SCIENTIFIC ABSTRACT STUKANOVSKAYA, N.A. - STUKOVA, K.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653630001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 3, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

HOYTEH. V.A.t STUKAJIOVSKkYA, N.A.; KOHNNYCHUK, G.P.;
VOLJKMIKIY~, S. --,--GOLGffETS, G. I.
~
Study of the oxidation kinetics of sulfur dioxide on a platinum
catalyst whea equilibrium has been reached. Kin. i kat. 1
no. 3:40B-417 3-0 160. (MIRA 1):11)
1. Inatitut fizichiskoy khimii imeni L.V. Pisarzhavskogo UT USSR.
(Sulfur dioxide) (Oxidation) (Platinum)

ROYTER, V.Ai; STUK&TIOVSKAYA,_Iit.4.__(~~ulmnovs:tka, 11.0.1; KORNTCYCHUK, G.P.
[Korniial6kv h.P.]; VOLIKOVS"YA, N.S. [Volikovslka, H.S.];
GOIODETS, G.I. [IffolodetBl, H.I.1
Study of the kinetics of oxidation of sulfur anh;rdride on a platinum
catalyst under condItions of stable chemical equilibrium. Dop.AN
URSR no.9:1241-1244 160. (MIRA 13:10)
1. Institut fizicheskoy khimii im. L.V.Pisarzhevskogo AN USSR.
2. Chlen-korrespondent AN USSR (for Royter).
(Oxidation) (Sulfur oxides)

ROYTER, Vladimir Andreyevich; KOR14EYCHUK, Grigoriy Petrovichl
USEAKOVA., Viktorina Petrovna; STUKANOVSUYA, Nina
---9Akaa"=3ma.~,POKROVSKAYA, Z.S., red.; MATVft-:C-HW,--A.A.,
tekhn. red.
[Catalytic oxidntion of naphWIene] Kataliticheskoe okisle-
nie naftalinn. Kiev, Izd-vo Akad. nauk RSSR, 1963. 106 p.
(MIRA 16:5)
(Naphthalene) (Oxidation) (Vanadium catalysts)

STUKANOVSKAYA, N.A.; GOLODETS, G.I.; RZAYEV, P.B.
Analytical separation of a mixture of substances obtained
in the catalytic oxidation of naphthalene. Ukr. khim. zhur.
29 no.8:827-828 163. (MIRA 16:11)
1. Institut fizicheskoy khirmii im. PisarzhevBkogo AN UkrSSR.

Yu.I., ST'I~KANGVSKAYA, N.A.; itOY,777~,
Kiuv-;ti-,:s of h7oron4a decomposition cn an -ron
cal eqid-lit-rium. 'jki-.
.n-:c.-r ::onoir-lcrS c)L ---,Mi
-252 165.
n i t -. i t c ~, e s k c) y k, i ii-, L . r - r s, k L, g o, M 4
-:3R

STUKA]IOVSKAYA, N.S.; ROYT.4t. V.A.; VAYNSIIT3YIT, P.M.
The role of oxygen of vanadium catalysts in the oxidation of sulfur
dioxide gas (theses). Probl. kin. i kat. 9:133 '57. (MBA 110)
(Oxidation) (Vanadium oxides) (Sulfur dioxide)

/533,215 546.0-31 537.311.33 wic
Optlad Ab9orgUali Candant Ot Ndmiyq me
-L.-Ittike. (Z. PhYs., Rth Alay 1914.-Nul. 137, No. 4.
-4 wAGPM5,J The position, at room temperature. of the
a=rption edge dcj,ends)ariicy on the method of manu-
facture of the specimen and on its thermal history. The
position of the edge cin be shifted by up, to 0-5 eV by
mcansof tempering; this Is due toashiftof the exponential
pait of the absorption curve. The relation bttween the
position of thealmorrtion edge and electrical conductivity
s , . The rmults are disc-isscd with
also Inrestigatet
3
reference to the cryital lattice.

C C, t- f

SIPU?-PLJ, I.
"Training and preparin.,, hound do,c.rq. "
P. 852 (Vojno-Tehnicki Glasnik) Vol. 5, no. U, flov. 1957
Belgrade, Yugonlavia
SO: Honthlir Index of East European Accessions (F;r-.kI) LC. Vol. 7, no. h,
A-.,3ri:L !958

L 08~18-6Z El~T(d)/EWP.(c)/EWPCv-)/ZWP(k)/EWP(l) - _IJP(jj)_
XZC NR, AP6032505 Boom com,, UR/oil3/66/000/017/0072/0072
LMIWOH: AverWkh, I. I.; Kalinin, V. A. ; Pranitakiy, A. A.1 Stukellman, L. L.
ORG: none
TITIZ: Ultrasonic resonance method of thickness inspection. Class 42, No. 185496
(announced by the All-Union Scientific esea nBtitute for the Develo ment of
Methods of Nondestructive Quality Control (Vsesoyuznyy nauchno-insledovatel'skiy
inatitut-p-0--rnzrabotke ne-razrush_a_yu`sfi_6_hfk_h metodav kontrolya rpaterialov)
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 17, 1966, T2
TOPIC TAGS: thickness inspection, ultrasonic resonance j, ultrasonic inspection
ABSTRACT: This Author Certificate introduces an ultrasonic resonance method of thick-
ness inspection. To obtain the deviation of the measured thickness from the nominal
thickness, the ultrasonic generator's frequency is varied vithin the range determined
by the thickness limits, thereby ensuring the occurrence of resonance 'only at a
frequency corresponding to a given thickness.
SUB CODE: 11, 13/ SUBM DATE: 31mar65/
nat

z
CZECHOSLOVAKIA / Chemical Technology. Drainage Waters. H
Abs Jour: Ref Zhur-Khimiya, No 12, 1958, 40052.
Author : Gadek, _;~_tukhlik.__.
Inst : Not given.
Title. : Fluoridation of r-later as a Hygienic Problem.
Orig Pub: Voda, 1957, 36, No 9, 240-242.
Abstract: No abstract.
Card 1/1

DOLHZHALK, Vitezalav (Doleza:Likp Vitezelav), dots., doktor; STUKHLIK, I.,
(translator]; GELIFEM, N.I., prof., red.; KOROLITSOVAP 9.-kej red.;
TROFMOV, A.V., tekhn. red.
(Similitude and modeling in chemical en,-,ineering] Fodobie i mo-
delirovanie v khimicheskoi tekhnologii. Moskva, Gos. nauchno-
tekhn. izd-vo neft. i gorno-topliv-noi lit-py, 1960. 95 p.
(MIRA 14:5)
(Chemical engineering) (Dimensional analysis)

STUKHLIK, In. Prof. D-r. (Prni-n )
n'~,;o nrin,!inal forM9 of lin mistic neoformations-neophas:Las. Suvrem. -.*d. ,
Sof ia 9 no. 11:20-26 1957.
( TA " m, Im C, 7, #
neonlania et -,jossolnlia, verbal construction (It comarinon
with neologisms (iul))

JCY! TEC17A-LUSH I K(T A, A. f Vol) tkov a -Le. r lk-ov a, .4. YLIKEL. V"JA, A.
A.]; FILIHEROVA, X. [Fioerovu, M.1; STU-KHLIK
-1. (Stuc~lik, V.]
Organic acid production in the courve (,f glucose by various species
of CandidaO Mikrobiologiia 33 no.6:959-967 I'll-D 1E.",
WIRA 18:4)
1. lChilidelleskiy inst.;Itut Sicvat,rkiv Ak-~~e:7i'i wadk, f3r., 1, '~'s 'lava.

510811621000100510961112
316G/DI38
-)Cc
AUTHORSS Zaslavskiy, Yu. S., Shor, G. I., Shneyerova, R. X.,
Lebedeva, F. B., ~, r ~, , Ryabova, D. V.,
Stuk4r A D Yevstigneyev, Ye. V., Yurchenko, F. P.,
TITLZj Radioactive tracer methods for studying the functional
propertica of oils with additives
PERIODICAL: Referativnyy zhurnal. Khimiya, no- 5, 1962, 534, abstract
5~4262 (~b. "Frisadki k maslam i toplivam", !4.,
Gostoptekhizdat, 1961, 263 - 269)
T-`X's A short description is given of the radioactive tracer method
developed in the VNIIN? for studying electrokinatic processes connected
,.vjt!i the mechanism of the action of certain dispersive additives for
heavy diesel lubricating oils. A diagram of the experimental equipzent
is Siven. Its main feature in the combined use of radiation counters as
electrodes for prod"oing the elcotric field and for recording the movezent
of the labelled dispersed phase. Soot with the radioactive isotope T1204
Card 1/2

Radioactive tracer methods for ... B160/B158
was -used to model the dispersed phase (oil oxidation and fuel combustior,
products). In the radioisotopu method of studying the deterr
.5ent properties
of oils with additives the amount of gummy deposit was measured from the
absorption of Co 6o beta radiation in it. The method of studying the
deter~;ent properties of oils with additives, bared on the oxidation of a
ric mausuremont of the deposits, using Ca45 as a source. The chemical
.ictivity of antiscoring additives was estimated by determining the
4inatics of the transitions from radioactive steel (irradiated with
neutrons via Fe59) or copper (activated by introducing tracer amounts of
Ig 110 ln%D,molten copper) to the oil, under the influence of the test addi-
tives. fAbstracter's notes Complsito translation]
thin layer of oil on a heated strip of steel, has beer, improved by radiomet-
Card 212
_j

s/12063/ooo/ooi/m/072
AWHORS: Zaslavskiy, Yu-S., Shor, G.I., nd
Stukin, Ye.D.
14ITLE: Determination of the thickness of coatings from
measurements of scattered beta-radiation
PERIODICAL: Pribory i telchnilca eksperimenta, no. 1, 1963,
149 - 152
T P-,,'&T The dev4ce novir reportcd is illustrated in F:LS. 1.
It incorporates a T-;5-6" (T-2-5-BrL) end-window gei,(-,er counter.
A point P-ray source is deposited oil a copper plate (3 inm in
dim.icter, I iimi thick) attached to the window, as shoval. This
plate prevents tile P-rays froin entering the counter directly so
that only the back-scattered P-rays are recorded. A lovi-activity
source (--,, 1 ~iC) is sufficient and a standard scaler may be
employed. The intensity of the recardi,-d back-scattered radiation
is critically dependent on the distance between the source and
tile measured surface. The distance is therefore first adjusted
until the maximum counting rate is obtained. Tile thickness is
then determined from the ratio
Card 1/ 4

s/i,~,o/63/000/001/039/072
Determination of E052/z3.14
n (1/4T-) A - 3.7, 104G(h0 R)1,.f (A)
11 - , (2)
n0 (1/11-1%)A-3.7'10 G(hol r, R)Ic0f + (A)
where n is the counting rate obtained ..,rith the coating, n is
the counting rate without the coatin.-, A is the activity 0~ the.,
source, G is a geometrical factor, 11 0is the optimum distance
between the sources and the surface, r is the radius of the
copper plate, R is the radius of -tae counter window, Ic the
back-scat-terin- coefficient of the coating Md f a factor represen-
tinr; absorption in the counter window. 'dith a properly screened
counter the bacRground becomes negliSible and n/n. = IC/Ico . Ii
was found that the ratio n/nO could be written in the form
n/no = Ae-Ad + B (3)
where d is the thickness and A, 1, and B are coqi3tants.
Analysis of the possible errors shoirs that with Ca as the
Card 2/ 11

s/i2o/63/000/001/039/072
Determination of .... B03 2/r,.3 1 It
2
source tlie error reaches a minimum at d = 4.2 ,it-/cm Th e
0
apparatus has been used to dotemtine the unount of lac and
scalinZ formed by lubricatinZ; oils on a stainlons steel base in the
ran,,c 0 mg/cm2 with an average accuracy of about 10,0'. It can
so I)e used to measure the coating
,z of other materials,,e.g.polythenq
aI
dyes or i-iietal films. There are 1 table and 3 figures.
ASSOCIATIOAN: VsesoyLi--nyy nauchno-issledovatellskiy institut
po percrabotho nafti
(All-Union Scientific Research Institute
for Oil-refining)
SUBMITTED: January 31, 1962
Card 3/4

S/120/63/000/001/039/072
Deteri-,iination of .... 13032/E.3ill
Micrometer
m
-screw
4;j~CCqC7M,ygjq
flepmem"gp Scaler
CXeM,?
r cxema
Catho'de follower
ropqofa,; End window
]
L A-cqemYUY counter
Screen

p-sotirce

ftypb1mue Coating
Base
Card

MPA (a) -2/.rLW W/M 'k VEM, '~1r-4/'Po_1j/Pt_10 DIAWAFEM
-V'10403-65
ACCESSION NR: AP4047390 S/0065/64/000/010/0044/0048
AUTHOR: Zaslav.skiy, Yu. So; Stukino, A, D Shor, Go
TITLE: Certain features of the-irradiation of lubricants' during the
determination of their-radia-tion resiotancela.
SOURCEz. Khtmiya i tekhnologiya topliv L masall no. 10, 19640 44-48
-TOPIC TAGS: lubricant, radiation resistance$ lubricant radiation
.resistance, calorimetric dosimeter, AS-6 oil, MS-20 oil, SU oil,
HK-22 oil
ABSTRACT: A calorimetric dosimeter has been designed for use in a
.technique (Fiveyokiy# M. B.; Lazurkin, Yu, So; Mokullskiy,' M. A.
Atomnaya energiya, v. 9, no. 4, 1960, ppo 321-323) for dete rmining
the radiation Tesistance of lubricanta.\N The technique is based on-
the principle that virtually all absorbed -radiation is converted into-
heat. Fig; I of the Enclosure shows the dosimeter, which was used foi
calibrating; nuclear-reactor fuel-element channels prior-to lubricant
irradiation experiments., The calibration (given in the form of a_~
table) performed, using a polyethylene pickup,was in terms of dose

-L 10403-(."'
ACCESSION NR: AP4047390
rates as a function of distance from center, thermal neutron flux,
and sample temperature. These data make it possible to select the
proper channel.0 depending on the predetermined thermal conditions
of the experiment, and to calculate the irradiation time for a de-
sired absorbed dose. One advantage of this dosimeter is that the
lubricant to be irradiated2can be used as the pickup. This-is parti-6
.cularly significant for lubricants containing such elements as B, Lii
C1, and N. A special can was designed for the lubricant-irradiatLon
experiments. Irradiation.test result's for various mineral oils
(3ulfur-containing transformer oil; AS-69 and HS-20 oils; and Baku
SU and MK-22 oils) given,in the form of a table show that the bigher
.the initial viscosity, the greater is.the viscosity rise due to ir-
radiation. Orig. art. has: 5 formulas; 5 figures, and 2 tables,
Pool%
ASSOCIATION: , VNIZJP
1 :-
SUBMITTEDt 00 ATD PRESS: 3119 ENCL: 01
SUB CODE1 GC, MT No REF SOVt 002 OTHER: 001
1-Card-2,13-

Fig. Is Dosimeter for abs.orbed dose rate
measurement in nuclear-reactor fuel-
element channels
77717"
I - Lluminum can; 2 - polyethylene pick
up for calibration* During actual sample
irradiationg lubricant Lo.quarte beaker
is placed here; -3 - copper-construction
r,? thermocouple; 4 - microammeters
Card 3/3

BULGAKOV. G.V.; STUKIH, N.A.
Manufacturing ammonium sulfate from h7drol7sis slime. Gidroliz. i
lesokhim. prom. 9 no.7:27-28 156. (MIRA 12:3)
1.Giprogidroliz. (Ammonium sulfate) (Hydrol7sle)

S/12o/63/000/001/039/0721
E032/r,3111
AUTHORS: Zaslavskiy, Yu.S., Sher, G.I., Stukin, A.D. and
Stukin Ye.D.
Determination of the thickness of coatings from
M eClsur em ants of scattered beta-radiation
PERIODICAL: Pribory i teldinika eksperimenta, no. 1, 1963,
149 - 152
TEXT: The device now reported is illustrated in Fig. 1.
It incorporates a T-25-61,n (T-2,5-BFL) end-window geiger counter.
A point P-ray source is deposited on a copper plate (3 min in
diameter, 1 jimi thick) attached to the window, as shown. This
plate prevents the P-rays from enterinf- the counter directly so
that only the back-scattered P-rays are recorded. A low-activity
source (--,- 1 ILC) is sufficient and z,. standard scaler may be
employed. The intensity of the recorded back-scattered radiation
is critically dependent on the distance between the source and
the measured surface. The distance is therefore first adjusted
until the tnaximum counting rate is obtained. The thickness is
then determined from the ratio
Card l/ 4

s/12o/65/000/001/039/072
Determination of .... Eo3-,)/z3l4
n A - 3.7 - 10 G(hol r, R)IS + A )
-1 - .* (2)
n0 (1/LIT-t)A- 3.7'10 G(h0, r, R)ho~ + ~) (,%)
wh or a n is the counting rata obtained with the coatin.", n is
the counting rate without the coating, A is the activity 0? the.
source, G is a geometrical factor, h is the optimum distance
0
between the sources and the -surface, r is the radius of the
copoer plate, R is the radius of -,he counter windovr, k th e
bacIc-scattering coefficient of the coating md f a factor represen-
ting absorpt.-Lon in thc counter window. Ii'ith a properly screened
counte;.- the background becomes neggligible and n/no = IC/Izo it
was found Jk-.tiat the ratio n/n0 could be written in the form
n/nO = Ae-jid + B (3)
whore d is the thichness and A, I- and B are co4gtants.
:Ixialysis of the possible errors shows that. with Ca as thc!
card 2// 4

S/120/63/000/001/059/072
Determination of W 32/ 10 111
source the error reaches a minimum at d = 4.2 nir,,/cm2The
13.-,aratus has been used to doteri-iiine the amount of lac and
-x, )
,
scaling, forned by lubricating oils on a stainless steel base in the
ran,,c 0 - 8 nis/cm2with an average accuracy of about 10?0'. It can
also be used to i-.1easure the coatings of other materia-ls.,e.g.polythenq
dyes or metal films. There are 1 table and 3 figures.
ASSOCL%TION: Vsesoytiznyy nauchno-issledovatel'skiy institut
po percrabotho nefiti
(All-Union Scientific Research Institute
for Oil-refining)
SUB'NITTED: January 31, 1962
Card 5/4

M -
Deternination, of ....
Fig. 1:
S/120/63/000/001/039/072
SO 3 2/ E-3 14
Micrometer
-screw
flfpeC,1eMffUq
czema Scaler
Catho-de follower
End window
10.1. 'P 'TTI-A.
YUK counter
J_'C
prpom Screen
AfcmaqHU,Y,4-&J- P-source
opleyaR
ftypimue Coating
I 'i-fladko-veAra Base
Card

L 5070-66 EWT(m)/EWA(h) at
ALL ~ ~IAP5022644 UR/0069/65/019/002/0199/0200
551.577.7
AUTHORS: Izrnell. Yu. A.; Nekozyrov, A. F.: I-likolayev,.P. Vol
Stukin, Ye.
TITLE: Artificial model for studying gnmma ray spectra of
-radioactive fallouts. /r/
SOURCE: Atomnaya energiya, v. 19, no. 2, 19650 199-200
TOPIC TAGS., f-,nmma radiationt radiation sipiUlation, air pollution
ABSTRACT: The measurements of gamma radiations above the earth surfaos
contaminated by Co-60 isotopes are described. For simulating radio-
active fallouts, one hundred of Co-60 sources of 96 mg Ra- equivalent
units were used. Each source was placed in the centre of a 40 x 40 m
,round. The surface density
square at a height of 10-15 cm over the p
was about 3.8x10- mcurie/sq m (3.5.10-2 Yev/sq cm see). The dose rate
at one-motor level was 1.75 mr/hr while at the altitude of 200 m. this
rate was about 0.12 mr/hr. The radiation spectrum was measured from a
helicopter flying at 20-200 m with a speed of 50-60 km/hr. The measure-
ment time was 30 see for three crossing flights. A 100 x 100 mm Nal(TI)
orystal was used for the spectrometer arranged on the basis of AI-100
Card

L 5070-66
AECM4 -AP5022644
analyzer. The resolution was 12.5%. The results of measurements are
shown in Fig. I of the Enclosure where the aspect of gamma spectrum
above tile Co-60 contaminated area Is presented by five curves plotted
for five altitudes. Comparing their experimental results with calcula-
tions tho authors conclude that their data cotneided well with those
obtained theoretically. This coinoidence is illustrated in two graphs,
Orig. art. has: 3 graphs.
ASSOCIATION: None
SUMUTY81): 200ot64
NO FSF 807: 003
IMOL: 01
OTHER: 003
SUB CODE: NP

-A --- P-5--022-644
94
to
SINCLOSURS: 01

qj
Energy in blev
Fig. 1
Curve 1: at 20 m
p 2: 50
3: 110
4: 150
5: 200

SIUKINAVI,. E., AFANAS'YLN., V. P., KEYRIM-MARKLU, I. B., KUZNFISOVA, S. S.,
Lilrvf~OVA,' t- . G., SOKOLCrVA, I. K.,
"Production and investigation of dose fields for irradiation of experimental animals
with protons of high energy"
report to be submitted for the Symposium on Biological Efffects of Neutron Irradiaxions
(AEA), Upton Long Island, N. Y., 7-11 Oct 63.

STUKKEY, A. L;CHERNYAVSKIY. A. R.
On white bile. Khirurgiia, Moskva no. 10:72-77 Oct- 1930,
(CIAL 20:1)
1. Of the Hospital Surgical Clinic (Director - Tu. YU.
Dzhanelidze), First Leningrad Medical Institute imeni Academ-
ician I. P. Pavlov. 2. Z. V. Ogloblina has the title of
Professor.

STUKKXY, A.L.
Nqw nerve-block method for the bladder and hip Joint region. Vest.
khir. 75 no-3:106-109 Ap 155. (MLRA 8:7)
1. Iz gospitallnoy khirur icheskoy klin'M (zav.-prof. F.G.Uglov)
i urologicheskoy kliniki ~zav.-prof. A.M'.Gasparin) i-go Leningrad-
skogo meditsinskogo instituta Im. akad. I.P.Pavlova.
(ANESTHESIA, RMIONAL,
procainn nerve block in bladder & hip regions)
(BI-A ER.
procaine nerve block in bladder region)
(HIP,
procaine nerve block in hip region)
(PROCAME, -inalgesia and anesthesia.
nerve block in bladder Fe hip regions)

UGLOV, F.3., professor; STUKKET, A.L., dotsent; ALIIKSANDROV, O.Y.;
VORONOV, A.A. -
Hypotb-rmia lu surgery. Vast.khir. 76 no-7:35-48 Ag 155.
1. Iz gospitallnoy khirurgichesko'
1-g0 Laningradskogo meditsinakogo
(THORAX, surg.
controlled hy-pothermia
(BODY MPERATURE
hypotbermia, in surg.
kliniki (zav.prof. F.G. Uglov)
instituta im. I.P.Pavlova.
in)
of tborax)

T y 1 p. i ,
"Anesthetization During Operations on the Heart and Pericar-
dium, 11 by Prof r. G. Uglov, Docont .11. L. Stukkey, A. A.
Voronov, and 0. V. Aleksandrov, Hospital -Slurgical Clinic
(head, Prof F. G. Uglov), First Leningrad I-Tedical Insti-
'lute imeni I. P. PP.Vl0vI Vestnik MArurgii, Vol 77, NO 10,
Oct 96, PP ?-l1
The authors performed 96 operations connected with adhesive pericar-
ditis, mitral stenosis, congenital heart defects, etc., and assess the
6ifferent methods of inducing and maintaining analgesia that were employed.
Hypothermia is considered the best method for "blue baby" heart de-
fects, ihile for developmental heart defects combined anesthesia (barbi-
turates plus ether-exygen narcosis) combined with ganglioplegic and
hypotonic drugs is best.
Local aneFthesia seems satisfactory during parasternal sectioning
in operations connected with adhesive pericarditis, while in cases of
bilateral pneumothorax one is forced to resort to intratracheal narcosis
and "controlled" respiration.
The above-described methods of combined anesthesia shorten the period
of excitement and lessen hypoxia. (U)

STIJMY, A.L... dots.
"Hibernation theraDy (artificial hibernation) In medical practice"
by H.Laborit, P-Ruguenard. Reviewed by A.L.Stukkei. Yest.khir.
79 no.ll:i46-149 N '57. (MIRA 11:3)
(RURIGERATION ANESTHESIA) (LABORIT, H.) (HUGUENARD, P.)

�Tg= kv.g/,); LUCHKO, G.D.
__._A!~t.~Imingrad,, u1. Purmanova, d.7,
Diagnosiff and treatment of herniae ir. the area of the spigelian
line. Klin.khir. no.6slO-12 Je 162. (MIRA 16:5)
1. Gospitallnaya khirurgicheskaya klinika (zav, - prof, FeGe
Uglov) 1-go leningradskogo medits-1-skogo instituta.
(ABDO14EN-HERNIA)

STUKKEY, A.L.; SIMBIRTSEV, S.A.
Hypernephromaof both adrenal glandB. Urologiia 27 no-4:60-61
ii-Ag 162. (MIRA 15:11)
1~lIz)gospitallnoy khirurgicheskoy kliniki (zave - prof* F.G.
U ov T Leningradskogo meditsinskogo instituta.
(ADRENAL GLANDS-TUMORS)

'--~ / U IN / ~ I-.- r,, 4 1 ~0-1- .
HOD111A. V.Ya.-, SATSYPERUVa. STUMY, K.L.; TOK111. B.P.. profeBsor, -.Uvedl*-U-
shchiy.
Effect of certain phytoncide preDurations upon trichomonas vaginalis.
Novosti med. no.34:18-21 151. (MLRA 6:9)
1. Mediko-biologicheskiy otdel Instituta ekoperimentallnoy meditsiny Akudemii
maditsiziskikh nauk SSSR. (Phytoncides) (Trichomozuis)

-D I u K K
WWII Phytoucid0s and volatile ails. M.1.. Lnk
(inst. Rxpd- Med, Aend. Wd. Scl. U.S.S.R', DznitiWirl)-,
Ilya. Eboa, MCI. AN, 37, No. .1,
are preftnted of empantive studies of the proiktichle
PrOPF volatile Cliti, Studies
were made Ott Ribes nigram, Thymus jerPYVufn~ AtId bedum
pdusirm. The pur"c was to det. %Actfer the phytoti-
cides andAhe oils tire identicni, or of iftemival miciti, nr
mlmthtf either onentay be ill, 50"10 waya 1%,int .,( Inigift of
the otw" it appeAmd that Voldile dl~ li! thuir com-
pomnu may be the active origins or one of the fictive odgim
of phyprb_d&s. or they may bei entirely. uumbb-d to the
process of phytoncide fonnation. The caft dif!"s with
tach,VdIlItik Cll-r~ludnjf plant. B. S~ Levitir

Fi~ lc~gy YD-2518
ir" fl DO- !7-1- ~20
Auth.,.,r Stiz'~key, K. L.
Title e ~~tistocidal nrop-,rties of the volatile phytoncides
of the leaves of the bird cherry and cherry laurel
Periodical Byul. eksp. biol. i med. 4, 66-67, Apr 1955
Abstr!:i(,,-. In order to determine whether the phytonicidal properties of the
1--~aves of the bird cherry (Padus racemosa (Lam) Gilib) anti the
cherry laurt-i (Liurncera-sus _Tficirialis R.)em) are due t~i., the
v-1atile decomp--~;sition oroducts of the glucosides, broke down
ln~Yglalin -C)" fermentation in vitro and comnared t,,.e action of the
v-l.atile phyt--~cides of the leaf of tile above plants with the
acti,r~n of the volatile products resulting from the breakdCwn of
chemically pure arlygdalin oil protczo-i. Graphs. No, references.
Instituti-ri Medicobiological Denurtment (Head - Prnf. B. P. Tokin) of the
Institute of Experimental Medicine (Director - D. A. Biryukov,
CGrrespcnding Member of' the Academy of M-dical Sciences USSR,
Leningrad
Submitted July 20, 1953, by S. V. Anichkov, Membt~r of the Academy -;f
Sciences USSR

7
/OxIdAdn'Ohoipfit41atlon of Infu
e4ria; K, L. Stukkd
nst. Mpti. Med., Aead. Med. Sch U.S.S.R., Lening
rad
-- -------------
Byqll. Expil. Biol. i Afed 42, No 8 43--C(I058).---~RxPts'
carried out with GlaurvZ scialifltl~j Indicated tile presenc;
of adenoshictriphosphoric acid (ATP). InfusorL-d ext. was -
'e pptd. with fig.
deproteinized with CCIjCOOI1, the filtra,
'(NO~)j after neutralization, the ppt. boiled with X I-JCI an w
wat bath for 10 ruht. which brought about th(~-cbmplete:
hydtolyslaof the pptd. nucteoti&3. Thehydrol~slicurveofl~
the ppt. was similar to tile one obtained upah hydrolysis at;
the barium salt of ATP. Addn). Identification vasobtaine4l
'by tracing the ruetaWic metamorphosis of the phosphate' -
groups. . The study indicated complcte replacement of the'
labile phosphate groups after 24 hrs, and was considered as
addul. proof of the identity of AT P. However, this replace-
xnent requires the presence of other rnicroarganisms to serve)
-MiWsource for the Infusorta.
I

BLINOVAI K.F.; STUKK---Y K.L.
--- L----
Qualitativri chemical investigation of some Transbaikalian
ITO
plants used in Tibetan medicine. Report 1 .1. Trudy Len.
khim.-farm. inst. 12:135-155 161. (MIME 15:3)
1. Kafodra farmakognozii i botaniki Leningradskogo khimiko-
furraitsov-ticheskogo instituta.
(TIUGSBAIKALIA-BOTAITY, MEDICAL)
(PILMOTACOGNOSY)

-h-~ plants I-en,
rjo,i'/'~731---90 '6-4-
'bctpr.'-k'-' Ler.'Ingni~,Aog,,: I.-h--'irik&--fa:-mm-2ev-

UGLOV, F.G., professor; STUKKIT, M.A.
Approach and extent of surgical intervention in adhesive pericarditis
[with summary in Inglish, P.1581 Vest.khir. 77 no.11:58-69 N 156.
(NLRA 10: 1)
1. Is gospitalluoy khirargicheskey kliniki (say. - prof. F.G.Uglov)
1-go Leningradskogo neditsinskogo institute ims skad. I.P.Pavlovs.
(MICARDITIS, ADHISITA, surg.
approaches & extent of intervention)

STU=, M. A., Candidate Meet Sci (diss) -- "The surF.1cal treatment of adhe-
sive poricarditis". Leningrad, 1958. 16 -up (First- Leningrad Med Inst in. Acad
I. P. Divlov), 200 copies (n, No 22, 1959, 122)

STUKKEY, M.A. (-Leningrad, u1. Gertsena, d-57, k7.2)
Immediate and late results of pericardectomy. Vest.khir. 83 no-9:
17-25 S 159. (KIRA 13:2)
1. Iz gospitallnoy khirurgicbeakoy kliniki (zavodu7ushchiv - prof.
F.G. Uglov) 1-go Leningradskogo meditainskogo instituta im. I.P.
Pavlova.
(PERICARDITIS, surgery)

BULATOV, P.K.; STUKKEY, M.A.
Treatment of patients with chronic coronary insufficiency with
novocaine blockade of the anterior mediastinum. Klin. med. 38
no. 2:42-46 F 160. 04IRA 1-4: 1)
(CORONARY HEART DISEASE) (LOCAL ANESTHESIA)

*STUKI-tAll, A. Ya.
"A Generator for Regulating AC Amplifiers in Main Recaivers," Vest. Syjazi - Elektrosvjaz,
No - 3, 1948. Engr.

-:5 7- U K AM N, A. /1/19-
USSR/Electronics - Frequency diversity
C&rd 1/1 j Pub. 133 - 7/21
Autbare g Stukman, A. Ya.s engineer for a r~:dio enterprise
Title I Amplitude selectivity in double reception
Parlodical I Vest. svyazi 9, 13-14, Sep 1954
Abstract I A simple method for computing the total load on a frequency-diversity
detector, picking-up two radio-signals simultaneously, is described.
The method shows how and what should be done in order to completely
extinguish the weaker signal (small amplitude) by superimposing a
stronger one (usually in such receptions the stronger,signal damps
out the weaker one only to a certain degree). Diagrams; graph.
Institution
Submitted

N, A - Ya -
UM/ Electronics - Radio receivers
Card 1/1 Pub. 133 - 4/19
Authors s Stukman, A. Ya., Engineer
Title I Measuring the input resistance of radio receivers working on the
main supply lines
Periodical i Vest.evyazi 4 (181), Page 9, APr 1955
Abstract I A method for determining the input resista'nce of a radio receiver operat-
ing on main line energy is described. The method is based on determining
the radio receiver's own noises. Graph; diagram.
Institution : see*#
Submitted t 0*0*0

AUTHOR: :~ tu ut F ;uv/1o6-58-9-1V17
ITLE!, Ali AlItev A ~x FIE~.ular Ruti`c. ccilil~:` A:!_I~~ui. ~,A,
Vc Wav -,.l( icnc _-, I-Icri(-.-. Sca tter (Oovt
u;3tanov1cj-,iya rogulyarnoy r,-_u1Ao_;vya_zi r-a ~_~ntrovyldl
- - i" - 4
~-ri ii, - cl zcvanii ic_.nc.;fc-w4go ra j-.;eyaniya)
i R I u D I CA L 1~C, , IT r 0, (USSR)
';he amiual Jiitc-xi-u:,!Ac)n (-,f 1-he
Airing the autumn a-, a of icnc- -I c
di_-turbc,nce.-:;, magnotic storns and So on, has lod the
Lcniiq;xad administvaUm of communications and bi:cudcastilg
11 C cv- ;_~. eyivc-r tally I C _3 of establisLii.t_
,'!I ut 1 cii ~tlcj LLi.: i c-.1 t- by i;car~. of iono.-
S,,,haric scattei ' bran.:,,.ii' el 10%-Ior did not exceod
0 scav u u,, Leriin.arad and a at i~,urniansk.
Preli"Allary tivia-L'o wure t~jtrrio:l r.)-ot during the
of 1957 and 1.rork in earnest
ill Dooember. AL- each ond ---f 'Llle 3_4rcuit ordinary rhombie
acr-i--i1s ..Tore u~;ed L;ideL; of 10 - !-) The
Card 1/4 frequency band was 32 - 1+2 Tile receivin,- arranze-
rn,ent wa-3 ad~-I.Ac-d to talke any modern, ~;tarldard trui-11~

,ov/lo6-58-9-14/17
.&r, Attem-ot to establish Regular* Radio Communication at Metre
I
;Javelengths using Ionospheric Scatter
Card 2/4
circuit receiver and had an overall sensitivity of 0.25
microvolts for a signal/noise ratio of 3 in a 3 kc1s
band. The transmitter used a VChD -100 exciter
frequency-shift keyed t 500 cls at a rate of 47 bauds/
second. The mean signal level was very small but the
use of a pre-amplifier and a PChFI-3 rack enabled records
to be taken on an undulator. Readings were also taken
aurally and oscillographically. The recorded levels were
repeatable from day to day and.were free from transient
ionospheric disturbances. There was no significant
variation due to change in frequency over the ban4,, The
instantaneous signal level suffered abrupt changes. The
most characteristic of these effects was rapid period
fading at a few cycles per second. Slow aperiodic
fading also occurred to a depth of 6 - 8 db lasting from
a few tens of seconds up to 5 or 10 minutes. The signal
would also increase by 20 - 30 db as a result of reflec-
tion from meteor trails. These sudden jumps occurred no
less than once every ten minutes or so and lasted from a

sov/lo6-58-9-14/17
An Attempt to establish Regular Radio Communication at Metre
'Wavelengths using Ionospheric Scatter
few secondt: up to half a minute. A doppler-shift in
frequency was also observable sometimes. Though the
records were regular, there was an appreciable difference
between day and night levels. A serious drawback which
completely prevented reception in the daytime were strong
echo signals at a level comparable with or exceeding the
level of the scattered signal. The echo was observed
around 37 Mc/s but was absent at 1+2 Mc/s. Another source
of daytime interference was harmonies received via the
ionosphere from distant short-wave stations. This effect
was ascribed to unusual solar activity. It was concluded
that the transmitter power should be at least doubled and
a more effective radiator used. At the receiving end
Card 3/4

sov/lu6-58-9-14/1'7
An Attempt to establish Regular Radio Communication at ife-tre
u
Wavelengths using Ionospheric Scatter
the aerial should be capable of foeding Gwo receivers.
It is suggested that frequencies nc lower than 36 - 37
Mc/s should be used.
SUBMITTED: 1-:ay 12, 1958
ASSOCIATION: -LDRSV
Card 4/1~

j ' ukro,in Ya Jon-; o-, Cj
-'I of iadio Cozlmunicat--cns on 'eler "Sinr
tlie lonosp~ieric Di5porsi3n (Ust~-~no,,Ieniye radioav:.,az2. na
netrcvykIi volnakh pri ispol;zovanii ioncsferno-o raz;:7-eya-
:D! V-.--,;tnik svyazi, 19~`13, 11ir 10, pp 12--''r, ""'I ;SR)
T I xo-?riments -here made to establJsh an ultra-shor' 'C-,ve com-
L
-33 RA IT
-iinication bet-veen Lenint;rad and '.'ur:-:anzk usin(,, the ionc-
reflection, The broadcasts were conducte-i at dII'fPr-
I'veqjencies from 52 to 42 whereby the trans..-.1i tter
t
oo-wer did not exceed 8 kw. Equal rhombie antennas witl~ a
.31de len,~:'h of 10 - 15 X were used a'. the tran~,mittcr and
raceiver site. The experiments demonstrated that the re-
t>~rjticn field level did not ant,-e for several jays c t
Rn under the influence of ~nagnetic storms, etc, ~Iiere
were Irequent signal fadinjs, lastin.- from several secon~lz;
to 5 - 10 min during which the loudneso of the signal dropped
,.-elow the noise level; At least once every ten minutes the
.3i-nal increased ifi strongth oue to the reflection from
meteor traces, -,'heiie ph-:?n--:nen:--. f--ro7 5!~veral
1~ mir- Vief-o Were from

"Ov -111
s --a t) 11. 1 'n f, :-i "I.-. 4c:! tic ns ():I w't? or
Di on
:'-W,ft-niive stations, tile T!lv,~s cf which ,-;e.-e refle t p~ d' f r C.:,
the ioflojphero It wis that more
A
t en n: 2 `j t- i i 3 e dthe of t h e t r a nsmi t t e r bo I nc n--a
fre.puen~;I~--j not lower be usp.~
L" Ont t 0 ri.~,,,a b t o f
1)ad~c, co! nwiic.-at'ans
~1:- t ; 0 P, 1-2c tive ef f ects 4 - tl, t e o7

STUKRAN, A.Ya.
-
Yrequenc7-measuring device. Vest.eviazi 18 n0,1:13-14 Ja '58-
(MIRA 11:1)
l.Starshi7 inzhener laboratorii Leningradsko7 direktsii radiosvya-
zi i radioveshchani7a.
(Frequency measurements)

'~tuk~,.an, ,, Ya , -enior '-n;--ineer
TLE ~-ntirinp- attention to :roblems -)f Auto-,ation ~Is :;ecessaryll
~'Ioprosam avtomatizatsii. neosla~noye inimaniye)
V (-.- j t n i k 3 vy a z ir p I
The laboratories of the radio industry are i7mediately to
start solvint, the still-open problems of automation in t~,eir
field, the re,,,,iote control of transmitting receivint7
e
nstallation3, svecially transmitters, The electroa-
co"Istic indices of' t-e F"'~ trans:r!itTers must be improved,
wit'- stress or, frequenzy modulation This necessity is es-
r) e c i p- I ly a cu *, ein tne case cf TV sets de3igrned als-:~ fo:
recention. lnvesti,~arionL- on the materialization of -.he
use of ionosperic reClection for FM diffusion, mainly in
C a rd 112 areas with a peri-Aical or irrave disturbance of short-wave

Untirinp- Attention to Problems of Automation ZOV/111-59-1-19/55
propagation, should be intensified, The Leningradskaya.
direktsiya. radiosvyazi i radioveshchaniya (Leningrad Adminis-
tration of Radio Communication and Broadcasting) will
conduct such exDeriments in its area,
AS SO C I AT 10 'N: Laboratorlya IDRSV (Th, L-DRSV Laboratory)
Card 2/2

STIX.-WI, A.Ya.
Panorami-- adapter to a receiver with an FG-? oscilloscope. Vest.
sviazi 21 no.7.'Q,-ll JI 161. (tu-RA 16.7)
1. Star