SCIENTIFIC ABSTRACT SUSHCHINSKIY, M.M. - SUSHILIN, V.A.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001654010005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-Su'-~Hc' 0 INS r\1
PHAS TL BWK, -MAXIII-Xv SOV/4417
#Y.,~adizma.ya nauk SS-SE. Fizichs)3kiy
-ya p!,--, oj;~tlke Nspt-ics Reaearch) Mase 1960. 273 p. (Its: Trudy, taa 12)
2,2t,-,0 cc-p7`-e5 printed.
Reslp. Ed..- Skcibelltsyn, Acade cian; Ed. -f Publi-shing House: D.M. Aleks~yev;
Tech. Ed.: G.A. A6taflyqva.
. - '11 . . - ." lia qptic hysics, and chemistry.
YORY" SE. 2 tn: LUM"- jE, Jr_t.~-,ncjt- for re--iearc era s
GOVv-PAGE voltme.- ccnt-:d.nS ow abr-l-doged &.7" two CCMplete texts of dissertations
for tbtL cf D--ct-or of Ph~'sllcs and M-st-l ematiefr~:wb-lzh were defended by three
1.n '-'~,'-7 at~ tLe Fizi(hf~~kiy in-,,t-? ut imer-d P.N. Letedeva AN SSSR
-44 of Sciences MSSR). Each disser-
ny~=lc~- '-t--stttl~te lnt~r-,i P.N. I eledev, ke*tA
tatdaia Is foL,--,ied b-,.y- Iists of references.
CT.
Galan:~n, MI.D. ReEor---aw~~e Transfer of Rxcltv;;t~cm Energy in Lminescent SolVltionS 3
This 1& 9n of tLe authcrts Oj.ssertEtion for the degree of
or and. Matha~mat.cr-, defei~-Aed at the l1bysics Institute imeni

SCAT/4417
F-bruaxy 2.7- IT",. The aut', or canpanis Th. F-Srater's 4gaaltun
t:;e ciasi V-al !ntei-,l?"..ta:tl_*n. . Ele ex--miues two extreme
cif -averaging
Molecules!, a ttt~ S-q,~e
tx-~;~;.3ftir by ths eciicc-Ax-atic.)n e,;, and hcrr t:,aey might be
;~x~ ai-c_,rd it_',j- c� stl.~~ng ecdDined
met--hola ot -forzit' ca f q enuy of molecules;
turate ydro-'
of stt-t naTihthen~-al, an-1 unse, El h:
smeter
L dsrj.. j.ivi. ,4&
der t.
L j 3f caabined
Csxd 21

SUSHCHINSKIY, M.M.
Raman spectra and at
54-224 ,6o.
(Wdrocar
ture of hy ocarbons. Trudy Fiz.inst. 12:
(WRA 13:8)
ons-Spectra

NOIRUKHIN, Tu. I.
Seconi-order n " 0" the Raman a-l-ctra of hydrocarbons. Opt. i
spe.ctr. 9 no-5~0;6-58 N 160. n: (3klton (KMA 13: 11)
(Cyclohexan --Spectra) e-Spectra)
.I 1~ (Rama fect)

KUZK,;VSOVA, T.I.; SU45 HI_NSFIY-,M,M. I--
jLGL
Computation and iattrprotation or the 7ibrational SPeGtra of
isobutane. Opt. i ektr. 10 no . 1:41-47 Ja 161. (MMA 14:1)
rpropane--Spe~tra)

doktor- ri) -matem.na-uJ-OBUKHOV,-.&.M.
GILYA-Rovil X.S., doktor biolog.nauk; TAFT, V.A.J, doktor tekhn.naAk;
uk;
GUNBOTSKIY, V.G.4 doklor tekhn. OLOFINSKIY, N.F., kand,4-~&
tekhn.na#k
naI
Scientific contacts WJ411 foreign c ntries. Vest. AN SSSR 31
co
-!no.12:101-105 D'161. (MIRA 1-4:12)
1. Chlon-korreappnden AN SSSR OV).
Iscience-Cf0i0o
.-4-64~

B/030/62/000/01 01061007----~,
I)204/1)307~
A11THOR: Sushchinskiy, M._M..L Doc;or of Physico-Mathematical
Sciences
TITLE: Molecular spe(troscopy
.PERIODICAL: Akademiya naulI SSSR. Ves nik, no. 10, 1962,.36-45
TEXT: A semihistorical treatment'of
concepts of the nature and of the in
spectra. The interest is focussed on
thus on molecular symmetry, molecular
brational frequencies arq ialculated
be obtained from auch spec;ra. The e,
tical calculations and of methods of
and refinements introduced into the
creased. number of parameters from wh
'and the observations of ch racterist
groups -of atoms) are descr bed. The
ture with the spectra obse ved is tr
Card 112
he scope and the fundamental
rpretations of molecular
he vibrational spectra and
models, methods by which vi-
~and the information which may
pirical nature of most theore-
interpretation is discussed
utter field:(ouch as the in-
ch inforpption may be derived,.
c8 associated with certain
orrelation' of molecular struc-
ated in some detail and is

S/03 62/000/010/003/007
Molecular spectroscopy ri D204%307
illustrated with examples; &xamples ale also quoted of compounds
whose structures were de~eruined by REman spectroscopy, and a 'des-
cription is given of some'applicationE of vibraltional spectroscopy,
such as the determination oC hindered rotation:isomerism and tile
study of compounds possessiag large mclecular weights. The basic
theory isgiven of nuclear nagnetic rEsonance and"of its applica-
tion to the determinatioxi'oC molecula:r structurea, and the useful-
ness of the various types oC rotational spectra is discussed,
,quoting 6ome results. The aivantages and drawbacks of the use of
molecular spectroscopy in-aialysis are listed, concluding that
spectroscopic methods could be used for.e.g. the conti:nuous automa-
tic control of industrial.iprocesses. Mere are 4 figures and 3
tables.
Card 212

SUSHCHINSKIY, M. M.; ZUBOV, M. A.
Relation between Randn spectra an4 eleetzon absorption spectra.
Opt. i spektr, 13 no.168766-774 D1162. (KRA 16:1)
(Raman effec

. 'i_
SIUSECIiIWSKIY, M. M.
Zavisimost' - inteii6ivnosti k6mbi natsiohn~kh
ot cbastoty vozbuzhdayushchego svetz 1 Kolebani,,
parafinov.
report suhmitted for the VU Europe n Congress i
22-27 jul 1963. 1
niy 2-- go p6rftdkii
nizkoy chastoty v spektrakh
Molecular Spectroscopy, Budapest

"Camawu- -
I
- I i I- - I I -
MULDAKHMETOV, Z.M.; SUSHCHINSKIYJ M.M.
Anharmonicity of certa# charact
spektr. 14 no.6:819-9201,T-e 163.
vibrations. Opt. i
(MIRA 16:8)
opq~"tru)

L 17790-63
3D3 Pr-4,
ACCESSION NR: ~AP3005840
AUMOR: Zirnit, U.A.; qa!1qA'_6i_i1 Am_.U.
Low-frequency vibrations ~f methyl. subalitutod lobezanes
SOURCE: Optika i spektrookopiya,."Y.15, no.2*_l 38 190-194
TOPIC TAGS; Raman spactrul cyclohexane dei-ivat ve j
rocking vibration
~v
AbSTRACM The low-trequancy.,regi(a 91 the Ram a spectra of hydrocarbons is P r'
tieulftr illtdroat, for III this ro(i! an there M" b0 Qvine-od alat only ord in%X7!:4f oi
mfitign vibrati9rua but also rookb4 Vibrations rotation of Otte part of the MOW
-a i1
t A A& 4d -v it It cart% I P__ i It t opm 1 13 a d I
ar,
tatorantiono, n*s, for oxampla, hyxrogan bonds, Despite ito Intoraot, -thits-rd'r"010'r"
11AD 110t boolk 1wNtalalvOly Aiivouttal twl OwAfla t oxporimmW diffloultlea.
In tjj
rosont work thoro wore obtained I Ito 1 -froqu noy (100 to 400 on*
U
p
the Raman spectra of mothyloycloh(xane(and eig t other viethyl. derivatives of.eyolo-
hexane (cis and trans forms of di.. 'and trimeth I cyclohexanes). possib16 Med
sures were taken to reduce the ba(Pground. A lack screen was used to cutoff th~:'..
--halo -of, the hl
exciting H line-, the investigated compounds were very.thoroug y
Card 1/2
Al

L 1?790-63
ACCESSION NR: AP 3005840

purrified, etc. The radiation BOW 4 wits ra low ~ resouro mercury discharge tub
The spectra were recorded photogra xhically (12 t our expanures) on a V 11 spe
otr
graph with a linear disnOrsion of .8 R/mm. lnt~nsities were determined with~re..'i
ference to the 802 cm-1 lina Of a
y
, T
lohoxajloy t
L o observed- lines - are listed:- In. It
tablo-togethar with -the -data-- from - 31to I itera
-);- comparlson -shows -that about__
-ated lines had not boar,
of the dote observed hiti orto. An attempt was made to
tiXy the lines duo to rocking vibr itiows on t1t) baels,ol calculations of the
i rocking frequency of the mothyl gr )
up. The aal% ulated values agree fairly well
;,
with the frequencies of ,
Some 0 ,
the lines observed in the Raman:
spectra. Orig.art.has: 3 formulas and 2 tables*
ASSOCIATION: none

D too
SLUMITTED. 14DecG2 AM 06S
3
'

CODE. P11, CH
SUB REP S(YV.- 0 ()(5

2/2

Ord
C

I ---
PROKOFIYEVA., N.I.; SVEIIZLO'V, LIM.;
, If. 4.4.
C&lculation of the intfgral intensi ies and depolarization
in the Raman spectra of cyclohexaae and deuterocyclohexane.
Opt. i spektr. 15 na.4464-470 0 ~63. (I-aRA 16.--U)

VOLIKENORITNTN, H.V.1 SLIM41IT&SKITI NJI-
Seventh Earopean Cong=ess on'YAl
Budapost, Opt, i 3pektr. 15 no.6
A.- Spect"ackpT at,
-R~11 D '63.
(MM& 17: 1)

------ -------
L 10727-63 hWA(k)/FWF(j)/E,', T(1)/EW,-(q)/ (m)/BDS/FBD/T-2/3W2/ES(Q-2/
TT1)/E
I'A P'WL WF(q)
pc__L
EEC(b)-2 AK-f0/ASD/E3D -3/RADG~iFC-C /A PIWL PC-L. PO-Vali-i F-Willipf, G)Arb/i~&Vjm
ACCESSION NR: AP3003161 S/0056/631044/006/2'L93 /2194
h,
AUTHOR: Danilltseva, G. Ye.;. Z~~ 0v, V. A. usbchinskiy~, -M. M. Shuvaf(rv~,
Is
ai
TITLE: -Application of the laser to the study of arnan. spectra of dye powders
~
SOURCE- Zhurnal eksper. i teor. izikij v. 449 no. 6, 1963, 219372194
TOPICTAGS- laser applications, ~Raman spect a, dye powders
ABSTRACT: A 6943 A ruby laser has been app to the study of Rarrian spectra
in dye powders. A spectrograph wth a diffract on grating of 600 lines/mm was:
used in the investigation. A lens f cused the la er light on the powder samples,
which were plated directly before i he slit of the spectrograph. A low-power
cryogenic 11 ~bnaser with 1-1.8 Wojoule pump ng power was used; 30-100
flashes were required for photogra :)hic registratigh at gap widths of 0.07-
0 . I mm, which constitutes 8 -12 c-~ 1 -1 in -the gi en spectral region. Tests
conducted with a number of differe it powders -i eluding 4, V-azoxyanisole
Card 1/ 2

1, 10727-6-14
ACCESSION NR: AP3003161
(bright yellow) and anisal-apara-a=ff noazbobenze e (red) showed that lasers are
,-
quite suitable for studying Raman A pectra of dy powders. "The authors thank
M. D. Galanin and A. M. Leontovi ch for the us of their ruby laser. Orig.
art. has: I figure.
ASSOCIATION: Fizicheskiy institu im. P. N.- ebedeva Akademii nauk SSSR
.(Institute of Physics, Academy of E ciences SSS
SUBMITTED: 12Apr63 DATE A N: 23Jul63 ENCL: 00
SUB CODE: 00 NO REF SOV- 000 OTHER: 001
iwa 212

I
SUSHCHINSKIY, M.M.; MULDAKHWT)V, Z.M. -I-
Second-order lines in ribration spectra of benzene and
hexadeuterobenzene. 0)t. i spektr. 16 -no.21234,239 F 161~.
(KIRA 17:4) 1

SUSHCHINSKY, 14.14.; KLILDAKII
Second-order lines
and deuterochlorof,rm
J1 '64.
, Z. 1.I.
and vibratio anharmonicity of chloroform
molecules Opt. i spektr. 17 no.1:45-50
(MIRA -17: 9)

AUTHOR: Sushchinskiy, M. M.; Mul4akhmetov, Z. M.
TTTLE: Second erder oscillatory spectra and anharmonicity cf molecular oscillations
CITED SOURCE: Tr. Kormis. po spek roskopii. All SSSR, vy . 1, 1964, 176-183
'TOPIC TAGS: spectral analysis, 0 cillation'sp~ctra, organic compound
TWISLATION: A brief review is g ven of studies on second order spectra. The
authors' research on the second oider spectra of cy_S~lohexane.jchloroform, benzene1
ariu- their (~eutero derivatives are described. A regularity wao observed in the be-
ha-vior of the coefficient of anhat*moniclty and in the intensities of the second
!order, lines. Mull fi-equencies chloroform ~nd deutero chloroform were used ih~
calculating the results.
SUB CUM: NF, OC ENCL. 00
'Card 1/1

L
r. U4
ACCtSSION MR: AP4044849'
F
-M 's.
:AUTHORS, Prokoflyeva,
3 r -3 r- t e T-4
ard integrated
and
carbon tetzach-loride
SOURCE: O~tika i spektroskop~ya, v. 17, no. 3, 1964, 374-380
TOP IC TAGS Raman spectrum., iine intensitv, electro optical para-
I t r rA,71-1 c, r 1- d e,
polarization
ABSTRACT: -his is an extension -)c earl-ier work by t'~ie alithors
';f-33; 1. 15, 464,
3 16 ~7-,), -omp- 7i-~s ~DT- it an !ivdrocarbons, and
1 ar' !-e, '-~:i -',.:i i IT f-n I Q ~,-Ie ~Iuthors calculated
Card 1/2

L 8705~651__
ACCESSION UR: AP4044849
bonds, the inteqrated intensildies, and the polarizations of the lines
1r. fAM? P:LT-in, Sne -~f -)7--fo-m, and carbon
theory i(- r,~- emi 1 -,y calculation
con fi rms the inr~ +-hat it ~ , eqsenttall *.,L lst-_- t")e first ap-
m a' ')r 7a' T:heorv i!, ~hr, !.-.11-ilation of the
L) a i L ncT,:x as P nor 1 1 v Drig. art. 'has-

T P01.4-Az EWA k I/ E~,,T(i 'I/
EEC K 2
_2 U R14
--ic di-S S_t 647- 4,
Re AP4043665
T
AUTHM Zubov, V. A.; gusha~inskiXj Mi~H,; Shvvalov, 1. K
TITLEi Investigation of the!excitation threshold for stimulated
Raman acattering,
SOURCE; Zh. eks?er. i caor. fiz., v. 47, no. 2, 1964, 784-785
TOPtC TAGS: Raman sdatterin comhina-tion ecattering, atimulated
Raman scattering, stokes lfn~, induced Raman gcattering
A3STRACT; The threshold of orcitation of atimulated Raman scattering
and perLineat lirse param i .. nLan a c a
a:ar~ ar. amlaa A-a -Lte,rin& were da-
_~y
ternined for the following f[Eve compouddst li-enzene~11,3 p6ntadienel
9 --i'-
3-riethvi-1,3 butadione carbor, disulfide, in--q t, y r e n e ie T
wals used as the source ot excitation (wave-
t" a ro n;,, goo
rhe spectra of
-,,Pre recorded a 9-neccroaraDin, a,; I n, g adi~fraction grating
_~,acr_romece with a
lot! ui I :- a me t Crg of ~3 r -
Raman acaztar.-g axi:Lted Dy P mercury line at the w--ve'ength
Ca,d 1/ 2
SM, MAI~~MM4)759
N

L 894"5-
ACCESSION UR: AP4043665
of 4358X. In compounds wit a relatively low excitation threa -old
0
and C-OnJU ated C- C bonds,. I t e stimulated Ramen scattering lines
were Ln t cm- region. The materials investigated
repcesent a new class of active , gtimmlated Raman ecatcerirg com-
in which the pi-eleCtl-Dns are not in the cyclic systems. The
for otl-~ulatad Raman scattering i~3 determined mainly by the
I~;ne lntensitl ~f standard Rairan jca'L,'.e:ing an-11 is practically inde-
.~en-4entt of the degree of azpodar " zat lcia. A ---.)-i!;ider~ble increase in
in-ensitt; cf stimulated Raman scptteri-ig was observed for only
-i a n z r e a s fs e x (i irar-ion en--rrgy ~%fer e t h r e 9 f; o 1 d va I ue . Two
_3 !1 1. nulltaneoui;ly in the 9 t imu-
-4
t autall- trk ::_j
a
t
ASSOCIATION. Fizicheakiy, in
in titut i
kiT
SSI;R (Phyai-,a Institute, Ace4emy of Sciences SSSR)
A J P R, E 3 3 1 N C L 00
&A 00 i
CaM 2 2

7.
"~ACCESSION NR: AP4041128 S 0053/64/083/002/0197/0222
F
;:AUTIIOR: Zubov' V. A.;__~ushch nskiy, H.~~ 0; Shuvalov, 1. K.
skiy"
e
JITITLE: Stimulated Raman scat erLng of 1 ght
L
r ng 0
a k. -4
;'SOURCE. Uspekhi'fizicheskikh nauk, v. 8 , no. 2, 1964, 197-222
!TOPIC TAGS,. 'laser,, Raman efftetp Raman aser, stimulated Raman
,Iscatteringv Raman laser materal
ABSTRACT: The current state 3f theorn Leal and axperim4ntal work
aimed at achieving Raman-effe-t laser a tion is presented in a
:,comprehensive review based ma nly on Western sources. The principal
a
perimental, results are cons dered for two casesl where the
~scattering material is locate inside a d where'it is located outside',
ee~
the Fabry-Perot interferomete In the latter case, particular
9
tattention is paid to the type of laser emissi;n falling in the Sto~es'._
e
;and anti-Stokes frequenc g ons. Dis ussion of the latest expari-
y r:g of semiclass-.a.'-
iments is backed up by a the etical exp sition in terms
'ical and quantum interpretati ns of Ram n-affect laser action.'
Card 1, 12

ZLINIT" U.A.; SUSIICHINSKIY, M11-1.
Lo,w-frequency oscill~tiohs in thel
spectra of methyl-substituted
pentanes. Opt. i SP,31 tr. 16 no.1,102 3 My
;640
-w frequency s-il tions in t ape
Lr) 0 1 ctra or ratty acius.
Opt. i spektr. 16 nc.5:903-905 y
NIRA 1?.'9)

L ihIB-66 ENA ~k)/F-DD/ENT (1)/EPF (~)/EEC (k)-2/T Scma/
7~/EEC BP (k
__~k~-2 T
~q-
__q
ACCESSSION NP: :,AP502172T M/0386/651002/002/0063/06~f
1
AUMOM Zubova; 11. 0
Gushchinskiy M M. ZuMYL V. A.
TITLE: The co :lex line structure in stimulat attekn(
MP el Raman sc q:of 1!ahlt
55
SOURCE: Zhurnai ekaperimentaltno~ i teoretich:~koy redaktaiy'u.
Prilozheniye, v 2, no,- !~t "zk" P's'ma v
2, lq65,,.f3-67,_and in attacheek to P. 65
TOPIC TAGS: Reman scattering, Stckes line, stimulated emisision,laser, Raman laser
A13STRACT: In investigating atimu'ated Paman 5attering in styrene, isoprene, 1,3-
pentediene, berizene, and- nitrobenz( ne the autho 9 observed line splitting in the re-
gion of the f irst Stokes line. T! is ef f ect wa very pronounced at pump powers just
above the bhreEihold, when the lint was split f om 1-2 components into 5-6 com-
ponents and the' separation of the outer compon ats changed from 1-2 to 10-12 cm-1
As the pump PoVer wai increased he number of components and their separation de-
craased until c!61'y one line vas'o served when he pit.%p power was 2-4 tl'kes greater--.,,,.
than the thre3hold power. The sp itting of th lines was found-to be independent
of the nature 6f th6 apparatus us d and the opirating regime of the.laseri The ef_~
fect was attributed to the fact t at Raman scattering occurs'on molecules moving at-
a high speed. '.At a relatively lor pump power the formation of a 1tepark" ih the
Card I/
~2

L 1418i..66 ------
ACCESSION NE: AP502172T
~n
liquid is accompanied by a flov of molecules in several directions. 'As the pump.
power is increased, these directio s are shifte closer to the plane perpendicular
to the incident beam until only on line is obs rved. It is calculated that in ordir
to cause splitting the vtlociti '-'s f the molec es must- be very high (about
f
107-108 cm/sec). Orig. art has: 4 formulas d 2 fisuresi [CS)
ASSOCIATIOIT: Fizichaskiy inotitu imeni P" 11, Lebedeva Akademii.. ilauk.- SSSR
i
en
(Physi'do Institute, Acflde~ bf Be ekes, bsn)
SUBMITM D: 25may65 ENCL: 00 ..,SUB CODE.- OPS
NO REF SOV., oo4 OTHER: a2- ATD PRESS:

n-
&ted emission, i
'tice Intefaction. 4d thank P.
A. BpzhiiUr.,-jf, G. J~asoy
in the 4ot-O' Ori
and A. M. rokaorov for irtereGt
4 f 6rmUas.
Card 21
]MOM

L 047i,-~,-65 ErHT (1) /T TJP(Ckl
ACCESSION NR: AR5012273
SOURCE: Ref. zh. Fizika, Abs.
AUI-HOR: Danil'tsetya. G. Ye.; 2
TITLE: Investigation of the Raman
CITED SOURCE: Tr.
TOPIC TAGS: Raman spectrum, specti
TRANSLATION: Methods are proposed
powders, These mee-thods are designo
powder dj~.persion, absorption of L
intensity of the &-iman lines. Them
scribed for studying powders in a ~
cury and cadmium as well -as a inuby
ious methods for producing Raman si
SUB CODE: OP
Card 111
V. A.; Sushchinskly, M. M.; Shuvalov. I. K.
;pe,tra powders in a wide spectral region
vyp. 1, H64, 696-703
'S
)graphic ana sis
~or producing and analyzing the Raman spectra of!
I for eliminating the effect which the degree of
rht in the pjwder, and other factors have on the'.
y and experiment are compared. Methods are de-
'de spectral range, using various lines of mer-
-aser for excitatien of Paman spectra. The var-
!ctra a-re c=iuared.
iCL: 00

L33597-66 EWT(1)/T IjP(C) 3G
ACC NR. AR6016206 SOURCE CODE: UR/0058/65/000/011/DO3'T/DO37
AUTHORS: L'vova, A. S.; Bushchins kiy, M. M.
TITLE: -?-Jl)ectrl of liquJ d crystals
Infrared
SOURCE: Ref. zh. Fizika, Abs. 1ID286
REF SOURCE: Tr. Komis,_Vo BpSkt4q~E~~ii._A
TOPIC TAGS:. ir spectrum, crystal, liquid sta
ence, radiation intensity
ABSTRACT: The ir spectra of a number of subs
line state and in thestate of an isotropic 1
ature dependence of the intLnsit 'in these st
-culi
absorption bands. A pe v iation of th
pendence of the intensity is obs rved in the
of abstract]
S_R4 t. 3, vp. 1, 1~)64, 611-616
, absorption band, temperature depend-~~
nces in the solid and liquid crystal-
uid were investigated. The temper-
es was investigated for several
curves showing the temperature de-
quid-crystal region. (Translation
SUB CODE: 20

ARBATI~~KAYA, A.il.; ZHh:1JJDi-:V,l -lIdll'T
Low-frequency vibra[ional spect
uulfate and Rochellf salt in ph
no.3:335-337 My~jel'65.
1".A.;
of single cj-jstals of
e transitions. Krista-lografiia 10
(11,11RA 18:7)
1. Institut At-,

_7on-66 EWA(~)/iBD/9WT(l)~E;wP(e)./EWV (M
CC Mts A-P5026319- EWk(h) SC lip( SOFMcE CODE: vR/o3f8/65/oo3/oo4/0336/0341
WH/WG
AUTHOR: Zubov, V. A.;; Sushchins 7. M. M.; S uvalov, I. K.
ORG- none
TITLE: An investigation of sti ated Rnmen catte ring
c
SOURCE: Zhurnal prikladnoy spekt, oskopii, v. 3, no. 4, 1965, 336-341
- 3
TOPIC TAGS: -Raman scattering, St kes compone Raman laser, stimulated emission,
x~e
-laser
5"kJ
ABSTRAM. An experimental invest gation was c nducted of stinralsted Raman scattering
c
in benzene, bromobenzene I :hlorob nzene, tolue e, pyridene, o-xylene, 'styrene, 7
1,3-pentadi,ene, 2-methyl-1 3-buta ene, carbonidisulfide, carbon tetrachloride and
nitrobenzene. The dependence of he intensitylof thefirst Stokes component on the
properties of the scatterer, the oncentratienlof.its molecules, and the intensity
I
of the excited light (from a Q-s iled~ rubA investigated. It was estab-
p r:sli
lished that, unlike spoilt eo R j;r, 'th ne intensity of stirmalated.
scatteri
n i and not a inear function of the intensity of the
Rarnan scattering is an cn:onert 1
exciting light and the concentrati n of the sc ttering molecules. The exponential-
variation is in agreement with a s mplified th ry developed by the authors for the
case when the intensity of excitin light slig ly exceeds the excitation threshold*
In the first approximation the inv roe of the e citat on threshold is a quadratic.
UDCI: 535.32
Ca-d 112
Mifil ~GW

L, 20969-66
!ACCESSION NR: ARS014388 UR/0058/65/000/004/DO26/DO26
;hUUKCt;: Kef.. zh. rizika, Abs. 4DI94
AUTHOR: Zirnit U. A..; Sushchiiskly-,
TITLE: Low frequency vibrationi of liquid hfdrocarbonsV
CITED SOURCE: Tr. Komis. po sp2ktroskopii.IhN SSSR, vyp. 1, 1964, 270-279
TOPIC TAGS: Raman scattering, nuclear pote~rial barrier, hydrocarbon
TRANSLATION; Raman scattering spectra werelnvestigated in the low frequency re-
gions.of a series of paraffin aad naphthene erivatives. A large number of the'
lines found have not been mentioned in the I erature until now. A series of lines,
in the 100-300 cm-1 region were observed-whi(h are connected with rotational
brations of the methyl and ethyl groups. An attempt was made to establish ,, ~theo_'~'
retical relation between the fr(quehcies of he lines found and ihe height of
the potential barrier of the ini ernal rotation.
SUB CODE:
.j E14CL: 00
Card 1/1

.Z'
_L 21TB-66 EwTW/w.1P(i1 P
-ACC NRr- -A%011959-
SOVRGE CODE1 UR/001065/016/003/0335/0337
AUTHOR% Arbatskaya,, A. N.; Zheli idev, I. irni%'-., U. A.- Sushchins
ORG: Institute of CrZstallogra iy, AN SSSR stitut kristallografii AN SSSR)-
TITLE: Low-frequency'vibrational spectra of riglycine sulphatj and rochelle salt
io
monocrystals during phase transi ions
0 n
SOURCE: Kri8tallografiyao v. 1
0, no- 3, 1965 335-337
TOPIC TAGS: phase transition, n spectrum Curie point, light scattering, cAtal
lattice vibration, quartz crysta-, crystal s try, single crystal
a;
ADSTP"CT: Raman scattering spectre of monocryst a of triglycine sulfate are
studied near the Curie.temperature (+4900; and hose of Rochelle salt, near the
'upper Curie point (+249C). Accord3ing to the Gin burg-Levanyuk theory, the spectral I
-structure of the scattered light slould change rkedly near the phase transitinn
~points of the 2econd kind. This chinge should b characterized by a decrease in
the frequency of certain lattice vi3rations when the temperature is raised. At the
transition point of the second kind the frequen of these vibirations; should become
4zero and the corresponding Raman liies intensify. Experiments with quartz appear
to support the G-L theorir,.
~Triglycine sulfate undergoes a c a in oymmm6e upon passing through the L%wie i
e
1poiht. A right-angle prismatic mon crystal was iluminated along the Y and than
3- obs rved'along the Z axis in both
jalong the Z axis, and th? scattered light was
cases. A line at 47 cid' appear:Jed the Raman s ctra when the direction of
Jim
Card 1/2 UDC: 548.0: 537

-L- -21-12~-66--- -
ACC NRt AP6011959
illumination is changed from the to the X dir ction. Features of the spectra are
C
compared with published data in a table. In o or to observe the expected In=wwo
0
L~e! f
e
in scattered light i4tensity the temperatuxre the samplewas 4aried-41owly
r
13
through the phase transition, b no change aobserved in the Raman spectra.
t e8j I
Similar experiments were coniduc lectrie salt crystals with similar
z
'r t d with piezo
'o
results. Orig. art.~haa: 2 tab Les. [JFRSI
S]
ORI
SUB CODE-. 20 SUBH DATE: 08 Tun64 REF: 008 OTH MW 004
Cwd 2/2

L 30408-66 FVrF (1 IJP(,-,)
ACC NRt
AP6017864
AUTHOR: Zubov, V. A!-; Sushchinsk
ORG: Physics Institute:;im. P. N.
AN SE
TITLE: Modern trends in Raman spectroscopy
SOURCE: Uspekhi fizichpskikh nauk, v, 89, no.
TOPIC TAGS: Raman spectroscopy, lEser applicat
emission,
ABSTRACT: The authors review recent trends in
briefly mentioned in previous survey articles.
for producing and studying Raman spectra. Spec
tion of Raman spectra are divided iato two cate
division of the signals'!received fr)m the scatt
Ithose received directiy~from the ex,,itatiob sou
for optical division. The operating principles
as a basis for explaining their ad-vELntages and
l
are described for photoelectric reg'straLion of
excitation and the theoretical supe iority of t'
lis discussed. The greatest possibilities for p
CODE: UR/0053/66/089/001/0049/0088
EaOV, I. K-
R.'(Fiziche*s)dy,institut AN SSSR)
1966; 494.8:
on, Raman.s.cattering, stimulated
man spectroscopy whic1i are onily
'undameiitiill:~ new methods are describei
ophotometric systems for registra-
ries: 1. systems for electrical
er (the signal to be measured.) and
e (the comparison signal); 2. systems
f each class of systems are discussed
sadvantages.- Methods and equipment
aman spectra generated by pulsed
s method over continuous excitation
ctical application o:C_the pulsed
UDC. '535-36

L 30408-66
ACC NRs AP6017864
method are in high-speed Raman sm
spectra is considered as well as I
with respect to frequency. Equipn
Raman spectra are described with I
made with the improvement of conti
stWulatedRaman scattering is discus
ials in various states of aggregat
experimental technology indicates
for nearly any material in any sts
are given on the spatial distribut
the energy characteristics and non
latest research in this field has
emission to amplify light signals
28 figures, 6 tables, 21 formulas.
L9
troscopy. The difference method for recording Rama
e registration of spectra which are differentiated
nt and methods using laser technology for producing
rticular emlha.-gis on the pr)gress which has been
uous gas la.-ers. The rapidly developing field of
ed and research on this type of scattering by mater
on is reviewed. The present state of the art in
hat stimulated Raman scattering lines may be obtained
e of aggregetion. Theoretical and experimental dat
on of stWtdat3d Ramah scattering together with some o
inear effects associated with this phenomenon. The
pened up ne% possibilities for using this type of
n a broad slectral range. Or.ig. art. hast
(28]
SUB CODE: 20/ SUBM DATE: none/ IORIG REF:
OTH REF: 051/ ATD PRESS:5_0/,~
Card

L 38, 21-66 0WT (1)
ACC NRi AP6024868
AUTHOR: Zubova, N. V.; Kuz'mina,
Shuval3v, I.~K.
ORG: Phvsics Institute im. P. N.
,institut Akademii nauk SSSR
TITLE: Intensity distribution in i
SOURCE: Zhurnal eksperimental'nDy
101-107
F __ V, 1; 1 i-_~ 11 W; 1~
SOURCE CODE: UR/0056/66/051/001/0101/0107
P.; Zubov, V. A.; Sushchinskiy, M. M.;
ebedev, Acadqmy of Sciences SSSR (Fizicheskiy
imulated Raman scattering spectra
teoretiche!koy fiziki, v. 51, no. 1, 1966,
TOPIC TAGS: raman scattering, optics laser.,
1
ABSTRACT: The line intensity of st lated ;U skttering_spectra (SRS) was
f st mula
fu ctio
a
experimentally investigated as a fu ction of th~ c!sIng light intensity. The
e sjx
measurements were conducted in a re ion of int ti above and below the experi-
a re ion
T
menLal threshold for a single flash. The intensity distribution in SRS spectra was
investigated -for' several Stokes and anti-Stokes zomponents. The exi-stenceof a con-
siderable wing accompanying each component was datected. A structure of the first
Stokes component'of SRS was found aid was investLgated in the threshold region and
below the threshold., Orig. ar"It. has: 7 formula3 and 4 figures- - (CS]
SUB CODE: 20/ SUBM DATE: 2lFeb66 ORIG REF: 008/ OTH'REF: 002/ kM PRESS:
Card 1/1 po~ I

1, 36014-66 E"-,,/T(I')/T IJP(c) ~~IjVr 1/WG
ACC NR- APW24513 souROE com uzVo386,166/oc
AUTHOR: G relik, V, S.; Zuboyt V* A Sushchinsk
6RG: ]Lhysj~~s Institute im. P. N. Ioeled-ev. Acad'e'a
- .. .R
stitut Akademli nauk
TITLE: Possibility of observing induced infrajrQ
light
SOURCE: Zh eksper i teor fiz. Fis'na v redaktsiy
52-54
TOPIC TAGS: molecular spectrum, Ramn scattering
stimulated emissionj spectral distribution
Chirkay, V. A.
~es SSSR (Fizicheskiy in-
-------
in Raman scatteiina of
Prilozheniye., v. 4, no. 2. 1966..
ir radiation, ir quantum generatorp
ABSTRACT: The authors discuss a new mechanism fot producing population inversion be-
tween vibrational or vibronic levels of molecules It is shown that if certain con-
s
ditions for the possible transitions between mole ular levels are satisfied, such
e
that one of the levels does not becole populated n the case of Raman scattering of
n
light, so that the thermal distribut:on of the mo ecules over the vibrational levels
0 e
may become disturbed and population :nversion may occur. The required threshold
F 0
power is evaluated from the gain per unit length f the transition near the genera-
tion threshold, and it is shown by pie es imates that the required minimum
power is 107 ~/cmF for liquids and 1q4 c for bases. The latter is attainable wit
a xenon lamp (power -10-*i w/crmfl, and e estimate molecule density at the upper leve
lz?

~CC NR: "6024.513
turns out then to be .1023 Cm-3. If ruby laser ~a used (power -107 W/CM2)0 induced
Pi
Rdman scattering can be observed in Txidso with a quantum yield of several times
ten per zent and a molecule density cm-3 at Ihe upper level* The proposed ex-
citation mechanism is realizable in p Inciple in, stals., too. Orig. art. has:
I figtwe and 2 formulas. (02]
7/
'ODE: 20
SUB C sm DATE: Amay6~1 om 003/ Oni MW: 003/
AID PRESS: TV,37

H
SOMM OODE: LM/0368/66/ooh/0351/0353
AUTHOR: Berezin, V. 1. Zubov, ~. A.; Kato, - L.; Kovner, M A.; Sidorov* N 'K
Stallmakhova, L. S.; Sushchinskiv, M. M.-I Turtin.-Yu. P.; Shubalov. 1. K.
ORG: none
TITLE.- Tntensities and line thresholds of sti sted Haman scattering
SOURCE: Zhurnal prikladnoy speklrookopii, v. , no. 4. 1966, 351-~53
TOPIC TAGS: laser, stimulated etission, Raman scatterir)g, stimulated Haman scatterk%
ABSTRACT: The relative values fcr the thresho d I for the intensity of the exciting
light necessary to 'attain stimulated Raman sca tering in toluene, chlorobenzene,
and pyridene have been messured '. Using a thec of SRS developed by P. A . Apanaseviih
and B. I. Stepanov (Zhurnal-prikladnoy syektro kapii, v. 1, 1964, p. 202.), the
authors derived the following fojmula
3
IB/I V
where T, in the integr~zl Intensity of the SH9
frequency of.the ac-sttered ligbt, n is
subscript B identifies these quantities
Cmd 1/2
V 3 n3 /D" (1)
0 B.
ne, 6I8 the line width,. vS is the
index of refraction, and the
benzene. The experinental values or

L 31134-66
ACC Nks Ap6ol2859
Table 1. Main parameters and oscUlation thresholds for SRS
hl sly I
Ilk r~l
"2 13411 1.1 1 1 1.60 1 1
bFnzene
,3 enta'diene' If 12748 It,
"l -P W -1.6 0.2 1.43 0.5' 0.25
a e
-methyl-1.3-b adie e 1638 12765 7 1.3 0.3 1.42 0.5 0.40
b
3
7~de
~Carbon disulfide. 656 13741 1 1.6 3 1,63 1.6 2,24-
f,
996 13405 2 0 7 06 1,55 0(6 0,66
styrene 1602 12801 3 09 06 1165 - 0.59
styrene
Btvrene 1634 12769 3 1.6 0.9 1.65 0.9 0.90
toluene 1003 13400 1,~ 0,37 0.4 1.50 0,6 0.42
chlorobenzene 1002 13401 1 0.45 0.8 1.52 1 0,78.
:brQmobenzjene 1001 13402 1 0.50 019 1 56 11.10.81
,pyridine. 992 134111 1. 0.46 0.8 1:51. ,1~ -0.82
l/I for substances investigated.in the present paper andL in..An earlier paper by
three of the authors (Zhurnal eke rimentallno~ i tePreticheskoy fizikis V. 4T, 19%
p. T84) are compared vith the ~tehkse retical values derived by using formula (1) (see
Table 1). The value of 1/I for t ; line Av a 502 cis I in benzene vastaken to
e
be unity. Since the values ot D( for a ruIV qsser source vere unavailable, the
values of n for the D-line of so (nD) Ve-re Used in the cialculations. Orig. art
has; [Csi
1T fornulas and 1 t%ble.
SUB CODE, I - 1 ORIG RZF1- 00h/ ATD FFMid/2,10
20/~ SUBM DATZ

- L 09461-6
ACC NR: Ap6o24666
CODE:
AUTHOR: Gorelik, V.S.; Zheludev, I. IS.; Sushchi~~iyv..
ORIG: Physics Institute im. P. N. Leledev AN SSSR (Fizicheskiy institut AN SSSR);
Instituto of Crystallography AN 55SR (Institut kr stallografil AN S53R)
k
TITLE: Study of the Raman spectrum oJ,NaN02 singl crystal near the phase
transition point.
SOURCE: Kristallo.grafiyaq v. Ut no 4, 19669 -609
TOPIC TAGS: sodium compound, Raman
temperature dependence, line broade
ABSTRACT: This is a continuation of
3, 335, 1965)- and deals with the beha
single-'crystal NaN02 in the temperatiz
tion was paid to the small temperature
(160C). The single crystal was a recta
smallest side was oriented along the frroelectric
photographed with a spectrograph, us n
ictrum, pha e transition, farroelectricity,
ci7stal lattice vibration
earlier study (Kristallografiya v. 10, no.
-ior of mos". lines of the Raman spectrum of
interval Irom 30 to 178C. Principal atten-
range (+ 2(0) near the phase transition point
gular prism3 x 7 x 10 =, aut so that its
axis z. The Raman spectra were
the 4358 Amercury line for excitation.
Card 1/2 C: 548-0:53~.~36

L 09461-67
ACC NR: AP6024665
Seven lines were registered, whose frequencies agried
lished earlier. The Raman spectrum obtained near t,e
noticeably from that obtained at 30C. The low-fre,uency
fashion, while the higher frequency Imes exhibited
served lines broadened with increasing temperature
frequency lines was larger. Some of the lines van.shod
A group6-theoretical analysis of the s')octrum for b,th
parts of the spectrum is used to interpret the res
tensity variations of the spectra agMe with the slection
is duo to ordinary temperature effects connected w
action between the lattice oscillators themselves
lattice oscillators and other degrees of freedom o
Professor P. A. Bazhulin for interest in the work
able advice. Orig. art. has: 4 figurls, 1 formula
SUB CODE: 20/ SUEN DATE: GZALr,,,()E
Card 2/2
0
essentially with those pub-
transition point differed
lines shifted in linear
practically no shift. All ob'.
but the broadening of the low-
with increasing temperature.;
the high and the low frequency;~
Its. The vanishing and the in- ;
rules, and the broadening!
+h the increase of the inter-
nd the interaction between th a
the.crystal. The authors thank
nd also V. I. Mursin for valu-
and 2 tables.
ORIG REFJ 012/. OTH REF: 005

6!6lfCliTplSKlYp V.
IS
-)USHCHINSKIY, V. "Manganese ( rganic synth( sis of branched oaraff in
hydrocarbons ranging from Cl() t~,. C 22 - Moscow, 1955. Mn Higher
Educ~tion USSR. 'Mose-ow Order of Lenin Ghfmicotechncl-wical Inst Imeni
D. Ii Meildeleyev. (Dissertation for the legree of Candidate of Chemical
Sciences.)
SO: Knizhnaya j~etopisl No. L'16 42 IlLvember 14;5. Mr.)sc,--w

I - rln77r-7T- - - , " -- .
- f, - -'~ -V '711
. I--- . ~ - .-- - - , Uf -~,- M-Mi ~ !~~ ~Tt - - . ~ -1-Iri --
I -- P , - : - -- - - -, ~. . - ~ . - 1-- - , :- z -- , -,-" - - L
~ 1-1 " ~T ". 't , Tz- fic. 1
..tl Id" -4

?AAtM-;;0,, IMOP'1419,W-~rd TJ C. At
~ was added a little Cfh. CM.C.,,C,,
;'--tI,m had commenced, gL sebi.
W1906-5v-; L dit 74
AcOMe ia 1.5 1. Etto yva!s added a
gave
63% tertbtrY alc -, CidtuO, ba 90-1 M SWRI
bich hydrngenated oven Raney NI
atm.
to the -c b~ 86-7'. ,-o' 1,4312
t 7 i~ d5 O-q.' -ich
Teat"! -ith HCI AE 0' gaVle the , 'J~ ride Irj,'j;h
7" -V rsl* ija5c,. d~ O_ga-17 b12
i -Itilied,
AS
(F--ted -ith 8 9. iig y0d~(i as a main prod
an ';kfitz, bu 9"', 0' 1.4490, dw 0.80M, _L h h3r
D 0-
genatcti To )S-4
1,43-52 (1~ 0 7,912 Tmatment ()f I ?,Djj p ime with
I ru
Mg (73 a 2S abOvr. 9-Av, 142 g.
aexen-J-a, b, 461, u,, 1.4&r2, d,, 0,8511
-)x, 1 ic,, ,i
gave WSW and a Phydroxy acid, m. L41'
- L 4 ~ 49
W111ch treated with RCI at 0* gave but 0.5% yjId
Of the O~fve$Paruofirzz 4ihnVc and 90% ijic~joyide, tz- 1.4710.
d:* I.M3, hydrogenation of the ak g;tve the
.all]!!",
-,1M1 d. 0,8393, identiAe a,,; 1, 2 "f
C&Iarj* lj,~ ULG4.5'j ~ x17-1-+4Wx -Qz%
!),v-7s. this W-S,Oaaaqo.,-~ g. I with 43.6 el-Idar wl
Z#% rj-p., C,,H:s, his 9'2Z*, Irt I
4W--il z
- !-_-led 10 3C, 2.2,3,3
5,5'-60, %W 1.446( ropane with -13 9. ldi: and -JC-.2-
gjqI-3-cLlOrDv
~~`,-InE n'60 1.43W. d.-. 0--7,43, -~Yhkk'.
7e
gmmd 'to b- IT'--4*
z
E71~42do. d-- 0-7621- 2.2,3.&-Teiraintthy[-3~~e~-
61 2-2 g. 'Nfg gzvc; an e!li4
aae,
hi'd-
27 ~.,i b, 641-8*, r*D 4521 d,~- 0~5" which
(11). hip
j -go pxepd. as follows' 4'-
- ~ Ll was a]
_4
'b~ S7', nV 1-4370, d~ j),84t3;3. prepd. bj
""n" ,v,
hydrogtrau "f tr,-ttcd
4 d:a 13%1~1110~
yieldivg tilt C'Woride. 0~
to
i -Ith I in the preset -
E,5,dv~-'
15,218 d-, O-qG6&, wh
b". '14-t-) 0 Ref, dou
j5C-;,7CO--ZAC and e,4 g. - 9 rPIT'.
IAC";71 d- D tie-ftv--
Ct. ~ , ;,, - , .
: t i,-, j iltb
vvt~
12',
4*S

of

I V 2-
USSB/Organic Chemistry Synthetic' Organic Chemist 3-2
Abst, Journals Referat Zhur - Rhimiya, No 1. 1957,t3
Authori Petrov, A. D., Sush
Institution: Academy of Sciences
Title: Tertiary Mono- and Difl
V, L., ~nd Shebanova, M. P.
Original
Periodical: Izv. AN SSSR, 1956,~No 4, 510-512
Abstracts The condensation of ter;iary mono- i
CHCH2CI (1), CH2 = CH2G12Cl, and Ca~,
of Mg has been investig ed. It is
to Itimes higher than irith the cor
starting (CH3)CC(CH )2F (,-)j (CH3)~
(CH ) CC(C H7) (CH CH -C
&]d L(
3 3 3) 3CH2
us ~reactor and ondenser)j -
apparat
ice and acetone; anhydr us HF is ch
tion of the olefin is s arted (mixi:
The excess HF is removi by passing
Grignard-Type 0~ntheses
d difluoroalkyle with CH2
a C(CH3)CH2C1 In the presence
hawn that the yields are 2.5
sponding chloroalkyls. The
CH3)2F (III),.:
C(
"C)F are produced in
R3
e reactor is packed with dry
ged at -400 and dropwise addi-
temperature is not over -300)-
stream of N2 through the reaction
Card 1/2

79-2-42/58
AUTHORS: Petrov, A. D.; Sushchin kiy, V. L.; akharov, Ye. P.; Rogozhnikova, T. I.
TITLE: :E~ynthesis of Branched A iphatic carbons of the C10 - C15 Composition
~
Z

t
I
by the Grignard and Gri ard-Wu
actions (Sintez razvetvlennykh

alifaticheskikh uglevo s
rodov sosta
v C10 - C15 po reaktsiyam. Grinlyara
i rjrinlyara-Vy-urtsa)
PERIODICAL: Zhurnal Obahchey Khimi 1 1957, vol 7, No 2, pp. 467-475 (U.S.S.R.)
ABSTRACT: It was established exp rimentally t at allyl halides even with highly
branched ketones react normally. is fact makes this reaction suitable
for the derivation of ranched hydr carbons having one or two quaternary
carbon atoms. It is a own that Mg
alide isobutenyl reacts even with
higbly branched ketone resulting
; the formation of homologous tertiary
alcohols. 'The condens tion of sat ated tertiary alkyl fluorides was real-
ized and by the Yavors iy method us ng allyl halides. The fluorides
compared with chloride of analogo s structure gave 300% more hydrocarbon
yields. It Is shown t at the hydr carbon yields (hydrocarbor-: eynthesized
Card 1/2 by the Grignard-Wuertz method) inc ease by the introduction into the alkyl

SUSHCHINSKIY, Ye.N,,~, entomolog
A fly in tb-w ointwnt.
Ag 163.
Uishch. rds . ot vred. i bol. 8 no.8t63
(NLRA 16slo)

SUSHCHINSKIY. Yelio-
i
0 1 --
Suc,,esstul coope-ratLon of Ss-l-antL-sts jith agriculture. Zashc!h.
i-asl'.. ot vred. i boL. 9 no.106-58- `62+6 OIUM 17-34)

VASILI)M,V, I.A.; PETIIZHAK., K.A.,
Determination of absolute
counter. Prib. i tekh.eksp.
1. Leningr*dskiy takhrologicheskiy
(Nuclear counters)
SUSHCHKOVSK Y V.D.
SU~"CHKOVS" Y V 'D*
activity means of an end-window
ans
activ_t~ -
6 no-4: 9-42 131-Ag 161. (MIP-4, 14:9)
,sp_ 6 no 4- 9-
RaTd-M-Me
Logiche ~y st.
(Radiati --Measurement)
9 ti

3UTO-XCF,LjK, A. S.
A. S. SUSINCIMY11 ."Sa-licon s abilitrons.'t I- Sc2'~entific Session Devoted t'o
"Radio Day", May 1958, Tru v-izc;at, I'Iosc~w, 9 Sep. 5b
The state of the devalopme
both domestic industry and in t
Parameters and characteris
put on sale by the domestic ind
stabilitrons now in production
SG-2., SG-3. in their stabilizin
dependence of the voltage stabi
ducing instruments with a volta
or less than in voltage stabili-
Results of investigations
ments are presented (according
s of stable volt analogs on a silicon base in
foreign literature is discussed.
cs of 7 - 12 V silicon stabil-itrons, already
try, are presented. The silicon
not yield to the voltage stabilizers
properties. However, the iemperature
zation is 1 rger. Prospects of pro-
tenperatur behavior of the same order
rs are anaill, zed.
the time c ange of voltage in instru-
data from he literature)

2237 sushchlik, LE,
Sad KuLkhoza Imeni Lenina. (Shkotov kiy Rayon). Broshy=a Podgot. K IZD.
A. I. Lebedevym. Bladivostok, Primor, K.N. IZD., 1954. 27s- s. IU. 20sm.
(UPR. s.-Kh. Propagancly Primor. ER Ayev. UPR,, So'. Isko-o Khozyaystva). 3.000
0 0
EKZ- 35k.-
(54-55982-)P 04.1/7st (57-341)

AlZT2iWG) D.Ye.: BEL-,,,VTSEV, YtI.N.; LLRDUl,.'Oj', I.N.; BORISENKO, S.T.;
BULYR, G.A.; GORLITSHY, B.A.; DO GAN , M.1.3 ZAGORUYKOY
L.G.; KAZAKOV, L.R.; IALYCYFV, G.I.; XARASIK, M.A.; KPLUAll,
V.G.; KISELEV, A.S,; RAGUTIE', P,.K.J LAZAUDIKO, Ye.K.;
LAZARENKO, E.A., LP.*.'I~ SKIY, E.M.; IAPCHIK, F.Ye.; IJAStKOV,
V.A.; LEYMESHTEYlil. RALAKHOVSUY, V.F.; NITKEYEV, M.11.;
PRUSS, A.K.; SKARZHllj'3KIY, V.I.; SURIDIN, S.A.; SOLOWYEV,
i . ' 'I 'EPLITSKAYA, N.V.;
.I.; STRYGIT', A.I.; "Ll
F t4,4UUl' ) I
FEUfUSHE4, S.Ye.; F011INKO, V.Yu.; HKOLA., T.N.; SHTM,1OV,
A.G.; YAROSHCHUK, M.A.; ZAVIRYUKlliltfA, V.N.., red.
[Problems of metallog
genii Ukrainy. Kiev,
1. Akademiya nauk
ny in the UkJaine] Problerry metallo--
Naukova dumk4, 1964. 254 P.
T (MIRA 18.1)
Kiev. Inst~tut geologichnykh nauk.

C^'

PHASE I BOOK FITLOITATICS SOV/5078

Aladenlya nauk URSR, Kiyev. Instytut'elektroz varyuvannya
Voodrenlye novy" agoaobov avarki v promyshlennoat'. abornik statey.
VYP. 3. (Introduction of New Welding Methods In Industry, Col-
lection of Articles. V. 3) Kiyev, Cos. Izd-vo tekhn. lit-ry
ucrzu, 1960. 207 P- 5,000 copies printed.

Sponsoring Agencyx Ordena Trudovogo Xmsnogo Znamani Institut
slaktroavarkl Imeni akademlica Ye. 0. Paton& A"46211 nauk
Ukralnakoy SSR.

Ed.: IL Pisarenko; Tech. Ed.: S. MtUSOVICh.

PURPOSE: This collection of articles Lis intended for personnel in
the welding Industry.

COVEMEt The articles deal with the combined experiences of the
Institut elaktroavarki Imeni y&. - 0. Patona (Electric Welding
Institute Imeni Ye. 0. Paton) and several industrial anterpr1ses
In DOITIng scientific and engineering problemu; In welding
technology. Problems In the application of new methods or Me-
o3lag welding In Indust" are disc osed.
hanIxed welding and I.crr u
ftis Is the third collection f articles published under the same _.'r
title The Foreword was written by B. Ye- Paton, Academician or
the A;ademy of Sciences Ukrainian SSR and loenin prize winner.
Tbare are no reVerencea.
TAU3 OF CONTMM:
re t hnIcal Sellencefil,
1A h I

_
'
!
-
-Z; '
"r
':c
sh - __9'
A
~
t
.
:
1.d.
~ I
.
hnIcal Sciences,
r
g jli
d
_l.
Bloc stitute Ilmenl Ye. 0. Patonj.
z
zh.'~jULk.ty-IC&ndldate of Technical Sciences,
la
!

look I nauchno-inalodavatel-skly trubnyy instItut
t,
t,
p
ju
4
(Ukrainian Scientific Researc h Institute for the Pipe
Industry)J, and
j__A.__Zrjkk& ( Chief Engineer. Chelya-
_
b1nekly truboprokiLtnyy zavod (Chelyabinsk Pipe X111)).
leis Processfor h-oducing I.Lrge-Dlamaeter Straight-Weld
&m'MkU__w T-- I ft- inear-1 I D X Rabicin (Candidate or
technical Scion f. NEtc car, Electric
Welding Institute Ise Ye. 0. Paton] V. A. Verchenko
,zoginear of the Trust 'Prodmontazh" jTruat; for Installa-
tion of Food Indust stabliahzent3)1. and ~
.~trgnorod-
~ii'
jKjzJ.fomerlY Chief gineer of the Bol'shavik an
Experience In the Successful Welding of Aluminum and Its
Alloys
AaSpnbe
0-[Engincerl. ' N A_j zagineer) ,
tia-rift-A A Lc Welding
4Ay,us'~_renko fling ear, Elect
. ~. ton]; 1. a. - - [Chief
XOchasic, B*190rcdskiy toomentnyy tavod Belgarod Cement
?'"01- A-L 1AMY-tChief of the Welding Engineering
Department, Xrasnoyarokly zavod "Slbtyazh="hw (Krasnoyarsk
Slborisn Ut&YY ftch1norY Plant)], ari V. a- Xotlyarov
DGVuty Chief Process Engineer Syzranalciy zavod 'Tiiihmash-
!3yzr&n' Kd&vY Machinery Plant5l. Rlectros2ag Welding or
X&rge TYP6- 35L Steel T16-Ringg for Cement; 1.1ina
b
ad
d P fCandldate of Technical Sciences, Electric
In. ~T~
ute lmeni Ye. 0. patool, A._j,_AjAkj&'UX
Truest Urmlltal'iconatrukt.lya (Ur.2 Fabricated -Steel
kon:ttrullittwelW 3. Tu. Rabipovich [Treat Dneprostal - a
Ym(Dnept' Fabricated-Steel Trust)]. ZXPerlenc
in the MOchaniz4tiOn Of Welding j0perstlonal in the Srgc-
tion or motialic structures for a Slast-Purnace Plant
154
i
194

25 (i)
AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
67701
SOV/125-60-2-3/21
Voloshkevich, 111.Z., and S4�494 4ka
On the Accuracy of the Ditensions of Work Welded by
Means.of Elect,ro-Slag Welling ,(
Avtomaticheskaya svarkaq 960, Nr 2, pp 34-4-3 (USSR)
The article cortains deta led information on the methods
of accurate coupensation or displacements of parts be-
ing joined by the electro slag welding process. The
essence of the method is ~~e creation of a constant
moment of resiEtance to t e displacement, by the weight
of the parts aid the use f supports (shown in diagrau
Je
figure 2). The method is ractised for welding the
s
tires of cement kilns on rection sites, and was applied
for welding thE 400-mm. th ck and 900-mm higb kiln tires
11
ol the Vollskiy tsement zavod (Vollsk Cement Plant).
The pertaini~6 calculatio s are giv-en ana expr91=ne)y
j
diagrams. Aftel test welding of a full-size specimen.,
Card 112

VOLOSEKEVICH, GA.; KHELUNDZHI V.M.; SUSHC~K-SLYUWMO, I.I.
Reconditioning the st
13 no-7:76-79 Jl
1. Orden Trudovogo Kr
Ye.O.Patona AN USSR.
(Powrer presse
(Blectr
d of athree
nogo ZnamenilInstitut
-Maintenance
welding)
ton hammer. AvIlomeavare
(MIRA 13:7)
elektroevarki ims
and repair)

S/125/61/000/008/006/014.
D040/Dll3
AUTHORSt Sushchuk-Slyusarenko, I.I., and Postovalov, Yu.I.
TITLEt The manufacture of a welded cylinder for a 7000-ton hydraulio
press
PERIODICAL: Avtomaticheskays. sfarka, no. 8 1961, 62-64
TEXT: On account of the frequeit breakdown and consequent pre-schedule
withdrawal of the cylinder of a 7000-ton prass installed at the Nizhne-
Tagillskiy metallurgicheskiy kombinat (Nizhiiy Tagil Metallurgical Combine),
efforts were made to improve the system us9l for preparing these cylinders.
In order to increase the life of the cylindars, it was decided to join the
shell to the insert bottom by electroslag wBlding and to use 35 steel for the
preparation of both parts. Previously empl)yed 35HM(35NM) steel was found
to be insufficient for this purpose. Close attention was paid to the condi-
tion of the welding equipment; : 'n order to prevent deformation of the copper
tube through heating and to guarantee the a,,curate positioning of the elec-
trode in the gap during welding, the copper,current-conducting part of the
tiD of the welding torch was fi,ted with st e1 stripse A water-cooled slide
Card 1/3

S/125/61/000/008/006/014
The manufacture of a 'Welded cyllnder... I D040/Dl13
bar made of copper was used to
Welding was started in a pocket
welding up of the sea!'n. This po
down on time used at *the beginn
ticular attention was paid to k
was considerably.redu ,ced owing
traction. After welding 2.5-3
the withdrawal of iron oZcides.
out with the aid of a n CS -10r-
(AN-8) flux. The followinp! sys
electrode wire - 195-200 m/hr;
mm; speed of transverse oscilla;ions
the electrodes were '-'eld near
ing process - 2 3 hrs.. After a ,
ed cylinder. It was.decided to
za7od tyazhelogo mashinostroyenya
back into operation. The repai-
than 50,'000 rubles and considerably
old the sla and metal baths in position.
which was enlarged in accordance with the
ket helped ;o reduce metal wastage, and to cut
ng of the weld, In the welding processy par-
eping the s..ag bath at a certain depth, which
o the reduction in the gap due to metal con-
of the wel , the slag bath was removed for
The welding of the circular weld was carried
(Sv-lOG2) ?1ectrode wire under an PH -8
em was used voltage-46-48 V; feed rate of
umber of el?ctrodes -3; slag bath depth-45-50
of the electrode - 39 m/hr; time in *1ich
!he rims - 5 see; duration of the entire weld-
rear' s opera .ion, a crack appeared in the meld-
have the cy-inder repaired at the Urallskiy
(Ural Heivy Machinery Plant) and then put
work on th? cylinder helped economize more
reduced1the idle time of the press.
Card 2/3

The manufacture of a welded oyl~nder...
There are 3 figures.
ASSOCIATION: Ordena Truclovogo Crasnogo Zn
Ye.0. Patona AN U)SR (Elect
the Red Banner of-Labor" im.
Slyusaienko, I.I.); Ordenov
vogo Krasnogo Znaneni zavod
the Red Banner ana the Red B
SUBMITTED: JanuarY 31, 1961
S/125/61/000/008/006/014
D040/11113
eni Institut elaktroavarki im.
c Welding Institute "Order of
e.O. Patona AS UkrSSR) (Sushchuk-
nina, Krasnogo Znameni i Trudo-
almash ("Orders of Lenin, of
ner of Labor"- Uralmash Plant)
Card 3/3

DABAGYAN, A. V.; ROZMERG, 0. 0.; SUSHC -SLYUSARENKO., I. I.;
USHOt
GKMLII, S. I.
Vibration strength of welded hydraa ic turbine shafts determined
7dra i
by modeling. Avtom. evar. 15 no.11:37-43 N '62.
(MM 15:10)
1. Kharlkovskiy politA okhnicheskiy Lnstitut imeni V. I. Lenina
(for Dmbagyan). 2. Ordena Trudovog) Krasnogo Znameni Institut
elektrosvarki imeni Y . 0. Patona I UkrSSR for Rozenberg,
Sushchuk-Slyusarenko) 3. Kharikov ki3r turbinnyy zavod imeni
S. M. Kirova (for Go n
).
-Weldi
ng
c turbines~Models)

L)
AUTHORS: Voloshkevich, G.Z.
TITLE: Electroslag weldin
turbines.
PERIODICAL: Avtomaticheskaya s
32959
25/62/000/001/006/011
6/D113
sarenko, I.I.; Khrundzbe,V.14.
of the run ers of radial-axial hydraulic
rka, no. 11 1962, 46-58
TEXT: The authors describe a te hnology whl h they developed for manufactur-
ing a 120 ton runner for a 225,000 kw turbine for -~',he Bratskaya GES (Bratsk
Hydroelectric Power Plant ) by joining the separately-cast blades to the
upper and lower crowns by electroslag welding with a consumable electrode-
holder. The runner could not be cast in its entirety because its shape was
too complex to permit obtaining ). high-quali y casting of the required pre-
cision. The Water Turbine Offic(3 of the LenLngradskiy metallicheskiy zavod
(Leningrad Metalworking Plant) h,d originally suggested using electroslag
welding for joining the blades t) the upper 3rown, and manual welding for
joining the blades to the loaer ;rown. The blades were held in position
while being welded to the upper roun by nor al n -shaped clamps joined to
the blade by heavy welds; a -Dro-o)rtioned cou teracting moment was aD-olied to
the blade edges during welding b pre-tensio ed spring clamps (Fig.2). The
Card 1/

Electroslag welding ...
32959
S 125/62/000/001/006/011
D 36/D113
general arrangement of the blade and upper c cy- is shown in Fig. 4, in
which(l) are the spring clamps vie] ded on to givei, points on the blade, 2)are
the normal H -shaped clamps for holding the lower end of the blade,O) are
glass fiber inserts for insulating the consuriable electrode-holder and(-')is
a clamp which is welded on to the blade and -1rhich thrusts against a boss on
the crown. The latter clamp prel-ents the blade edges bein.- displaced in the
upper part of the butt. The position of the outlet edge of the blade was
U,
taken as a base for tile assembly The welding conditions for welding the
blades to the upper cro-,-,n were as follows: welding voltage 43-46 v; fe~3d of
0
welding wire 160 m/hr; number of wires - 2; epth of slaS Pool 45-50 mmm. The
welding was carried out with an A -545 (A-5 15) welder, A H -a (AN-a) f iux,
E'B -10 1-2 (Sv-lOG2) welding wir(~ and an 8 mia thick consumable electrode-
holder made of eT.3 (St.3) steel One butt -,ook C' machine-hours, the total
'time required to assemble and weld one butt Deing 3.5 hrs. 3efore -i-.eldiinp
on the blades to the lower crown the edges of the blades were trimmed by a
special P -930 (R-930) device, In which the cutting torch could move along
its axis along guides parallel t the genera rix of the internal coni,-ai
surface of the crown and at the lame time tutn about tile runner axis. ".1"hen
Card 2/ ~ ~

32959
S/125/62/000/001/006/011
Electroslag welding ... D036/Dll3
assembling the lower crown and blades, the lower crown was clamped by thrpa
struts of refractory steel (Fig.1) in order to preclude geometrical dis-
tortion caused by welding stressEs and subsec 'uent heat treatment of the two
halves of the crown. For weldint the blades to the lower crown, a manipu-
lator held the runner at an anglc of 450 to the horizon. The welding con-
ditions were as follows: welding voltage - 14-47 v; fe of welding wire
177 m/hr; number of wires - 2; bian f weldi ng wire - ve-10 1- 2 (Sv-10G-,-)
depth of slag pool - 45-50 mm. In 6T03 (St..) consumable electrode-holder
8 inm thick was used. The weldinE took Vro machine-hours and the total
time required for the assembly ard welding ol one butt was 3.5 hrs. An
accuracy of 1 mm was achieved in the radius (if the inner surface of the
crown after welding. The concluzions are as follows: (1) A flexible attach.-
ment by spring clamps may be used in additiOTL to a counteracting momenf, for
obtaining accuracy of the measurEmentsafter welding, in addition to a
counteracting momant; (2) The .1recision of the dimensions of a welded-ca-st
runner is determined by the precision of the blade blanks. A considerable
number of errors in the blade di]ensions can be comDensated for during the
assemblyi (3) Use of a flexible attachment for manufacturing the firsi;
welded-cast turbine runner for tle Bratsk Hydroelectric Power Planb, allowea
Card 3/1

32959
S/'125/62/000/001/006/oil
Electroslag welding ... D036/D1l3
the accuracy of manufacturing the runner to be increased several times in
comDarison with a solid-ca3t runn ri (4) A Is e cial gas-cutting apparatus
in,~, th b - ot._ed with the low -own.!
should be used for trimm e ade edges _~ne _. er n--
(5) Welding the lower ci ~e blades sh3uld be carried out by thti
electroslag method. The costs of making T-joints,with a conical axial SLL-r-
face dG not exceed those incurred when weldin- thd blades to the upper -trown-
There are 11 figures, 2 tables and 3 Soviet r3ferences.
ASSOCIATION: Ordena Trudovogo Krasnogo Znameii Institut elektros-axli im..
Ye.O. Patona AN USSR (Electric gelding Institut,~- "Order cf
Red Banner of Laborl im.Ye.O. Ton of the AS UkiSSR)
SUB:.1ITTED: January 31, 1961
1
bard 4/1 It

SUSHCIiUK-,c')LYUARENKO$ I.I.; LYCFKO, I.I.
Characteristics Gf the melting of ~
electric slag Qelding with a cqps-w
svar. 16 no.8:79-82 Ag 163.
Ltion cushions during
electrodi. Avtom.
(MMA 16:8)
1. Institut elektrosvar~i imeni Ye.q. Pa:tona AN UkrSSR.
(Electric weld~ng-Equipme# and supplies)

SUSHCIIUK-SLYUSARENKO,,I.I.; VtSYUCHKOVp V. .
r
International exhibition of weldi g equipment in London. Avtom.
svar. 16 no.10:90-96 0 163. 1 ()URA 16312)

SUSHCHUK-SLYUSARCINKOP I.I,
Deformation compensation
17 no.1;28-33 Ja 164.
I.w:.. .- 1. Im9titut elektrckvark~
in ele c slag welding. Avtom.svare
ilri (~ff.RA 17:3)
imeni IPatona MI UkrSSR.

SUSHCHUK-SLYUSARENKO, I.I.;
Providing for the di
during electric slag
1. Institt~t ele
Slyusarenka' Kh
0
(for Shekhter).
NDZHEJ$ V.Mj'; SHEKHTER, S.Ya.
nsional acc acy of cylindrical articles
elding. Avtrm. svar. 17 no.2:77-80 F 164.
(MIRA 17:9)
rki im. Ye~.. Patons, AN UkrSSR (for Sushchuk-
). 2. Komm arskiy metallurgicheskiy zavod

L
k 'E ((f- M Pf-4 JD/HM
A L71H 101 RVoloshkevich, G. Z. Sush huk-Slyusarenko, I. I. L 01 1. 1.
TITLE: 7.1ectroslag weldinng_ ith a'parllally consumable 31ectrode tip
SOURCE: Avtomaticheskkya s--arka, ~0. 11, 1964, 82-85
TOPIC TAGS: electroslag we1ding, ireldingelectode, eiectraslag melti
ABS.rRACT: In present 'electroslig welding pe*ce-sses aeams are WiLded Ath
quantities of weld metal erceedLngr 1000 kg. andiwelding times extending to
30 to 40 hours. The Institute ofiglectric Welding has developed a'coiled wire
electrode tLD the end of wiich is allowed to melt into the wld metal
(C. 7. Voloshkevich- -Flec~rode for Slectroslag, Weldinsf'. dc3cription of
inv2ntion, author's certifLCGLe '40 1311847, Ryjlleten' ~zobr2teniy
/-Fu'letin Df Tn%,enti-~risT 4o i8. 1960).
Instead of USLnj adjustm nt de,ice.,, the pr)per Eeeding of the electrode
wire is governed by the L'act, that the electrode tip almost reaches the slag
bath, but as a rule does n3t touch it. When the and of the tip become
exce9sively eroded, the level of the ,;lag is raised 9light',y and the worn end
~'l ne~(ed off. C~perating time of tir, tiP dep~erufs on the length
Card 1/3

L 33543-65
_AOGES541OU 149'. 05WRIV
of the melting part (lifetime ca)~ be J~(jjjjaje4 considerably.44 COMPAEV ~W
that of constant-contact control 'tips). 7
The new method differs frog welding with a consumable tip in that the
par"~311Y Melting fiIP i9 simple ~n make and needs no expensive or scarce
materials. After 3e%erai welds the e-lectrode Lip IS fesLoied by manual'
y
nPw -e,Iarea,_Ie en! sec-.(- ~s much simpler than maintenance of a
Fr..r -(-mpa-~at i ely par, iaily Me!t In?, tLPS. MeLI.Lng Can Oe aCCUM-
!o the slide lar.
i tO 11319C
S,il-e L-ar w-,,,h cespec.- to the feede, mechanism carriage and the tips.
During melting of electrode wire the current-carrying plate of the
bottom tip is allowed to overhang1the slide bar, since eircessive departure -~f
of the electrode wire from the al de can resul~,t in Locez! incomplete melting
o f he parent metal edges, The etectrode wire can be ~:ept close to the bar
rho Mpni.-Icus ;-)r, zhe gurfnee of the slpv
if the plate is toward
t he Lriside oE the welding space the level oE the slag tatrL surface can De
-w I he 7~:D t hP 8, e 1,ur the Rnd ?F the tip ii ~rodvad much more
y and rcquireq more frequeht ronlan-p-mant- A stf
Ap of metal 4 to 5
wide is welded on thip other side of the tip to strengt1han it. The area of
7,
P ary..
VG~ "t-v, -~nriitions and chould

3 --6
ACC 'J'S S 10 N' '.."RA
be LBO to 200 m,,2.
The fusible length of the t4p is calculated to be 15 to 20 mm per mete?
of aeldment. Wben welding with th4 partially melting tip there is a sharp
ir,.-,r-ea!3e in the quantity of molLen filler metal when the tips are being meited.(~?
Electrosiag weiding With a consumable tip is considered n this papeE ORIY
frf-m he s t andpo ;in[ of the quent i t y and the rate of feed of the electrode wire.
--i, ~! Ins - a,i,e 9 when he t i.p ,,3 being raelted (onc-t per 0.8 to I meter
-fife te P~'! 31," cr-a(-k.%. Howe ve r
A P T a-r, -~8 -Arx formarion indicaces Lnat a brief
ISSWIXTiON: institut elektr-osvarki Ira. Ye. Z;. Pat,oza Ci VKr6.SR ~in5titute -i'
Electric We-Irling, AN U M. S. Ordzhofiikidze,
-EU=SU
SUBMITM: 22Ma taiu1j: QU SUB CODE: M, M
Y64
NO RhT Sm. C,~~ OTT=; ~ow
C

L 24439-m66
EWT(m)/FdP(v)/T/ENP(t)A~P(k)
ACC NRt AP6012279 (N) SOURd UIR/0125/65/0-00/011/0025/0027
AUTHOR: Sushchuk-S usarenko, 1. 1. Lychko. 1.
0RG: institute of Electric Welding im. Ye. 0. Paiton
(Institut elektrosvark
AH UkrSSR
TITLE: Optimum conditions for elect-oslag welding where accuracy'-is required in the
dimensions of the finished product
SOURCE: Avtomaticheskaya svarka, no 11, 1965, 2 27
TOPIC TAGS; electroslag.welding, st ctural stee., welding technology
ABSTRACT: The authors study consuma)le-tip elect slag welding to determine optimma
conditions for a high quality joint i-ith maximum ccuracy in the predetermined dimen-
SLons of the finished product. The )asic paramet rs considered are voltage, fe-A rate
of the electrode wire (or: welding sp!ed), number electrodes, width of the weld gapq
depth of the slag bath and thickness of the cons able tip. Since the depth of the
slag bath, thickness of the tip, and to a certain extent.the weld gap are independent
of the other welding parc~meters, the;e factors we re assumed to be constant. It is
shown that an increase in the feed rite up to a certain critical limit does not pro-.
duce cracks in the joint,even when tie counteraction is high. Cracks appear in the
joints at rates above this critical Limit which decrease as the counteracting moment
IC: 621.791,756
Card 1/2

L 24439-66
ACC NRt AP6012279
increases. A critical feed rate of .20-140 m/hr (for thicknesses of 150-500 mm) Is
recommended for preliminary calculat.ons on the asis of the experimental data. The
following parameters are*recommended for maximum ccuracy in the final dimensions when
consumable-tip electroslag welding I; used for j ning structural steels In thick-
nesses of 150-500 mm: welding speed--0.5 t 0.02 z/hr, voltage--46 ' 1 v, width of the
weld gap--28-30 mm, depth of the s1 bath--45-50 mm , width of the consumable tip-4-6
mm, distance between eledtrades--50-30 mm and n e c rodeo--n = (6-40)/d where
6 is the thickness of the metal in mi. A11-8 flux should be used. The temperature
field is measured for determining deFormation du ng welding and a diagram of the qua-
sistationary temperature.field is giren. Orig. has: 2 figures, 4 formulas.
SUB CODE: '13/ SUBHTATE, l4Maj65/ ORIG REF: 004/ OTH REP: 000
Card 2/2Jda-

ZHDAI--.OVI, Nikolay Yefirovich; SUJHCUhr-SIYTJSLI14NKO, Z., red.; SERGEYZV, V.,
teklin. red. i
[Organizational work is the most imp5rtant problem; from the
present-day experience df Ukrainian -xade-union organizations]
Holovne toper - organiZ&tors'ka robo'A; z dosvidu roboty prof-
spilkovykh organizatsii Ukrainy. Ky v, Derzh. vyd-vo polit.
lit-ry URSIR, 1960. 46 p. I (MIRA 15: 1)
(Ukraine-Trade uniops)

MOSKAILETS, Konstantin Fedorovi,.h [Moskaleta K. ;-SUSHCHUK-SLYUSAREIIKO,
Z., red.; KCPITKOVA, N. [Kopytkova, H.], tekhn.-red.
[Trade unions of the Ucraine st __--~e for the carrying out of the
seven-year plan ] Pr f ilky Ukrai v borotibi za zdiisnennia
sewichky. Kyiv, 1):r h.vyd-vo po t.lit-ry, 1960. 89 p.
(MIRA 13:6)
n
(Ukraine--Trade uni~q) (Efficiency, Industrial)

CHUMACHENKO., I.N.; RAKBYATEZH,'NOV, U.; 5.t
N.Ye.; PONOPA'REV, V.G.; FOKEYEV,
PROTIKOVSKAYA, S., rtd.
(Recent developments in the use
Novoe v primenenli milnerallnykh
I
vo "Irfon" 196/.. Al P.
ENIT-SA,. B.A.;. KUZNETSOVA,
I.; ERGASHEV, R.;
mineral fertilizers)
brenii. Dushanbe, Izd-
(MIRA 18-1,)

SUSHENIYA, L.K.
Quntitative data on
Nauch.dokl.vys.shkol;
'iltration fe ding of planktonic crustancennse
biol.nauki nt.1:16-20 158 (MM 11:8)
1. Predetavlens kafe0roy zoologii
universiteta im. V.I.ILenina.
(GLADOCFM)l
Belorueskogo gosudarstvennogo
I I

I - - --
SUSHIUTSEV, S.
I
Each violator should be sum oned. Za bezop.dvizh. 3 no.10:1-2 0 160.
(MIRA 13:10)
1. Nachallnik 5L-K, deleniya Otd la reguUrovaniya ulichnogo
dvizheniya g. Moo (Ylaffic violatIons)

AUTHORS: Sazonova, I.S., Khokhlova, T.P., Sushentseva, G.M.9
and Keyer, N.P.
TITLE: Catalytic proptrties of t tanium dioxide and its
solid Bolutiont
PERIODICAL: Kinetika i kataliz, v-3, 0.5, 1962, 751-76o
TEXT: The authors investigated he 'catalytic decomposition of
iso-C H OH on TiO and its solid solu i6ns with Wo and Fe
3 7 2 3 203
The decomposition was followed by the measurement of electrical
conductivity of the catalysts. The reaction was mainly dehydration
of the alcohol with the formation of ~4-99*.6% C34' 5-0-45% H2,
and small amounts of Co, CC2 and 02, ~ It was carried out at
16o-455 QC with 9 ml of catalyst and lobed rates from 0.1 to 0.6
ml/min. Results: dissolution in TiO Of W03 (0-5-1-0 mole %)
decreases considerably the ictivation energy of its electrical
donductivity aud increases its cataly ic acti'v'ity. The readtion
temperature and the activation energy decrease markedly, the
reaction rates at 200 *C being greate by 4-6,orders of magnitude
Card 1/2

S/195~~2/003/005/005/007
Catalytic pr Ioperties of ti ~Aniutn ... E075/E136
for the catalyst containing-'dissolvedl"03. Ti02 with dissolved
Fe-)03 has a lower electrical conducti ity ana catalytic activity
than pure Ti02, but the changes produ ed by the incorporation of
Fe0_03 (1 mole ~o) have smallir absolut value.s'than the changes
produced by the incorporation Of W03. Addit.ion of Fe203 (I mole
to Ti02 containing W03 (1 Pole ~o) can els cohipletely the catalytic
and electrical changes produ?ced by th addit"lon Of %103 alone to
Ti02. This indicates that the mechanism of action of the dissolved
oxides is electronic. The.,*nfluence f the electronic structure of
Ti02 on its electrical properties andichanges of the electrical
conductivity of the catalys s during adsorption of isopropyl
alcohol and propylene and during the dehydration reaction, indicates
that the mechanism of the reaction is electronic.
There are 7 figures and 4 tables.
ASSOCIATION: Institut Kataliza SO AN SSR
(Institute of fatalysis SO AS USSR)
SUBMITTED: July 1
Card 2/2

5ul t"
BAKAYTN, V.P.; BTJBOK, K.G.;
DROZDOV, VJ.; DCRC
KARGOPOLOV, I.G.; N
LOMAKO, P.IF.;,MnM
OL'KHOV,.N.P.; OSIl
PODGHAYNOV. S.F.; I
SHMYNIN, A.P.; SPI'V
SYMW, P.S.; TROIT
SHEKTAKINO N. I.
Nikolai Konstantino
Mr-Ap '55.
(Chaply,g
ARM, L.A.; BUNIN, A.I.; VoRwylff' K.V.
, M.S.; ZUIRILOV, S.V.; IGNATIYW, Z.A.
IN, D.N.; KOMAROV, A.H.; KURILOT, )(.S*;
A.S.; HI AYLOV, K.M.; NRMTINdVg.B.A.;
T.V.-, PAXH(V(Yvv Ya.P.; PLAKSIM, LN,;
LWlK,.I.I.;-ROZHKOV, I.S.; SAVARI, le.A.;
Ya.'-q,; STIIGIIT, I.A.;
A.V.-, USHIKOV, K.I.; KHARMM'U'&-
4OV., AM.-
L Claaplygin.!TSvet. met. 28 no.2:-57-58
(MM lo: 10)
Nikolai Kou~tantinovich,' 1911-1955)

u u
U I D t! L' 1 V I I
u -j :; u b a u u d t! d i, C 5
u u I a
i re 2 ; I vL~
m3 s s aD z) ns L, n o- D.,. -L1 j J 1: 6 Ti C L
u ;A L Li &.1 d U. s. 2 i L t!
0 UV A i T! Li t~ 0 t~ b
b c, u v x t- a b D D 0 UG L, :z co U; t, 0
A 0 -Y, Iq , ~4 a v & 0. .
L s I U, p 6 H v
~j 4AO-JP31PUY
ti vi L 1111 /800/1 t 0 'l-i S 9 1; 0 9t6OZO~d` )i N NO I S aDDY
7

"RM09V
C,j -d 2 /2

!U~YYER, N.P.
SAZQNOVA I.S.; KHOKHLOV4, T.F.; SUSHENT
Catalytic properties ol titaniup di ide and its solid oolutions.
KinJ kat. 3 no.5:751-760 RrO It2s (MIRA 16:1)
1. Institut kataliza S rskogo otd~leniya AN SSSR.
(Titani oxide) (Sqlutions, Solid)
(Catalysis)

A,GCF,--SION NR: AP4017637 S/0190/64/006/002/0258/0264
AUTHORSt Pudovikp A. N.j Hwatovap A. Aq Sushentsova,, F. F.1 Zorevap No Me
TITLE: Heterochain polymers with phosphorusand oxygen atoms in the main chain.
Polypliosphinophosphates and polyps-- hinates
P,
SOURCEt -Vy,*.qokomolekulyarrq*ye
TOPIC.TAGS: polymer, polyconda
alkylphosphinic acid ester..-all~
ethyldichlorophospli.ine.. polyphm
polymer
ABSTRACT: This investigation invo
polyphosphinates (PP)., the polymer
0
0 0
with radicals containing from 2 to
Card, 113
dineniya., v.1 6., no. 29 19649 258-264
on,, phosphirtic acid, alkylphosphirdc acidj,
Sphinyl dic~lorlde,, phosphoryl. dichloridep
()phosphate.,~polyphosphinate., heterochain
ad polypho4,hinophosphates (PPP) and
chain of s&ich consisted of links
10
0
nd
1 carbons, These polymers were obtained by

ACCE33ION NRs AP4017637
polycondensation of alkylphosphinic
ric-, alkylphosphinic-, and arylpho
conducted for 4-10 hours at-a gradu
molecular weight, softening point,
water and in organic solvents werei
which contained 4-8 carbon atoms pe:
were insoluble in organic solvents.
14 per link resulted in the formati,
possessing a low melting point from
and haVing a low flammability. The
raised the melting point by about 6
hydrolyzed by water (even at OC). I
allWlphosphinic acid esters and of
yielded only products of low molecti
ride was required to bring it up to
polymerization reactions were of thi
increased with temperature, as well
ZnC12, and AIC13, Orige art. hast
acid esters,
ihinic acids
. temperatur
id solubility,
Urmined. ~
link, disso!
An increase
t of polymer
.30 to -50C.
The
the mo
second o
Ls in the
dharts,
th dichlorides of alkylphospho-
The polycondensation was
rise from 120 to 200C. The
of the obtained polymem in
yas found that the PPP compound4
ed only in water and alcohols and
n the number of carbon atoms to
soluble in organic solvents,
Lisplaying good adhesion to glass,,
an aliphatic radical by benzyl
and PP compounds are rapidly
Llar ratio of the issuing
was 1:1, the polymerization
1-712). A 30% excess of dichlo-
was found that the investigated
and that the reaction rate
ience of such catalysts as FeC13J,
irmu.Las.. and 3 tables.
C~,d 2/3

ACCESSION NRs APhO17637
ASSOCIATIONs Kazanskiy gom
State University)
SUBMITTEN OlDso62
SUB COM CH
uni
DAT::Qt 23Hu
XO SOVI 003
imo V. I* Lonina. (Kazan'
ENCL: 00
OTHERs 003

SUSifXVSKIY. M.G.
- I.... .. .-
Letters from the Bruss,5 a World's Yakr. Zhivotnovodistvo 20 nro. 7:79-
93 Jl 158. ( agricultural ~xhibitinna) 01MA 11:8)

r
AUTHOR: None given
TITLE- Dissertations
PERIODICAL: Stanki i instrume*t, no. 8, 41-42
S/12 611000100810061006
D041YD113
TEXT3 V.P. Grechin presented ;he disserta:ion "Heat Resistance and Other
Wear Resistance Factors of Cas-, Iron and Alloys During Sliding Friction"
at the Institut mekhaniki Akademii nauk USSR (Institute of Mechanics of the
Academy of Sciences Ukrainskaya SSR) in order -to obtain a doctorts degree.
The following dissertation were presented for a candidatets degree:
"Investigation of Small-Module Gear-Shapers- by Yu.R. Vitenberg at the
Leningradskiy institut tochnoy mekhaniki i optiki (Leningrad Institute of
Precision Mechanics and Optics:; "The Effe t of the Structural and Techno-
logical Factors of Spot-Welded and Seam-Welded Joints on the Distribution
of Stress Caused by Load and om the Fatigu Strength" by B.B. Zolotarev at
the TsNII tekhnologii i mashin(stroyeniya TsNII of Technology and Machine
Building), "Investigation of S(rew-Nut Pai s During Rolling and Sliding"
by Kumar Basu Sushil at the Mo!kovskiy eta koinstrumentallnyy institut im.
I.V. S ow Institute of Machine ools and Instruments im. I.V.
Card 112

Dissertations
Stalin)c "Investigation of the Surface Ac
Ma,~hining Hard and Brittle Mat~rials Usin
thod" by'A.Ya. Vladimirov at tie Leningra
optiki (Leningrad Institute of Precision
Some Technological Factors on the Surface
by Means of the Disd, Periphery" byB.B. T
instrumentaltnyy institut imeni I.V. Stal
Tcols and Instruments im. I.V. Stalin)-, 11
Synchronization of Gear Changiag" by'I.M.
Lenina i ordena Trudovogo Krasnogo Znamen
ch~~ im. N.E. Bavmana (Moscow "Order of Le
Labnrll Highez- Technical S~.hool im. N.E. E
inz Process with an.Oscillati Motion" b
aviomecha,:~cheskiy institut iscow Autom
ter's note? complete translati
Card 2/2
S/12 61/000/008/006/006
D041YD113
iracy and Smocthness Obtained by
the Ultra-Sound Vib,.,ations Me-
ikiy institut tochnoy mekhaniki i
)ohanics and Optics); "Effect of
juality Obtained by Plane Grinding
)itskiy at the Mcqkovskiy stanko-
ia (Mn,~^mw Trs+jinite of Maohine
ivestigation of the Automatic
Chovanov at the Moskovskiy ordena
Vyssheye tekhnicheskoy uchilish-
'Ln and Order of the Red Banner of
iman), "Investigation of a Grind-
'TsAo Shih-Shen at the Moskovskiy
hanical Institute). EAbstraa-

susHnirl, V. A.
Ge o1 oa
IlDirections for Measurinr Dynamic
in the Petroleum Industry VNIIT-B
11 Gor -c
Azerbaydzhan, No 1 and 3), to-
Summary 11o. 60, 26 RaY 52; BR-5205
is in OU-1011 2clioreterz,", "Safety TechnicLue
racts Of 1fctures in Russian and
I
izdat 193

- - - - -
V 1-1, 1. 1.
Yeasurement of derth pressure in j-etrol
i gorno-toplivnoi '-,it-ry, Azerbaidzhans
wells Bak~, Gos. nauch.-tekhn. izd-vo neftianoi
otd-nie, 1948. 81 p. (50-2-2-505)
TNE71-377