SCIENTIFIC ABSTRACT SHUSTROV, D.N. - SHUTER, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550310012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OKHOTNIKOV, G.I.. inzh.; SHUSTROV, D.N., kand.tekhn.nauk-
Ineure dependability in transportation and regularity of traffic.
Rech.transp. 18 no-7112-44 JTl 159. (MIRA 12:11)
(Inland water transportation)

IVANOV, L.A.; SHUSTROV, D.N., retsenzent, red.; HAIMUSHINA, A.R.. red.
izd-va; BOBROVA, V.A., takhn.red.
(River harbor roadsteads] Reidy rachnykh portov. Moskva, Izd-vo
*Rechnoi transport,m 1960. 74 p. (MIRA 13:6)
(Inland navigation) (Harbors)

SHUSTROV, D., kand.tekhn.nauk,- ANDIMEV, P.9 inzh.
Technical progress in inland navigation. Rech. transp. 19
no. 6:9-f0 Je 160. (MIRA 14:2)
(Radio in navigation) (Inland navigation)
Q

SHUSTROV Dmitriv Nikiforovich; SUKOIZENOV, Aleksandr Yevdokimovich;
BRAMM, R.1ep r*Uenzent; SVIRIDOV, A.A... red.;
MAKAUSTMA, A.U., red. i7,d-va; BODROVA, V.A.., tekhn. red.
[Modern methods of work organization in river transportation]
Sovremenrqe metody organizatsii raboty rechnogo, transporta.
Moskva., Izd-vo "Rechnoi transport," 1961. 88 Pe
(KIRA 15:4)
(Inland water transportation) (Industrial organization)

SHUSTROVP D., kand.tekhn.aauk
improving methods of planning the needs of the merchant fleet.
Rech.tranap. 20 no.6:13-14 Te 161. (MIRA 14:6)
(Inland water transportation-Equipment and oupplies)

~7 i
l*, :- .
f.-
,",D P!~ ,' -' 7n .-j ' e I ec I, r- 1 r_r, -.j DIL - syst m s f r aic Itura,
L p y 2 c, gr u
lr;il:~ Vest, A"' ?:rizakn. ') R 20 no.8:5C-61 Ag '6 .
I - - .S. 4
(MIRA -17.il 'I

KJSINAJI B.M.; SHUSTROV, E.P.;
Evaluating the costs of electric power distribution taking the economic
consequences of voltage drop in consume sunits into account. Izv. AN
Kazakh. SSR. Ser.tekh. i khim.nauk no-3:87-95 164. (MIRA 17:2)

HUS
-.Move E,P., inzh.
on the compensation of voltage
powwr Jr, O~r. design of electrical networka. Izv.
-y3. ar-h6b. 7av,.,, energ, S no,7;J13-115 ii 165. (MM 1849)
n Fazc ledovate 1 'ski y institut energet-11ki.

L 9286-66 Eff(d)/
ACC NRs kP5028412
C) IJP(C) SOURCE CODE.,
J
AUTHORS: Kupin, it. V.; Kalinint N. I.; Shustrovp 1. 1.
ORG: none
TITLE: Spot welding'of aluminum alloys with,low-power,.machines
SOURCE: Sudostroyeniyet no. 10, 1965, 55
TOPIC TAGS: spot welding* al '~Illoy, welding electrode/ STE 34 electric
transformer, MTP 150 welder, ANtsM aluminum alloy, ANON aluminum alloyl D16AT
aluminum alloy, i)16AN aluminum alloy
own that the low-power UTP-151 spot-welding machine can be
ABSTRACT- Experience has sh
redesigned for aluminum-alloy spot-welding installations. The power of the machine in
increased by connecting an STE-34 welding transformer as a booster in its primary
circuit. It is suggested that the AX 203 film be left on aluminum alloy parts to be
spot-welded with low-power machinesp since its presence facilitates heat removal. It
is advisable, however, to remove the film from the electrode side of the partq since
this reduces the contact resistance. The use of a special electrode (see Fig. 1
makes it possible to produce 25 to 30 spot-welds without cleaning the electrode.
Electrodes with diameters of 7-5, 8.0, 8-5, and 9-5 = should be umed for welding
metals 1.0, 1.2, 1-5, and 2.0 an thick, respectively. Redesigning of the IITP-150 made
Card 1/2 UDC: 621 791 763 1 "9 -71

L 9286-66

SHUI;TROV, N.
*
For technical progress and improvement in production. SOY.
profsojuzy 4 no.2:47-51 F 156. (NLRA 9:5)
1. Predoodatel' zavkoma profsoyuza Podollskogo mekhanicheekogo
zavoda imeni M.I. Ialinina.
(Podol'ak--bowing machines)

SHUSTROV, M.; KRAVTSOV, A., Inzhener.
~- --mz7e-
Radic&lly Improve working conditions in a foundry. Sota.trud.
no.1:104-108 Ja '57. (MI-RA 10:4)
1. Predsedatell zavkom Podollskogo, mekhanicheskogo zavoda iment
M.I. Kallnina.
(Podollsk--Youndries)

.-.HLj"TROV, M.M.
'Iramotion of ad7anced exper- nee by the lechr;,-, -.-4c&1 -.,adr rocu. at
I I-e 11 - -
Oe PrAcl 1--k Mazhinery Plant. Blul.-tq-kh.-z, - - - . .-.iauah.-issl.
Insc.nalich.1 takh.inform. 18 no.9,.li4 S '6r. (biIRA 18:10)

SHUSTROV, Mikhail Mikhaylevich.
(Industrial comferonces in our factory] Proizvods'tvoanye soveshchamis,
a& mashom zaveds. Moskva. Izd-ve VTSWS Prefisidat, 1955. 86 F.
(Industrial - ement) (MIRA 9:6)

ACC NR. AT6020233 -UN SOURCE COM UR/2589/65/0O0/O7i/6633/&ii6j
AUTHORt Shustrov, S. V.
ORG.- none
TME: Transistorized ferrite frequency dividers for quartz clocks
SOURCE: USSR. Komitet standartov, mer i i=eritellnykh priborov. Trudy institutoy
Komiteta, no. 77037), 1965- Iseledovaniya w oblasti izaereniya vremeni i ch"toty
(Research in the field of time and frequency measurement), 33-36
TOPIC TAGSt ferriter quartzp quartz clock, quartz crystaly frequency divider
ABSTRACT: A description of transistorized ferrite frequency dividers for use in
quartz,clocks is presented (see Fig. 1). In addition, the ferrite hysteresis curve
was determined (see Fig. 2). It was found that a + 26A variation in the 100-ko input-
voltage caused a time uncertainty of less than I m1crosecond; a t 15A variation in
supply voltage caused a time uncertainty of 1,5 microseconds, and a change in siabient
temperature from -5c to 35C caused an uncertainty of less than I miwoeecond. It is
concluded that transistorized ferrite frequency dividers wW be succesaftlly used in
quartz olocks.
Card 1/3 UDCt 621-374-4:529-786

NRl--.4TC'02Q2)3
E
Fig. 1. Scheme fox; the formation of input impul'ses for the deosdic sealer from
.i - diodel "TOO& T - triodomp Tri of* Tr3
a standard IOD-kc frequencr. D ~,&";
traneformeral Up III - tronMotorized to a
d 2/3

ACC NRt AT6020233
Fig. 2. Ferrite characteristio with
a rectangular hy9tereWis loop
Orig. art. hass 3 graphs.
SUB CODE j 09, - 14, 11/ SOM DATS i --Feb62
Card 3/7,

3, S/109/62/007/009/013/018
D409/D301
Ayukhanov, A.Kh-, Vostrilova, N.V., and Shustrov, V.A.
L
11ITLE: 'Evaporation of oxide-cathode components during its
operation
Radiotekhnilc d elektronika, V. 7, no. 9, 1962,
F D! CL
1598 _1~ AU*r'~~-'
The evaporation of the components of barium-strontium oxide
coat-ings of vr:rious composition was studied by the method of radfo-
f;ctive 4.sotones. Earlier studies of the temperature dependence of
t1,10 r-te of evaporation of the components viere mostly of a compara-
LL.-e n;~~".ure; the dependence of the rate of evaporation on the Cor!")0-
.i. ':he dynamics of eva-'
sition o' the coating .,.ras not ascert,ained and S
0 T '~_I4on ve.-e not studied. The method used in the Dresent investi,.-:-,a-
t4.,)n made -it possible to obtain quantitative resullus and to stludy
'he ev&.~oration over sufficiently small time-intervals; in addition
also permitted to perform a large number of various operations
ode snecimen under the same vacuum conditions.
with t1he same cath
lhe experimental lamp was continuously evacuated by two me.-cury
Card 1/4

S/109/62/007/009/013/018
.~vapcration of oxide-cathode ... D409/D301
-1 J -f-
.,L-,;sio.n pumps, connected in series. The design of the apparatus
is possible to conduct 16 measurements on a single cathode.
T~Ie nrocesses could be recorded over time intervals as short as 20
sc-aonds. By using pluG-in collectors, it %-ias possible to keep for
a long -Time the resul-~s of any experiment. The amount of evancrated
T:ia t t e r.,i--s determined by measurincr., the loss in cat*horle activity and
t'ae collector activity. The amount of evaT)orated matter could be
det-ermined to an accuracy of 1 - 10-8 gram. The coatin:--s had,the
co.--.-.-,osition BaCO3+ SrCO 3* The rate of evapora.-.ion varied as a
~u,nctin,n of temperature and of the relative composition (BaCO 3
'j].,C0 3in mol. The 'Lem-)erature increase took place in two stages
uo to 10000K and activation to 13000K. An increase in BaCO 3' concen.-
-- L .1
I.-at'on led to an increase in the fraction of evaporated barium,
f :,
..from 6.5 to 16 c% approximately). The relative 'Ba-concentration in
-VI-1,; evaporation products reaches it maximum value for coatings
VII 1 i c hcontain 60 clo SrCO 3' The fraction of evaporated s-~rontium va-
ries non-monotonically as a function of its concentration in ..he
Ca-rd 2/4

S/109/62/007/009/013/018
_7-'vz~,-z~ra-'-ion o-I' oxide-c-thode ... D409/D301
. I U
coatinG. Evaporation at-increased temperatures of the activated ca-
thode, is apparently rela-".-ed to the formation of a solid solution
QIjr)O and the appearance (in the latter) of free Ba and Sr. The
char~;e in the rcq'ue of evaporation of Ba as a function of time, was
studied over a temperature range of 1000-15000K. A figure shows the
C"iange in rate of evaporation from coatings which contain 30 ~j and-
10G Ba, respectively. Anotner figure shorts the dependence of the
mear. rate of non-equilibrium evapo.-ation of Ba and Sr, on the com-
Dosition of the coating. These curves are characterizedby a naxi-
mum for coatings which contain 70 % of the respectiveearbonate.
Hence the Dresence of the maximum is not a property of the solid
solution (ba, Sr)O, and the obtained curves are related to the be-
havior of the free metal in the crystalline lattice. 'In the process-
of Ileating the cathode, deDletion of the Ba-layer sets in at a cet-
tain temperature. This lea's to the paradoxical conclusion that
(from a certain temperature on) the rate of evaporation slows down.
it is concluded that evaDoration of Ba and Sr was Dractically not
observed during the decomposition of the carbonates. Evapo.ration
beco,aes significant only during rhe activation process, at tempera-
tures above 10000K. At that stage, the evaporation is related to
Card 3/4

-/109/62/007/009/013/0-'18
Evaooration of oxide-cathode ... D409/D301
physico-che-mical changes i.,_ the oxi.,Ie coating. As a result of ca-
thode activ.ation, thp-amount of evaporated Ba varies betv:een 0.16
to 0.065 m-m. per 1 mgm. of Ba in the coating. For Sr, this amounl:_
is muc- smaller (0.001 to 0.00' mgm). On raising the temperature o;
the activated cathode, non-equilibrium evaporation of Ba and Sr ta-
kes place. A quantitative description of the depletion process of
.Lree Ba has been given. There ar~ 9 figures and'3 tables. The most
important English-language reference reads as follows: R.S. Bever,
J. Appl. Phys., 1953, 24, 1008.
SUB!-',ITTBD: March 19, 19062
Card 4/4

ACCESSION NOt AP3000223 3/0166/63/000/002/0065/0069
AUTHORS; Shustrov, V. A.; Poltorat.skiy, V. I.; Ayukhanov, A. Kh,
TITLE; On the role of barrier formation in the cathode sputtering process
SOMICU: AN UzSSR. Izv. Seriya fiziko-matem. -nauk, no* 2' 1963, 65-69
TOPIC TAGS: continuoua sputtering, tungsten target, ion source, surface ionization,
pegrative ion
ABSTRACT: An experiment has been performed to compare qualitatively two processest
continuous sputtering of material and knocking-out target material forming a
chemical compound with the adsorbed substances. The experiment was d.one in a 10-7
mm Hg vacuum, using a heated tungsten target and an Na and K ion source of I to
10,u a/cM2 density. The latter was obtained by means of surface ionization over an
incandescent tungsten wire. The sputtering product was accumulated ion a collector
made of 0.5 mm nickel plates. Experiments were done in three steps. First the
tungsten target was kept cool and the sodium ion beam was turned on at 1600 ev
energies with the collector potential V at zero value. Next V was set at -140 V,
followed by raising the target temperature to 1160K. A graph of cathode sputtering
1/2

ACCESSION NO: AP3000223
.coefficient versus collector potential shown that the greater part of the knocked-
out negative ions possesses an energy of 20 ev. For V:!:- q-140 v the collector
contains only neutral particles. Under potassium ion bombardment, a noticeable
amount of negative tungsten-contafning compounds is observed in the sputtering
products. Orig. art. has: 4 figures and 2 formulas.
.ASSOCIATION: Fiziko-takhnicheskiy inatitut AN UzSSR (Physical-Technical Institute
Mf UzSSR)
SUMITTED O8Jan63 DATE ACQ: 12Jun63 ENCL: 00
SUB CODE: PH NO REP BOY: 006 OTM: 004
Cwd 212

ARIFOVY U. A P akademik- AYUKRANOV, A. Kh.; SHUS'tROV, V. A.; KHASANOV,
R. M : POLTORATShY, V. 1.
of
Cathode sputtering of tungsten by potassium ions. Dokl. AN
SSSR 155 no. 2:306-308 Mr 164. (MIRA 17:5)
T. Fiziko-tekhnicheskiy institut AN UzSSSR.
2. AN UzSSSR (for Arifov)

-1, 59207-65
ACCESSION NR: AR50-17534 W0O58/6.5/0W/OO6/GOn/GOlif
SOURCE: Refo zh. Fizika) Abs. 6G86
AUTHORS: Sbustrov, Ve A&; Ayukhanov, A. Kh.
TITLEt Cathode sputtering of tungsten''
CITED SOURCE: DokL An UzSSR) no* lo, 1964 -22-26
TOPIC TAGS: tungsten sputtering,.ion~bombardment, cathode.sputtering
TRANSIATION: The radioactive isotope method/fas !used to investigate cathode
tering of a polycr7stalline tungsten target, the temperature of-which was 3BOOK.---'--
It is assumed that sputtering of a clean surface takes.place at such a temperature.,..,'
In order to prevent evaporation of the target, an instrument vas constructed,
'which made it possible to measure simultaneously the amount m., of the material
evaporated i`rom one side of the target,, and the amount n2,ofIthe material evapor-"-,;,--.,
ated and sputtered during the same timefrom. the opposite side.-- The amount of.
sputtered material vas m - m,2 -_'ml. Theenergy dependences of the coefficient W
of sputtering of tungsten by ions Cs+, Rb+,.'K~, and', Lit is obtained.' In the ener--
gy region 300--2500. eV, these dependences are reprt-sented: * strAigbt lineso A.
correlation is established between the value . of the coefficient'of cathode sputtet;-~I
ing and the energy received by the target from the incoming ion,in

11 ' ., KIO-SANOV, R.M.; AYUKHANOV, , A.n- .
I Ot
Cathodie sputtering of tantalum and tungsten at different
Radiotekh. i elektron. 10 no.3:541-547 Px
1 1:-51' . (MIRA 18:3)

L 36217-65 EwT(m) )/EPA (w) -2f/T/W(t)/EWP(b): Pab UPW
/917(n)-2/rA m
Tw-AIJDIJG
ACOESSION M AP5007100 3/0109/65/010/003/0541/0.e,47
AUTHOR: Shustrov, Vs A. Khaoanovz R.- M.;:AyukhahovjA. Kh 36
40.
TITIEr Disintegration of Th and W cathodes at various temperatures
SOURCEt Radiotekhnika i elektronikaj, v., .103- no. 3.. 1965., 541-547
TOPIC TAGS: cathode disintegration, Unta blathode, tungsten cathode
85
ABSIMOTt Ta and W foils tagged withq-jTasy~' and Ws werei,disint6irated
A). Nickel cylind~iir.:: 1 eirved'
and 10~Otorr ina specially designed deiice''--(66e Vio-surs, .- ~ -a- - I'~ -,
as a. receiver of the disintegrated materialythe cylinder consisted, of 12 equal " ~: . .-:~: ~' ~'
"co32ectors" 50mm long and 15-7. MM (are) wide. A 5-mm hole 3 in the -cinter of .-each-
collector was intended as an entrince for the ion beam. Target 9 was located aX3A.LJV*.
Diaphragm 2 had two cuts 4. Between the last electrode of electron iens 5 and cylinder
l.. E. guard plate 6 witha a 2-mm'hole prevented the ions from bitting the collector
diroctly. Plots.of the coeffibiefit.bf cathode,disintegration vs. temperature and.
energy (200-1200ev) are preseated; the disintegration was effected by X., Lij, and Ma
iozLc;. It was found that: (1) The disintegration of aclean metal surface is
Card 113

USSR / Cultivated Plants. Plants for Teelunical Use. M
Oil Plants. Sugar Plants.
Abs Jour :Rof Zhur - Blologlya, No 6, 1959, No. 25012
Author :Shustrov.,_V, S.
Inst :Voronezh Agricultural Institute
Title :Effectiveness of the Recent Methods In the
Cultivation of Makhorka [an inferior brand
of tobacco] Under the Conditions of the
Central Chernozem Bolt
Orig Pub :Zap. Voronezhsk. s.-kh. in-ta, 1957, 27, No 2,
253-259
Abstract :The biennial results of Investigations,
conducted by the Voronezh Agricultural
Institute, on the effectiveness of the square
and the square-nest disposition of makhorka
seedlings at various backgrounds of nutrition,
Card 1/3
USSR / Cultivated Plants- Plants for Technical Use.
Oil plants. Sugar Plants.
Abs jour Ref Zhur - Blologlyal No 6, 1959, No. 2-012
Experimentst conducted by the October Makhorka
State Farm of Lepetskaya OblaBtlo indicated
that by allocating two makhorka plants into
a nest at a distance of 5-10 cm or into one
spot, their growth and development proceed
in a completely similar manner. By Increasing
the distance between these two Plants from
10 to 20 cm, better conditions for growth are
created. A certain inhibition in the plant is
growth and development is observed at the
allocation of makhorka at the rate of 3-4
plants per nesto The largest harvest was
obtained at the greatest density of the
plants' stand. The quantity of the raw
material at the square and square-nest method
Card 2/3
142
Card 3/3

-37, ~,S' w I
MIMI, ". S., Cand Agric Sci (diss) -- "The :'f--~ctiw-n,~ss of w~w methods
o4' c~.Itlvatin,: tobacco 1!nder th- conditions of the cc~ntral chernozem belt".
.*iIoron zh, 20 pp (1141n A-,rte RSFSR, Voronr--zh A-,,ric Inst), 150 copif~s
'U, ~jo 1h, I.nf,.n, 135)

c-leanIn.-

c
:~'-urnal

Shustrov, "T,.o studs,, of the cf f(-,,--t r~f 1-"rof. '-- . I . Zbalr~,-kliy Is-'_,a cter.2 rcile
un storageabilitl-.; of tanierines," Shornik much. ra,~ot
in-t torLfcvli i cL,.-,hchpstv. idi.anlya), I'cscow, .194.9, '1. 144-5k.
~
-: "-5)!a, 17 Decenter 1953, (Lep(tis zhurnal Inyl-h "tate-, ':o. ~6, !Si4cO.
, 1 - . . I

USATYUI, Maksim Ilimentlyevich; A~!j r vich; SIALIHI-
IOVA. TS.B.. rodaictor; NIDRISH. D.K., tekhnicheskiy redaktor
r
LStorage and processing watermelons, melons, and pumpkins] Khrane-
nie i parerabotka arbuzov, dyn' i tykvy. Moskva.Gos. Izd-vo torg.
lit-ry, 1956. 121 p. (KM 10:4)
(Vine crops) (Canning and preserving)

ANTONOV, K,V,v kand,tekhn.nank. starshiy nauchn7y sotradnik; USATnm,
Molet kand.tokhn.nauk, starshiy nauchnyy sotrudnik; SHUSTROY,
V,ya, kand.tekhn.nBuk. starshly nauclmyy sotrudnik-LdaZ--e-a-8-e-dT-,
'~fSfPRRSON.-A.L.. red.:.MMAK. DA. tekhn.red.
[Collection of recipes and technical Instructions for the
processing of fruits and vegetables] Sbornik retseptur I
tekhnologicheskikh ukazanii po pererabotke plodov I ovoshchei.
Izd.4. dop. I parer. Moskva, Goa.lid-vo torg.lit-ry. 1959.
207 P. (MI" 13:5)
1. Moscow. Nauchno-iseledovatellskiy institut torgovll I ob-
shchootvennogo pitanlys. 2. Nauchno-issladovatel'skly institut
torgovli I obshchostyannogo pitaniya Kinisterstva torgovli Sm
(for Antonov, Usatyuk, Shustrov).
(Fruit) (Vegetables)

KOCILITKOV, V.s.; sjjjjSfijUVjL, AJ8~. * SIUSH, K.M.
3lectrotrenhine for otorhinolaryngological surger7. Med.prom.
13 no.?:59-6o Jl '59. (MIU 32:10)
1. V9esonjzTrv nauchno-isaledovatellskiy instit-at eksperimental'-
noy khInLrgichaskoy apparatury i instrumentov.
(OTORHINOTARYNGOLOGY)

AGROSKIN, S. I., kand. med. nauk, zasluzhennyy vrach RSFSR; BYKOVA, G. P.,
starshiy inzhener; SHU.S,TROVA,-A.--Ya,,-ipzhener
New laryngological instruments for children. Vest. otorin. no.2:
87-88 162. (MIRA 15:2)
1. Iz detskoy klinicheskoy bollnitsy No. I i iz Nauchno-issledovatelf-
skogo instituta eksperimentallnoy khirurgicheakoy apparatury i
instrumentov, Moskva.
(LARYNGOSCOPE AND LARYNGOSCOPY)

-U` C:7-~~. ard
of la-~Ee int~---.in~- -an.
1. Iz otdela immunolor-ii i cnk-cloc,ii (zav. d---y-stviteI,n.,r chlen
Prol'. L.A. Nllbev) InsLituta epider-dologii i -.,Iikrobio-
loiri-l imeni N.F. Gamalei ZlINPI S'S31H, (dlt-6Jor - prci% F.A. Vershilova);
usla~cCo otdeleniya (zav. dotsent F.F. !,lulomm-.1i) d(..-t,,ko-,,, 1-joisn-itsy
tjr.') .;I-larli W.E'. (glfavfiyj,, Trach A.!!. Kudvy shova) i
a
v'rOL-tclogicheskci-o atdelemiya (zav. - praf. A.!;-,. 7~,vzhikh~ Gosudarst-
vennogo naitchrio-is!-,ledcjvateit2le--ol~-,o onk6lo.-icheskog-o iristi-tuta imeni
P.A. Gertsena (direktor: prof. A.Nl. Illovikov).

SHUSTROVA, I. Ye. Cand Med Sci -- (diss) "Experimental data ~ the study of
certain human polyps and papillamas.11 Ljos, 1959. 14 pp (Acad Med Sci USSR.
In3t of Epidemiology and Microbiology im N. F. Gamaley*), 200 copies (KL, 44-59, 130)
-64-

3HUISTRUIL, 14 . 1-1.
S'-rU,ciTRCVA'N. m. -- "Cn the Permeability of the Vascular 'galls in Certain
Diseases of the Blood System." (Dissertation for the Degree of
Candidate in Medical Sciences).
So.: Knizhnaya Letopis', No. 8, 1956.

KOLDOBSKIY, A.G.; MEDVEDEV, S.I.; PISKOPPEL', F.G.; YAKOBSON, M.G.trinimall,
uchastiye: BERKM,I.B.; OSIJKOVSKAYA, Ye.S.; PLIEKISIDVA, A.M.;
Limn, v.m.; PARKH6~mko, Ye.v.; STOTIK, A.M.; SHAPIRO, T.I.; STRU-
MILIN, S.G., akad., glav. red.; AIEKSENKO, G.V., red.; ANISIFOV, N.L.,
red.; VOLODARSKIY, L.M., r*.; GERSHBERG, S.R.., re-daktor;
red.; PETROV, A.I., red.; POSVYANSKIY, S.S., red.; BkWUVA, G.V.,
kAid. ekonom. nauk, starshiy nauchnyy red.; KISELIMAN, S.M., staxwbiy
nauchnyy red.; LIVAFSKAYA, FS., kand. ekonom. nauk, starshiy naucbzWy
reil,';* GIAGOLEV, V.S., n-auchrt7 red.; NEDBAYEV, V.I., nauchrjyy red.;
TUMMIOVA, N.L., nauchnyy red.; TOVMASYAN, M.E., red.; BlAGODARSKUA,
Ye.V., mladshiy red.i SHUTROVA, V.M., ladshiy red.; 2221TSELISMA,
Ch.A., tekhn. red.
(The economic life of the U.S.S.R.-
., chronicle of events and factes
1917-19591 Ekonomicheskaia zhizn' SSSR; kthronika sobytii i faktov
1917-1959. Glav. red. S.G.Strumilin. Chlerq red. kol-legii: 4oksenko
i dr. Moskva, Gos. nauchn.izd-vo "Sovetskaia entsiklopediia,* 1961.
779 p. (MIRA 14: 10)
1. TSentrallnaya nauchnkya sellskokhozyaystvennaya biblioteka Vse-
soyuznoy akademii sel'skokhozyaystvennykh nauk im. Unina (for Lltvin,
Parkhomenko, STOTIK, Shapiro).
(Russia-Economic conditions)

A.I.I., glav. red.; BACHURIT, A.V., red.; VOLODAIRSKIY, L.M.,
red.; red.; Gll-.ZBUHG, S.Z., red.; DUNDUCY,
G.F., red.; D.V., red.; RLIVMKO, K.I., red.;
01-~k'OV, F.V., red.; KO'-LOLIKOV, A.11., red.; KaLOV, P.N.,
red.; LIVA11,13KAYA, F.V., red.; LOKS11111, E.Yu., red.;
O5T-:fjVITYAl!OVl K.V., red.; FOSVYAFSKIY, S.S., red.;
1~ -.11DE, SKIY I G.A. . red.; 11 ZUVIOV, N.A., red.; fltJMYAllT-cmN,A.F.,
red.; TATUR, S.K., red.; SHURGAL'IER, L.Ya., red.; BAZAffiVA,
G.V., starshiy nauclmyy red., kand. ekon. nauk; KISELIMAN,
starshiy nauchnyy red.; GLAGOLEV, V.S., nauchn~T red.;
TUIL"AllOVA, 14.L., nauchnyy red.; BLAGODXZSKAYA, Ye.V.., irlad.
red.; XriUv
UtPVA, Wl. mledshiyy red.; GAYDUKOV, Yu.A., kand.
ell-.on. naukc, red.; Z LSKIY, M.I., red.; LOZOVOY, Ya.D., red.;
SMGEYM.*, A.V., dots., red.; KIXYFETS, L.M., kand. tekhn. nauk,
red.; LYULOVIGH, Yu.O., kand. ekon. nauk, red.; SYSOYEV, P.V.,
red.; KOSTI, S.D., tekhn. red.
(Econondc encyclopedia; industry and constructionlEkonomiche-
skai.i entsilclopediia; proimjshlennost' i stroitellstvo.
Chleny red. 1--ollegii: A.V.Bachurin i dr. 1,11osk-va, Gos.nauchn.
izd-vo "Sovetskaia entsiklopediia." Vol.l. A - N. 1962.
951 P. (MIRA 15:10)
(Russia--Industrios-Dictionaries)
(Construction industry-Dictionaries)

SHUSTRUYSKAYA L.N.
Disorders in higher na-rvous activity and control of these
disordern In mental fatigue in school children. Vast. AW-1 SSSR
18 no.2t28-33 163. (MIRA 1?:5)
1. 1%. akademicheskoy gruppy d&ystvlte'A Inogo chlena A~k2f S'~Sfl prof.
G.N. Speranskogo, Moskva.

SOV/124-57 -9-11048
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 9, p 163 (USSR)
AUTHOR: , Shut, 1. V.
TITLE: Determination of Maximum Stress in the Body of a Screw Loaded as
in a Press (With Axial Loads and Mome-nts on the Threads and the
Butt End) [ Opredeleniye maksimaPnogo napryazheniya v tele vinta,
nagruzhennogo po skheme pressa (pri nalichii osevoy nagruzki i
monlentov na vitkakh i tortse vinta)]
PERIODICAL: Sb. stud, nauchn. rabot. Belorussk, politekhn. in-t, 1957, Nr .3,
pp 54-56
ABSTRACT: Bibliographic entry
Card 1/1

SHUT', V.V., inzh.
Repairing turboexciter collectors in electric Dower stations.
Illek.sta. 28 no.10:85-87 '57. (MIRA 10:11)
(Turbines)

VABIL'. V.D.; SHM', V.V., inzh.
Selective switching oflines connected to a single circuit breaker.
Ble1c. sta. 29 uo.4:87-89 Ap 1589 (JaRA 110)
Ollectric lines) (Blectric circuit breakers)

SHUTI, V.V., Inzh
Part-phase oneratinn of a tree-pbase transformer in a network with
an lnnu~atecl noutral. Ulek.sta. 29 no.9,32-34 158.
(Electric transformers) (MIRA 11:11)

SHUT', V.V.-, dotoett (Odessa)
Seleative system for sipaling short-circuits to ground.
Elektrichestvo no.10:68-71 0 161. (MIRA 14:10)
(Electric power distribution)
(Electric protection)

SOMV, Vladimir Aleksandrovich, kand.tekhn.nauk, dotBent; SHUT', VssvGlod
Vasillyevich; BOBRIKOV, Sergey Aleksandrovich, assistant
Possible operation of a saturable reactor without distortion of
the shape of the curve of the regulated current. Izv. vys, uch.
zav.; elektromekh. 5 no.8:860-865 162. (MIRA 15:8)
1. OdeBskiy politekhnicheskiy institut (for Somov). 2. Glavnyy
inzhener "Odessaenergo" Odeaskogo sovnarkhoza ('for Shut').
3. Kafedra avtomatiki i telemekhaniki Odesskogo politekhnicheskogo
instituta (for Bobrikov).
(Magnetic amplIfiers)

SHUTIP V.V. (Odessa)
Device for distinguishing and memorizing the sign of the first half-
cycle of a sign alternating process. k7tom. i telem. 23 no.6:844-
846 Je 162. (MIRA 15:6)
(Electric protection) (Automatic control)
(Electric power distribution-Electric equipment)

3HU, 1 ' , I.T.V, , a n::h.
Prevention cf ice c.-Lst forWition on ove-.-haad power trans-
mission lines. Elek. sta. 35 no.ll:el-83 N 164.
(MIRA 1E': 1)

SOMOV, V.A., inzh.; SHUT'J, V.V., inzh.; BOBRIKOV, S.A., inzh.
Regulation of the inductance of arc-quenching coils -using a
transformer with bias and a saturable reactor. Elek. sta. 35
no.11:46-49 N 164. (MIRA 18:1)

RU. --.NI-". /')en(::rel anew ZooloRy. Insects. Farm- P
ful Insects and -~,--ites. 'Fruit ant, --),erry Crop
Pests.
.j~~bs Tour: Ref Zhur-Biol., 'Yo 1, 1959, 23-38.
Author ;Shutc -,-Y,
-1 . _
Inst :IT,6--t-~iven.
Title :Oontrol of '.,".ay 3eetle Larvae in Fruit F"urseries.
Crig Pub: '-Iradina, via si livada, 1958, 7, '-'D 3, 42-47.
Abstract: Various insecticides in various doses viere
a,-)olied into the Eround. The largest ntviber
oF,mell developed shoots was obtained v1-len 150
xg/ha of 1.jP %, -hexachlorocyclohexane was
placed si,iultaneously with fertilizers into
the soil.
Card 11/1
34

Insects P
j Nlk / General and -):)ecial 'Oology.
Harmful Insects and !-bite s .Fruit, and
Berry Crop Pests.
_~.bs lour: Ref Zh-ur-Biol., No 1, 1959, 2342.
kuthor :
Inst : lv'ot given.
Title : Or)ntr-:)l of the PluLl Pest Hoplo'campa fulvi-
cornis.
Orig Pub: Gradina, via si livada, 195-59, 7, No 4, 53-57.
.i%bstract: No abstract.
Card 1/1
47

EFUTRIK, S. L.
Shutak,, S. L. -- "The Questionof Raising the Working, Capacity of the
Spindles of Cotton Harvesting Machines." Min Higher Education..
Tashkent Inst of Engineers of the Irrigation and Mechanizatirm of
Agriculture,, Tashkent 1955 (Dissertation for the Degree of Candidate
in Technical Sciencesi
SO: Knizhnaya Letopisl,, No. 23, Moscow, Jun 55, Pp 87-104

ACC NRs AP6007934 SOURCE CODE: UR/0065/66/000/003/0057/0058
AUTHOR: Sokolov, A. I.; Shutalev, B.~I.;!Kelidyushev, F. A. (Deceased)
ORG: none
TITLE: The effect of the quality of oi2lon the life of an internal combustion enginei,
SOURCE: Khimiya i tekhnologiya topliv i.masel, no. 3, 1966, 57-58
t
TOPIC TAGS: lubricant property, lubricant, in ornal combustion engine component
ABSTRACT: The authors)note the absence of uniform criteria fm issessing ths popint
at which crankcase oij should be changed in. internal combustic- engines. . At pro
motor pools set theTr 'own criteria for oil changes. It is V. iposed that a coat
can ad
scientific research institute be set up forengine lubricant problems. it is I
ed that there is a lack of ccomunication between engine operators and those who
lyze the quality of crankcase oil.
SUB CODE: 21/ SUBM DATE: ON ORIG REF.- 002/ OTH IREF., OW
WC: 665.521.5

MOROZENKO, M.A.; SHUTAYA, S.Z.
Influenza C in children during the period of the influenza Al
outbreak in Leningrad. Trudy Len.inst.epid.i mikrobioL 17256-
65 '58. (MIRA 1612)
1. Tz otdela virusologii (zav. chlen-korrespondent ANN SSSR prof.
A.A. Smorodintsev) Instituta, eksperimentallnoy meditsiny AMN SM
i detskoy bolgnitsy imeni Filatava (glavnyy vrach Z.A. Savellyeva).
(MINGRAD-INFLUEN7,A)

GLUBISIlt P.A.; VODYANYUK, S.O., ispolnyay-ushchiy obyazannosti starshego
nauchnogo sotrudnika--.-SlIUT.ENK,O, G.F., inzh.-tekhnolog; KULIKOV,
A.I.
Use of acrylamide for warp sizing. Tekst. prom. 25 no.5:
37-40 My 165. (MIRA 18:5)
1. Zavedyushchiy sektorom Ukrainskogo nauchno-issledovatell-
skogo instituta tekstillnoy promyshlenriosti (for Glubish).
2. Glavnyy inzh. Zhitomirskoeo llnokombinata (for Kulikov).

UitAYEROV, Pantoleymon Georgiyevich, 10,~~,-Ivan-"tanaViqhv
--hM) sotr.; TETYUREVA, LV., red.; GUREVICH,
M.M., tekhn. red.
[Method for growing sugar beet seeds without transplantation]
Bezvysadochnyi sposob vyrashchivaniia semian sakharnoi svekly.
Moskva, S~llkhozizdat, 1962. 62 pe NIRA 15:10)
1. Glavmy agron
I*Qmbanskogo rayona
(for Karayerov).
(Krasnodar Territory-Sugar beets)
(Krasnodar Territory-seed production)
._A 14'..

L 05;
-
AE N
?
__V9 0 4
01
Monograph UR/
Shutenko,Mikhail Semenovich
Low-noise superhigh frequency amplifiers (Maloshumyashchiye usiliteli
SVCh) M6scow, Voyenizdat M-va obor. SSSR, 1966. 150 P. illus.,
biblio. 11,000 copies printed.
TOPIC TAGS: V11F amplifier,parametric amplifier, molecular amplifier,
traveling wave amplifier,tunnel diode, low noise amplifier
PURPOSE AND COVERAGE: This book is intended for technical personnel
of average education concerned with the operation and maintenance
of electronic equipment. It may also be useful to a wide circle of
readers taking interest in veryhigh-frequency technique. The
physical foundations and operating principle of low-noiBe vhf
amplifiers are explained. The design of these amplifiers, as a
product of the newest achievements in physics and electronics, Is
described and the prospects for their use in the receiving systems of
military equipment, in modern means of communication, in rndio
astronomy,etc., are diBcussed. There are 8 references: 6 Soviet and
2 English.
UDC% 0'21.375-029.64.001

ACC NR: Am6o14904
TABLE OF CONTENTS:
Introduction -- 3
Ch.I. Effect of Noise on the Operating Range of a Radar Station-- 5
1. Ambient noise. Nature of noise. Antenna equivalent temperature-4
2. Receiver noise and receiver sensitivity -- 10
3. Noise and the operating range of a radar station -- 15
Ch.II. Foundations of Solid State Physics -- 20
1. Structure of matter from the view point of quantum.
physics -_ 20
2. Atom's magnetic properties. Electronic paramagnetic resonance-33
3. FerrQmagnetism. Ferromagnetic resonance -- 3T
4. Semiconductors and their properties 39
5. Concept of solid-state bAnd theory 47
6. Tunnel effect -- 53
Ch.III. Amplifiers Using Lov-noise Travelling Wave Tube (TVT) __ 56
1. Structure and operating principle- of TWT -- 56
2. Lov-noise TWT -- 61
4

L 0522-61 -!
- -
ACC NR:Am6oi4go4
Ch.IV. Parametric Amplifiers 65
1. General information on parametric amplifiers and their classifica-
tion -- 65
2. Single-circuit regenerative parametric amplifiers using diodes-41
~3. Other types of parametric amplifiers -_ 82
4. Basic characteriBtJcs and fields of parametric-amplifier applica-
tion -- 92
Ch.V. Tunnel-Diode Amplifiers -- 97
1. Tunnel diode. Principle of operation -- 97
2. Volt-ampere characteristic of the tunnel diode -- 99
3. Tunnel-diode equivalent circuit and its parameters -- 102
4. Simplified tunnel-diode amplifier circuit. Basic characteristics
of the amplifier -- 105
CII.VI. Molecular Amplifiers -- 111
1. Principle of operation -- 111
2. Gas--molecular amplifier uning ammonia -- 3.17
3. Paramagnetic "PlIfiers -- 122
Curd

ACC 14%
Ch.VII. Application of Low-noine Amplifiern in Radar Stations -136
1. Selecting the lov-noise-type amplifier -- 136
2. Radar equipment provided with molecular paramagnetic amplifi-
er -- 137
3. Radar equipment provided with semiconductor. parametric amplifi-~
er -- 143
Bibliography -- 149
AVAILABLE: Library of Congress
SUB CODE: 091 SUBM DATE: 23Feb65/ ORIG REP.- 007/ OTH,,HM2 002
4/4

(RuTqSTUTJ P00A)
-VjQLoi;wojdmjn 1,4souuolqsiaojd ion,141496 VIOPIO IOUQ'Lizul ST'49J'949'1
(5:01 TM) *1,51 &
6Z:Z*ou odoo:q*aoja 'eaulTu-Inj Joi someTuli uoWallmI
(AGIII) . N 4 OINIMES
. 1-1,11:11,.

MIND, V... mekhanizator; PUZEY, Ye.., mekhanizator; FAUSTOV., N.., makhanizator;
SHUTIENKO) 11., mekhanizator; KOGAY, K. r-ekbanizator; ISABEKOV, I.,
Dionantza CMI-,
Doing more today means having more tomorrow. Sov. profsoiuzy 18 no.
11:13-14 Je 162. 041RA 15:6)
1. Sovkhoz "Cheklarskiyll., TSelinnogo kraA (for Dabinin). 2. Sovkhoz
1114indciyll TSelinnogo kraya (for Puzey). 3. Sovkhos "Kharikovskiy*
TSelinnogo kraya (for fhustov). 4.- Sovkhoz "Smirnovskiy"
TSelinnogo kraya (for Shutenko). 5. Sovkhoz "Bozaygirsldy" Tselinnogo
kraya (for Kogay, Isabekov).
(Virgin Territory~.-Tractors--Repairing) (Socialist competition)

SHUTENKO, N.1.
Republic fqir for the purchase of furniture in 1-96,31-1964. Bum. i der.
prom. no.2:54 Ap-Je 163. (NIRA 17:2)

KORENKV, V.F.; SHUT11,11KO, N.I.
1-- ~ -- ~ . 1. 1 - 1~ ~.' "', .,
In the S~ate Committee of the Council of Ministers of the Ukrain-
ian S.S.R. on the coordination of research work. Bum. i der.
prom. no.3:59 Jl-S 163. (MIRA 17:2)

SHUT-ENKO ~P 11. 1,
Sets of furniture for single-family apartments. Bum. i der. Drom.
no.3:28-30 JI-S 164. (MfiA 17:11)

N.I.
"I I I _rl
,.~l scientific research confererce on t~e production of
ulA.-c.~I.O.ered furniture. Ikim. i der. prom. no-4:48-4'9 O-D 164
(ITIPA 18:2)

SHUTENKO, N.J.
Schoo-".-seminars at the enterprises of the Ylsv Econmic Council.
Bum. I der. prom. no.1?40 Ja-Mr 164. (?M 17~,,6)

SIMINKO, N.1-
New sets of furniture. Bum. i der. prom. no.2:22-24 AP-Je 165.
(MIRA 18:6)

3qUTH'MKG) T. F.
U-,;SP/-rngineering Ir
Refractories
Furnaces
Dec U
"Utilization of Waste qear From Hoffman Furnaces for Drying Fire Clay Articles at the
Nizhne-Tagil Refractory Factory)" D. I. Gavrish, T. F. Shutenko, F. G. Vdlenburger,
Engineers, 3 PP
IlOgneupory" No 12
In 1945, the two burner Hoffman furnace at subject plant was convcrted from so]Ad
fuel to gas. Describes system developed to use waste hot air. Furnace services
two dryers which have temperatures of 110 to 1200. Articles are admitted with an
8 to 9,10 humidity and emerge with not more than 3% humidity.
Am 6l/h9T29

SHUTMO, T.F.
'l,'q .
Automatic temperature control in drier drams. Ogneupory 18
no.10:471-475 153. (MIRA 11:10)
1. 11she-Tagillskly sayod.
(Drying apparatus) (Automatic control)

SffUTKNKO,T.F.
Automatic low gas pressuresignalization in furnace gas conduits and
driers. Ogneupoz7 20 no.5:234-235 155. (MMA 8:11)
1. Ntzhne-Tagillakly zav(,,I
((,'as governors)

SKORIK, N.S., inzh.; SHUTHMO, T.F., tekhnik
Automatic control of thermal conditions in runner brick drying in
tunnel kilns. Mekh.i avtom.proizv. 14 no.12i~L--ll D 160.
(MIRA 13:12)
(Fire bricks-Drying) (Automatic control)

TURGHANINGV, V.S.5 VALENBURGER, F.G.; SK.C-RIK, N.S.; SHUTEN-KO.. T.F...
Automation of the system of drying runner articles in a tunnel
drier. Ogneupory 26 no.5:225-230 161. (MIRA 14:6)
1. Nizhne-Tagillskiy metallurgicheskiy kombinat.
(Ki.Ws)
(Refractory materials)
I

Sjjqygno, -1-. S. :Master tled Sci (dins) -- 11ocinyed results of treating mal-
ignant tumors of the organ of vision, based on data from the eye clinic of the
Tomsk Medical Institute". Tomsk, 1958. 17 pp Q-1in lleatth USSR, Tomsk Med Inst),
200 copies (KL, No 6, t959, 147)

SMITUKO, T.S.
late results of the treatment of malignant tumors of the eye; from data of
the Tomsk Medical Institute. Sov. mod. 22 no.12:65-69 D 158. Omm 12:1)
I.Is glasnoy kliniki (sav. - prof. AeG. Svatlkava) Tomskogo meditsin-
skogo InstItuta (dir. 6 prof. S. P. Khodkevich).
(CS, neoplasms
ther., remote results (Run))

MIMN, N.V.; SHMNKO, V.N.; MUSHENIO, V.G.
Characteristic@ of the zooplankton and zoobenthos of ponle in
Rostov Province. Tindy probl. i ten. soveshch. no.2:130-137
'54. (NLU 8:5)
(Rostov Province-Fresh-water fauna)
(Rostov Province-Ponds)

- ii U T L '~- F'I'M , '11'. S .
S I
IIT'he 'tleVe-OpMt~,nt Of t.~-,- -0,-t r a 4
Al , J- . _ CyCle Of 0. Uons in Ent~-.rpriscs of the
Krasnouralsk Con.ner Ore Trust", Tsvet. Met. lh, No 3J. -,;qrch 1939.
'06, h C'et. 1951.
ftenort ~-15

ZHURATLICV, S.P.; TARAN, N.N.; KAIAKHOV, G.M.; N&DIN, V.V.; KUIRYASHOT, K.V.;
ZHUKOV, M.N.; KADYRBAYNT, R.A.; SHOSTAK, A.G.; RIMSKIT, V.S.; KOSIMX. A.M.;
ARSINTITXV. A.I.; SHUTINW, T.S.; MWAKOV. G.V.
OMIning ore deposits.' K.I. Agoshkov. Reviewed by S.P. Zhuraylev and
others. Gor.zhur. no.7:63-& J1 155. (KM 8:8)
(Mines and mineral resources) (Agonhkov, M.I.)

PHASE I BOOK EXPIDIMION 428
Shutenkov,, Tikhon Sergeyevich
- - ---------------
Marksheyderskoye delo (Mine Surveying) Kha&ov,, Metallurgizdat, 1957. 299 p,
7,500 copies printed,
Resp. FA.: Llsbutin,, 1B. G.; FAs. or Pablishing House: Libermazi., S. S..,
Sinyavskaya, Ye, K.; Tech. Ed.: Andreyev, S. P.
PURPOSE: This in a college textbook on underground surveying for students of
mining tekhnikums.
COVERAGE: The book surveys the theory and practice of underground suzveylng,
Particular attention is pdd to tie-ins of survey data to cross-cattiM
operations and also to ground displacements resulting frca mininge The book
points out Soviet advances In geodetic methods and instruments. The following
instruments accompanied by photographs or d1apsms are described: w1ning
transits (e.g.. the TG-l and MCIT-30, made by the Khartkoy Surveying Instrtment
Plant, and the *Geofizika!l type), hanging transit (the "V" type), the OT-10
transit, the DK-1 transit,, the DXM-1 transit, self-centering devices,
Card I/T

Mine Surveying
428
hanging compass, the NIG dumpy level, the NP level, optical projector, mirror
compass, gyroscopes (among them the M-2 type, designed by V.I. Lavrov at the
VNDU (All-Union Scientific Research Institute in Underground Surveying), the
UN-10 goniometer, a phototheodolite designed by F.V. Drobyshev, etc. The
following Soviet scientists are mentioned: I.M. Bakhurin, D.N. Ogloblin,
T.G. Nesterenko. There are 24 Soviet references, 161 figures, and 24 tables.
TABIZ OF
CONTENTS:
Introduction
5
Importance and content of the college course "Underground Surveyingm
Objectives of the surveying service of a mining enterprise 5
Development of underground surveying in the USSR 8
Ch. I. General Information an Mine Surveying 11
1. Surface benebmarks andtheir purpose 11
2. System of coordinates in survey plans 13
3- Principle of a standard State coordinate grid 15
4. Orientation of lines on the ground 18
Card 2/~

7 71 Z

UAJAka (j)
r WHO& 410
A
in
,qlQ Un. 'IV AY
vVjj r
sv
7
i
l
l
R
e in. a
.
XW.
an).
g. equ
v-samp
uju
revrc ithc'flask,andsddlg~,
add 10-12 dro Ac%O'' lgl
20 dr6ps COW; 24 hrs.~ add, at 70-W*, 24 ml.t -
ll* I
i
C0
f
id en
CO t
b
l
iih M
i
t
vot
r
l
ree water a
e,
o
o, so
ng a
n
,
oj
ppt. the efter. bd a i t of 10-20 W. waur afid 11tiatei
OIL' Run parallel detn. of the Ns-~
theHOAcw1th AN

4
OR cunsu -Catch the,totat as I
med by the AcsO. lit. 0 phr-
notic a orn the differeoce;. Det. phenalle
nd ate. OH groups if
OH 1~o -g. equiv.sample with 10-12
ffs by mixing a 0.0005
0
M
/6 nm-OsNC~-;~,
MaOH, " tut.
eCO,. and 5 tnt. 6
:H4SO&CI (1) In MelCO. After 5 usin.j add enough addnI.
wmilletely hydrolyze the 1, and, after 2D-W
0-IN NaOH to 1
3
lain t1tratetheexcess itho'liVacid -,Rilua-
w , - )aralld detn.
of tile amt. of ban to completely hyd ml.1; thedif--
11 e
-
fereace h a weaure of the
phenolic n0$..
HAW

04

AUTHOR: 3huter, L.M. SOV-21-58-4-11/29
TITLE: On the Mechanism of Condensation of 4,41-Dihydroxydiphen-
y1sulphone with Formaldehyde ( 0 mekhanizme kondensatsii
4.4'-dioksidifenilsullfona s formalldegidom )
PERIODICAL: Dopovidi Akademii nauk Ukrains1koi RSR, 1958, Nr 4,
pp 402-406 (USSR)
ABSTRACT: Products of condensation of dihydroxydiphenylsulphone with
formaldehydeare used for obtaining synthetic tanning agent3,
artificial resins, dyes, emulsifying substances, cation-
exchange resins, etc. However, the mechanism of reaction
of condensation has not as yet been clarified. The author
studied experimentally this reaction and obtained the fol-
lowing results. 4,4'-dihydroXY-3-hydroxymethyldiphenylsul-
phone was isolated from a mixture of alkaline dihydroxy-
diphenylsulphone solution and foramldehydej which was al-
lowed to stand three months with a yield of 10%. Its de-
rivatives were obtained: 4,41-dimethoxY-3-methoxymethyl-
diphenylsulphone (melting point 1210C) and 4,41-diacetoxy-
3-acetoxymethyldiphenylsulphone (melting point 131*C). By
oxidation of the oxymethyl derivative by means of ialnO ~n
4
Card 1/2 alkaline medium, 4,41-dihydroxydiphenylsulphone-3-carbonic

SOV-21-56-4-11/29
Cr, the l.'echanism of Condensation of ,41-Di.,iydrcx,,.,d4-phe.'2ylsulr.-~one with
Formaldehyde
~!cid was obtained (melting point 231 0C). Tt was found that
Okon and Urbnrski fR-ef. 2.7 mistook the substance of 294 to
3000C melting point for 4,41-dihydroXY-3-carboxydiphenyl-
sulphone and the substance, which the author determined as
4,41-dihydroxy-3-hy(troxyin.-ttiyldipher.yisulphone, for sali-
cylic acid. On heating the methylol derivative with a large
excess of dihydroxydipherylsulphone an amorphous substance
of the dihydroxydiphenylmethane type was obtained. There
is 1 table and 7 references, 3 of which are Soviet, 1 Polish5
1 Austrian, 1 English and 1 Gez=an.
ASSOCIATION: Llvovskiy politekhnicheskiy institut (L'vov Polytechnic
institute)
PRSSENTED: By lVember of the AS UkrSSR, A.!. Kiprianov
SUMIITTED: June 17, 1957
NOTE: Russian title and Russian names of individuals and insti-
tutions appearing in this article have be~)n used in the
transliteration.
1. Dihydroxydiphenylsulphone--Chemical reactions
2. Dihydroxydiphenylsulphone--Applications 3. Condensation
reactions--Analysis 4. Formaldebyde--Applications
Card 212

AUTHORS: Shuter, L. Gordinskiy, B. Yu. 5-1-26/26
TITLE: A Distillation Method for the Determination of Molecular
Weights of Organic Compounds (Distillyatsionnyy sposob
opredeleniya molekulyarnogo vesa orCanicheskikh soyedineniy)
PERIODICAL: Zhurnal Analiticheskoy Khimii, 1958, Vol 13, 111r 1
ny) 150-152 (USSR)
ABSTRACT: In distillation methods for the determination of the
molecular weight the solutions of a small weighed portion
of the substance to be investigated and of a reference
substance in the same solvent are stored together with a
pure solvent in a vacuum until the entire solvent is
evaporated and an equilibrium is established. As the vapor
pressure of the solutions is less than the vapor pressure
of the pure solvent, the latter in the course of time
completely evaporates, whereas the solutions are diluted by
condensation of the vapor of the solvent. This L7oeD on until
the vapor pressure of' the solutions is completely equal.
#Vhen the equilibrium is established in the system, the
Card 1/4 solutions have the same molar concentration. The molecular

A Distillation Method for the Determination of 75-1-26/26
Molecular Weights of Organic Compounds
weight of the substance to be investigated can be
calculated from the quantity of the solvent in the
equimolar solutions and from the known molecular weight
of the reference substance. On this principle various authors
worked out determination methods (refz. 1-4) which were later
simplified and improved (refs. 5-7). In the present article
the authors further worked out the method according to
Childs (ref. 5). When the molecular weight of several
substances shall be determined this method prov4~js to be
le-thy. Therefore a method was developed which.,.A eriAts the
simultaneous determination of the molecular wql-i~ht of some
weighed portions. Instead of a measurement 04. the volumes
of the equimolar solutions, which requires a very complicated
apparatus, the authors weighed the equimolecular solutions
in equilibrium. For this purpose a special container was
designed. This glass container has a wide opening which can
be closed by a glass ground-in-stopper which containinj; a
gas delivery tube with a tap. In this container 7-8 small
sample vessels find room which can be dosed with I-round-in-
-stoppers. The wei.-hed portions of the samples are between
Card 2/4 10 and 30 mg and are selected so a:; to be approximately

A Distillation Yethod for t.he Determination of 75-1-26/26
Molecular Weights of Orn=ic Compounds
Q
proportional to the molecular weirht. Acetone above all
serves as solvents, bitt other easily volatile solvent-- can
also be used. Tile Ietermination is -)erformed in a thermostat
at a temperature of 400C. Tile end o the reaction is
attained when the entire solvent is cv-,porated frori the bottom
of the container. This lasts about 3 days. The molecular
wei2;ht can be calculated from tile follorinj formi-.1a;
ax. b
bx.- x the molecular re-i---ht sought, :1 is ti,e
molecular veioht of the refere..,ce subotr%nce, a-x and a are
the vtcii~hed portions concerned, bx and b -are the wei,:;hts of
the solvent. Since the molar concentratioi, of the reference
substance in the experiment 4--~ canstant, thic for:aula can be
simplified. Ci~,lculation of the molecular .,tcijht then takes
place according; to the formula:
ax
I'X= K- , -.-,-here K= -I'Ll
b, a
This raethod of isothermal distillation L-j.-,lds aell
Card 3/4 reproducible results. Errors of calculation. do :-.ot exceed 5r,~-

A Distillation Method for the Determination of
Molecular Weights of Oreanic Compounds
ASSOCIATION:
SUBMITTED:
AVAILABLE:
75-1-26126
There are 1 figure, 1 table, and 7 refere%ces, all of which
ar
,.e Slavic.
Llvov Polytechnical. institute
institut)
(Llvovskiy politeklinicheskiy
December 4, 1956
Library of Congress
1. Organic compounds - Molecular weight - Determination
2. Distillation - Applications
Card 4/4
USCOKM-DC-54,901

B9jffi%ihN, Yo.P., doktor khim.nauk; SHUTER, L.M., kand.zhimnauk
Synthesis and use of water-soluble chromiun salts of fatty acids.
Nozh.-obuv.prom. 2 no.7:18-20 Jl 160. (NIIRA 13:8)
(Tanning) (Fatty acids)

BFM]4iW, Y a. 1. ; S~MJM-I--- L. M. _-7
S~rnthesis and use of water-soluble fatty acids of chromium salts.
Kozh.-obuv.prow. 2 no.8:18-19 Ag '60. (MIRA 13:9)
(Tannivg) (Chromium)

BFaKMAN, Yu.P., SHUT11R., L.K.
Structuare of produzts of the condensation of 4,- ';' '-diox-ldiphenyl
,gulfcne with fomuld-3hyde. Zhur. ob. khim. 31 no. 1-1:3675-
3618 14 161. (MIRA 14-.1.1)
(Su'Lfone) (Formaldehyde)