cross Modulation in a Ferrite 587
---@@_Vwtosaarxzays, V. Ya., A. A. Manuylova, and
'tk&clmWlotrlinevW~asvtelgaR&tinogne 591
Fabrikov, V. A. The Theory or Ferrite Dielectric Delay
Lines With Distributed Constants 596
3hvarts, A. A. Nagnetostrictive Cores Fma Ferric Oxides 6o7
Shazayev, Yu. X. Calculation or Tranal*nt Processes In
Pulsed Circuits Ccritaining Inductors and Transformers With
Ferrite Cores WItich Have Rectangular Hysteresis Loopm 617
Belyawakly, V. P., And Yu. X. Sh4mayev. Calculation of Can-
stant Conditions In Pulsed Circuits Containing Pa"Itea With
Rectangular Hysteresis Loops 622
Card 17/18
card 4AB -- - ----

STANISHEVSKAYA, Ye.M. [Stanisheuskaia, E.M.)
Methods for determining the specific radioactivity of phytol by
paper chromatography. Vestsi AN BSSR.Ser.biial.nav. no.2:62-70 162.
(MJRA 15:8)
(PHYTOL) (PAPER CHROMATOGRAPHY) (RADIOACTIVITY)

S/026/62/COO/012/003/007
D0361/ ,114
AUTHORS: Shlyk, A.A., Vlasenok, L.I., Stanishevskaya, Ye.:M. and
Nikolayeva, G.N.
TITLE; Light and the formation of chlorophyll in green foliage
PERIODICAL: Priroda, no. 12, 1962., 91-94
TEXT: The role of light in chlorophyll formation in green leaves is
diccu3sed. 'It is sho,.,,n ho,,,r regeneration of chlorophyll was proved by the
marked atom method. V.L. Kalor and G.!J. Podchufarova from the authors'
lalboratory extrtcted protochlororliyllide from leaves and showed that it is
otored in darkness. Further 'csts shoviod that.light is required only for
convertinC; protocMorophyllide into chlorophyllide, and not for phytol for-
mation. Li-ht is not needed in the conversion of chlorophyll "a" into
chlorophyll "b". The existence of at least two types of chlorophyll "W',
differinG in spatial arran-ement of their molecules, is ascribed by the
authors to the continuity of the regeneration process. On the basis of ex-,
Periments in extracting mPr-Pe chlorophyll molecules with solvents of in-
creasing polar-4ty, t'.,,ey consider that the newly formed molecules combine
Card 1/2

LiCht and the furmation of
S/026/62/000/012/003/007
D03u-/Dll4
into a structure of nore labile -form, thus making up for transition of the
older mo-lecules into some other state and nerDetuating this form. It is
considered that the t-wo or more forms of c@lor-ophyll are spatially suffi-
ciently close to each other to enable transition of one rziolecule into an-
other. It is thoujht 'that kno-wledge of the dynamic process of chlorophyll
formation uill -.@rovide a basis for controlling the Pnotosynthetic activity
of -61ants. T.-Icre are 5 figures.
ASSOCIATION: Laboratorija bio'Liziki i izotopov AN BSSR (Laboratory of Bio-
I
physics.and isotopes, AS BSSR), Minsk
Card 212

SITI,yw, ,-',I:'ilNl--IlFVSKAYA, ye.m.
of phytol In the dark by green barley plantsa
Mokhiniiia 27 no.6-984-992 N-D 162. 11 " -a F, @,,. 1. 7 - 5 )
1. Laboratoriya biofiziki i izotopov JVI rlelcrusskoy SSR, lunsk.
0

37523
S/020/62/144/00i/024/024
B117/3101
AUTHORS. Shlyk, A. A., and Stanishevskaya, Ye. M.__
TITLE: Diosynthesis of chlorophyll b in greon plants in the dark
0
?E111IODICAL: Akademiya nauk SSSR. Doklady, v. 144, no. 1, 1962, 226-229
"EXT: ExDeriments were made with 5- to 8-day-old wheat plants to observe
the synthesis of chlorophyll b in the dark. After illumination for
20-30 min in a chamber filled with c14 02 part of the plants were fixed
--ith vaDor (con'rols) and 'he remainder left in the dark for 1-4 days.
in
ca;es, the spec-ific activity of chlorophyll a and b was determined by
a method described earlier (A. A. Shlyk, V. I. Gaponenko et al., Fiziol.
rast., 7, 625 (1960)). The specific activity of chlorophyll b had
increased in the dark by a multiple. As the increase was established in
general as we'll as in the phorbin and phytol fractions of the chlorophyll,
ihe biosynthesis of the whole chlorophyll b molecule in the dark was proved.
Chlorophyll a can be used for checking the degree of darkening because its
biosynthesis is inhibited by darkness in most higher plants including
wheat, and thus its general activity is reduced. At th6 same time, its
Card 1/2

S/02q/62/1 44/001/024/02 4
Biosynthesis of chlorophyll ... B117/B101
snecilftc activit- decreases. This can be ex-clained by the fact that, when
decomposing in the dark, the young chlorophyll a molecules that are formed
in the chamber filled with C1402 undergo conversion more readily than do
old ones. In view of this observation and on the strength of earlier data
(A. A. Shlyk, L. I. Pradkin, Biofizika, 6, 424 (1961)), the following
pattern is suggested for the formation of chlorophyll b: ---.@*al
All
For the time being the possibility of stimulating the conversion RrocEas
@ 0
in li.-ht cannot be ruled.. out. There are 4 tables.
ASSOCIATION: Laboratoriya biofiziki i izotopov Akademii nauk BSSR
(Laboratory of Biophysics and Isotopes of the Academy of
Scien'ces BSSR)
PRESENTED: December 7, 1961, by A. L. Kursanov, Academician
SUBLIMED: December 7, 1961
Card 2/2

STANISHEVSKAYA, Ye,M, (Stanishounkaia, Z@M.]
Paper chrmatograpby of chloropbylls a mid bo Testmi AN BSSR.
Ser. biial. nav, no.4:52-56 162. (M3RA .17s8)

ACC NR- AF?002939 SOURCE CODE:
0 , ' @
AIJUILM: Shlyk, A. A.; Savchonko, G. Ye.; Stanishqn@@q_kaa, Yo M - Shavchul-, 5.
Vaponanko, V. 1.; Gatildi, U. A.
OiG: Laboratory of Biophysics and Isotopes Academy of Sciences BSSR (Laboratoriya
biofiziki i izotopov Akademii nauk BSSR)
TITIS: Role of phytochrome in the chlorophyll metabolism of green plants
SOURCE: AIN SSSR. Doklady, v. 171, no. 6. 1966, 1443-1446
TOPIC TAGS: chloroplast, chlorophyll synthesis, light biologic affect, tracer study
ABSI'RACT: Effect of phytochrome on chlorophylls a and b and on protochlorophl-I Was
investigated in etiolated rye seedlings and rye green leaves under different lighting
conditions Groups of rye green leaves werp exposed for 15 min to infrared light
(j.4 T/cM far infrared light (1.0 infra red and far infrared lighL,
combined, and white light. Following exposure the seeds were kept in the dark for 3
hrs before determining chlorophyll levels and for 15 hrs before determining
Drotochlorophyl-I levels. In the second experimental series groups of 9 to 10 day old
@eedlings placed on damp filter paper between glass slides were exposed for a 10 to 15
and to far infrared light (737 m/U-) at
,uor 645 m
min per-lod to infrared light (652 m
an intensity of 1.0 to 6-5 nrw/cm and a ratio of I or 1-5 between the duration of the
1/2 UDC: 581-132

ACC NR: k-??002939
two lengths of infrared light. Then the seedlings were kept in the dark for 2 to 16
hrs at 20 to 250. To determine specific activity of chlorophylls a and b, seedlings
were treated with C 02 for 10 min prior to a 10 to 110 min ex sure to infrared lip-ht
14 112 .-- -
(0-7 to 8.5 rrw/cm2) and to far infrared light (0-7 to 6.5 mw/cm ) and then kept in the
'dark for 3 or 22 hrs. Chlorophyll levels were determined by ethanol extract spectra
,and protochlorophyll by fluorescence at 630 and 680 (at -1960). Findings show
that when etiolated seedlings start turning green, phytochrome affects the chlorophyll.
a and b levels in the presence of light and the protochlorophyll level during darimesse!
.11he chlorophyll level of young plants increases with nightly exposure to infrared
'light. In completely green leaves where the role of biosynthesis consists of
maintaining pigment reserves in the already formed chloroplasts, phytochrome
.accelerates 'he process leading to protochlorophyll formation but does not directly
:affect ylls
the appearance of chloroph a and b. The mechanism by which phytochroms i
,accelerates .he protochlorophyll process is not clear. Uterature and study data
suggest that the chlorophyll metabolism ensures the maintenance of a normal ratio
between the two pigment systems of photosynthesis. Crig. art. has: 4 tables.
SUB CODE: 06/ SUBX, DATE; i4Yiay66/ CRIG REF. 010/ OTH REF: 012
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SOV/117-58-11-7/36
AUTHORS: Tsiperfin, I.M., Stanishevskiy, A.I., Faminrik, 3,1.,
Engineers
TITLE; A Mechanism for the Automatic Correcting of Abrasive Disks
(Mekhaniam dlya avtomaticheakoy pravki abrazivnykh krugov)
Pp,'?IODIC@Jl: Mashinostroitell, 1958P Nr 11, pp 9 - 10 (USSR)
AK'7@TRACT: In the Odesskiy zavod zapchastey (Odessa Plant of Spare Parts)
the disk-polishing machines, type A-945, are fitted with a
forced correction of abrasive disks controlled by a hydraulic
mechanism (Fig. 1). On the exactness of this mechanism de-
pends the quality of the products. The drawbacks of the me-
chanism are the inaccessability of the micro-switches, the
absence of stability of the hydraulic impulses, and the com-
plicated adjustment. Therefore, the electric circuit system
of the machine has been changed, and a doubled step finder
has been installed in the electric distribution box. The
number of cycles is established by means of the commutator
Card 1/2 PS (Fig. 3). If the contacts are closed, the coil of the

SOV/117-58-11-7/36
A Ilechanism for the Automatic Correcting of Abrasive Disks
step finder is fed (Fig. 2) and the disk turns one cog .
There are 3 diagrams.
1. Grinding wheels--Contril systems 2. Machine tools-.-Equipment
3. Electric circuits--Design
Card 2/2

no-138 grouna coat. Trakt.
(Tractors--Painting)

SOV/122-59-4-25/28
AUTHORS: Stanishevskiy, A.I., and Kalutskaya, N.P.
TITLE: '0E_th_e7U_se__o17U_nTe_rcoat Nr 138 Instead of Nitro-Enamel
Nr 624a (0 primenenii grunta Nr 138 vmesto
nitroemali Nr 621+a) 91@
PERIODICAL: Vestnik Mashinostroyeniya, 1959,'%Nr 4, pp 85-86 (USSR)
ABSTRACT: Internal surfaces of the combine harvester engine U5-M
made by the "Serp-1-molot" Works, which are in
continuous contact with lubricating oil are covered with
a single layer of nitro-enamel Nr 621+a 6ccording to
GOST 71+62-55). In service, this enamel has proved
unsatisfactory owing to poor adhesion to the metal
surface7 aggravated by ageing in a medium of hot oil.
Tests were carried out with Nr 138 uridercoat consisting
of a suspension of ground pigments and fillers in a
phthalate lacquer, modified with the acids of linseed and
other oils. The new undercoat requires less solvent2
has good anti-corrosion. properties and a good adhesion.
5,000 hours of testing for oil and petrol resistance
have proved the suitability of the new undercoat. Under
Card 1/2 shop conditions, the undercoat is dried at a temperature
of 700 C. The properties of the film could be further

SOV/122-59-1+-25/28
On the Use of Undercoat Nr 138 instead of Nitro-Enamel Nr 62@La
improved by raising the drying temperature up to 150 OC.
2007000 engines have been produced with this undercoat
without complaint. The fire danger has been reduced.
ASSOCIATION: Zavod"Serp i Moloe, Khar'kov (berp i Molot' Works 9
Khar'kov)
Caxd 2/2

KACHANOV3, Ye.G.J, inzh.. STANISI&N.SKY, A,!., insh.; KAILLUTSKAYAJ, N.P.
Synthetic preparations for the degreasing of metalls.
zhir. prom. 29 no.8:24-25 Ag 163. (MIRA 10'-.101)
1. Ukrainskiy inati "'It maalozhirovov
promysh-lennost4 (for, Kpchariov). 2. Kharlkov;jk-ly zavod "Ser-p i
molot-1, (fo,

TSIFBRYIN. I.M., inzh.; STANISHEVSKIY, A.L., inzh.; KAMINMI, S.L., inzh.
Mechanism for-automatic straightening of abrasive wheels.
Mashinostreitall no.11:9-10 N 158. (HIRk 11:12)
(Grinding wheels)
r". - -1

STAITISHEVSKIT, A
Studying the performance of the lower part of a drilling tool in
@urbodrilling. Izv.vys.ucheb.zav.; neft' i gaz 2 no.12:25-33
'59. (MIRA 13:5)
1. Leningradskiy gorny.7 institut.
(Boring machinery)

STANISIEVSKlY, A.S.
Study of the perfor'-pee of the drill-stem bottom. Trudy
VITR no.3:9-38 161. (MIRA 15:7)
(Boring machinery)

STAUISIEVSKIY, A.S.; RUDEITKO, A.P.; YAGODIN, A.11.
Methods for calculating a heavy dri,11-stem. bottom. Trudy
VITR no.3:39-69 161. (KIRA 15:7)
(Boring machinery)

-3 9
S4T-/i
137-58-5-8771
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 6 (USSR)
AUTHORS: loffe, V. Ye. , Kissin, D. A. , Stanishevskiy, B. A.
TITLE: Grinding of Coke Fines and Limestone to 3:-0 mm Particle Size
for the Purposes of Producing Sinter Charge (Drobleniye kok-
sika i izvestnyaka do razmera 3-0 mm dlya aglomeratsionnoy
shikhty)
PERIODICAL: Byul. nauchno-tekhn. inform. Ukr. n.-i. in-t metallov, 1957,
Nr 3, pp 10-21
ABSTRACT: Operational conditions of grinding equipment employed at the
sinter shop of the "Zaporozhstal'" plant for grinding of coke
fines and limestone were investigated in order to establish op-
fimal grinding regimens which would yield a ground product of
the required quality with the greatest possible output. When em-
ploying four-roller grinders of the NKMZ type to obtain ground
coke dust containing at least 93 percent of 3-0 mm particles, it
is imperative that the rollers be turned every third day, the
springs be systematically tightened, and the oductivity of the
grinding unit be adjusted to a rate of 13-14 t@,@@rlr; the coke fines
Card 1/ 2 being ground is not to contain particles exceeding 26 mm. Ham-

137-58-5-8771
Grinding of Coke Fines and Limestone (cont.
mer-type crushers are best suited for the grinding of limestone in sinter
shops. To ensure an outpur of approximately 100 t/hr of product containing
at least 9Z-94 percent of 3-Omm particles from hammer-type crushers of the
MO type with a diameter 1450xI__'30 mm, it is essential that every crusher be
equipped with four sifters, that at least 140 solid cast hammers of steel G13L
be used, and that the crushers be reversed systematically; the hammers must
be replaced once every ten days,
A-Sh.
1. Sintering--Materials 2. Coke--App'Lications 3. Calcite--Applications
4. Sintering plants--Equipment
Card 2/2

SOV/1'133 -58-10-2/31
AUTHOIE D.A. , Tof V@ Yl- B-A. and
a I N, ff3. En'g @Lnt@ ezs
TITLE: Pre-heating of Mix in Mixing Drums (\.Podogrev
aglomer,@t---J.?@nnoy :@bi.hht,7 -v smssitel'.nykh ba--abanakh)
PERIODICAL; Sta-7 Az- 10 -P 86;@ -- 60-9 (USSR)
ABSTRACT: By in,@@reasin-g the iaitial temperature of the sinter mix,
.'.tS O'VerWaT@t@-rg