SCIENTIFIC ABSTRACT STAROSTIN, A.I. - STAROSTIN, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652930007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

11 (2, 4) PHASR I BOOK EXPLOITATION SOV/2213
drannyy. Neft7anoy nauchno-inaledovatel'okly Inatitut
'MLIslys I tokhnologiya pererabotki nefti I gaza (Chemistry and Tech-
nology or Petroleum and Oas Refining ?rocesses) Moscow, Gootop-
tokhtidat, 1959. 278 P. (Serlems Its; Trudy, vyP. 4) 2.500
copies printed.
lasoutive Rd.% ?.D. Yefremova; Tech. Id.t A.S. Polotinal Editorial
Board IA.Z. Darogoohinakly (Chairman), B.K. Auttrik, G.I. KazIaLn.
N.M. Kamakin. V.I. larrentlyev, U.S. Lavchenko. and X.a. Nitro-
fajwv (Deputy Chairman).
14IRPOSIs This back Is Intended for petroleum engineers and technicians
in scientific research Institutes, planning organizations. and
refineries.
COVIRAORt This collection of technical papers on all and gas rarifting
were originally discussed at the petroleum refining section or the
third Grazoll Scientific-Technical Congress in 1957. The articiso
h av* beea pu bl In had tahelp further the dove lopment of the patr aleux
refining industry and petrochemical Industry In the Chachon-Ingush
A35A. The history and significance of the petroleum refining In-
dust" In the Grozn" region to outlined by A.Z. Doragoohinakly
with emphasis on the Interdependence or the refineries and the
aircraft, automobile and rocket manufacturing Industries. Change
to modern engines demand a change in fuel and lubricating oil
Properties. ?he Increased use of jet aircraft makes the produc-
tion of high oatan* aviation gasoline love important than the
Production of the now type of fuel, aviation kerosene, the yield
Of which roquLree r quite different refinery run. Since crudes
recovered at the Xsrabulak-Achaluki fields represent a vikluablo
low material- for manufacturing lubricating oil and pararrin wax,
their properties have been thoroughly investigated and results or
analyses reviewed. The re-4quipment of the fuel producing line
of refinarlam at Orcsnyy has been carried out on ths basis or
"Wings obtained from tests and pilot Plant Operations, and a
number or reforalhi and PlAtfOrmIng units have been built to up-
end* the low octane gasoline produced at Groznyy. Taste were
4140 Gonduated to &&certain the advisability or applying the
destructive distillation of residues, which yields aolar fractions
badly needed for catalytic. cracking unit an food stock. Catalytic
*racking uAitb or ths 43-102 type were first put On str*AN in the
Grozn37 refineries In 1952, and since that time continuous erfats
have been-made to boost th*Ir processing capacity, and improve ttA
regeneration Of catalysts, The authors make 12 inumber of sugges-
tions as to how the throughput of the above . to might be ln-
*Passed. ?be production of different types Of Polleted and bead
04tolyotop the contamination of catalysts and their reactivation
or* discussed. The operation of a contact coking reactor, It
doolign. and products yielded by contact caking units are de.c:-lbee,
?he authors also deal with the manufacture of lubricatt. & cils,
paraffin and coresine wax and Indicate way of ImprovIngntheir
PrOP*rtI*s. Electrical dehydratlon and desalting at crude all sn,.
of light products are discussed. The authors state that In recom,
years extensive studies were made On the chemical conversion a.,
petroleum products, and particularly Of games. Am a result. a
nmb*r Or gas frActionatord and compressors war* built and
to produce phenol and acetone from propylono and benzene, to syn-
thesite ethyl alcohol and oxidize Pararrinic hydrocarbons, An
article is devoted to problems or automating various proces4o& Ana
developing the related control and gage instruments. The book
contain& numerous tables with the characterlxtica of different
petroleum Products obtained from refinery progohningtuntts, plloz
plants and Petrochemical refinery section$. 2 or tole to
accompanied by references.
TABEX OP CONTENTS:

petroleum 1,rOju:t.A 0"! ;,tfirerj, procems!nz un!.t3, 1,L!,,%
plants and petru@nemic;.' rerInftry sect-*rr.3, Each a@tlclr in
accompanied by referenc;..
TABLZ OF CONTENT"S:
Foreword 3
Dorogochinakly, A.Z. Contritution or the arn--nyy 011-en to
the Development of Lhe Po-rcleum Industry 5
11. IMPROVEMM3 IX THK POLL PRGD4JJCZMQ TIKE OF REFINERIES
Amorlk, B. ., J,B@ 11,zaratays, and AA,-.1&AZjjU. Plan for
Remodeling the Fuel Producing: Line or the Q-oznyy Refineries
NAAWRIA. R.P.. A.A. !W1101, B.Z. Amerlk. 11 hotels.
rr,
and A.F. SUK My. RsfL
ments with Dontruc tive Distillation Of IA2QU% 48
and I.G. P.
B-V- VAt&Y -Ta, &,K, do -, rigarnev.
Operations of Catalytic Cracking T no 43-102-YYO, aKd
Possibilities or Increasing Their Yields 60
_K&UU__kA. Some Regular Recurrences in: the Catalytic Cracking
of Heavy Distillates 72
Ausanuilove, Ye Uff_WrjkjZ, I.J. Statatin, A.I. Mazhlu-
Axperlmon-11 rrsparatTOn-or
Industrial Catalysts fro, t%zA!g Clay by Acid Activation 82
Cbsolstry and Technology (Cont.) SOV/2213
L
.:.d T..
talo,
fno,.v*,., The *&son Why Alumoo-All
.T _ an Capacity go
AmerIk B K . ;,2--QrJULts-:,V_ ctor
Possible Yi C;,@@aand
r =v 101
-3-e-otlon Operating Under Mont Severe Condit:10ns
nuoya-D-R. _ZQ,_Qrk;UA. Oraau]ArAd Coke Produced by
Im ,,and
a z Coxing a d Used as Raw Material In the Slactrodo
manufacturing Industry and In Gas ProductLon 113
Stanulla I A Gas Flow Conditions in the Granulstod Coke
-Ot" @at carrier 120
.B., '[,P, S hanovt A,A, B&Shlic # and P.K. Prolov.-
LM.MPIrLa-Aking Yield or intermediate 5--st.13,12te Fractlons - -130
dL %F ;;,0 @GrklLiq, q0@1. Sv*tozmr*"* V.V. Zhdanov@,
an Of`-TnT-eF--
in1k." , a. @ja . I
jasoLare L)Im"IlAze rracti.- Produced by Thormal Cracking 142
Cb*EL*try and Technology (Cont.) 3OV/2213
111. DMOVZXZXTS IN THZ LUBE OIL AND PARAFFIN WAX
PRODUCING T-Tvv OF RZPINZRILS
N.G. Possibilities or Puz-11mor Development and
Improvement Of-the Lube Oil and Fararfin Wax Production in
the Grosi*7 Refineries 157
&a., and
.Pj_&egvjn0_T. RL!-IOnal Flow Scheme
cati
for Manufacturing Lubr eating 011, Famsf, In andCarsains Wax
obtained Prom Sulfurous Crudes of the Monsahkino Type 163
Kitr ZAVOv- N.C., 3,T,�topuro. YV, Serovo and K.V. Kwashnin.
1xpertmental Treatment of Sulfurous Pii@r,61oum Has iduo'(Goudr6W)
With Tow-component Selective Solvent. as Applied In the
Refining Industry 166
Krarn- A-I Art@ 'yeva, )4 G Wttrofonov and-A.Q-11&aL-
nanko Po;ai-I'sties of fropertion or
'V4i,-UKsl oils 171
Card 7/9

jontain3 numercui O-Lii .." craac:*r!3t-c3 of wl:*rv ..,
petroleum products oLta!nad refircry p:-ocO,s5lr1j wn!ta, 1.!
plants and petrochem.4cal refinery sections. Each :irtl-c&e ,a
accompanied by references,
TABLE OP COXTEN-S:
foreword 3
Darogochinekly, A.Z. Contribution of the Groxnyy Oilmen to
the Development of the Petroleum Industry 5
1. STUDY OF CRUMS AND THEIR PRETREATMENT
Bortmova, M.P., P.B. Gamayunava, A.B. P*pL&vakaya, and
JLZ-AUIchkc. Choice of Demulalflers for Crudes Proceaa*d
at the arFzffiy Refineries 17
Lowchenka, YO.S., -N Bobkpva, _Artoolyeva, and
'@A
ze.v. Lar Rev dis from riFulak-Achalukl
09. Stu y a Cru
Deposits- -the Chechen-Inguah ASSR 27
Card 4/9
Chemistry and Technology (Cant.) SOV/2213
outroranov N 0 ' 20,@Wa- and Tt-X-Aar&ybas.
9tFU-CEN @O MX-d Lub. Oil Free Molgobk.kaya, Zhirnov-
okays, and Anastas 'yovskays Crudes 183
I Pre Oka 21111"g, and
R...Vva*nl ONL'." t&:Orroft troleum,
r
rr0Qu0Z83:Y Using the Alum*-0111cats, Adsorbent In a
Propsno lution 189
roranov N 0., and P,A, Be"xv_jk_ Refining Petroleum
Wuoto by& i@plylng Electrical Separation 198
IV. MULOOPMENT OF THS MTROCWHICAL DOUSTRY 331
aNazm
MqM nskl@, A,Z Prospects for Further Development of
mical industry in Orosnyy 203
Vol$ ova, and Tq.A_qoj'dxh%eyn.
Wag, 6. It&-vo-1-11kov, --5- 1
Irriclont Ways .1 Orl. ,-.g he Productio it Wimhlng Agents
or the Alkylaryl Sulfonate Type 21B
card 8/9
Chemistry and Technology (Cant.) SOV/2213
p a., Lp, posyntovat7 X-L-FAVIVi1kc, and V-L Zavid4?v-
IKQDIID. J., f Hard paraffin Max In the Presence
JF-t-a- am the Oxidation a
Scope a 224,
of Permanganate, Xaphthenate, and PlanganLe Carl)On&t*a
On the qusstion of Ixtracting AIkY1b4nx*V*
and Orth0xylQn4 ftvm the Petroleum products Produced at
OresM T. AUTOMATION OF FROCISSW AND DBVZWPPMNT OF CONTROL 236
AND WWURIW DMCZS
am,
Ind caters as A pLIAd for Contr@illlnd Gcns*cutIv0
piping of Various Petroleum Products Thrmigh Trunk PLP@Iin*x 253
Now Instruments Developed by the Orosnyy Scion-
ror Controlling and Regulating Conditions
of petroleum Refining Processes 265
AVAILABLONS Library of Congress Wad
Cord 919

STLROSTIN, A. I., Card 11hys-Math Sci (diss') -- "Cl;-ava--p in periodic groups".
Sverdlovs'k, 1960. 7 PP (Min Higher and Inter Spg-lc Edue RSFSR, Ural State
U im A. 14. Gorlkiy), 150 copies (n, No 15, 1960, 131)

ST"OSTIN. A. I.
Periotlic locally solvable groups with complete splitting.
Izv.,Yys. ncheb. xav.; mt. no.2:168-177 060.
(MIRA 13:7)
1. Urallskly gosiA&rstvenrqy univerettet.1mo A.M. GorIkogo.
(Groups, Theory of) -

KONTOROVICIII P.G.; PEKELIS, A.S.; STAROSTIN
Froblems concerning structure in the theory of groups. Mat.
zap, Ural. mat. ob-va UrGu 3 no.1:3-50 161.
(MIRA 19;1)

STAROSTIN, A.I.; MINOV, M.I.
Sylow bases of infinite groupse Sib.mat.zhur. 3 no.2:273-279
Mr,-Ap 362. (Groups, Theory of) (MIRA 1534)

STAROSTIN A.1 EIDII40V M.I.
Hall semigroups of a class of invariantly coverable groups. Sib. mat.
zhur. 4 no.2:359-376 Mr-AP 163. (mia 16.1,3)
(Gr9ups, Theory'of-)

BUSARYINY V.14.; STAROSTIN, A.I. (Sverdlovsk)
Splittable locaily finite groups. Mat. sbor. 62 no-3:275-294 N
163. (MIRA 16:11)

BUSAMIN, V.M.; STAROSTIN, A.I.
Finite indecompoaable groups, all subgroups ofvhich have
abelian deco=osition. Mat. zap. Ural. mat. o",,-va UrGu 4
no.1:22-31 1@3. f (MIRA 17:9)

BUSARKIII) V.M-;-jS,,TMO3TIN, A.I.
Finite groupv, all characteristJ - subgroups of which display
nilpotent zpliTting. 1zv. fiall ZS-'R Ser.mat. 29 no.1:97-108
165. (MIRA 18:4)

Synrc.3 lum en thc@ The,,. rj- -a-f r-,. ou.A'.4 lie @i z 3 5 :M-112 -Te
I C..; * (MTRA 1813)

r"
,)@.4Fj,,7^fTj'j, A.I.

STAROSTIN Aole
11--
Group with danompcsa-ble cent-rall-rerd. 'Evr. M.' SSSR. SE;7-. mat, 29
no-3s605-61.4 165. (nau

T(@Rc;'TiN@

ffO@'68tzy. Forest Biology and T logy.
0. flr@ j o T Elzf Zbtr -131ologiya , Nlo No. 2'01-21
AUTHOR
i b i r.'!k Ya p c -u t T c-76T-A-n o I e g i@ I n a t
ca-'Iif f@?- Woods on kne Eastarn Slope of i

3. Tr, :Sibirak, lpasotekhn. in-ta, 1957, -,b. 16
9
,
Cha@ractarizatiozn ii given of the cowbarry,
Strear-i-side and sphagnum mous spruce@ woods,
atf well &F. tkie +-r-xe 3raoss and cedar
woods foi,.nd In the 'Dpya River basin. It is
xv-nti.oned that the tprace and codar woods aro
not iaxtansively distributed there, are of ona
t7POIOSS,cal form, are characterized by ovor-
alatur.it"Y., loti productivity and a signific&utly
bigh p@@-rcentage of deiectvv-eness. Thera are
msuall.i' atout 20-30 kgr/ha of cQdar conea durilng
'ev

all'iT
1656T

STAROSTIN, A. M.
"Investigation of the Pivot Journals of FieldAstronomical Instruments.,$ sub 2
Nov 51, Moscow Inst of Engineers of Geodesy, Aerial Photograph;-, and Cartography,
Ministry of Higher Education USSR
Dissertations presented for sdience and engineering deF-rees in Moscow durink.. 1951.
SO: Sum. No. 480, 9 May 55

3(1) PHAM .'f:-- POOK SOV/3239
Len-Ingrad. TsentralInyy nal).@ Institut geodezii,
aeros, 11yemki. i kaftograflt
Issledovaniya po astronorrJJ (Research In Astronomy) Moscow,
Geodezlzdat, 1959. -_123 j.). Series: Its: Trudy, vyp. 124)
Errata slip Inserted. 1 000 pr.1-r-44-. e d
Sponsor! 'ng Agercy: USSR. uprav2.e--,--,-'ye geodezii i
kartografil.
Ed.: A. N. Kuznetsov; Ed. of Pi-Col-Islilrx, Flou2e: T. A. Shamarova$
Tech. Ed.: V. V. Romqnova.
PURPOSE: This collection nf a@_-ticles is
ast.-;ronomer5.
COVERAGE: This issue of thii- 11--st-Itate's
on new methods of time deter-minatlon,
tude and time, and the degi%ee of a,--,itraiy
Card 1/466
In'-.8nded for geodesists and
Transat--tions contains?apera-
Joint'.- determination o lati-
in determining Laplace

Research J.n Astronomy ( C-,)r 4,
%. _, SOV/3239
azimuths. References articles.
-!. .5 . lf@ I
Kolupayev, A. P. New Met'---d (,f by the Tsinger and
Dellen Systems Using a Ocnta-t, PU--ro-met5er 3
'
-1 ___' - Makz- -@Ame observ
"lie author describe-s 'n ! 1, ations
by the Tsinger alid Dell en a-@%-. @@,-ms. Experience has shown
m `_s f,,-)r determnlning time below
that; the Tsinger sys"e Z::: "
I I C-7 I in
the 70th parallel, a-2id t-li@at __ @i -I.- @ s." it em is best
north of this line. To _-!.,.-,PrrWe, Ts.'-n--er 811-ar pair obser-
vations a new device has dcvelope'-d whIf-h saves time
by eliminating 4.-In-a need (tomp-Iling st;a_- ephemerides
beforehand aInd &)y doing awa.@, wIth -,@he need of using tables
of parallactic angles. Ae,@o-rd-'Zig to t.-"_e new system, the
orientation of stars 4-r- th-@ of vlo-_-Inn of the ti4be is
carried out in the sa-me w.!i--,, It. wo--ld bave been done In the
"d system in cases where it-he parra."Ia,-ti-.*angles of both
o
stars M the pair are Tt,% lef:,se-r '-'-he residual effect
due to an incline in t*hp c-_I the observational
i. I-a-% dP.7e'.-.oed to be attached
results, a special devl(-,:i h.
Card 2/6

Researr@h In Astronomy SOV/3239
j
to -@he micrometer to facilitate bringing the hair Into hori-
zontal position with the necessary precision. To Improve the
Dellen system the TaNIIGAiK (Central Scientific Reaearch
Institute of Geodesy,Aerial Surveying, and Cartography) has
proposed Introducing a new technique developed by V. V.
Karakulin of the Novosibirsk Apro-geodetic Establishment.
The TaNIIGAiK had, In 1.951,' worked oul; a method of determining
time according to the Dellen System in which the southern
star alon'b is observed by two positions of the circle with
readings of the horizontal limb between observations.
Karakulin's method further ellir.,inates the need of making
readings of the horizontal limb. The article contains dia-
grains, charts, and other Illustrative data. There are 2
Soviet references.
Joint Determination olr' Time and Latitude From
Differences in Zenith Dlsl.,anoea and in the Azimuths of Bright
Stars 43
After discussing the shortr@omlngs ot.' the Somner method
(,,-,he small number of satist'a-e-Vory at-ar pairs for daytime
Card 3/6

Re3earch .1n Astronomy (Cont. SOV/3239
obseryall-Ions and the great; effect v,?.-*-.1c--1---tl distortions
have e)n the latitude and hour the author
d1s,iui3es the theore.-ioaJ. baiti; a s7,,-5',1-m of Joint
d (-- f,e rin I na t i, on. Ao-cot,df-g -Lat--itude Of
a P-'arte ean be determl.ned hly -f the Zenith
1. he Phronometer
dl'@'-ance@s of a star rl@al.p ri@ar a !,t' 1,
(,,orrection Is known, anl Q-ia!; tjhte correction
can be determined 'O.v the difference -111- P4z!!nut,hs nf two
star-, near a iveridian if the lattltud'-, n!' the Dlace is
@rrc-Nwn. If, the authnr argn--s, t@,e ze-.1th distances and
the difference of azlin-O.hs nf b-'t-ar c-airg oouid be measured,
both the latitude and the n,i-rc--nonie@-er onrrecttion could be
det-ermined. Sample computations are given. Experimental
data are given. A referencte to a work by I. Zhongolovich
Is In-eluded in the text.
Investigating 1.h-@;@ ot Determining
Laplaae Azimuths 63
Card 4

Research in Astronomy (Cont.) SOV/3239
.from stars at different zenith distances (the S. S. Uralov
method), The author lists results of the studies.
Astronomers A. P. Kolu.-ayev, Ya. P. Loparev, Ye. M. Orlova,
R. R. Vullf partiaip,%-t.Pd J-'.n the itudles as did geodesist I.
N. iMeshcherskiy. There are 8 Soviet references.
AVAILABLE: Library of Congress
TM/mmh
Card 6/6 3-1-60

KOLUPAYEV, Aleksey Petrovich; MAUYERER, Vollf Gertsevich;_STAROSTIN,, Anatqliy
@@I.qy@cb; KHALKHUNOV, V.Z., red.; VASILIYEVA, V.I@,-red.izdva;
ROMANOVAY V.V., tekhn.red.
(Practical handbook on geodetic astronomy] Prakticheskoe rukovod tvO
po geodezicheskoi astronomii. Moskva, I.zd-vo geodez. lit-ry, 1W
314 p. (Moscow. TSentralInyi nauchrio-issledovatellskii institut
geodezii, aeros"emki i kartografii.' Trudy, no.148). (KRA 16:5)
(Astronomy)

STAROSTDI., A.M.
Direct determination of the geodetic azimuth. Geodei kart.
no.8:3-12 Ag '62. (NIRL 15:8)
(Aminsith)

ACC NR1 AR6021237 SOURCE CODE: UR/0271/66/000/003/BO56/BO561
AUTHOR: Lisitsyn, G. F.; Starostin, A
TITLE: Oper ating principle of core tran @storq@dii'gital elements
SOURCE: Ref. zh. Avtomat telemekh i vychisl tekhn, Abs. 3B467
REF SOURCE: Tr.Mosk. energ. in-ta, vyp. 60, 1965, 13-24
TOPIC TAGS: computer circuit, switching circuit, logic element
ABSTRACT: The operating principle and the physical processes occurring in the core-
transitor elements are analyzed. A simplest example of a loaded core-transistor
element together with related oscillograms illustrating its operation are given. The
variation of the core's magnetic state in the core-transistor element is shown. The
transmission characteristic of the core-transistor element is analyzed as a function
of the transistor collector load, transistor characteristics, supply voltage, and the
number of transistor base windings. The effect of introducing back bias is investi-
gated. Two methods of realizing logic operations using core-transistor elements are
examined: by application of special signals to the storage transformer input windings
nontrolling its magnetic flux, and by switching on the transistors of the correspond-
ing elements. [Translation of abstract] 9 illustrations and bibliography of 2 titlea-
V. M.
SUB CODE: 09
.ard 1/1 UDC: 681.142.67:621.318.136

.1; 0 [, Jil 1% C E C 0 1) 1; UR/0275/66/000/001/13027/fG27
AMBOR: Starostin , A. 14.
TITLE: Dynamic characteristics of alloyed semiconductor triodes operating at the in-
put of the switching mode, cloSe to the voltage source
SOURCE: Ref. zh. Elektronika i yeye primeneniye, Abs. 1B212
RZF SOURCE: Tr. Mask. energ. in-ta, vyp. 60, ch. 1, 1965, 129-@147
,TOPIC TAGS: pn junction, minority carrier
.TRAIISLATION: Dynamic characteristics and parameters describing the behavior of a semi
;conductor triode in a switching mode when it is switched off from the pulsed voltag@:
,source is examined. A method of calculating switching stages is proposed. This metho
,iis based on an analysis of charge, neglecting recombination processes in the base of
-the semiconductor. It is assumed that the potential of pn junction changes linearly
.-and that the duration of the transition process is considerably less than saturation
.time and the lifetime of minority carriers in the base. It is further assumed that th
and fall of the collector current is linear. The integral transition parameter
is introduced. This parameter is defined as the ratio between the area of the pulse
.voltage which brings the triode to the saturation state, and the saturation current
,which is related to the triode parameters, given in the technical specifications. The
Card 1/2
UDC: 621.382.3

T 0
09958-@7
ACC NR- ARGO17154
,magnitude of @ sufficiently describes the dynamic properties of the
!switched off from the pulse voltage source. 8 references. V. X.
ISUB CODE: 09

S/194/61/000/010/031/082
f,q3l 0 D222/D301
AUTHORS: Kaganov, I.L.,,Stapostin, A.N. and Shustov, S.S.
TITLE: The base resistance of transistors in pulse opera-
tion
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,.
no. 10, 1961, 32, abstract 10 B213 (Tr. Mosk. energ.
in-ta, 1961, no. 34, 16-23)
TEXT: In the analysis of pulse operating conditions of
elements in transistorized digital computers it is necessary to
take into account the time variation of base resistance. An inves-
tigation into the course of base resistance variation in a number
of transistor types ( rl-13 (P-13), n-15 (P-15)) is described. Os _ /8
cillographic studies are compared with the results of a mathemati-
cal analysis. The method used enables the time constant of carrier
life in the saturation regime to be found. 3 figures. 4 references.
Z -Abstracter's note: Complete translation2
Card 1/1

STARWTIN, A.M.
Determining the geodetic azimuth from observations of the
passage of.stars through the mwridian. Trudy TSNIIUIK.
no.247:35-55 162. (MM 15:9)
(Azimuth)

L 16Q!@:o AM(;/ASD/Lr;T73/AFWL/M
M -4-
i@ AP3005277
@7
AUTHCR: Vekienko, B.-A.; Starostin, A. N,
jTITIE: Optimal system of basis functions in the theory of collisions betueen
j electrons an
U d atom
SOURCE: Zhur. eksper. i teoret 63 260-267
f 3*.Z V,, 45, -no. 2, 19
TCPIC TAGS:
electron atom collision-, solution expansion., optimal basis
1,Tunction-., inelastic process
MOTRACT: It is. shovai that the solution obtained for the inte-ro-di, fforential
collision equations by expanding the system of integro-dil"ferential equations int o
a set of eigenfunctions of the Hamiltonim of the unperturbed atora is not optimal
frara the point of view of rapid convergence of the series. A systen of equationt
is obtained defining an optimal set of b@ads functions for arbitrary values of
Ithe electron energy smaller than the iordzation, potential of the a.tom# All the
possible inelastic processes are taken into account. Specific 341ase shift cal-
culations are made for the elastic scattering of an electro.-I of low energy by a
'hydrogen atotm, with the extension to any other.atom entailing no principal dif-
;_Card

L .3966-66 EWT(1)
.'ACCESSION NR: AP5025291 UR/0051/65/019/004/0487/CA89-
.
5394192
Y,
A. Knh.- Starost
IAUTHOR: Biberm!@nj Mnatsakanyan. in. YY/
".7
!TITLE: The connecti'n between the probabilities of radiation processes of the
0
Isecond order perturbation theory
iSOURCE: Optika i spektroskopiya, v. 19, no. 4, 1965, 487-489
-theory, Haman scatterin two photon absorption@'Einstein
TOPIC TAGS, perturbation 9
spontaneous emission, quantum electrodynamics
ABSTRACT: An attempt is made to relate spontaneous and stimulated Stokes and anti@;.
Stokes Raman scattering processes to spontaneous and stimulated two-photon absorptic n@,- -"J
and emission. The probabilities of,these second-order processes in nonrelativi[3tic
approximation are determined by universal amplitudes defined in the plane of two-
Knowledge of the amplitude of any one of the processes as an analytic
Ifunction of the frequency makes it possible,
at least in principle, to unequally de ,
,
-
ItermIne the amplitudes of the other processes, using the reversibility and the crose 4-,@,%@,.@
symmetry principles. This makes it POBsible to obtain a relationship between these
Olt
processes under certain simplifying conditions. The authors show that in the dip
.!Card 1/2

L 3966-66
ACCESSION HR AP5025291
:

approximation
unique relationships
j
exist between the universal amplitudes bf.the
@emission and the anti-Stokes ]Raman
I
c
a attering process6s (one in equal to the tegati 6;"@
of the other) Using the formulas
i given and the relationship between the Einstein,-'

1 coefficients
t is possible to establish a connection between any
_pair of the two
groups of processes, Orig. art, has: 8,fo m-ulas and 1 figure' C
S!
i ASSOCIATION: hone

SUBMITTED: O8Sep64
ENCL: 00 SUB-CODE: OP

NO REF SOV- 003
OTHER i 001.,
ATI) ME

! Card 212
.

PA 110 S T jIL "" - @`@ ;'@' .
Dynamic characteristics of alloyed transistors in input keying
operation close to source voltage mode. Trudy ',,EI no.60 pt.l:
129-147 165. MIMA 19: 1)

LITVAK, A.K.; POPOV, R.G.; STAROSTIN, A.F.
---.11-1-1-4-1 1-
Investigation of highly concentrated aerosols. Trudy Inst. dvig.
no.6:21-29 162i (MM 16:5)
(Aerosol3)

-S A P (-:6 i--.] .kv.
of ce-lis in th- peripheml blloc/d o" cancer
patients. Vop onk. 10 na.St23-26 164.
(MIRA 18:3)
1. lz kafedry kUrurgil i onkologil (zav. .- zasluzhennyy dayatell
nauki RSFSR pi-cf. Yul.A.Rauier) Kazansko,!,o Gosudarstvennogo instituUt
dlya usovershelatwovaniya vrachey (rekil>or - do-tsent Kh.Z.Akhunzyano-.,)
na baze 5--y gororl-skoy bol.'r.;.tsy (gla=y-.y vrach IT.I.Polozova).

STAIRO-MN, B@A.
fte-lation between natural and phylogenf;t c: sysfems' of angii@iperms
from the histarical point, i@!' view. Biul., WIP, Otd, biol@ 69
no. 3:134-142 @V-Ta l61j- flAIRIA 17.-71,

SOKOLOVA, S.M.;_�j,4R.QS-TIX,-.B.A.; SHATALINA, M.S.; KRESHTAPOVA, V.N.;
SKVORTSOV, A.K.; GOLYSHEVA., M.D.; DUNDIN, Yu.K.; PODLPgSKIY, G.I.;
SffKODA, A.M.; DONSKAYA, T.N.; MURTAZANOVA, E.Sh.; LOBkCHEV, V.S.;
VORNOV, A.G.; SKOKOVAI N.N.
Brief news. Biul.MOIP.Otd.biol. 70 no.5:130-131 S-0 165.
(MIRA 18:12)

URMAYEV, N.A.; STAROSTIN, F.A., redi; SHLENSKIY, I.A., tekhn.red.
[Studies in mathematical cartography] Issledovaniia po matematicheskoi
kartografii. Moskva, Izd-vo geodez. lit-ry, 1953. 107 P. (Leningrad,
TSentralInyi nauchno-issledovatel'skii institut geodezii, aeros"emki
i kartografii. Trudy, no.98). (MIRA 10:12)
(Cartography)

Docent r0yiI54-iO-2-li e,
Chronicle (Whromik.) I
'r'-'nb1CALj 131--tiYa Vy.shikh u;h.baykh .... dvaly. 001d.2iy. 1
69f0f0ZWYvska, 195 , Ar 2, Vp 07-log (U,@Sg,
TRICT, Nor# than 500 specialists participated in tho scientific and @Nj
to
,:hnical conference on g,.Odosy, seroPhatogr@pny, and car a.
a Phy hold fro. October 4 to 28. 1957. The f*llo-int p-,-
Vodka In the plenary asset,., of the ad are r.nco, A. M. B.r@n-
used of the GUGX, Gal -Soviet Geodesy. Aerophotograph,, and
C to, r phy over the Past Forty Year..- &. S. ,or
,:r a a - --F. %,
nor I of the Technical Troops 'Th. P;rt.Flyc4 by G.Od..y :n
th:.Def.noo of the MR.- Prof ... or G. .oca nov*klyl 'The
Pro atStot* and Perspective Development of Aorophotograpny in
th VSR." Professor P. 3. Z-kat.,, -Th. Pr---nt Et-t. and I-
d ... ntal To miss of Geodetic lostru-t1ca 1. the USSR." Docent'
X. B. podobodo v, Todayto Topographical Map. and the Fund
Perfecting the Itap.." yu.
Prob!;m,,,,;d toy D.
Doct hy -Katheactical Scl.fic.s. 'Balict P.rticjp4tton
In
,3;11* International Geophysical Year.- In the action on g.,
C,rd l,'5 4 re parts wore given by the follovird porsons4 V. t.
Tolichko, Candidtto of Technical sci.ocvo, reported on
Us evor Light Location, far th: rt.bll.h,
.:nt of Geodetic X
..at. spa
S. . Y. ry D k on @Tha T ka and Preawn. Stetv
o
I 1r d,c1I:,P1.of.d* eel Instrument* " coca, A. M.
uA*Q.o , r rtade4h r ... at 5%4 n on.1biliti.s or
I, on T I P .; D. P
1,41 [e-mail].A*tronoay,:.Zn Inner V,.I. Shilling.r spoke an
re,-o 5 a ta aad PIb4I Ir D pond, or Terrain
o .:,:I*
In the 2 ati: .r p hotogr.,,@ Ica,
Kanwhin*gsve a lecture on "Th .@etor.
4
'"kion of the Outer Orientation of Fly In, El:a
*:nts, and W*th
Pr;.cIs !,on.:r.1 It : In. to Used.-
2 to . r. rt Th .., a Took. of Further
Developing Paris &,;..E"I:*
!.I:;or ;r 1. D. X.rgopola, pok. an
cat ph re am Idol Note." L. M. Gal-daun.
Candidate of Geographical !!ciencts. 4" It vith the problems of
topographical deciphering of serial photograph. - I a
on car% graphy Docent J..A. Stara*tln spoke on -Th F, _nI
Pro bles: of Math&sa t - professor Y ..V It"ov
Movements sac prospect. in the tiold at m*l,&
MR. P. K. Koldyov.Cadidato of Technical
Sotcncen, spoke an -lay. and Means for Perfecting the Stec-
-1 Ih- -1 Docent an. to t,
ru . spose on-C*rtoarp htn" C tic -it
av Ca a 'I"
WI.A.- M. I.. Sardyuk .a id*t* oI'T`ocnniCc:l' - one... rh.
"rted an -Non-Arg*.tLf.rou- Ph-tc-$Asztlv .L-Y.r. end Tr..;.
'a r: at Ila, a.e,.r1;gr- pny.' F.,!jn.*r A. A. M.".1ow -plk. an
h PI ar Idrarlia Pnotol-ons in C.rtoor.pay..
card @/3

STAROSTIN, F.A., kand. tekhn. nauk dots.
Frincipal paths of the development of mathematical cartography.
Trudy MIIGAIK no-31:87-95 @'59. (MIU 13:3)
(map projection)

URMAYEV, Nikolay Andreyevich, geodezist, kartograf (deceased]; STAROSTIN,
F.A., red.; SHAMAROVA, T.A., redAzd-va; SUNGUROV, V.S., tekhn.red.
(Fundamentals cf mathematical cartography] Osnovy matematicheskoi
kartografii. Moskva, Izd-vo geodez. lit-ry, 1962. 127 p. (Mosccw,
TSentralInyi nauchno-issledovatel'skii institut geodezii,
aerosifemki i Iartografii. Trudy, no.144.). (KRA 15-5)
(Cartography)

\@ "
WARYAN, S. ; S
In the now harbor. Mor.flot 17 no.11:12-14 N '57. (MIRA 10:12)
I.Nachallnik porta Nakhodka (for Lazaryan). 2*Sekretarl partkomm
porta Nakhodka (for Starostin).
(Vladivostok-Harbors)

,ytology. General Cytology- cytology of
-13iOl 140
@,b 5 S 0 @ef Zh f the hloroplaSt5
vgergr6on
Staro ition 0 Of
n 2 a a-V e 5
Nuthor aje con Le@ er-7at'
@O C; ; the and kCbs ta ar-
-last COncerninE Of Trees peTiOd* - scoar. tjM_
Title bar)r, Vinte-r t lor d-In te, In
in the the loro-pas e Sten
plaats in 'i c nze-je -Pers'
starl fTa
asupra i din 140 21,
lor 5 see. 2.1
b 03A j er r1j. -Icj56 7
stiint. of the
b All* nte ods tecls on
_ 2"56 . ', perl
orig 211- of the 'NI inveStiga of
, -was dLitiOn toaeu-
course there the con
tile f ca
ct, -in 3.951-1955' terialss I
h,bStra years Ked Ma bar@c ce I's 0 noro
the alba t
and, Ti'l In
-i've lasts ilkolr,15
CbL]LOTOP
A.0 er
to s
rard
General cytology. Cytology of
Plants. B-2
Abs J'OUr: Ref Zhur
Abstract: !2ga]Linus -Biol., No 18 ) 19581 80962.
, '02tuluS F
the leavle@`s@' !&U-s silvatica) as well as in
Of eve-rgreen-p--l--a---------
-0-11 u M B nts) Mahonia ARui_
alba IQLe@ervireas, Pice-a-7ex-0--e-Ise Abies
which ar@ grio-wnin
the University of the-V`ot@n--
,Tassy., Ical gard'enof
tained their indivi The green Plastids re-
winters (below -200 duality even in the coldest
authors agglutinat )- The observable, by Some
? ion Of2the ohlOroplast� in
wintertime was effected by t
latiOn Or various chemical he traumatism, is,-
influence Of utilizable f reagents. Under the
ixatives - Chelli 'Rego,
and Alcohol - protoplasm shrinks and
cellular structure -takes'on a
the ohlorOplasts b , the nucleus becomes smaller
ecome deformed; they are dis-)
tinguished with diff
taken for th, 8,,lutlculty and may easily be mis-
inated mass Of Plastids. In
Card 2/3
7

DOBRESCU, Constantin; EFTIMIF,, Elena; STAROSTIN, G.1aftra
Teratological cases in Angiosperimae. Anal St Jassy 11 10:
137-146 164,
.0-

STAROSTIN, I. (Moscow)
, -
Simplest stereometrical models. Mat.v shkole no-3:52-53 Ky@-Je '55.
(Mensuration) (MLRA 8:7)

STAROSTIN, 1. G.: Master Tech Sci (diss) -- "Investigation of methods of tight-
*13NC0l^-
ening the threaded connections of aircraft engines". Moscow, 1958. 20 pp
I (Min Higher Educ USSR;, Moscow Order of Lenin Aviation Inst im Sergo Ordzhonikidze),
150 copies (KL, No 7, 1959, 126)

M:MIKOV, Ivan Potrovich, laind-tekhn-nauk Lde coo nod]; S@TAROVE@ROV -
Ivan Gri orlyevich, inzh.; BXWSOV, V.V., inzh., retsensent;
STESMEO, retsenzent. nauchuyy red.; MINZMGI.
D.K., red.izd-ve; TENKINA, Ye.L.. takhn.red.
[Practical sanitary engineering] Proizvodstvo sonitarno-tekhni-
choskikh robot. Moskva. Goo.izd-vo lit-ry po stroit., arkhit.
i stroit.materialem, 1960. 4-(6 p. WU 14:3)
(Sanitary engineering)

STARIC'S r1l' @ 11 . 1.
21 37r- TN I I. ',,.rlbef rossii po dannyn. i-niA, r .1tgolemoy bol.bslioy
ZL9@@, " U
yacrtezh. Voprosy geografti, LB. 11, 1949, S. 163274-
SO: Letopis' Zhurnallnykh Statey, No. 29, Moskva, 1949.

STAR dote.; NIKITIN. N.D., ksncl. geogref. nauk; YANIKOV, G.V.,
dots.; SMIRNOVA, M.I.. tekhn.red.
[Programs of pedagogical institutes; principles of topography and
cartography) @rogrsmmy pedagogicheakikh institutov; o9novy topografii
i kartografii. Moskva, Gos.uchobno-podagog. izd-vo M-va proev.
RSM. 1957. 18 p - (MIRA 11:3)
1. Russia (1917- R.B.F.S.R.) Glavuoye upravleniye vysehikh i
srednikh pedegogicheskikh uchebnykh zavedenii.
(TopograptW--Study ani teaching.)
(CartograpiW-Study and teaching)

STAROSTIN, Ivan Illich: YANIKOV, Georgiy Vladirlirovich; TMUKEHINA, G.I.,
K.F., red.kart: KOZLOVSKAYA, M.D., tekhn.red.
(Fundamentals of tomography and cartogranhyl Osnovy topografii i
karto,-rafii. Moskva, Gos.uchebno-peda.-og.izd-vo H-va proav.RSrSR,
1959. 367 p. _ Album. 30 P. of MSPS. (MIRA 12:12)
(Topographical surveying) (Cartography)

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STAROSTIN. I.I.
-... @ , 7---
--,
Dismission. Probl. kin. i kat. 9:170-172 157. (XIBA 11:3)
(Catalysts)

EfUMAIMILOVA, Ye.M.; MIRSKIY, Ya.V.; STAROSTIN, I.I.; MURLUMOVA, A.I.;
BUNIN, K.F.; RIZYAKOV, D.r@.-
Experimental industrial preparation of catalysts from Askan a3Ay
by acid activation. Trudy GrozMI no.4:82-90 159.
(MIRA 12:9)
,(Askanite) (Catalysts)

25806 S/048/61/025/005/020/024
B117/B201
AUTHOR3: Sudakov, N. I., Savchenko, M. K., Zagirova, Ye. K., and
Starostin, I. I.
TITLE: Measurement of hysteresis losses in a rotating magnetic
field in thin films
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya,
v. 25, no. 5, 1961, 643-646
TEXT: The present investigation was the subject of a lecture delivered at
a symposium on thin ferromagnetio films (Krasnoyarsk, July 4 to 7, 1960).
Hysteresis losses were measured in the rotating field, and anisotropy
constants in thin permalloy films were measured by the method of
rotational moments. The magnetic field was created with the aid of an
electromagnet designed at the fizicheskaya laboratoriya Krasnoyarskogo
instituta tevetnykh metallov im. M. I. Kalinina (Physical Laboratorv of the
Institute of Nonferrous Metallurgy imeni M. I. Kalinin) and built at the
Krasnoyarskiy zavod tyazhelogo mashinostroyeniya (Krasnoyarsk Heavy
Machine Building Plant). The mechanical moments acting in the magnetic
Card 1/4

258o6 3/048/61/025/005/020/024
Measurement of hysteresis losses in... B117/B201
field upon a disk-shaped ferromagnetio film were measured by an anisometer
developed by N. S. Akulov. The high sensitivity of the anisometer was
achieved with a thin long ttingsten suspension wire 0.1 mm in diameter and
0.5 m long. The scale for reading the rotation angle of the mirror was at
a distance of 4.05 m from the anisometer. For the purpose of protecting
against air movements the whole rotation system was placed into a
duralumin housing with a light entry window made of glaps. Experiments
were conducted with permalloy films 400, 800, and 1300 X thick. The films
Were prepared by thermal sputtering of molybdenum permalloy (80 % Ki,
17 % Fe, 3 % MO) in vacuum (4-lo-5 mm Hg). The metal was sputtered onto
a glass backing heated to 30O'C (disk 18 mm in diameter).in an outer
magnetic field of 90 oe brought about by Helmholtz eoils. It was
established from tables for harmonic functions obtained by decomposing into
their components by the Fourier method that the harmonic function with the
largest amplitude has a period ii. This points to the presence of a
uniaxial anisotropy. On the basis of curves of moments, obtained for the
three films concerned in a field of 8500 oe, it was DOSSible to calculate
the anisotropy constants: K -1.4-10 3 (1300 1); K -0-85- 103 (800
Card 2/4

25806
S/048/61/025/005/020/024
Measurement of hysteresis losses in... B117/B201
K -0-75-103 (400 1). The hysteresis losses were calculated during a
magnetic reversal cycle in rotating fields from the areas between the
curves of moments using formula
(M - value of mechanical moment, ip- angle of rotation of the field). The
areas were determined with the aid of a planimeter. The analysis of the
difference curves of mechanical moments and the results found for each of
the films in the calculation of hysteresis losses permit drawing the
following conclusions: (1) on a rise of the-field stress no changes are
observed'in the period of sinueoidal curves of moments. On a change of
the field from 50 to 8500 oe the curves have a period.equal to n, i.e.,all
specimens have uniaxial anisotropy; (2) the value of the maximum moment
changes on a rise of the field strength in the same way as in the
crystallographic anisotropy of single crystals, but proceeds more slowly in
medium fields; with growing film thickness the maximum amount of the moment
grows in the entire field strength range; (4) the hysteresis losses become
larger in a slow field of rotation with growing field strength in the same
way as in a cyclic magnetic reversal. This contradicts statements made by
Card 3/4

258o6 3/048/61/025/005/020/024
Measurement of hysteresis losses in... B117/B201
N. S. Akulov for the rotation hysteresis in spatial single crystal
specimens. According to that theory, hysteresis losses grow at the
beginning up to a certain maximum, and vanish in fields exceeding the
saturation fieldl (5) hysteresis losses are influe"need by the film thick-
ness. With growing thickness they become a little larger; (6) the films
prepared without field with the aid of Helmholtz coils differ in no way, as
to anisotropy, from films whose sputtering has taken place in the magnetic
field of these coilea To bring about anisotropy in thin films it is
probably sufficient for sputtering to take place in a field of a low
intensity. Such a field may be created by the experimental conditions
themselves: the field of the heating element of an electric heater as well
as the earth's magnetic field. There are 6 figures and 8 references:
7 Soviet-bloc and I non-Soviet-bloc.
ASSOCIATION: Krasnoyarskiy institut tsvetnykh metallov im. M. 1. Kalinina
(Krasnoyarsk Institute of Nonferrous Metallurgy imeni
M. I. Kalinin). Institut fiziki Sibirskogo otdoleniya
Akademii nauk SSSR (Institute of Physics of the Siberian
Department of the Academy of Sciences USSR)
Card 4/4

U 14
-00 S/181/62/004/001?/001/045
1
9 , B108/B186
AUTII'J',,-,S Drokin, A. i., Dylgerov, V. D., Sudakov, N'. I.,'and
Starostin, 1, 1.
TITLE: Temperature dependence of rotary-hysteresis losses in
'.Z-.'.In ferriteo
'3EFtTODICA;:: Fizika tverdogo telh, v. 4, no. 9, 1()62, 2293-2296
,`-'XTt Magnetic moments and hysteresis lo.sses of monocrystalline T;Tg-Un
ferrites wore studied in a rotary magnetic field at various temperatures
(-lt""30, +220, +1000C) and at various field strengths (@ from 700 to 40OOoe).
i-loment curves .,.,ere found to be analogous to those of silicon iron which,
li"-.e _'tTi and meteoritic Fe crystals, several authors have already investi-
j - Akulov's theory !.,.,as partly refuted on the ground that
_;ated. herults.
hysteresis los;,.es did not drop to zero either at low (-1050) or at elevated
(500-7000) temperatures. Single cr,,stal3, carefully prepared by 'the
institut ;-.:,luprovodnikov AN 33SR (Institute of Semiconductors of the AS
US.';P), i-icre precisely (.;round to the (110) face and etched in sulfuric
acid. "owder figures were observed and photographed using a MM-6 (101-6)
Magnetization was effected by means of a speoially powerful
microscope
Card 1/3

Temperature dependence of
Zs/18 62/004/009/001/045
B108XB186
electromagnet with a small pole gap. High degree of rectangularity (98 %)
was of special interest. 71hile moment curves have the period n at lower H
(UP to 700 oe), they are characterized at higher H by the equation
11 k (2sin2q, + 3sinO),
a -
where matmetic moment, the angle betWeen the direction 1,_0017i and the
field. Coincidence between the direct and,inverse torque occurs only at
-1830C. At this temperature, A.-.ulov's tLeory is valid for H up to 1500 oe.
inc-reasirr., tenperatures and If values, the hy@teresis3losses reach their
U " -10- er
maximum value a' 1200 oe: at +220C about 9 r 9/cm afterwards the
curve dips slightly and increases continuously Erom 2000-4000 oe; at +10011"
the Peak lies approximately at 5 Qr- 10-2 eru/cm) and drops slightly over
the ran@:e of 2000-4000 oe. The losses, j!owever, never become zero.
has been no thecry able to explain the existence of
above 1500 oe. Observation of Vie domain structure
drew a.tention to strongly distorted boundaries, ascribed to strong;
@nternal strr!sses and nunhomogeneities. The most rrominent changes in the
Card 2/3

.3/1 U-I /062/004/009/0,01/04 5
a 6,
s-uc -..u,--e warc I)n-erve, I)etwe en 9,00 1000 oe of the rotary 'field.

A 3,; C lictitz-t f.zilki. @@i@@irs koEo ot-delenija AN SSSR Krasnoyarsk
(@h.fsics in-.tituzte of the Siber 4 Lin
Department
AS Ub@iR, Kras-
OY,-: r Z;:--.
o'Jj,,ITTE;); 'F,-!)ruarj I 1@1)062
Ca-rd 313

USSR/Biolog-j - Zoology
Parasitology
11 Dec 49
"A Spedies, New to the USSR, of Aquatic Woodlice (Stenasellus) From Turkmen and Its
Significance in the Zoogeography of Central Asia.," Ya. A. Birshteyn., I. V. Starostin,,
Sci Res Inst of Zool, Moscow State U imeni Lomonosov, 312 pp, Turkman Affil, Acad
Sci
"Dok Ak Nauk SSSR11 Vol LXIX, No 5
Until 1941, when 32 specimens were found at the source of the Khodzha-Kaynar in
Kugintantau Mts (Karl3rak Rayon), the Asellus aquaticus messerianus Birstein had been
foi,nd only at the lower end of the Atrek 1@iver, near Bollshoye Delini Lake, Turkmen, and
in Central Asia. Details this species, called Stenasellus asiaticue nov. sp. Its habitat
is in fissures of submerged rocks. Fact that such early tropical forms as the mollusk
Melanoides tuberculatus (dating from the Paleogene), the Indian leech Hemiclepsis
rarginata asiatica, and the Stenasellus asiaticus have been preserved at this source in
.Kugitantau is of extraordinary interest. Submitted by Acad D. V. Nalivkin 24 Sep 49.
AW PA 152T2

AMYEV, D.S.; STAR V
redaktor. E.2@ @:,Xedaktor; ZUBOVA, N.I., tekhnicheskiy
[ichthyofaun of fresh-vater lakes of the vestern Usboy] Ikhtio-
fauna presnovodnvkh ozer zapadnogo Uzbota. Ashkhabad, Isd-vo Akede-
mii nauk Turkme*ndwi SM. 1953. 78P. (Akademiia nauk 5=. Turk-
menskii filial, Ashkhabad. Murgahakata gidrobiologicheakaia stantsita.
Trudy, no.2) Mboy-Fishes) -(K6u 9:8)

STA.ROSTIN,_ I;V-
W@ meow
History of hydrobiological investigations of bodies of water in
the Murgab Basin. Trudy Murg.gidrobiol.sta. no-3:5-8 155.
(NLRA 9:8)
(Murgab Valley-Fresh-vater biology)

STLROSTIN, LV.
, U."
4drobiological characteristics of bodies of water In the Murgab
Basin. Trudy Murg.gidrablol.sta. no-3:9-39 155. (UM 9:8)
(*=gab Valley-Fresh-vater biology)

SMOSTIE. I.V..
It
Now data on the paleogeography of the lower and southeastern
Kara,Kum; biogeographical analysis of the fauna of the Am-D"
and Nurgab Basins. Trudy Nurg.gidroblol.sta. no.3:189-2W 155.
(Auu-DwA Valley-Fresh-water fauna)
(Murgab Valloy-Fresh-wager fauna)

STAROSTIN, I.V.
Hydrobiology of the bodies of water left in the drying bed of the
Tedzhen River. Trudy kLrg.gidrobiol.sta. no-4:12-22 158.
(MM 15:8)
(Tedahen Valley-Hydrobiology)

STAROSTINI I.V.
Traplike vegetation sampler; methods of quantitative estimation
of the fauna of fresh-water vegetation. Trudy M=g.gidrobiol.sta.
no-4:233-237 158. (MIRA 15:8)
(Hydrobiological research)

STAROSTIN,
--, . 1 11
Section for the Control of Marine Fouling and Shipmorms. Okeanolo iia.
1 no.5:931 '61. (MIRA 15:35
(H.arine fouling--Congresses) (Shipworms--Congresses)

HVINIA, G.B., STAR06TIN, !.V@
Qualitative and quantitative changes in fouling in the Caspian Sea
following t@r- )peninV of tl-!e., Volga-Don Canal. Trudy lnst@ okean-
49:97-107 61. Udiut 15: 1)
(Caspian Sea-Marine fouling)

ZEVINA$ G.B.; STAROSTIN, I.V.
Interrelationships of now settlers and local fauna in the biocenoses
of fouling of the Caspian Sea. Vop. ekol. 5:74-77 62.
1. Institut okeanologii AN SSSR, Moskva. (KIRA 16:6)
(Caspian Sea--Marine fouling)

4
PONOMAREVA, Larisa Anatollyevna; USACHEV, P.I., prof.[[e-mail].;
-@jTAROSTIN, I.V., otv.red.; MAKAROV, B.M.,, red.izd-ve; LAUT,V.G.,
tekhn. red.; ULIYANOVA, O.G., tekhn. red.
(Euphausiids of the northern half of the Pacific Ocean, their
distribution and the ecology of the mass species) EvAuslidy
severnoi poloviny Tikhogo okeana, ikh rasprostranenie i ekologiia
massovykh vidov. Moskva, Izd-vo Akad. nauk SSSR, 1963. 139 P.
(MIRA 16:4)
(Pacift e Ocean-Euphausiacea)

MINA, G.B.; KUZNEI'.,;OVA, I.A.; STARMTRI I.V-
Composition of fouling in the Caspian Sea. Trudy Inst. okean.
70:3-25 163. (KRA 17: 7)

STAROSTIN, I.V.
Fouling on industrial water pipelines in our southern seas and
some methods of controlling it. TrLdy Inst. okean. 70:101-123
163* (MIRA 17:7)
i

STAROSTINY I.V.,- PERMITIN, Yu.Ye.
Composition of species and quantitative development of macro-
fouling on the marine water-supply system of a metallurgical
plant on the shores of the Sea of Azov. Trudy Inst. okean. 70:
124-141 163. (MIRA 17:7)

STAROBTIN,,,j@y, ; TURPAYEVA, Ye.P,,
Settlement of the larvae of foullng organisms at water intake
installations of a metallurgical plant (Sea of Azov). Trudy Inst.
okean. 70-.W-150 163. (MIRA 17:7)

L 2126
-66 au (1)lgqT (m)_/Fd-r (c)/4?F(n) GG
AP5025359 UR/0181/65/007/010/2890/2893
ACCESSION NR:
AUTHOR: Starostin, K. L.; Tuturov, Yu. F.; Milovanov, Yu. P.
TITLE: The contribution of point defecta and defect clusters to changes in
mobility and concentration of carriers in n-Ge during irradiation with fast n-u to @8:
SOURCE: Fizika tverdogo tela, v. 7, no. 10, 1965, 2890-2893 T
UM3,
TOPIC TAGS: radiationeffect, radiation damage, neutron bombardment, germani
ect, defect cluster
defect, [fall effect, semiconductor point def
_!Iffect 'in n-type Ge were investi@-:..@ ....
ABSTRACT: The changes in mobility and the Hall.
gated during irradiation with fast neutrons. Samples with an initial concentratio
of electrons of about 2 x 1015 cm@-3 were exposed to a flux of neutrons (60% of
the neutrons had an energy in excess of 0.6 Mev) at 308 and lOOK. The applied'@
magnetic field was 1090 oe and its direction was changed at a frequency of
lk'0.3 sec-1. The variation of the Hall constant and the relative change in
mobility as a function of the lnte@grated neutron flux are shown in Fig. 1 of-
chke, -4
the Enclosure. The formulas derived by J. H. Crawford et aL and H. G. Jureta
etaL(Journal of applied physics, vo 30, 1959, p. 1204, and v. 27, 1956$ p. 838
respectively),were used to calculate the contribution of point defects and gr0U'PP.-,.,-
Card 1/3

L 2126-66.,
ACCESSION NR: AP5025359
of defects (disordered regions) to the changes of the Hall constant an d the
,
mobility. Analysis of data in Fig. I shows that the average size of the disordere
region produced during irradiation at 100K is about 1.6 times larger than that
produced at 308K. Tt was established that the contribution of groups of defects
t
to changes of the Hall constant and the mobility is much greater at 100K than 1 1 li
11.;. %_4
at room temperature. The mobility.ot electrons in the lattice remained constant-)'
t le
t until the fra
ti
n of th
e oc
ied b
i
v
l
f the
h
a
as
c
o
e
um
ons o
o
space c
cup
arge
y reg
0.45 (y --: 3.101' n/cnj2) at 308k -and 0. 17
reached
n =2):@at IOM Or1g.
:.--,-,_1
CS
rt. has: 3 figures!and 5 formulas.,
ASSOCIATION: none

SUBMITTED: 26Feb65

LNCL: 01 .SUB CODE Ss"V
A

NO REF SOV: 000 OTHER, 000 Ss
ATD PRE
W
v
J..

Card 2/3,

L 2126-66
ACCESSION NR: AP5025359 ENCLOSURE.,

0;
,7
go
at

fi

4 a4

w LIS
W -0,

x 10-14 n/cM72
:
Fig. 1. Variation of the Ra. 11 constant,
01 and mobility jill as a 'function Of -the
integrated flux during irradiation,
1 0, 2
diated at
irra
RM
3 J'rirradiated.at
308K-

1OOKm
Card 3/3
:_Tk

ACCESSION M AP5005322 s/oift/65/007/002/0654/0655
AUTHOR: Starostin, K. L.; Tuturov, Yu. F.; Poretskiy, L. B.
f n-Ge with fast neutrons
I TITLE: Irradiation o
SOURCE: Fizika tverdogo tela, V. 7, no. 2, 1965, 654-655
ct. ,
TOPIC TAGS: germanium neutron irradiation, radiation defect, radiation effe
annealing, Hall constant
ABSTRACT- The annealing of radiation defects produced in n-type Ge irradiated at
low temperatures by fast neutrons (over 60 percent of the neutrons had energies
greater than 0.6 Mev) was investigated. Samples with an initial concentration of
electrons of % 1. 6 x 10 15 cm -3 were bombarded with an integrated f lu x o f
X 1014 at 103K. The sample was then heated for 30 min to a tem-'
1.3 neutrons/cm
perature of lu 250K and cooled to the initial temperatilre. The temperature depen-
dence of the Hall constant (R) and the electrical conductivity (p) measured during
annealing indicated the presence of four annealing stages. The first staget between
103 and 10TK, is characterized by an increase in R and a decrease in P. During thd
second stage (170-190K), R decreases while p remains almost constant. During the @k
O'd c e,
third and fourth stages, R reaches:a peak at 225K and'begins t 6 re as alsD-
reaches a weak maximum. The qualitative behavior of the samples during the firs
:Card 1/2

17
rd
2/2

. STAROSTIM, L.Ta.; PAVRLKO, I.A.,iush. po ratsionalizateit i izobretatel'styu.
Afficiency aperts are active in the automation and mechanization of
operational processem. Test.arlast 20 no-9:30-32 S160. (MIRA, 13: 10)
1. Glavnyy Inshener Roveskogo oblastoogo upravleniya svyazI.
(Telecommuication)

124-58-9-10228
Translation from: Referativnyy- zhurnai, Mekhan-ika, 1958, Nr 9, p 116 (USSR)
AUTHOR: Starostin, M. G,
TITLE.- Hydrodyri7a`m-tc-pre-@i E tire Determination by Means of the Hydrody-
namic-force Balance (Opredeleniye g.drodinamicheskogo davle-
niya vzveshivaniyem na gidrodinamicheskikh vesakh)
PERIODICAL: Nauclin, t.r. Ukr. n. --i, in--t, gidrokekhn, i melior. , 195b.,
Nr 77/3, pp Z23-233
ABSTRACT: Description of a method for the deOlermini.:it7on of the dynamic
pressurT of a liquid by placing a body into the ilow and measuring
[lie forces exerted upon it by meapis of a hydrodynamic -force
balance, A descripLion is offered of the design and operating
principle of various types of balances- a ri,--d six-component.
balance, a six-component balarice with wire suspension for the
model, and a three - component balance with wire suspension of
the model. Some results are adduced on tests for the deter-
mination of the transverse and longl-tudinal components of the
hydrodynamic pressure coefficient on a jet-deflector vane, also
the moment. of the total hydrodynamic pressure relative to a
vert-'cal axis in terms of various factors. The data obtained
indicate the potent;a! value of hydrodynamic -force balances irl
Card 1/1 hydraulic investigations, 1- Liquids--Pressure T. B. Kurova
IAquRJs--Hydrodynjrnic chavacteri@;ties

124-58-9-9897
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 9, p 61 (USSR)
AUTHOR- Starostin, M. G.
TITLE: The Transverse Stability of a Twin-row Hinged Metallic Jet-control
System for the Removal bf Bottom Sediments (Poperechnaya
ostoychivost' dvukhryadnoy sharnirnoy metallicheskoy struyena-
pravlyayushchey sistemy po otvlecheniyu donnykh nanosov)
PERIODICAL: Tr. Vses. n. -i. in-ta gidrotekhn. i melior. , 1957, Vol 29,
pp 51-61
ABSTRACT: Bibliographic entry
1. Liquid jets--Equipment 2. Liquid jets--StabilitY 3. Liquid
jets--Applications 4. Ocean bottom--Sampling
Card 1/1

S/124/62/000/005/033/048
D251/D308
AUTHOR: Starostin,' M.G.
TITLE: Measuring small velocities of water by a 8emi-conduc-
tor micro-thermal resistance
PERIODICAL; Referativnyy zhurnal. 'Mekhanika, no. 5, 1962, 134,
abstract 5BB72 (V sb. Novyye metody i4zmereniy i pri-
bory dlya gidravlich. issled. M., AN SSSR9 1961, 60-64)
TEXT: A detailed description is given of a device constructed on
the principle of the thermo-anemometer with the application of a
semi-conductor thermistor, included in the bridge scheme of a con-
stant current. To eliminate the initial temDerature of the water ,
the thermistor is first fed by a small current. For the subsequent
measurement of the velocity of the stream it is fed by a strong
current. Calibration graphs are shown and practical recommendations,
given. [Abstractor's note; Complete translationj.
Card 1/1

BAKOUSKIY, S.A. - STAROSTIN lf.19., redaktor; SPIRIDONOV, If.F.. tekhni-
cheskiy recFai@,"
[Agronomist Alaytina Boikova; a sketch] Agronom Alevtina Bolkova;
ocherk. [fuibyehav] luibyshevskoe kn-vo, 1954. 23 p. (KRA 9:8)
(Bolkova, Alevtina Terentlevaa)

STAROSTIN, M*No
Substitute green fallows for clean fallows. Zemledelie 25
no.11:41 N 163. (MM 17:2)
1. Narymskaya gosudarstvennaya selektsionnaya stantsiya.

kjTl 03TE.12 U.- Maj. a;id G;-'IGOl,'YDl, 1% E.-Ig. Lt. Co!.
"Aircraft Intercention lllrdur Stations," from the 15ook Modern Military i2sc@@
1056, pa:-,c 176.
Translati=11145805

STAROSTIN, N.A., inzh.-podpolkovnik
Apparatus for bathing the wounded. Voen.-med. zhur. no.6:64-65
je 158. (MIU 12:7)
(WOUNM AND SICK
portable field appar. for bathing (Rua))
(MEDIC INN, IAILITLRT AND ITATAL
portable field appar. for bathing wounded (Rua))

",1959
Monthly List of Russian Accessions, Library of Congress, -195A, Uncl.
2

STAROSTIN, N.S.. goryty Inshener.
I--- @' "
Take the needs of the Pechora Coal Basin into account. Nekh. trud.
rab. 9 ito.11:22 N 155. OMNA 9:2)
(Pechora 2asim)
- . . . . . . - MA131= 213@
. ll.@n@z@' "I - -,:@ M4:;Et% 95@.
; 11-il t

ROZENBERG , V. 1. ; STAROSTIN, N. V.
Extenolon of Fick'3 equation in case of thermal diffusion,
Trudy Giprotsement no. 26:193-195 163. (MIRA 17:5)

274M
S/089/61/011/003/001/013
B102/B138
AUTHORS: Vezikov, N. I., Golovanov, G. N. Konyayev, V. P.,
Starostin, N. V., Chumakov, N. I.
TITLE: Acceleration of He 3 to 35 Mev in the 150-cm cyclotron
PERIODICAL: Atomnaya energiya, v. 11, no. 3, 1961, 213-216
TEXT: The fact that, on the one hand, He 3 nuclei are much used as
bombarding particles, while, on the other, considerable losses occur when
they are accelerated in standard cyclotrons, caused the authors to
develop a "return system" which was tested on the cyclotron of the Ordena
Lenina Institut atomnoy energii im. I. V. Kurchatova (Order of Lenin
Institute of Atomic Energy imeni I. V. Kurchatov). A description of this
system is given. Fig. 1 shows a diagram of this so-called "gas return
system". The gas is pumped from a cylinder into the system by a pump
that automatically controls the flow rate at regulated pressure
(100-200 mm Hg). Most of the gas is evacuated by two diffusion pumps and
a forepump, and after compression is again fed into the 11103 system over a
Card 1/4

274W
.3108916110111003110011013
Acceleration of He 3 to 35 Mev ... B102/BI38
system of traps. The traps retain the various impurities contained in the
gas (oil, water, nitrogen, oxygen, Hg). All possible ways are employed to
reduce gas leakage and infiltration of impurities into the gas cycle. The
mechanical pumps have water-cooled oil battle. /This gas return system
makes it possible to reduce He losses to 5 cm3 hr. The highest energy to
3
which He3 ions can be accelerated is deter-mined by the highest attainable
frequency of the resonant circuit, namely, 11.2 Mc/sec. A magnetic field
strength of 11,000 oe corresponds to this frequency. On a 67-cm radius
He 2+ ions attain about 35 Mev. To prevent ion losses during acceleration,
3 @
and during deflection from the magnetic field, focusing diaphragms are
provided on the duants. The ion source is moved to a predetermined
distance from the magnetic field center. Measurement of the dependence of
the ion current on acceleration radius has shown that from 40 cm onwards,
no more ion losses occur. A system of hyperbolic electrodes serves to
deflect the ions. The ion current on a target at 12 m distance from the
+2
cyclotron has the following param eter8: energy of He3 ions: 35 Mev;
Card 2/4

27400
S/08 61/011/003/001/013
Acceleration of He B102
3 to 35 ,-Iev YB138
energy spread: + 0-3@a; half-width of beam on target: 8 mm (horizontal)
and < 8 mm (vertical); mean amperage: 30 Va - 10 Ila is normally used.
N. A. Vlasov and S. P. Kalinin are thanked for their interest,
V. I'. Lamunin and N.' N. Khaldin for constructing the gas return system,
N. V. Kartashov for adjusting the pulsed supply of the ion source. There
are 5 figures and 4 references: 1 Soviet and 3 non-Soviet. The three
references to Engli s h- language publications read as follows: H. We"ner,
14. Hall. Rev. Scient. Instrum., 29, No. 12, 1100 (1958); 1. Sremlin,
W. Hardy, H. Shaylor. J. Scient. Instrum. , _L6, No. 9, 390 (1959)
A. Morton, d. Smith. Nucl. Instrum. and Methods, 4, 37 (1959).
SUBMITTED: January 30, 1961
Legend to Fig. 1: (1) Central vacuum pump; (2) diffusion pump; (3) fore-
pump; (4) trap for oil vapors; (5) carbon traps; (6) trap for mercury
va@ors; (7) mercury pressure regulator; (8)needle-valve flow reeulator;
(q)-vabuum gauge no. 1.
Card 3/4

FAV121SKIY, P.P.j STAROSTIN, N.V.
Quadrupole aboorption of light in a cuprous oxide w7etalo
Vest. WU 16 no.4:241-242 161, (KMA 140)
(Copper oxide crystals)
#I

S/054/62/000/002/002/012
B163/B136
AUTHOR; Starostin, N. V.
TTTLE: Influence of a magnetic field on the edge of the proper
absorption band in crystals
PERIODICAL: Leningrad. Universitet. Vestnik. Seriya fiziki i khimii,
no. 2, 1962*$ 17-20
T--,XT: The absorption coefficient for electromagnetic radiation is calculat-
ed which corresponds to electron transitions from the valence band to the
conduction band of a crystal. The method is the same (6-function method)
as employed in former papers by D..S.,Bulyanitsa and P. P. Pavinskiy, but
'ZO_ :I'-
in extension of those papers it is fib+, assumed that the effective electron
and hole masses are equal. The matrix elements for allowed and forbidden 1A
transitions are calculated. Fr4 these, expressions for the'absorption
coefficients are derived for caseswhere the radiation is polarized in a
direction parallel or perpendicular to the magnetic field. The frequency
dependence of the'absorption coefficient is not the same for both
directions of polarization. For polarization perpendicular to the field
Card 1/2