SCIENTIFIC ABSTRACT SHCHEDRIN, N.N. - SHCHEDRINA, Z.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548730009-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Problems In Long-distance (Cont.) SOV/1476
is the basis for self-excitation which the author calls "re-
active-synchronous." The second is the basis for asynchronous
self-excitation. The author proceeds to a study of two cases of
capacitive self-excitation: 1) in the simplest case of an Induction
machine and 2) in a generator with salient poles, with a longitudi-
nal excitation winding and no damping coils on the rotor. The author
concludes with a short review of methods of combating underirable
self-excitation and finds that there is no universal method which
is at the same time effective and economical. There are 19 references,
of which 18 are Soviet (including 2 translations), and 1 English.
The article contains 9 diagrams.
Shchedr1n, N.N., Corresponding Member, Academy of Sciences, Uzbek SSR.
S-o-m-e-M-etfi-ods of Calculating the Limits of Self-excitation of Induc-
tion and Synchronous Machines 47
The author is of the opinion that experimental methods of deter-
mining the limits of self-excitation are difficult and there is no
possibility of obtaining operational data from existing power.systems.
The development of sufficiently simple and exact methods of calcula-
ting these limitsis therefore important for the design of certain elec-
tric power systems. In practice, the problem is reduced to finding
Card 3/7

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n P.N. A.A. J--re - Prob'e7ric, o' St bIll.ty I
t r~cc System
M
N. I.T. Tn C,l lil :n Gorev

HL&I.i-voltage Technique (Cont.) SOV/l-'L30
Levinshteyn, M.L., Piryazeva, A.I., and Ryabov, B.M. Works of
A.A. Gorev 13
13a(.~henko, A.I. List of Professor A.A. Gorev's Works and
Literature About Him 23
Stefanov, K.S. Activities of the Faculty and Laboratory of
High-voltage TeclLrilque of the Leningrad Politechnic In3ti-
C>
tute lip-eni M.I. Kalinin Du-ring the Period 1938-1953 34
SECTION II. STABILITY IN LONG-DISTAVCE TRANSMISSION
OF ELECTRIC POWER
Gore~r, A.A. Boundary Operating Conditions in Long-distance
Electric Power Transmission Determinable From Steady-state
Equations 45
le-rinshteyn, M.L., and Shcherbachev, O.V. Using Static, Models
of Electric Systems in Calculating Statis Stability With
Consideration For Frequency Change 65
Card 3/12

I
High.-,voltage Technique Oont..) SOV/4130
Bronfman, I.A. Zones of Static Stability of a Syrstem Cons-is"Cing
of nvo Synchronous Machines Operating on a Co-nmon Load W;Lth
Giver, Characteristics 74
Allbertinslciy, B.I. Self-oscillation of an Overregulated
Synchronous Machine 86
Abramyan, Sh.G., Gruzdev, I.A.;, and Levinshteyn, M.L. Opera-
ting Conditions of a ~ysterm for Controlling Ex;_Atatton of
Generators for Lorig-distan~~e Transm-is2ion -102
Abramyan, Sh.G., G--uzdev_, I.A.., Leevirshv~ey-n, M.L., and
Sh.-herbachev., O.V. Effect of Automatie Control of Generator
Ex-'Itation on Dynamic S"tabi.11ty of Long-distanc~e Trans---
mission 120
Vazhr.ov., A. I. Rotor Movement of a Syn,_hron,.-.us (1--rer-ator
During Sudden Short.- c Irl, u -1 t-Ing 158
Card h/12

KOSTRITKO, M.P., akademik; ZAVAIISHIN, D.A., prof.; SHCH-ADRINs N.N., doktor
tekhn. nauk; SLLITA, P.Z., inzh.; VAZBNOV, A.T., kand. tekhn. nauk,
dote.; ROZOVSKIY, Tu.A., kand. tekhn. nank; HARCBXNKO, Ye.A., kand.
tekhn. nauk.; POLYAK, G.I.. inzh; UNIKOV, V.A., doktor tekhn. nauk,prof.
Dynamic models of power systems, Blektrichestvo no.2.-7M5 7 '58.
(MIU 11: 2)
1. Nauchno-issledovatel'skly institut postoyannogo toka (for Schadrin,
Salita, Vashnov, Rozovskiy, Marchenko. Polyak). 2. Ghlen-korrespondent
AN Uzbeks6y SSR (for Shchedrin). 3. Moskovskiy energetichaskiy
inatitut (for renikov).
(Electric networks)

AUTHORS: 1)Shchedrin, N. N., Doctor of Techni-il 30'1/105-58-7-32/32
iciences, Cor-r-ez-7n-iTlin- Member, Acade--If of Sciences, IS Uzbek SSR,
2)Ritzin, Ya.L., Docent, Candidate of Technical Sciences,
")Shabadash, B. I., Docent
TITLE: G.I.Atabekov:"Theoretical Foundations of Relay Protection in
HiCh-Volta.:;e ffetworks"(G.I.Atabekov. Teoreticheskiye osnovy
role.-no., zashchity vysokovol1tnykh setey)
PERIJ!'ICAL: Ele!~:trichestvo, 1,058, 1Tr 7, 1)---. 95 - 96 (USSR)
A'DSTRACT: 344 Pall-es. Price 19.8o Roubles. Gosenern-oizdat Publish-in-- House,
1
-157.. This is a book review. The volurae under review is a revi-
"
sed edition o.' the :~uthorls book published' in 191,1t.'" The book
corresponds to a sufficiently high scientific-technical standard
and may be considered as the first part of a work on the theory
of relay protection, Tvo disciplines are combined in -a correspord-
.n:- munner; relay protection en-ineerinC and the theory for
the calculation of short-circuits. Chapter 1: construction_:pd
application of complex equivalent circuits, Chapter 2. -ietfiod
of loci, applied to the investization of the mode of 0 peration
of electric transmission lines. Chapter 3: method for the-cal-
Cf,rd 1/3 culation of transient orocesses in h-i,;h-volta-,:e net-works. Chap-

G.I.At:tllekov. "Theoretical Foundation..9 of Rei:~y 30 "A 0 5-50-7- '32/32
ProtrLetion in Hi_-h-Volt-_,::e Networirs"
ter 4: filters for the symmetrical component. Ch-pter 5: types
of the foundations of the theory of the power control equipment.
Chapter 6: distance protection. Chapter 7: hi.,ph-frequency protec-
tion. Chapter 8: devices for the detection of the defective phase
in systems with autoriatic single phase repeater connection.
Chapter 9: differential current protection and directed differen-
tial protection (lines and bus bars). Chapter lo: devices which
prevent an incorrect operation of the protection in the case of
oscillations of the alternators and disturbances in the secondary
circuits of the transformers. The book does not comprise all
fields of relay protection engineering, but treats in a 7eneral
form a series of important problems. Cer'L--in unclear facts and
erroro -ire pointed out. There is I Soviet reference.
ASSOCIATI01"': 2)Leninjradskiy politelchnicheskiy~-'Institut (Lenin-rad Polytech-
nic-L! Institute) 3)Sredne-Aziatsl~iy politekhn-ic-eskiy institut
Card 2/3 (Central Asia Polytechnical Institute)

G.I.Atatel-ov. "T-:eoretical Foundations of Re!,-_,Lr 30~ 05-58-7-32/32
Protection in IUE;h-Voltage Networics"
1. Electrical networks--Theory
Card 3/3

SHCHZDRIN, N.N., prof., dol-tor tekbn.nauk; ROZOVSKIY, Yu.A., kand.
---- - ".--tOdfn~.nauk
Utilization of syncbronous strut compensators. Izv.vvs.ucbeb.
zav.; energ. 2 no.4:1-7 AP '59. (MIRA 12:9)
1. Nauclino-issledovatellskiy institut -postoyannogo toka.
2..Chlen-korrespondent AN UzSSR (for Shchadrin).
Plectric power distribution)

PCLOTOVhTIY, Lev Solomonovich; SHCHEDRIN, N.H., prof., retsenzent;
KAFLYAN5KIY, A.Ye., O.S.. tekhn.red.
[High-voltage d.c. capacitance machinery] Bmkostuye mashiny
postoiannogo toka vysokogo napriazheniia. Moslcva, Goo.energ.
izd-vo, 1960. 146 p. (MMA 14:3)
(Electric mschinery~--Direct current)

VAMOV, Aleksandr Ivanovich; -SHCHFIDRIN, U.N.,.retsenzent; LEVINSHTEYbi,
M.L. . -red.; SOBOLEVA, fe_A_'_, __Ue1diri._r'ed.
[Fundamentals of the theory of transient processes in synchronous
machines] Osnovy teorii perekhodnykh protseasov sinkhronnoi
MaBhIny. Moslcva, Goo.energ.izd-yo, 1960. 312 p.
(KIRA 13:12)
(Electric machinery, Synchronous) (Transients (Electricity))

ROZOVSKIY, Yu.A.; _.ShCH=RIR, -
Concerning -the use of supporting synchronous compensators. Izv.
NIIPT no-5:247-254 160. (MIRA 14.1)
(Interconnected electric utility systems)
(Electric power distribution)

NE)MAN, L.R.; POSSE, A.V.; SHMIDRIN, N.117.
Technological characteristics of d.c. power transmission systems.
Izv. NIIPT no.6:10-62 160. (MIRA 14:7)
(Electric power distribution-Direct current)

shch L, L bLIF, 11'.11.
V.A. Tolvinskiij onc ci- t.- 'c most eminent electric power englneers
in the U.S.S.I-. T-!t6-.,- LFI no. 2C9:1-1-14. 160. (SERA 14:2)
(Tolvinskii, Aleksandrovichy 1EE-;-1~52)

SIULIJADA311, B.I., kand.tcldin.nauk; 311CILEDRIN N.N., doktor tekhn.naulk
"AutomaUb control sptfts') by A.B. Barzam. RevJewed by
B.I. Shabadash, N.N. Shchedrin. Elek. sta. 31 no.9:94-95
S 60. (MIMA 14: 10)
(Electric power distribution)
(Automatic control)
(Barzam, A.B.)

ALEKSIQU,W) A,,Ye.-; BULCIAKOV, IN V.,; ZILITINKEVICH., TVi~j,'Clj, V,j
YETROV, ~' I '--'~ITOV, F~ 1, S-fj-f.O,'-fYTFIk:OV
-~--V, V,
Sixtieth anniverse-ry of the birth of Di-i-itt.'Ll' Vas-'I.-avich Vasil~av-
Elektrichestirc no-3;9~1 -Nix :62, QIIIRJ, 15. 2)
(Vasi.1-ev Dm-itri-i Va5i-l --~ff.ch, 1901-)

KC&TENKO) M.V.; IIEYIWl, L.R.; AEaNT'YEV, L.A.; KAI-IENSKlY, A.D.; i3OLOTOV,
V.V.; ZALESS?:IY, A.M.; USOV, S.V.; SHCHEDLINI, II.N.; GERASI,,DV, V.N.;
DU-B!NS',..IY,, L.A.
D.L.Aizenberg; on his 60th birthday. Elektrichestvo no.11:94
N f62. (MIRA 15:11)
(kizenberg, Boris Llvovich, 1902-)

ARM' 'Y*r,V, Dzr.,~ I.riy legoro-;-.'ehi TIKHODEEV, Nikolay NLI:,~.-Iayevich;
red.
of the selection of the An~-ula-
tion if power --ranS74
_ssion lines with potentials of a
hdgh orders s'dl*,Chlin~ surges and electrical character-
istieg of insuiation] St-atis-ticheskie osnovy vybora izo-
EaIji-I linlil el.ek-tror)eredachi vy5shikh klassov napria-,
zheniia.-, koma.,.utatsionnye perenapriazhaniia i alektric~e--
-zz,-ie kharak-~eristilkl izciiatsii, Mosh,ap Energiia,
qfz~. 3?r (VIRA 18: c)

L Y--l
17
-'YEV
FATil
RO V: IT. %,
T! T I
va 7

ANWNIYBV, S.M., laureat Stalinskoy premii, kandidat tekhnichookikh nauk;
. IZONID07, N.Ir., redaktor; SHC IN, 7.M., redaktor; MINHATLOVA,
V.V., tekhnichaskiy redaktoi~--- -
[Water cooling of blast furnaces] Toprosy vodianogo okhlazhdeniia
domenrqkh pechei. Moskva, Goa. nauchno-takhn. izd-vo lit-ry po
chernoi i tsvetnoi metallurgii. 1952. 60 p. [Microfilm] '
(Blast furnaces) (Cooling) (MIaA 7:10)

ri Al e r
C.'ll I C ~l
rv,~.

41,
RIF
gas I
7,5
~`.!Aarfya IM.. UW-FW.14,Akadd.~ klsl~.-$A-A
llei. Kombinal; 1955, 28"7(Pub.
'I'he Tate of reductioa.of an tron os
:e c0 t .85.85%,
,, 13Y cQt,--,,
(particle size 2-3 mm.) by rgwist au4 dry attiiWl,~
RN
At DWI, and by'CO 40 + N-6017,'St 94~4160* in tli~ Tau
jj~ Wt,, qf '4,
-6 atut. prmure was detdAy the tbange.
sample suspended in a vertleaffurnace observed 'by-the!
d E..,ction of q mirror. The raw of mdqctiorl Vqtll: W"l
as greatei v4th,
only slightly affected by,the ~rcswxe, It w
CO + N, deaeauslog at Idgher. temps. .-The raw'61 reduo;-.
;0,
tion with CO Tai higher than with CO + N but the forma-i. -
flon of C black 1!0~12%) dWortzd the res
...........

OSTROUKHOV, Kark Yakovlevich; SHCHIDRIN. V.K.. redaktor; SHPAK, Te.G..
tekhaicheskiy redaktor ~
[Forcing of blast furnace smelting] Foralrovante domennoi plavki.
Moskva, Goo.nauchno-tekhn.izd-vo lit-ry po chernoi i tovetnot
metallurgit, 1956. 220 p. (MLRA 9:7)
(Blast furnaces)

AUTHORS: Bardin, I. P. and Shchedrin, V.M. (Moscow) 24-11-4/31
TITLE: Reduction of silicon by means of carbon in the case of a
variable pressure of the gas phase. (Yosstanovleniye
kremniya uglerodom pri peremennom davlenii gazovoy fazy)
FERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1957, No.11, pp. 27-43 + 1 plate (USSR)
ABSTRACT: The partial pressure CO(p ) affects appreciably the
toiaperature of the beginnNog of the carbon-thermal
reduction of elementary silicon. The mechanism of the
carbon-thermal silicon reduction consists of the gaseous
reduction of SiO 2 to SiO, subsequent regeneration of the
CO by the carbon and decomposition of the SiO at the carbon
surface accomiDanied by the formation of free silicon. The
equilibrium silicon concentration du-ring its reduction into
solution depends appreciably on the p The coefficient
of activity of silicon in the carbon sayu,rated iron is
directly proportional to the atomic fraction of adlicon
in the alloy and increases with increasing temperature.
The dependence of the processes of interaction of SiO 2 with
C on the pressure of the gaseous phase is due to the
increase of the volizne of the system involved in the
Card 1/6 reaction caused by the formation of the gaseous products,

24-11-4/31
Reduction of silicon by means of carbon in the case of a variable
pressure of the gas phase.
CO and SiO. The character of this deDendence is to a
certain extent determined by the mechanism of the process
and, therefore, the authors considered it necessary to
investigate this mechanism in greater detail. The results
of calculation were subjected to experimental verification
by reducing silicon with carbon at various CO pressures and
the obtained results were used simultaneously for verifying
the thermo-chemical data used for the calculations and
entered in Table 1, p.28. The graph, Fig.3, shows the
results of experimental verification of the dependence of
the initial temDerature of reduction of the silicon by
carbon. The obtained results lead to the following
conclusions: theoretically elementary silicon can form in
the mixture SiO + C from 710 C onwards provided th the
partial CO pre~'sure in the system is reduced to 10 atm
gauSe by vacuum treatment or by displacement with inert gas,
However, the speed of such a process is extremely small
since as a result of the smallness of the partial pressures
of the components as well as as a result of the slow
regeneration of CO by means of the reaction
Card 2/6 00-graphite + CO2 = 2C0. At a lower temperature obtaining

24-11-4/31
Reduction of silicon by means of carbon in the case of a variable
pressure of the gas phase.
silicon from the mixture Si02 is impossible in principle
since for this the condition pCO < pSiO has to be
fulfilled. However, at temperatures above 7100C the
equilibrium ratio pCo/psio above the mixture S'02 + C
is always higher than 1 so that the reduction proceeds
until elementary silicon is obtainea even in presence of
certain excess quantities of CO of an origin different
from that of the reaction SiO + C - SiO + CO. Tests with
a stechiometric Wixture.of qu-~;tz gla-ss and charcoal first
annealed at 1800 C (for eliminating the volatile substances),
the results of which are entered In the Table, P-36, confirm
the conception expounded by the authors. For determining
the silicon equilibrium concentration in iron as a function
of the partial CO pressure, 5 to 7 g samples of the
ternary mixture quartz glass-charcoal-electrolytic iron
(preliminarily deoxided by annealing in a streq of dry
hydrogen) were heated up to 1300, 1400 and 1500 C inside
a CO atmosphere under a given pressure observing the loss
in weight; the fact of reaching the equilibrium was judged
by the stoppage of the loss in weight. After isothermal
Card 3/6 0

24-11-4/51
J?--`dUCtiO1L Of -,,ili(-oii by weans of carbon in the case of a variable
pressure of -the ~~as phase.
annealin- the specimens viere hardened directly from. thhe
respective parameters; it was found that cooling in the
furnace is accomDanied by reversible oxidation of up to half
of bhe silicon content Of the iron. The average results
of the analysis of these sam-o'l-es are given in the graph,
Fig.6. The relation between the coefficient of activity
of silicon and its concentration in iron, which is
saturateg -with carbon, is plotted in Fig-7 for 1300, 1400
-and 1500 C. It can be seen that this coefficient is
-pproximately proportional 6o the first degreeCatuomic
fraction of t-he siliconi Ysi* Increase of ySi is
atGributed to the fact that whilst the activity of the
silicon in Lhe alloy is inversely proportional to the
square of p,O, its equilibrium concentration is inversely
proportionalc to p e0 only with a -Dower 0.? to 1.0.
The here obtained ys* values are about ten tim-es as high
u
as those obtained by 6hipman and Fulton (Ref.35); the
authors of this Da-oer determined the activity of the
silicon in chemical equilibrium with the gaseous phase
with definite par-ameters, whilst Chi-oman and his team
Card 4A studied 'Ghe phase equilibrium of the- solution in iron of

24-11-4/31
Reduction of silicon b7,.r means of carbon in the case of a variable
pressure of the gas phase.
production of open hearth pig iron vrith reduced contents of
silicon and sulphur which would yield considerable economies
in the open hearth furnace. The obtained theoretical and
experimental results are compared with statistical data
obtained in norinal blast furnace operation. The observed
reduced silicon content in the open hearth pig iron is not
accompanied by any appreciable increase in the sulphur
content. The results show t'Llat it is possible to smelt
low silicon open h&arth pig Lron in blast furnaces by
increasing the gas pressure i.,.rithout reducing the heating.
Acknowledgments are made to 'E. S. Kulikov for his assistance
in carrying out the thermodynamic calculations relating to
the coefficient of activity of the silicon in the solution
and to A. V. Rudnev for anal:Tsing the micro-cuts.
There are 8 figures, 2 tables and 41 references, 13 of which
Card 6/6are Slavic.
SUBMITTED July 10, 195?.
AVAILABLE: Library of Congress.

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24(8) PHASE I BOOK EXPL401TATION SOV/2117
Soveshchaniya po Oka perlment~llncy tekhrLike I matodam ryookotempers-
turnykh lealedoran.-Y, 1950
Kkaperimentalinays, tekhnika I m tod I ladovaniy pri vy3okikh tom-
e fExNr
peraturakhl trudy sove3hchanlya Iment-al Techniques and
Methods of Investigation at High Temperatures; Transactions or the
Conference on Experimental Techniques and meth Oda of Inventigation
at High Temperatur~es) Moscow, AN SSSR, 1959. 789 p. (Serient
Akademlya nauk SSSR. Inatitut metallur6.4i. Komia3iya po riziko-
khl.michookim cancraz proizvodatva stall) 2,200 Copies printed.
Hoop. Ed.: A.M. Samarin, Corresponding Member, USSR Academy or
Sciences; Ed. of Publishing House: A.L. Bankvltaer.
PURPOSE: This book Is Intended for metallurgists and metallurgical
engineers.
COVERAGEs Thin collection of scientific papers in divided into six
partat 1) thermodynamic activitv and kinatIc. Of hlrh-temllarature
a 3)
processes 2) constitution dijram studies physical properties
of liquid metals and slags yron: w analytical methoda and pro-
duotion or p - 5) p . try, and 6) ener ueations.
ure meta" g I q
For more specific coverage, see Table of Contents.
Pporliaent-al Techniques and Methods (Cont.) SOV/2117
Filippow, S.r. A Study of the Kinetics of the Docarburization
Or steel 108
A doeirlption is given of methods and ecuipment for studying
the kinetics or slag-moral reactions, especially ce5uirurl-
s h
.5~lcna nd,,dgNhoop orization. Use 1-3 made of the isotopes
, F32 , , nd others.
Chou. Yang-oh1h. Thermodymmics of Liquid Blast-furnace Slag* 113
Shlkho '~V.N.. and O.A. insin. Methods of Using Radioactive
isotoga for Studying the Kinetics of Vidtal-Slag Reactions 123
She Stand for Studying High-teparature Reduction
1r-ceesass Under Pressure 131
ayaboy, R.A P.V. Galld. Rate of Hydrogen Diffusion In
Rools at Hiih&hdporatures 147
Thetrattenfad Iffualonatta given temperature was determined
on he 1 or t heq n it y of hydrogen dirruaing per unit
tim through a ~lt section of fixed thickness, an measured
by the drop In pressure. The effect Of alloying elements
'carbon. chromium, vanadium, silicon, manganese, and nick-
,), do .. Poo Ition of sun te nite, and press ure on the rate
of diffusion were studied.

SIMEDRITI, Vladimir Mik-haylc,vi--h:' SFPJIGPII,,', V.D., red,; FMSYNA, V'L.
- -- -
- ---- i~e4, izd, va, YJJUSEV, A, i.. ,'tekhn. r.)d.
(T heory of blast furnace operation -irAer pressure ]Teoriia (ior-en-
noi plavki pod davlenier., ll,.~oslklra, ~-Ietallurgizdat. la62, 454 P~
(ML'RA 15-12)
(Blast furnaces)

SHCHEDRIN, VAL (Moskva)
Chemical equilibrium of pig iron aid blast furnace slag
under the effect of a variable gasc!ous phase pressure.
Izv. AN SSSR, Otd. takh.nauk. Met. i topl. no,1:23-35
ia,,.F 162. (MIRA 15:2)
(Vapor-.liquid equi-Abrium)
(Blast furnaces)

SHCHEDRIN, V.M.
Calculating gas transit time through 9haft, furnaces. Trudy
Inst. met. no.12:20-28 163. (MIRA 16:6)
(Blast furnaces)

XOROBOV, L.N.; TSYLEV, ; 1~-- ~ V.,-I.
Fro blerm of the -,a -,r.cwis of .: n,,,F-a '.z-- F, a, Ing tte kLnE-,,-,cs z;f -;:,c,::
reduction from it!i c)xI(iez-~ In .,res by reducing gases.
f
Stall 25 no.8:867-871 S 165. kmai, 18.s~)

11T.'l-:fl'KO, I Alf-Il-,--el,friJc it[
'14 n~; I kL)

ACC INP: SOURCE CODE: UR/0122/66/000/011/00'to'/0047
(Engineer);
B. i. (Candidate of technical scientes); Yegorov, B. G.
Slichedrin, Ye, 1. (Engineer); Vlasova, P. T. (Engineer'.
ORG: none
TITLE: High-speed engine pistons from sintered aluminim alloy powder (SAP)
SOURCE: Vestnik mashinostroyeniya, no. 11, 1966, 46-47
TOPTC TAGS: high speed eng ne ston, pisi:oA fabrication, sintered aluminum alloy
powder, sintered alloy piston, piston forging, piston property/SAP-1 alloy, SIkP-Z
alloy
ABSTRACT: Since the AK4 wrought aluminum alloy is no ' sufficiently heat resistant
to be used as material I and
or pistons in high-speed engines, the SAP-1 (6-11% A1203
'SAP-2 (10% A1203) alloys were tested. The pistons w!re forged from sintered com-
pacts or extruded bars and preheated up to 540 1 IOC for 3 hr. The pistons were
found to have good quality and a fi*ne-grained structure without visible defects.
I At room temperature the pistons made from compacts hed a tensile strength of
34-36 Wmr,12 and an elongation of 2-4.5%, and thosE made from extruded bars had
a tensile strength of 25-28 kg/mm2 and an elongatio-L of 9-10%. At 500C, tae
pistons made from compacts had a tensi.le strength of 8-8.5 kg/mm2 and an elonga-
tion of 1.5-2%, and those made from extruded bars h;.d a tensile strength of
Card 1/2 UDC: 621~762.5:669.713:621.43-242

ACC NR: AI'0036B"86
7-8 kg/mM2 and an elongation of 4%. The mechanical properties were not affected
by a test run for 300 hr at the temperature of operation. Orig. art. has: 2 figures
and 3 tables.
SUB CODE: 13, Il/ SUBM DATE: none/ ORIG REF: 002Y OTH REF: 001/
ATD PRESS: 5108
Card 2/2

GORELIK. S.S., doteent, kmA.tekhn.nauk; ROMA.'.HOV, V.M.., inzh.;
SHCHEDRIN, Ye.I., inzh.
Eff~ci of dedormation distortions and ajIng on the rate
of diffusion in nickel-base alloys. Sbcr.Inst.atali no-39:
381-399 160. (MIRA 13.-7)
1. Kafedra, fisiki metallov i rentgenogrpfii Moskovskogo ordena,
Trudovo o Krasnogo 7-nameni instituta stp-li im. I.V.Stalina.
Sickel-chromium alloys-Cold woiking)
(Diffusion)

ACCESSION NR; AT40i2719
SY2981/63/000/002/oc)98/o]04
AUTHOR: Matveyev, S. I.; Khanova,_It R. Shc)--edrin, Ye..I.
TITLE: Techniques for stamping parts from SI-P
SOURCE: Alyuminlyevy*yo splavy*. Sbornik slatay, no. 2. Spechennyecya splavy*.
Moscow, 19063, 98-101'
70PIC TAGS: powder metallurgy, sintered alui)inum powder, sintered aluminum,
aluminum powder, SAP, SAP pressing, SAP stam)ing, SAP forging
ABSTRACT: in comparison with the common strEssed aluminum alloys, SAP has lower
lasticity at room temperature. At 450-570C, however, it is quite suitable for
p
pressure working. The present authors there4ore investigated the possibility of
both hammer forging and high temperature pre!sing for the manufacture of SAP
parts of various types. Pistons were made or, a hammer forge from either briquets,
sintered blanks or pressed rods (all made from aluminum powder containing 7-10%
Ai,03) and tested for their structure and mei;hanical properties. The best re-
SuTts were obtained with pressed rods. ariq-iets should not be used since, due to:
their low plasticity, it is impossible to ob-.':aLn high-quality parts in open dies
even if an aluminum shell is used. Parts ma,le of sintered blanks containing not
o had the best mechanical properties. The successful manufacture of,
A1203
SUBMITIED: 00
DATE ACQ: 13Feb64 ENCL; 00
SUB CODE: NO REF SOV: 000 OTHER: 000
2/2-

Dere n
G, .911C
~1. Kon;!--!-a!,, I-'I Mpyer, V. 1,
P t 7 tj) 111,
UF,, A. A. &~,njn, T. F. Chitchl-p=I,
"Df-,Oiqitir;nf7 - F~.-iAn,--_ Florv,
of :-ort--n irl ?rof. S. rovtd,
n ~;-d for uzniversiLi_,~r_
_or Educ: tic. s W
sc;
t-l' P li~., i
~G: C' _- t ~ J 15

L 31131-66 Fii'TI /T
ACC NR: i'd,6022580 J) SOL11M., CODE: UR/0_146/66/000/001/0616/0018:~
AUT I - `-uzn0tSCVa, Una, 1-1. S,; Shchodrir Ye. L.; Kuznetsov V. 14.
?YUSYU
All-jUnion ~~uientlfic Zosearch Foot -and--' louth Disease Institute (Vses0Yuznyy_-v)
C ino - i s s fo _dov`a_f(=)s 87~_ EEMU- - -
n
au s c %ry :G~isut~
TITL~: Hocherd-cal inrUces in cultivation of foot-and-Mouth disease virus
SOU.'X~,: Vote r1nariya, no. 1, 1966, 16-18
TOPIC TAGS: foot and nouth disease, virus, virology, ardno acid
Researcii was carried out to study the dynamics of nitroren and
~~os`pnoi-~s netabolism and the pH of the medium for cultivating the foot-arxl
mouth disease virus in a suspension of catt1c kidney cells. It vras found
t4at rnarlcd shifts occurred in the indices oZ nitroeen r-rxl phosphorus metabolism,
-The content of w-Ano nitrogen in the inoculated suspension reached cL rwz-imum
after 24 hours of cultivation of the virus, increasing more than 23% over
the initial value. The amount of rcsidlial nitrogen in the same interval
increased more than 24"' over the initial value. There was a sharp increase
'u
in the amount of alanine (from O.0W_ to 0.167 mg%) and glutamic acid (from
0.051 to 0.093 mG /cj"), while the content of tyrosine.. threonine and leucine
declined; this can be considered a reflection of the processes of re-
synthesis during reproduction of the virus, The amount of inoreanic phosphorus
in the inoculated suspensionincreased 31-3% over the initial_value~o while
LC.,d- -1/2 UDC: 619&616.988.43-093.35

L 31331-66
ACC NR: jT6022-580
at the same" time it increased 16.4% in the control suspension. Shifts in th,-,
pH of the ncrlium to acjjd wore more marked in the control than in the inoculated
suspension. This depends on the concentration of live.cells and might reflect
the intensity of their metaboliam6 fj-FR-s7
SUB CODE: 06 / SUDI DATE: none / ORIG REF: 002 / OTH REF: 009

!~ , . ; ~ , " - - " ! !t~ , :,! ~
I - I . . . I
/ " (~ at !,();:. nr-org, A
I ;, I .
~ y I' - '- - 7n',--, - " 2 0, - p ",
- I ;.. . I -/ I . -1 :,--. - -: r1
- 1 , . ~) . i 5,;~ --', - - I r --~'5 --, e ' ,

OZEROVA M.I.; SlICHEDRINA, A.P.
Solubility in the system
0fl14)2Mn(SO4)2 - (NH4)2Mg(SO4)2 - H,,O at 25, 40, and 450 .
Zhur, neorg. khim. 8 no.11:2608-2610 N 163. 041RA 17-1)
1. ~4oskovskiy gosudarstvennrf univer-sitet, khimicheskiy
1~
fakulltet, Mafedra obshchey khimi-I.

-- Sl.I C H EDE I N A, t..P~ ; , M. I ~ ; KHOMY A K,)V, K G.
SolubUity in the system FeC12 - NiC12 - H20- Vest.Mosk.un.
Ser.2:V 16"
,.h4 M. 13 no,6:62-r'4 N-7 (RIRA 17:4)
- - j - 1.
1. Kaf'oflra obshnhey khimiL Moskovskogro universiteta.

Li I
or G if 1,7- Rf "A, 11, F
F z 14
3 7 2 z,- - 7

sli~hE D h2IA I A. 1'. ; OZE' I I OVA '. 1-1. 1.; K.G.
- I - y
6 c I u b 11 i T. V in t'--.9 a 1-3 t Ft,~,7`2 - - H'-O . Vest. Moak. un.
Ser. 2,Khim. -19 Ja-x 16,~'. (MIRA 17:6)
1. Ka-fiadra otishchey MoskDvakogo universiteta.

RAZUMOV, I.M.; PERLIN, I.L.; PRIYMAK, I.A.., reteenzent; KAUKEVICH, I.E.,
retnenzent; SHVKHGALITER, L.U., redaktor; SHGH3D1jINA. I,P,-
tekhnicheskiy redaktor.
[Production norms in the non-ferrous metal industry] Tekhnicheskoe
normirovanie v tsvetnoi metalloobrabatyvaiushchei promyshleanosti.
Moskva, Gos. nauchno-tekhn. izd-vo lit-ry po chernoi i tavetaoi
metallurgii, 1951. 201 p. (MLRA 8:2)
(Efficiency, Industrial) (Metal industries)

ZAPESOCHNAYA., G. G.; LESEGHINER, A. S.; SHGHEDRINA,_~~. RUWS4N-, 1. A.;
FREOaTMHENSKIY, N. A.
Lipides. Part 15: Synthesis of some triglycerides from
butter. Zhur. ob. khim. N no.12:3901-3906 D 162.
(MIRA 16:1)
1. Moskovakiy institut tonkoy khimicheskoy tekhnologii imeni
M. V. Lomonosova.
(Glycerides) (Cacao butter)

R!'--TI"' " '~. MJ%, KOKHMI~NSK-Y, A.V~
I'll., _I.. , .1.
of isomers of merthal ard man~rhone by the irethoa cf gas-
chr.-,irqtography end infiared --pectro-,copy. Trudy VNIISNII-V
163. (KIRA 1717:4)

AVAKOVA, L.8.; KUSTOVA, S.D.; RUDOLIFI, T.A.; SEVERTSEV, V.A.; TITOVA, N.B.;
CHERKAYEV, V.G.; SHCHEDRINA, M.M.
Increasing the menthol content of low menthol peppermint oil.
Trudy VNIISNDV no.6:164-166 163. (KRA 17:4)

RUDOLIFI) T.A.; SHCUDILINA, M.M.; LUSECHIK, V.I.; LASKINA, Ye.D.
Gas-liQuid ~Lr--3 infrared sDectra of 'someric
. .1
allyl guetols and all~fl guaiacols. Zhu--. arial. khim. 19 no.r:
619-621 '64- (IIAIRA 17-8)
1. Vsosoy-uzrrFj naitelino-i.,-~sledovat,,--llskiy institut sinteti-
cheski:(h i naturallnykh dushistykh veshchestv, Moskva.

TfLk
K LY,
e7

ill - -, r-,
L.A,j SH(,IHEDIINA, M.m.; YEPIKII-1,7%. A.'
r rLr prikl.
m.~-,Ll~,Il'nykh dush. s!,y?h veshchestv.

L 31344-65 EWT(m)/EWP(.J) Pc-4 RM
ACCESSION NR: AP5005998 6/0217/65/010/001/0105/0109
AUTHOR: Lystsov, V. N.; Frank-Kamenetskiy, D. A.; Shchedrina, M. V.,
TITLE: The effect of centimeter radio waves on vegetative cells, spored, and DNA
transformation
SOURCE: Biofizika, v. 10, no. 1, 1965, 105-109
-effect mutagenesis, bacteria, DNA,trans-~
TOPIC TAGS: microwave SHF, biological
formation, thermal effect
ABSTRACT. The authors investigated the effects of SHF on-cooled (-196C) and no'
pal-temperature molecular and cellular preparations. The purpose ef the expeAment.,
Vas to observe how SHF affected DNA transformation and the condition-of cells and'~,
bacterial spores. Samples vere-placed in test tubes located in the horn of a Ma
etron generator.antenna. The pulsed radiation ha4 t1fe follow Ing characteris tics.
F 500 1cps,
9370 Me, 11, 1T kw, Ti 10 see Eant = 6oo v/6m. Liquid
mV
hitrogen t_196'clpflowed through a foam-poiystxrenWholder. The method of coolin
the samples, which never varied, Involved inserting the test tubes into the holdL-r I
The maintainance of -196C throughout an entire radiation session was judged aa'a
function of the condensed liquid nitrogen which accumulated in the test tubes above--.7_%.~'._
the samples. In some tests, samples were irradiated without cooling. In these-;_
"L. 2-1, --I

L 31344-65
ACCESSION
UR: AP5005998
7,
ocases, the temperature of the test-tube liquid was measured with a-thermocouple.
A figure in the original article shows how the test-tube temperature depended upon".
the duration of SHF irradiation. Heating of samples took place in a -1;ath where
the water was vigorously circulated. In spite of. the fact that a high7;powered,
pulsed SHF field was used, the authors could not detect a specific.(nonthermal) or".'.-
Z,
miitagenic effect. Frozen bacterial preparations exposed to SHF showed a slightly
higher survival percentage than their controls This increase in survival, vUdh
times surpassed that of thd-control samples, could be explained either as a func-
tidn of the destruction of bacberial aggregates by SHF, or, less likely, as a mani-
festation of the stimulating effect of SHF, observed in previous experiments.
Although the fundamental effect of SHF on. nonfrozen suspensions was thermal, there;
was a complete inactivation by SHF,of metabolizing vegetative cells in contrast tof
nonmetabolizing spores. This is in agreement with another investigatorlo findings;
that uIltra-shortwave irradiation deactivated enzymes. Consequently, it is possible
to conclude that high-amplitude, high-frequency, electromagnetic fields do not
evoke a specific (nonthemal),affect on the genetic mechanism of cells. However,'
such fields may directly affect metabolic and enzymatic processes Orig. art.
has: 2 figures and 1 table. [CD].
ASSOCIATION* * Institut atomnoy energii imeni I V.;: Kdrehatova, Nos.cow (Institute.
r AT
of Atomic Em~ner
~Card
~

GOLIDSHTEYII, Mark Yjil'~evich; KOROTKOV, Vladimir Stepanovich;
BOJ)ZHSKOVA, N.H., red.; SHCHED~W.L.
- 14
[Work and rest time of workers and employees in the U.S.S.R.]
Itabochee vremia i vremin otdykha rabochikh i sluzhashchikh v
SSSR. Moskva, Gos.izd-vo iurid.lit-ry, 1959. 84 p.
(MIRA 12:11)
(Hours of labor) (Vacations, Employee)

SEICHEZRINA, N.S., nauchnyy sotrudnik.
Biomycin In necrobacilloais in reindeer. Yeterinariia 33 no.4:
50 AP 156. MRA 9:7)
l.Salekhardska.va nauchno-issledovatellskava veterinarnava opytnaya
stantaiya.
(Aureomycin) (Reindeer--Diseases) (Actinomycosis)

SHCHEDRINA. R.N.
I
Changes in corn pollen caused by different pollination methods
Ewith summary in Finglish]. Zhur.ob.biol. 19 no.3:240-245 YT-Je 158.
(MIRA 11:6)
1. Institut genetiki AN SSSR.
(CORN BRIMING) (POLLEN)

SHCHEDRINA, R.N.
Studying the fertilization process of corn under various
pollination methods. Agrobiologiia no.2:193-197 Kr-AP '59.
(14IRA 12:6)
1. Institut genetiki Akademii-nauk SSSR.
(corn (maize)) (Fertilization of Dlants)

r)f j poli to-nl.~on
f f-f
o"'s on
-r' -7 P-D USSR,
off, T.-I of "0.",
T 1,, C) 1) To

USTINOVA, Ye.I.; DIYAKOVA, 1-I.I.; SHCHEDRINA, R.N.
Develo=.ert of th-e emb=jo and emdosppe= -J- ll-'a-ralbillis j'a-l,--Da L.
under conditions of restricted Pollination. l6auch. diokll. vys.
sh-koly; biol. nauki no.3:173-179 161. (MaA 14:7)
1. Rekomendovana kafedroy genetilci i selektsii 14oskovskogo gosudar-
stirennogo univex-siteta. im. M.V.Lomonosava.
(FERTILIZATION OF PLANTS)

NUZHDIN, N.I.; NECHAYEV, I.A.; GRAYEVSKAYA, B.M.; SHCHEDRINA, R.N.
Some physiological and biochemical characteristics of mice
with different natural radiosensitivity. Dokl. AN SSSR 143
no.4:997-1000 Ap 162. (MIRA 15:3)
1. Chlen-korrespondent AJ4 SSSR (for Nuzhdin).
(X RAYS--PHYSIOLOGICAL EFFECT) (ADRENOCORTICAL HORIVIITES)
(LIVER--GLYCOGENIC FUNCTION)

L 17045-63 EWT(m)/BDS AFFTC/ASD/AFWL S/205/63/003/002/003/024
WK
AUTHORSs Orgevskaya,, B. M._, and Shchedrina, R. No
TITLE: The nature of X-ray effectl'n-the tissue proteinases
PERIODICAL: Radiobiologiya,, v9 3., not 2., 1963.9 168-173
TRKTs Ths article makes an attempt to clarify whether the radioactivation of pro-
teo3,y-3i--,3 ~-azn really be the cause of oell destru#ion in radioa-,' Uvity-sensitive sys-
tsms. A ~~ompaxative stady has been varried out on the effect of x-rays on the activ-
ity of prAtainases in radiation-serLisitive (spleen) and relatively more rasistant or-
ga,i3 (111-7ar). The nature of the o.-curring changes and their c3nnection t.) necrobio-
The experiments were conducted with white male miue " inanths
oil waighing 22-27 g. The extract3 f--jm spleen and liver homogeneat3 totally irradi-
ebal ia the d~;se of 600 r show increased fermentative activity (on splitting casein)
resahe.3 maxim= in spleen after 2-4 hours and in liver 4 days after irradiation.
The inJicazai insrease in proteoly'vic, processes was observed only after general ir-
rar-liatlon -af the animal. It is absent during local ir--adiation of the spleen or in
the aas4R of it-3 a--eening and irradiation of the remaining parts of the body, Thus
in the development of this process, distant effects play a significant role. Radia-
tion in---reaoe of proteolytic processes is not related directly to mass destruction
Card 1/2

L 17045-63
The nature of x-ray .....
S/205/63/003/002/003/024
of i-alls. These processes do not coinaide in time and activation of prot--ol"-is in
tis-suea independently of ne-crobiotectic changes. The artiale contains 2
tab" 3
J.1-5 .9 2 figuras and a 5-item bibliographys
ASSOCIATIONs Institat genetiki AN SSSR (Institute of Genetics, Academy of Sciences
USSR), Mos--ow
SUBMITTED-s July 7., 1962
Card 2/2

L 55945-65
ACCESSION WM AP5DI8505 /W95
UA(002D/64"/003/0693
AUTHDR: Pekin, I* A*; Shch R. N.
TITLE: Specific characteristics of catecholamine metabolism in the central
nerrous system during a state of stress
SOURCE: AN SSSR. Dokla4, T. 159, now 39 1964t 693-695
TOPIC TAGS: experiment animal, brain,, encephalolog;y, biocheaLstry,, endocrinology
Abstract: Young rate in the first days of life after birth, which did not
yet respond to stress consisting of exposure to cold ( +.20 for an hour) or v
surgical trauma, showed a content of noradrenaline in the hypothalamus and
reticular formation that was much lower compared with adult.rats. The
content of noradrenaline in these divisions.of the brain increased with age,
as the capacity to react to stress developed. Former work by 1. A. Eakin et
at showed that old rats, which exhibited a weakened reaction to stress consia-f.
ting of exposure to cold or a pain irritation (as indicated by the extent of
decrease in the content of ascorbic acid in the suprarenals and eosinopenia),
.lacked noradrenaline in the hypothalamus and had a greatly reduced content of
~it in the reticular formation. In experiments on Adult rate subjected to our-,:
trauma a two-phase stress reaction was observed with respoct to changes:
Card 2/2

VA a--LPG lss~ MAD -
cf
~jr
La7 bcdv
Fro b i e c
i I I. A. E-91C n)
j;

L ~~j'236 36 L;,,T(M) D 1111, " P
~CC NRI AT5024256 SOURCE CODE: UR/2670/65/000/032/0238/0243
I --;' -, X
AUTHOR: Grayevskaya, B. M.; Shchedrina, R. N.
ORG: Institute of Genetics, Academy of Sciences SSSR (Institut genetiki, Akademiya
nauk SSSR
TITLE: The functional state of the adrenal cortex under the influence of ionizin
radiation
SOURCE: AN SSSR. Institut genetiki. Trudy. no. 32, 1965, Deystviye ioniziruyush
izlucheniy na rastitellnyy i zhivotnyy organizmy (Effect of ionizing radiation on
plant and animal organisms), 238-243
TOPIC TAGS: radiation biologic effect, mouse, adrenal gland, adrenal cortex, lipid
ABSTRACT: Experiments were conducted to determine the effect of irradiation in lethal
and superlethal doses on the activity of the adrenal cortex in different periods after
irradiation. Male white mice 8-10 weeks old were subjected to x-ray irradiation in
doses of 600 and 2000 rad with dose power of 30-35 rad/min. With irradiation of
600 rad, mice were killed after 2 hr and 1, 2, 4, 8, and 30 days, and with a dose of
2000 rad, after 2, 24, and 72 hr. Experimental results showed that irradiation in a
dose of 600 rad causes an increase in the weight and dimensions of the adrenal ;lands,
accompanied by a gradual accumulation of lipids in the cortex (especially in tae glo-
merular zone). Thirty days after irradiation, complete normalization of these changes

L 8236-66
f-ACd NR: A'
was not yet observed. Irradiation with 2000 rad, however, caused a decrease in the
weight and dimensions of the adrenals, which is accompanied by a sharp increase in
the lipid content in all three cortical zones. The observed changes in the weight
and dimensions of the adrenal glands with a dose of 600 rad are probably connected
with accumulation of lipids and excess water in the gland, whereas with a dose of
2000 rad, changes are probably associated with severe depletion of the cortical sus-
stance. Orig. art. has: 4 figures. (is]
SUB CODE: 061' SUBM'DATE: none/ ORIG REF: 012/ OTH REF: 020/

GRAYEVSKAYA, B.M.; SHCHEDRINA, R.N.
Effect of estrozens on catechol &mine i--tabr,'LiBm in -hp ;~-drenal
glands under normal condJtions and follcuing ionizing riciPa'J"on.
Trudy Inst. gen. no.32i223-228 165.
Functional state of the adrenal cortex following ionizing
irradiation. Ibid.:238-20 (MIRA 18:20)

3//020/62/145/004/027/027
B144/B138
AUTHORS: Nushdin, 11. 1., Corresponding Member AS USSR, Nechayev, I.
A., Grayevskaya, B. Lt., and Shchedrina, R. N.
TITLE: Some physiological and biochemical peculiarities of mice with
Q
different congenital radiosensitivity
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no. 4, 1962, 997-1000,
TEXT: The radiosensitivity of the following three strains was studied:
cc 57-brown and BALB/c from the breeding 'station in Stolbovaya, CH3 with
2 sublines from Stolbovaya near Moscow (m) and Rappolovo near Leningrad
(1); and of a mixed population (IMP) of mice from the breeding station at
Kryukovo. The body weight, the weights of liver, spleen, suprarenal
glands, thyroid, and testes, the catecholamine (CA) content in the
suprarenal glands and the glycogen content in the liver were determined
after whole-body irradiation with 550 -~ 650 r. The LD 50/30 was much
higher for LIP and CC 57 than for CH3 and BAIJ3/c. This was consistent with
Card 1/2

S/020/62/143/004/027/027
Some physiological and... B144/B138
the significant weight increase of liver and spleen found in the former
two groups, whose thyroids were equally heavier; whereas no relation
could be established between the weight of suprarenal glands or testes
and radiosensitivity. Histochemical and quantitative studies revealed
that LT had the lowest CA content. CH 5 sublines m and 1 had different CA
levels. Radiosen3itiVity changed in the same order. Although this
parallelism is no proof of a direct interrelation between CA metabolism
and radiosen~itivity, it may be assumed that adrenalin is an important
mediator between radiation perceDtion and reaction. The glycogen.level
in the liver showed the rever-se order and is probably dependent on the
CA level in the suprarenal glands. There are 2 figures and 1 table.
SUBMITTED: January 5, 1962
'x
Card 2/12

GRATEVSK-kYA, SHCEMINA, RA.
Ilature of some structural changes in adrenal glands induced by
ionizing radiation. Dokl.AN SSSR 138 no.4~941-944 Je 161.
(KEIRA 14:5)
1~ Lqstitut genetiki All SSSR, predsta-~rleno akademi.kom T.D.Lysenko.
1. J R&L C.~j -
j'ALRB ., EFFM-1.)

A4~
.1-1 an,f 111-h-0-1 recull-111- or All- hk Diff-lr,g III- Urt,firre".10.1t,
It. N. sch'.Iff"a
~t Idicne-itivily of different striins of animah (11 not, al a nj!C. iMvo:%C the Snmlylll Of
PhIVAr,C-11. MC1.11-!tC nr anammic rtculiarilics dcfining the given strains. In zomr:ot, sa---dv-~ of phyi,ol,'Rical
.and b;nchcmical CfItrcMnCc1 t-!.ATcn il"im arc rencrally carried out withoui relation to radiv~-isjnvily.
A C,Impanoin -- mn,rc f the Ndy -gut ciat or five,. up ... coal gi..j,, oyr;,., ,~d fcticlcl.
.and if the ft,,f of ad-I ;,-,f cirhototd,vt meta"I,-, bct-c. three vrains in 3 normal fate (LIALDic. C,11
and C17-110 and on-- pepWilien plbiro) or mice charaCtUTIC(I by difficring rad;,rensilwity al derined by the
I-D !0, IQ 'I"e.
It Im, beer, hO,n that -di-ivarIt vmirii of mice (CC,,-Ilr and albino riorut-16on). ai comrared with radio-
icmiloc ones IBALB,'c and Ctll) have greater %cighTs of liver, %plccn and thym-'s. a.highcr content ;f
caiccholamin" In the suprarenal g!ands. and a reduced plycogen level in the liver tiWIC. I he latter phenomenon
aptican to tic of a secondary order and dcriendl to a co-idcrable ell-T on the intensity of the c3lochol3mine
mer.bol"m in the osp-c".1 gl.nd~~
report prearnted at tba 2PA Intl. Congress of Ra&iation Bosom-ch,
ffr-rro--qt,3/-f0rk8hire. Gt. Brit. 5-11 AU,9 1962

SHCHEDRINA, Z.3.
':br., Inst. t'oolz-y, Acad. Sci., -1946
F.
IlCn the Distribut-lon of Foraminifers in the 'ireenland Sea," Dok. All, '15, No. ~, 1947

3HC!iEDRIN,i. Z.G.
--.- .1
Vstrloua f ormn of Fora-iiinift-ra alb.v~4r-.orlirii Cam, er;ter ). Trudy
ZI)DI-in9t. 12:7-24 'l12. (M].I?,! 6.6 )
(Foramiaifera)

SHMEDRI'lia, Z.U'.
I.. t- . - " I. .
New s-necfe~ of ?Lr--inifent of th#: Rh,bL-mmina M. aars. Trudy zc-Cl.
inst. 12'--15-13 152. (MLP& 6;46)
(Foraminifera)

1. SHCW~DRINA, Ye-- G.
2. U3SR (600)
4. Japan Sea - Foraminifera
7. Distribution of Foraminifera in the Sea of Javan.
Dokl. AN SSSR 87 No- 3 1952.
9. Monthly List of Russian Accessions, Library of Congress, vmhrj,n= -1953, Unclassified.

SHUBDRINA, Z.G.
New data on the Foraminifera of the Okhotsk Sea and their distribution.
Trudy Zool.inst. 13:12-32 '53. (MLEA ?:5)
(Okhotsk Saa-Foraminifora) (Foraminifera-Okhotsk Sea)

_--tuciv of rqn! i C~ra -)-'L' t-.
in nn frn t e ;~.,is t 7,,- D-taj? r-ed n, or,
t--, ri--tn :f t- -a n27 ---ters. :1 t-3 "YlL ~Ij ",-,2
-,f i,ictiir--~ f vgr-* -us se~t~nns of t, "-s cclunn t-
ne
rfi r m fa,in~i a~ :1 i,r--., t,,: t'-.er su I t - F' hiz; st,it,.
nst. ci.

AMfUSITIN, I.I.; BtiRAMVA, Z.1.,; BRODSKIY, K.A.; VIRKWIS, M.A.;
VOLODGIPWO, N.T.; GALKIN, Yii.I.,; GURYA140VA, Ye.F.; DOGEL'
V.A., D'YAK01JDV, A.M.: ZNVINA, G.B.; IVANOV, A.V.; KIRIYAWYA,
To S.; KOBTAKOVA, Z T.; KOLTUN, V-M.; KONZHUKOVfi,Te.D.;
KOROTKEVICII, V.S.;KLYUGE, G.A.: LOZINA-1k)ZINSKIY, L.K.:
LO?iiiKINA, N.B.: XhUMO, D.V.; PERGAMENT, T.S.; RWHITNYAR.
V.V.; SAVT.'LIYV-VA, T.S., SKARLATO, O.A.; SOKOIA)V, I.I.;
-STRMOV, A.A.: TARASOV. N.I.; USHAKOV, P.V.; SHCHWRINA,Z.G.
'OVLY 0
Y
AK VA. A.4, USHAKOV, P.V., obshchiy- rukovo
PAVIDVSKlY, Ye.N., akademik, rodaktor; STRWXOV, A.A. redak-tor;
BWDSKIY, K.A., redaktor; ARONS, R.A., tekhnichaskiy redaktor.
[Atlas of Invertebrates of tile Far East seas of the U.S.S.R.]
Atlas bespozvonochaykh dallnevostochnykh morei SSSR. Moskva,,
Izd-vo Akad.nauk SS SR. 1q55. 240 p., 66 plates. (14LRA 8:10)
1. Akademiya nai,k SSSR. Zoologicheskiy Institut,
(Soviet Par Eas---Invertebrates)

SHCHEERINA. Z.G.
Two now genera of foraminifers. from the femiI7 Trechs inidas.
Trudy Zool. inst. 18:5-9 '55. (KLRA 9:2)
(Foraminifera)

SHUEDRIMk, Z.G.
New species of Foraminifera from the Far Eastern seas. Trudy Zool.
inst. 21:79-93 '55. (MLRA 9-5)
(Pacific ocean--Foraminifera)

SHCREDRINA, Z.G.
Results of*the study of Foraminifera in U.S.S.R. seas.
Vop.mikropaleont. no.1:23-36 '56. (MLRA 9-'1.2)
1. Zoologichaskly institut Akademii nauk SSBR.
(Foraminiferi)

SHCMMRINA, Z.G.
-
Foraminifers of Far ]Cstern Seas of the Soviet Union. Trudy probl.
tem.Bov. no.6:65-71 '56. (XLRA 9:11)
1. Zoologicheskiy institut AN SSSR.
(Soviet far East-Foraminifera)

SHCHEDRIIIA, Z.G.
Studying the characteristics of distribution of living foraminifers
Lwith summary in English]. Trudy Len. ob-va est. 73 no.4:99-105
'57. (miRA 11:6)
1.Zoologicheskiy institut AN SSSR.
(Foraminifera)

Z. 7--n'Lverj * 4,j ~
I
.
7i:
... Me Dependence of the Distribution of Forsm-Lnifera in the Seas of -tl'--,e
Ul,M on the Emvirorumental Factors."
pvper presented at XVth International Con&-ress of Zoolo6y, London, l6-'2*_`,1
July 1910.
Ev,-I: B ~3)112,162.

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9 1 all I
2 a Ri 9
sa 111
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rm Mo i- I -fir; r I
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30

SHCMRINA, Z.G., kniid.biol.nauk
Foraminifer fauna in the eastern sector of the Antarctic. rnform.
biul.Sov.antnrk.eksp. 110-3:51-54 158. (MIRA 12:4)
1. Zoologicheskiy institut All SSSR.
(Antarctic regions--Foraminifera)

SHCHEDRINA, Z.G.
Foraminifera in the waters of Eastern Marman. Trudy Mu=. biol. Sta.
4:118-32-9 158. (MM 11:5)
1. Zoologicheskiy instit-at AN SSSR.
(Marman Coast-Foraminifera)