SCIENTIFIC ABSTRACT SHCHETININA, M.R. - SHCHETNIKOV, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548920001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

. ,
- !,.:L, .. .
SHCHETININA, M.R., meditainakaya saatra
Nursing patients in hospitals. Hed.sestre 16 no-5:24-26 My '57.
(MLRA 10:7)
1. Iz gorodskoy bollnitey No. 34, Moskva.
(NIMES ABD NMING)

?-"Acle of n '-'Iin-rql of He.-)tocnll-c--
A- Chi I rm. i -n !~-rees in 3cience ~in--: E-n--ineer' n- Defer;ded
i t L: 3 3 a 1 7- e r u c na 1 1 n u t i n nq Fha rlc I v Y- r! i c n I I n s !-' :~.o v
730 1 q -.T i,. n0
F.- J-r.~e of ~~7nda,~rte in Fer-'ic-l Sciences

SHCBETININA, M.Z. [Shchetynina, M.Z.3
Clinical aspects and late observations of lambliagenic hevatochole-
cystitis in children. Ped., akush. i gin. 20 no.3:13-16 58.
(MIRA 13:1)
1. Kafedra propedertiki pediatrii (zav. - prof. S.Ta. Shafershteyn)
Kharikovskogo meditsinskogo instituta (direktor - dots. I.P. Kononenko).
(GIARDIASIS) (GALL BLAMER--DISEASES) (LIVER-DISMSES)

3,112~16010001003.100,71017
A V) 5 / AC) Gj I
Translation frcm., Refera!-I-i-n-y-i zhur.-ral, Mekha-nika, 1960, No, 3, p. 22, 7# 3022
AUFH C- R Shche+LrO -a
N. N~
TITTLE, The I'mpact of a Metsor-'- Agatnstl a Dense Medlum.
PERIODI---:AL~ Byul, Komls, po kcm,-I~am i mel',s-oram As-!-,roii- Sove-a AN SSSR, 1958,
No~ 2, pp, 24-33
Tne author coiSid~--- *~h~ im-oac,, c.-l' a against the sllrfacc-
of a Planet. The phenomenor, Is liker-ed fo a point expl3SIon in the medium w--th
the condition equa-lon,
p = A (S.) B (S n
0 0
where p is the pressure, Is the dx.-rsi~.Y, 3 Is the entropy,, The fiel.d*of the
shock walre propagation is di-rided ln'D I~Wo pa:--ts. 1"he shcck wave Is assumed tc b~a
violent- within 'he cne Part%, and th~ -xisrent self'-model-Ing Solu+Acn is uSed~ the
wave in th=- othc-r part is ---plaz~ed s~sen'lally by an acoustlc wave, and t-he
solullion Is ob--aired ba-=sd on lhf- ~--Prest-~lcn of a pressure wave with -n 3.
3
C.*az--d Kj -. -Alyarov

SHCHETIMITE T.A., kand.tekhn.nauk; YURUSHKIII. G.A.
Czechoslovakian motortrucks. Avt.Drom. no.10:43-46 0 '58.
(WRA 11:11)
(Czecboolovakia-Motortrucks)

TOLMACHEV) I.N.; _~WZTI114A,_Ye., red.; POLONSKIY, S., tekhn. red.
(Construction on collective farms in the Dniester Valley]
Stroitel'stvo v kolkhozakh PridnestrovIia. Kishinev, Cos.
izd-vo "Kartia moldoveniaskelf- 1960- 56 p. (MIRA 15:4)
(Dniester Valley-Farm buildings)

PARFMITIY,&VA, V.F.; SHCHETININA, Ye., red.; POLONSKIY, S., tekhn.red.
LArchitectonics of the blood vessels of the liver] Arkhitakto-
nik.-- krovenoanykh soaudov pecheni. Kishinev, Gos.izd-vo 'Kartia
Moldovenianke," 1960. 101 p. (MIRA 13:12)
(LIVER--BLOOD SUPPLY)

IJWFM, M.D.; SHCHXTININA, Ye., red.; TELIPIS, V., tekhn.red.
(Biochemical research methods; manual for medical laboratory
workers] Biokhimicheskie metody issledovaniia; rukovodstvo
dlia meditsinskikh laborantov. Lishinev, Gos.izd-vo *Lartia
Moldoveniaske,* 1960. 169 p. (MIRA 13:7)
(PHYSIOLOGICAL CHEMISTRY--LABORATORY MANUALS)

PARFLNTIYEV, V.F,,; TKAGIIUK, V.A.,-, SHC-HETEIINA, Ye.. red.;
TARAKNIOVA, V., tekhr. red. -_ __
[Architectonics of the blood vessels of the thymus gland during
early ontogenesis] Aekhitektonika krovenosnykh sosudov viloch-
kovoi zhelezy v rannem ontogeneze. Kishdnev, Gos.izd-vo "Kartia
moldoveniaske," 1961. 123 p~ (MIRA 15;6)
(THrVUS GLOD-BLOOD SUPPLY)

FRPdiX, Abram Samoylovich; SHCHETIVINA, Ye., red.; TELIFIS, V.,
tekhn. red.
[Coronary insufficiency syndrome in various pathological states]
Sindrom koronarnoi nedostatochnosti pri razlichnykh patologiche-
skikh sostoianiiakh. Kishinev, Kartia noldoveniaske, 1961. 163 p.
(MIRA 15:6)
(CORONAHY HEART DISEASE)

YWHANA, Mares Samoylovich; SHCHETRIE , Ye.,
tekhn. red. - -- I t - - - -jLes~,_; SE=ER, D.;
[Pathorl-7siology of the hypothalamus; hypothalamus-endocrine
syndromes]Patofiziologiia gipotalsolsa; gipotalamo-
endokrinrye sindromy. Kishinev, Kartia moldoveniaske, 1c,161.
258 p. (MIRA 15:9)
(BY POT I 1ALAMUS-DISEASES)

KOC' 3l':S,'.fY, A.Z.j Trof.; '-.SFl-'DZBFUG) Y.I., kand. med. nauk;
Ye., red.; -ZLIOUSOVA, L.., te-khn. red.
p
[Obstetric and Qrnecologicanj aid in M-c-Ld-E%--a"'
ginekologicheskaia pomioslichl v Moldavii. Kishinevj, Kartia
iroldoveniaske, 1962. 72 p. (MIHA 15:6)
(MOLDAVIA-OBSTETHICS) (V.OLDAVIA--aNECOIDCff)

PARFENTIYEVA, V.F.; SHCHETININA, Ye., red.; SHEUTER, D., tekhn.red.
[Block of the nerve trunks in the neck] Blokada nervnykh stvolov
na shee. Kishinev, Kartia moldoveniaske, 1962. 113 P.
(MLTC- 15:6)
(NOVOCAINE) (NECK-IMITIATION)

DMUCH, Vladimir Nikollayevich; SHCHETD-iINA, Ye., red.; 1,11HYAN, F.)
tekhn. red.
[Mechanism of the action of antibioticr,10 mekhanizme deist-riia
antibiotikov. Kishinev, Kartin moldoveniaske, 1962. 116 p.,
(MIFA 15:9)
(ANTIBIOTICS)

KUMETSOV, N.N.; SHCMININA, Ye., red.; KURTAYEVA, I., tekhn.
red.
(Heteroperitoneal preparations in experiment and in the
clinic]Geteroperitoneallnye preparaty v eksperimente i kli-
nike. Kishinev, Kartia moldoveniaske, 1962. 154 p,
(1-11IRA 16:1)
(P---RITOI,IIUM-TII,ANSPLAI:TATIOI,')
(HEGENFRATION (BIOLOGY))

GRUSHKO, S.; SHCHETININA, Ye., red.; POLEVAYA, Ye., tekhn. red.
[Climate and weather)Klimat i pogoda. Kishinev, Kartia moldo-
veniaske., 1961. 85 P. (MIRA 16:3)
(Climatology)

D.F., prof.; SHCHETININA, Ye., red.
[Su--gical treatment of 'aronchiectasis] Khirurgicheskoe
leclienie bronkhoektaticheskoi bolezni. Kishinev, Gos.
izd-vo Noldavii, 1958. 2U p. (MIRA 18:5)

L.I.: -~-HATT. red.; 5EGFErOll"A, Ye., LAY. za rypus~;

UYAL11~'.LA"i S.I.; SHCIM110RIA, Ye., red.
(Modicinal plants of the Moldavian S.S.R.11 Lekars-,,,;ermye
rasteniia Moldavskoi SSR. Izd.2., dot). Ki,,;hinev, Kartia
moldoveniaske, 1963. 70 p. (MIRA 17:5)

FRi"-NF., I P. rea
Eo::~a
oriarnaia iieciosatzchno-~t.1 -,ri ntl ct.D:- --h
zabolevanii-akh. K.;Zhincv, vartla 106-
230 P.

KAKMUTA, M.S., prof.3 SHCHETININA, Ye., red.
[Impothal-amic synd.-ores! Gipotala;--iche-=kie sindromy. K11-
shinev, Kartia moldoveniaske, 1965. 215 p.
(MIRA 18:4)

CHEd~CIZGVA, Ye.G., red-.; aALIKOV, Yu.5.9 red.; LIPIS, B.V., red.;
?:'.Z., red.; SHCHETININA, Ye.A,, red.; LEDVICH,
red,
[Thc~ory ard practice of polarographic analysis 3Teoriia i prak-
tik-a ..ollarografichezkoc-o ana-liza; rater-Jaly. Kishinev, Izd-.
vo "Shtiintsall Al.and, mull. ..olOavskoi SSR, 1962. 425 P.
(MIRA 15:12)
1. l,'sesoyuznoye roveshchaniye po poly-crograficheskomu analizu.
Ict, 19r59.
(Po-Iarogra,-)IW--Congress"-,s)

Gi~iii!C, S,S.,; 311CHET I NINA, Yu.Yi.
t --
Results of experimental pit sampling in complex metal deposits.
Trudy A-1t.G1,211I AN Kazekh.SSR 12:11G-112 162. (MIRA 15:8)
(Ores-Sampling and estimation)

17 (L); LO PILNSE 1 BOOK EXPLOITA'110N SOV/254i
A~.ade:,,iiya Eiauk "I'S'~R, Ea-ergeticheskiy institut
GorenLye v turbiLLentncm potoke; diskussiya na obshchemoskovskom seminare po
gon:!ntyn prt ev~ergetLcheakom institute AN SSSR (Oombustion in Turbulent
Fl-,,-)w; a DL'3(!?.)GG10.1 1-n the All-Moscow Sem1nar at the Power Engineering
Tn.,JJ1,utx,, A~oadi~airky of Sciences) Moscow, Izd-vo AN S3SR, 1959. 167
Errat-~a cllji 2,000 copies printed.
E(i.: L. N. Khttt-ln, Corresponding Member, USSR Academy of Sciences; Eds. of
P!ib_Hsr1tn,,,T HciuQt~: R. L. Kosykh and M. M. Knoroz; TL-ch- Ed.: P. S. Kashina.
PURPOSE: This c.-,ection is Intended for research scientists In the fields
of thennodynamirnand fluid mechanics.
COVEPUAGE: The contains six papers which present the results of
and ~heciretical research oLL combustion phenomena under conditions
c-i' ~'-,Lrbulent I'low.
Card 1- 6

f' ombustton in Turbulent Flow (cant.) SOV/2541
ITIAsov, K. P. Experimental Investigation of the Combustion Zone of a Turbulent
Flame (Supplement to Ye.S. Shchetinkov'A *port) .
This paper gives details of the test setup and some Tesults of an experi-
mental study of the combustion zone in a tarbu-jent flame. The test method
was based on 4~all-iag measurements of the ion'ized current aqd the temp-
e.t~ture. Experimental data on the distributions of the ionized current and
the temperature are given and the measured statistical aharacteristics of
these quantities are presented as functiQns of the depth of the combustion
zone and the f low velocity.
Kogarko, S. M. On the Model for Combustion in a Turbulent Flow 58
On the basis of the Damkoehler-Shchelkin hypothesis, this paper
considers the mechanism of the combustion of a homogeneous mixture
in turbulent motion in the cross section of a tube. The stabiliz-
ation of the flame tougue is achieved with the aid of a pilot flame.
The author questions the validity of the model of combustion propQsed
by Shchetinko-,i in the first paper in this collection.
Card 3/6

Combustion in TurIbuleent Flow (Cont. )
SOV/2541
Pradnikov, A. G. Measurement of the Turbulence of 4ir Iflove and Flames
by the Optical Diffusion Method
This paper presents a new method for studying the turbulence of air
flows and flaws. The method is a modification of the diffusion
method which combines the simplicity of the diffusion methqd with
the speed of the thermodynamic method. The basic relationships are
given, the ac,:uracy of the method is analyzed, the experimental set-
up is described, and a wide variety of experimental results am
presented. Included are data for flovs in tubes, submerged jets,
and open flows with and without the presence of grids. A variety of
results are also given for turbulence in flaws, including the ef-
fects of grids and the scale of the turbulenqe.
Semenov) Ye.S. Investigation of the Turbulent Motion of a Gas Under
Piston Engine Conditions
This paper investigates several turbulence characteristics of
the motion of a gas. included are studies of the characteristics
of the gas motion during intake and compression in the presence
of a source of turbulence, the variation of turbulence character-
88
141
Card 5/6

89057
S11 24/6 1/ooo/oo2/oo-1/007
1111Z90 AOG5/AOO1
Translation from: Referativnyy zhurnal, Mekhanika, 1961, No. 2, pp,. ',8-79, #2B503
A UTWOR Shcheti-nkov--.-Ya--.-S-.--
TITLE~ The Calculation of Flame Propagation in a Turbulent Stream
PERIODICAL! V sb..- "Goreniye v turbuientnom potoke". Moscow, AN SSSR~ 1959, PP,
5 - 50, Discussion, pp. 83 - 87
TEXT.- The author reviews the works (in the main Soviet works) dealing with
the development of the so called volume model of turbulent combustion. He consida7s
in detail the assumptions laid as a basis of the volume model of turbulent combus-
tion, he describes the method of calculation of the combustion in a turbulent
stream, on which this model Is based, he presents results of calculations on the
effect of different parameters (pulsation velocity, pressure, normal rate of flame
propagation) on the combustion in a turbulent stream, and he compares these results
with the experiment. On the basis of the data from the experimental study of the
structure of the combustion zone, the volume model is compared with the surface
model of turbulent combustion, In the discussion to the work, V.Ya, Basevi~!h cites,
as a proof of that the combustion zone in a turbulent flame is not an extended
Card 112

89057
s/124/61/ooo/oo2/004/007
A005/AO01
The Calculation of Flame Propagation in a Turbulent Stream
zone of a homogenecus volume reaction, two experimental facts- the constancy (ap-
proximate) of the maximum temperatures measured by the method of conversion of the
sodium line at 'the start and at the end of the combustion zone, as well as the
identical correlation of the intensities of the bands of radicals C2 and CH at ' the
start and at the end of the combustion zone. In the same connection it is noted
that different hydrocarbon fuels do not show a strong difference in the length of
the flame, in the rate of liberation of reaction products etc, at the combustion
and, consequently, in the turbulent flame, The ignition processes cannot pre-
dominate over the processes of flame propagation. A,N, Voinov notes that the ex-
haustive theory of turbulent combustion will include both the consideration of the
volume reactions and the processes of flame propagation. It is also pointed out
that the experiments of Summerfield cannot serve as a basis for the choice betw6en
the two models of turbulent combustion,
A. Istratov
Translator's note; This is the full translation of the ori g4 nal Russian abstract.
Card 2/2

80963
/0
/vo S/147/60/000/02/013/020
.
o
3
/ -~, I/. IQ eq io E022/E407
0 0 0
/
AUTHORg Shchetinkov,, Ye.S.

TITLE,
und in Gaseous Media with the
On the Velocity of So
Relaxation Processes
PERIODICAL; Izvestiya vysshikh uchebnykh zavedeniy~ Aviatsionnaya
tekhnika, 1960, Nr 2, PP 110-117'(USSR)
ABSTRACT. The object of the article is to determine how is the
velocity of sound in a gas affected when the gas is
chemically reactive and its molecules are in a state
of vibrational excitation. A sound wave, as it travels
through a gas at a given frequency, changes the energy
of the translatory mode of motion of the molecules and
thus upsets the thermodynamic and chemical equilibrium
of the gas. This change of the translational energy
produces a change in the rotational and vibrational
energies and also a change in temperature and in pressure
which, in turn, stimulate chemical reactions so as to
produce a new state of equilibrium. In air under standard
conditions, the relaxation time of the rotational mode
of motion is appreciably smaller than the period of the
Card 1/5 fastest vibrations which the human ear can detect, hence

80963
5/147/ 0/000/02/013/020
E022/E407
On the Velocity of Sound in Gaseous Media with the Relaxation
c e s s e s
the probability of vibrations and any chemical
processes can be neglected, so that the sound waves
may be considered as the steady state process in which
the entropy remains constant. Thus the velocity of
sound is as given by Eq (1). This situation does not
obtain whent a) the frequency of vibration is increased
above that of sonic waves (ultrasonic waves), in which
case the period of oscillation may be shorter than the
relaxation time of the thermally excited degrees of
freedom or of the chemical reactionsc, b) the temperature
is increased to such a level that dissociation takes
place and the vibrational energy increases substantiallyj
and that the relaxation time of the chemical reactions
and of the molecular vibrations may also be shorter than
the perxod of the acoustic vibrations. In both these
cases the equilibrium is no longer maintained and Eq (1)
must not be used to determine the velocity of sound.
A rigorous and fairly general solution of the problem
Card 2/c; is given in Ref 1, in this article it is shown that the Lf

80963
S/147/60/000/02/013/020
E022/E407
On the Velocity of Sound in Gaseous Media with the Relaxation
Processes
same results may be derived in a much simpler and
more direct wav. Consider propagation of a small
pressure increment in a reactive gas in a state of
equilibrium contained in a uniform cylindrical tube and
observe the elementarv volume of length 6,x = a 6t.
Then the conservation of mass, momentum and internal
energy lead to Eq (3), (9) and (5) respectively. These
can easily be transformed into Eq (6) which are the
standard equations for an ideal compressible gas.
Following Ref 1, the internal energy is now divided into
the energy of equilibrium state AUp (associated with
a given temperature T in the translatory and
rotational motions) and the non-.equilibrium energyAAUH
(associated with degrees of freedom not in equilibrium
at the given temperature T). These non.-equilibrium
energies may be considered as heat reservoirs carried
along with each unit mass of the gas so that in any
energy exchange between the equilibrium and the lagginz
Card degrees of' freedom the entropy of the unit mass is VK

30963
s/147/60/000/02/013/020
E022/E407
On the Veloc x-ty of Sound ~n Gaseous Media with the Relaxation
pro~zesses
changed by dS. Relating this change with the normal
definition of the entropy and using also Eq (8)1 the
generalized formula for the velocity of sound is obtained,
Eq (9). Applying now this formula to the case of partly
dissociated two--atomic gas with excited vibrational
degrees of freedom, and denoting the rate of dissociation
(10) is derived, where Ro -is the gas constant
by 6, Eq
in the non-dissociated state, cko 'r i- the specific
heat due to the vibrational energy,' Tk,A is the
temperature associated with the vibrational energy and
qjjMC (--!' qdiss) is the energy of diz~sociation per unit mass.
In the derivation oC this expression, a rectangular
appreximation to the sonic wave was assumed. If the
variaticn is Eradual with respect to timeo then taking
mean values of changes.., Eq (13) is obtained. This equation
is identic.al with the corresponding formula of Ref 1.
This formula is then analysed for the following particular
cases~ a) rhemicalty and thermodynamically "frozen" flow:
Card bl chemically frozen process with equilibrium of the

8o963
s/147/60/000/02/013/020
E022/E407
On the Velocity ef Sound in Gaseous Media with the Relaxation
Processes
vibrational energy; c) chemical and thermodynamic
equilibrium maintained; d) general case when
dissociation and recombination as well as relaxation
processes have to be included, as explained in Ref 3.
In this last case, the velocity of sound depends only
upon the frequency of sound and on the rate of
transformation of the gas into a new state of
equilibrium. Thus it can have various values depending
upon the frequency of the disturbance. This is known
as dispersion of sound. There are 4 references, 2 of
which are Soviet and 2 English.
ASSOCIAT10N~ Nioskovskiv fiziko-tekhnicheskiy institut, Kafedra
goreniya i teploobm,--na (Physico-Mechanical Institute of,
Mcscow, Chair of Combustion and Heat Transfer)
5UBMITTED2 January 27. 1960
Card lql/-q

L 3141-66 EPA/EVIT(m)/~W(C)/EW(f)/EPF(n)-2/TA,,ta(r-)/f,;TC(ra) WW/WE
FA'M501963~8 BOOK EXPLOITATION
UR/
i 536,46 ':~16
Shchetinkoir0-'YEvgeniy: Sekgeyevich-aL,
lPhysics of gas combual.3.011 (Fizika goreniya gazov) Moscow, Izd-vo
"Nauka". 19657.77T_ -p. illus., biblio. 4100 copies printed
TOPIC TAGS: gas combMs_ti~~, tirbine internal combustion engine,
i
combustion chamber, jet engine, detonnation wave
,PURPOSE AND COVERAGE: This book is intended for engineers, and physi
cists working in the field of power engineering, aerodynamics, co
bustion, and gas dynamics. It may also be used as textbook by
students in advanced courses. The physical phenomena and basic
calculating methods of the thermodynamics of chemical processes
occuring in the combustion chambers of gas turbines, internal com-.
bustion engines, furnaces, etc., as well as those in jet engine
nozzles, chemical reactors, and detonation waves, are described.
It also presents the results* of experimental investigations in th's:
field and compares them with the pertinent theory. The author
expresses his gratittide to Professor B. V. Kantorovich Sud-to'
I Card 1/4

L 3141-66
AM5019638
VIV 5-5
Doctor Of Physical and MAthematical Sciences Yu. P. Rayzer, ;rto made-~
a number of valuable comments,aftier reading tfie -manuseript,-and
and V. A. Pros
A. G. Prudnikov (;.-_Fedyayev -t-for their dis-
cussion of specific controversidy questions.
;TABLE OF CONTENTS [Abridged]
!Foreword -- 7
lIntroduction 9
'Ch. I. Gas mixtures in a state of equilibrium 16
lCh. II. Volumetric reactions in gas mixtures 75
'Ch. III. Laminar propagation of an exothermic reaction 243
:Ch. IV.. Turbulent piropagation of an exothermic reaction 341
:Ch. V . Forced ignition 462
Card 2/4

L 3W-66
:~AM5019638
~Ch..Vl. Flame stabilization 527
;Ch. M. Chemical reactions in shocks 594
';APPENDICES:
A0 Thermodynamic properties of some gases under standard con-
i . --
i :~'ditions---;o720
,B. Sample combustion temperatures of fuel mixtures 721
!C. Effective activation energy of pre-flame reactions in fuel-atr
-mixtures
iD. Initial data for the calculation of the binary coefficients of
moledulat'diffusion --.722
Concentration limits of the ignition of gas mixtures 723
;F. Calculation results of spontaneous detonnation parameters of
various stoichiometric fuel mixtures with oxygen and air -- 724
1-Card- -3/4-

bMDY.KLYCH.-.'V, ~'urad; S!-'CIlET1!:E;A, Yu.~'., red.
- -:--7- ~' - -'- ......
Pleallth resort resources of Furortznye bo-
gatstvl,i Turkmenii. Aoi~kh~ibad, jurkirenskoe izd-vo,
1964. 168 p. (NIEU 18:11)
1. Chlen-korre.-Poncient AN Turkmenskoy SSE (for Jerdyklychev).

SOURCE CODE: -tTR/2648/66/000/027/0018/0023
AM OR: Shchetinnikov, A. S.
ORG: none
TITLE: Air-temperature gradients [lapse rates] on glaciers
SOURCE: Tashkent. Sredneaziatskiy nauchno-idsledovatel'skiy gidrometeorologicheskiy
institut. Trudy, no.'27(42), 1966. Voprosy glyatsiologii Sredney Azii (Problems
of glaciology of Central Amia). 18-23
TOPIC TAGS; micrometeorolqy, glacier micrometeorology, lapse rate, temperature
.0 r-1 -SiOAl ~- /t? I r'71 ti 55 # /(-, " S~Vvw
F /)) P 7V i,? C-R)9 01FIJT, t-i ,k /)) e
ABSTRACT: Improved formulas are derived for calculating the lapse rate y
when an air mass crosses the b9undary between bedrock and a valley
glacier and to determine the altitude of the zero mean diurnal
isotherm Ho oh glaciers during ablat!.on periods. Expressions are
also presented in general form for y for the same conditions at'
the 2-m level in the mountainous regions of Central Asia.
These formulas 4ire developed from observations made on the
Barkrak Srednyy Glacier (Pskem River basin) in July-August
11962.and on the Raygorodskiy Glacier (Sokh River basin) for
20 da a in July-August 1964, where the average value of 'y
UP

AT6032993
was 1.1* per 100 m in both cases. This value is significantly
higher than those measured at elevations above 1600-1800 m
in June-August in the mountainous regions of Central Asia
(0.61* per 100 m) calculated without taking the effects of glac.iers
and accumulated snow into account. These observations were
supplemented by IGY data taken from the literature on the
Fedchenko and Tamyngen Glaciers, in which y was as much as 1.01*
per 100 m on the latter. Thus, the values of y on glaciers was
,found to be almost twice that usually accepted for mountainous
.regions. Orig., art. has: 16 formulas and 1'figure. . [WA-50;. CBE.No~ 12)
S~B CODF:'.04/. 'SUBK DATE: none/ ORIG REF: 006/
Card 2/2

SHCHETINO'V, L. A.
"Blood Transfusion for Horses in Suppurating-Necrotic Processes and
Wound Exhaustion." Cand Vet Sci., C-.ask State Veterinary Imt, Omskj 1953.
(RZhBiol, No 1, Jan 55)
Survey af Scientific and Technical DissertationD Defended at USSR Migher
Educational Institutions (12)
SO: Sum. No. 556Y 24 Jun 55

KRIJTGVSKIY. L.A.; SHCMINOV. L.A-
-
Experiment of now therapeutic shoeing in dislocation of the
ungulate bons of horses. Veterinariia 30 no.3:50-53 Mr '53.
(KLBA 6:3)
1. Omakiy vaterinarnyy institut.

S H ~ - LL T I I ~'5 i'-I *-" , .1. ~I.
Dis.,,erttatdon: "Ibch,-jolo-jcal
tile Production of Soca." Cand
',Ie`-~ra-'ivn1rr Z'lurnal-K'AL,~iya,
U -j
haseo of Automatic iegulation of tne Carbonization Process in
Teci, 3c-i, Klharlkov Fo~-~echnic Inst, KharIkov, 1953.
, 0
::osco, '. Jul 54.
vi, L'~,
SC: 3UII Ea. 35,;, 25 Jan 1955

SHCHETKAI V.F.
Selection of feedback. transformers for the dynamic braking systems
of hoists. Sbor. nauch. trud. KGRI no.19:146-150 162.
(MIRA 16:5)
(Mino hoistlng~-Brakes) (Electric transformers)

SHCHETK.A.1 V.F,
Efficient, system for controlling a ce hoist under conditions
found in deep Krivoy Rog Basin minesTsbor. nauch. trud. KGRI
no,19:89-96 162, (MM 16:5)
(L~iv6j Rog Basin-Mj*~"Iwisting;--Electric driving)
(Autam-tic control)

SHCHETKA, ZUBKO~
Thermal -~egimr- )f -:-yac~n~-)nous drive of a mine ho-ist with
dynamin braking, Sbo-. trud., KGK no.19:87-,89 262.
(MM 16 -.5)
(Mine hoi sting- Zle ctrio driving)
(Brakes)

~4aln - ~-Fll
Pencillin in emph:,rsematous carbuncle. VeterinariiR !I- n-).7;71
votorina-rnAv vra,-h Belozerskop-o sovk-hoza, Klirgannkoy
(Penicillin) (Carbuncle)
and pests)

SHCHETKINI A., (V eterinary Surgeon, Timashev Won, Krasnodar KRAI)
Treatment of gangrene with large i,enicillin dojeq
Veterinariya vol. 38j no. 10, October 1961, pp. 81-89

SOKOLOV) N.V., kand.tekhn.nauk; SHCHETKIN, L.I.; GOKHBERG, Ya.A., inzli.;
KRASILINIKOV., L.A., inzh.
Production of rope wire with a heavy zinc coating. Stall 22
no-4:368-370 Ap 162. (1-URA 15:5)
1. Beloretskiy staleprovolochm-kanatnyy zavod.
(Wire drawing) (Zinc plating)

SOKOLOVJP N.V.JP kand.tekhn.nauk; KRASILINIKOV, L.A., inzh.; SHCHETKIN, L.I.;
SILANTITEV, L.A.
Effect of surface treatment and the conditions of zinc plating on
the quality of steel wire coatings. Stall 23 no.9:856-857 S
163. (KRA 16:10)
1. Beloretakiy staleprovoloclino-kanatnyy zavod.

UTLETSO'll, D.; SHCEUMIN, S.
On the path of technological -progress. Sov. pro-fsoiuz3r 6 no.6:34-35
Je 158. (MIRA 11:7)
(Automobile industry) (Automation)

FRZHITALKOVSKIY, M.M., kand.tekhn.nauk-; PETROVA, I.N., inzh.; �99muff,
V.S., 1nzh.
Investigation of nonstationary conditions of water circulatton
in the PK-19 boiler. Toploanergetiks, 6 no-1:38-42 Ja '596
(MIRA 12:1)'
1. Vsesoy-uzny-y teplotekbnichoskly institut i Gosudarstvennyy
trest po organizatsii i ratsionalizatsli elektrostantsiy.
(Feed water)
60k

PETROVA, I.N.; PRZHIYALKOVSKIV-, M.M., I-and.tekbn.nauk; SHCHETKIN, V.S., inzh.
Water circulation in the circuit for external salt interception of
the PK-19 boiler. Elek.sta. 30 no.1:26-28 Ja '59. (MIRA 12:3)
(Feed water)

.SHCHWKIII. Yu.L.
Mothe injurious to sugar cane in Tajikistan. Izv.Otd.*st.nauk AN Tadzh.
SSR ne.1:85-8? 152. (MLRA 9:10)
1.Institut zoologii i parazitelegii Akademii Ttauk Tadzhikskey SSR.
(TAjikistau--Sugar cane--Diseases and pests)

SHCHMIKIII, N.L.
. .. ~ I , -11, ,;..
Distribution and biology of celeris cestralaslao Stgr. Izv.Otd.ast.
nauk AN TadzI1.SSR ie.1:89-92 152. (MLRA 9:10)
l.Institut zoologii i parazitologii Akademii xauk Tadzhikskoy SSR.
(Soviet Gentritl Asia-Lepideptera)

LOPATIN,I.K.; LUPPCIVA,Ye.P.; NARZIKULOV,M.N.; SHCHBTKIN,Yu.L;
ANTOVA,Yu,K.: LI19DT,I.I.
"Insects of cotton and alfalfa fields of Uzbekistan." R.A.him-
dzhanov,TS.G.Bronshtein. Reviewed by I.K.Lopatin and others.
Zool.zhur. 34 no-3:691-694 W-Je '55. (HLBA 8:8)
(Uzbekistan--Insects. Injuricus and beneficial) (Cotton--dis-
eases and pests) (Alfalfa--Diseases and pests) (Alimdzhanov,R.A.)
(Bronshtsin,TS.G.)

SHCHETKIM. Yu.L.
Results of studying the Lepidoptera of Tajikistan. Trudy AN
Tadzh.SSR 33:47-62 155. (MLEA 9:8)
(Tajikistan--Lepidoptera)

SHCHETKIN, Yu.L.
New geometrid moths of the genus Eupithecia Curt. (Lepidoptera,
Goometrldae) from Tajikistan. Izv.Otd.est.nauk AN Tadzh.SSR no.
14:139-150 056. (MLRA 9.10)
1. Inatitut zoologii i parazitologil imeni akademika
Ya.N. Pavlovskogo AN Tadzhikakoy SSR.
(Tajikistan--Moths)

SHCHETKIN, Yu.L.
Now species of Acidalia (Lopidoptera. Geometridae) from the
Vakbeh Valley. Izv.Otd.ast.nauk AN Tadzh.SSA no.14:151-160
f56. (MLRA 9:10)
1. Institut zoologii i parazitologii Imeni akademika,
Yn.N. Pavlovskogo AN Tadzhikskoy SSR.
(Yakbob Valley--Moths)

SHCHETKIN, Yu.L.
Two new species of geometrid moths from Central Asia.
Izv.0td.est.nauk AN Tadzh.SSR no.14:161-169 '56. (MTRA 9:10)
1. Institut zoologii i parazitologii imani akademika
Te.N. Pavlovskogo AN Tadzhikskoy SSR.
(Soviet Central Asia--moths)

SHCHETKIN, Yu.L.
- .
Sphingidas (Lopidoptera) of Tajikistan. Izv. Otd. est. nauk AN
Tadzh. SSR no.16:143-156 '56. (MLRk 10:4)
1. Inatitut soologii i parazitologii imeni akadamika Te. N. Pav-
lovskogo AN Tadzhikskoy SSR.
(Vakhah Valle~--Moths)

SHCHETKIN, Yu.L.
Leoidoptera harmful to calligonum in Tajikistan. Izv. Otd. est. nauk
All Tadzh.SSR no. 17:113-138 156. (KIRA 11:8)
1. Inatitut zoologii i oarazitologii im. akad. Ye. N. Pavlovskogo
AN Tadzhikskoy SSR.
(Tajikistan--Calligonum--Diseases and pests)

SHOFMYIN, Yuj~.
New lepidoptera of Central Asia. Izv. Otd. est. nar-kc AN Tadzh.SSR
no.121-134 157. (MIRA 11:8)
1. Institut zoologii I parazitologil im. aknd. Ya.N. Favlo-.7sk.~.gD
AN Tadzhikokoy SSR.
(Central Asia- Le-pid apt era)

SHCIHET-'~'Ili, Yu.L.
Arinnir thp Sphingidan of Tajikistan (Lopidoptera). Trudy All
Taclzh.SSR 89:65-68 '58. (14IRA 13:5)
1. institut zoologii i parazitolo--ii AN Tadzhikskov SSR.
(Tajiklatan-Ifloths)

-,d d I U, rIT. of 7- E ~ C a 7-D~`.! ter
-ak
mot,h na
S '5 It no1 79, 8
2Kcge ~N Tad-.hi ks~.oy SSF

Fauna of Ligher lepidopters of the low-rno!:ntaJv regrion of Taji-
kistan (Lepidoptera, Mecroheterocera~. 'I-.
I _joy Tnst. zoo!. _i paraz.
AN Tadzh. SSR 24:21-73 163.
(MIRA 17:111
i i parazitolopill limeni akadernika Pavlovskogo
At~7 Tacizhikskcy SLR.

ny

of the sands of the. liakhsh
~-A--,pa'acera and Heterocera Vyssriie chesnuelrUl"'Ve
N
-Lq , be TZ
V-3 Au"; Taizhik.,'13a ~t. I

GRIGORIYEV, Vladimir Vasillyevich; SAMOKUALOV, Dmitriy Arkad'yevich;
TSURBAH, Appolon Ivanovichl IILA, nn
-WPPMN --A a, -Iypncynaj kapitan
dallnego plavaniya; SO 0, G.S., TMONOTA---fe-.A.,
tekhn.red.
Dautical instruments] Horekhodnye pribory i instrumenty.
Izd.2., parer. i dop. Pod obahchei red. A.I.Shchatininoi.
Moskva, Izd-vo "Korskoi transport,w 1960. 427 P.
(miRA 14:3)
(Nautical instruments)

or Evri 171 a zd.,
L.
x F L I,.-. '-'c, ,-:I-
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resistant chrD=JUW_,IWUioUjn alloy crd.)MAI. its
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inzh.
immlating material
S Lai 5 1-805 S 165*

FRIDMAN, I.D.; SHPEWLT=A. Te~.-D.
Methods used by the Groznyy Scientific Research Institute for
determining the grade of weighting compounds. Azerb.neft.khoz.
35 no.11'.16-18 N '56. (MT-RA 10:4)
(Oil well drilling fluids)

FRIDMAN, I.D., kand.tekhn.nauk; RMDOV, G.M., Inzh.; SHCHETKDIA, Ye.D.,
inzh.; ZUSMAN, Ye.Ye., inzh.
Using pyrite cinders as a raw material for the production of
weighted material. Trudy AzIIII DN no-5:162-179 157.
(MIRA 12:4)
(Oil well drilling)

SHCFETKIIILA, Ye.D.; FRID1.',A11, I.D.
Improving the quality of weighted materials obtained from blast
furnace dust concentrate. Azerb,. neft, khoz. 36 nool2:13-16
D 157. (Oil well drilling fluids) (MM 11.3)
ilk

FRIMAN, I.D.; KAMEDOY, G.M.; SHQgEjEj!AL Te.D~,_
Using Daehkevan iron ores and their concentrates as a raw
material in the production of weighting age4ts. Azarb.neft.
khoz. 37 no.8:17-20 J (KIRA 11:11)
,es~ 158.
(Iron o-

FRIDMAN, I.D.; BAUYAN, L.I.; SHCHETKINA, Ye.D.
Production and use of humic powders. Azerb. neft. khoz. 38 no.8:
1P~21 Ag .159. (MIRA 13:2)
(Chemical tests and reagents)
(Oil well drilling fluids)

FRIDt-WI., I.D.; SHCHETKINA Ye .; POKIDIN, A. K.
-- Tnp~~~
Chemical inertness of weighting materials, Trudy AzNII DN
no.9:179-186 160. (MIRA 14-15)
'Boil well drilling fluids)

FRIDMAN, I.D.; SHCHETKINA, Ye.D.; ZAKHAROVA, Ye.S.; PUSHKAFSKIY, S.M.
Techniques of producing high-grade weighting materials from pyrite
cinders. Trudy AzNII DN no.10:358-375 160. (MMA 14-4)
(oil well drilling fluids)

SHC IlLk, Ye.D.; Y-RIDMAII, I.D.; POKIDLI, A.K.
Using the thermographic method for studying the quality of Weight-
ing agents. Neft.khoz. 38 no-5:28-33 11T 160. (MIRA 13:8)
(Oil well drilling fluids)

Gl W;~- I the e 0 tiv ty
ay r,:, d . 1e Ci,. ,oz n, X: 2k -2.",

1, .. - ~ , . . .
, -, - I - ~ . r ~ ;- - z ~ -- - -,a - -, - .- :~ :, I -. -'- 1 :'S 0
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.-- - .-- ~-- - - I -. I I (YL-ItA 18J.'55)
Burt-nie n,:,. 1 jZ. .
. Azi; ll ~- - " ~ . 11 1 ..

1.1, : , . ; -
SHCHEIT F i .11, L ~ - I ti MAPTY'NOVA, N.G.; FRIDIMAN, I.D~
No~-.v '.ype of ar: iron weighting agent. Sbor, nauch.-tekh. inform.,
7 -
Aze b. ln~` . 163.
- "', riauch.-tekh, inform. Ser. Neft. prom. no.6:455 61
(MIRA 18,.9)

FR I F ~~i -I' ~ 1,) 11 J I. , 311CHETKINA, Ye.P. , Wt.-MITOV, G, M.
E-ashkegan orc-.9 to be uq,:-l Jn ~,hr- pr~:Aw.,tlr~n of weightin
P,
4
ina ter ~ a Is. nauzch,tekh. Inform. Azerb. '. n.5*1, n~uch..Aekh.
ir 0-11RA, ISM
Neft. prom. no.6.61 ' r`)'! .

SHCHETKOVA, 1.G.-
Ocular -urauma in _-Porest workers. Vest. oft. 73 no. 1:12-15 Ja-F
160o (1,ERA 14: 1)
(EYE-WOUNDS AMD INJURIF-5)
(F0_-_dIST WORKERS-DISEASES AND HYGIEM~)

ACC N.4, ,",()02' .012 SOURCE' CODE: UR/0120/66/000/003/0141/0142
AUT'HIOR: Vovchenk-o, V. G.; Shchet'r-lovskiy, A. 1.
GRG: Physics Engineering institute, AN SSSR, Leningrad (Fiziko-tek-hnicheskiy
instutut AN SSSR)
TIT'LE: Discriminator as a nanosecond pulse splitter
SOURCE: Pribory i tekhnika eksperimenta, no. 3, 1966, 141-142
TOFIC TAGS: pulse counter, logic circuit, printed circuit
ABSTRs%CT: it discriminator (nanosecond pulse splitter) circuit, intended for use in
time analysis systems, has been developed which is capable of operation in a wide I
amplitude range of input signals. The circuit consists of a diode limiter, a tunnel
diode acting as a shaper, and a 5-transistor pulse splitter. Input and output pulses
are of negative polarity. The circuit is printed in a single block as a compon
in a system of counting modules. Its operating threshold is 100 mv and duratioll OZ
its output pulses is 6-8 nsec. It permits a two hundred-fold excess of the threshold4
i.e., it can handle input pulses of up to 20 v with a 3-20 nsec duration, whereby the.!
duration of output pulses remains practically constant..The*dead time of circuit is 20
nsec. The authors thank L. V. Fokina and V. D. Malakhov for aid in the assembly and I
adjustment of the circuits as well as S. F. Kruglov for interest in the work. Orig-..
art. has: 3 figures.
SUB CODE: 09/ SUBM DATE: 20Apr65/. ORIG REF:. 091;' OTH REP: 001
Card 1/L UDC: 621,374.2

CHA.PORCVA,- I.N.; SHCIFTIJIIA Ye. A.; SEMEBROVA, 0.1.
Effect of additional tempering on the properties of hard
WC-Co ceramic metal alloys. Metalloved. i term. obr.met.
no.7:44-46 Jl 161. (MIP-1 14:6)
1. Vsesoyuznyy nauchno-issledovatellskiy institut tverdyk-h
splavov.
(Ceramic metals)
(Tempering)

SUCiEThEV, M.N.
Flannin-a- the operation of an artificial insemination station.
Zhivotnoyodstvo 20 no. io:64-66 o '58. (KIRA 11-10)
1. Starshiy zootekhnik Kiyeyskoy oblastnoy stants1i po plemennomu
delu i iskusetyennomu osomeneniyu zhivotnykh.
(Artificial insemination)

-8/0_t. j1p
2 L, 3 _30 0
AUTHORS: Nl~kifjrjva. V.G.. Bj~danovskly, G.A.,
k V V S h z h e -, 11c, v , yu. 7.
c- - I 1"-~ n - -,;!, C ro il : C, 1) e
T--TLE:
PERIODICAL: B.
T~-*,'~T: -,.h~ -5rd All ',*:-,,.--.n on
r, m. -').i C L Tr, I a a p -
on
a in i*, thc rt?soluri,3a of whicti Lu
iu~-.- oft an op-, an'! ar; mlcrc3cDpe.
'.etiT)-elcctron microscope.
a has b~!~n call~-dl
pri)d-..--ior. tyke an
P:O'ljl-z-- a mzagn~fied ele~lron
P-.C' ur-~ jf M'irl(.':rystallic scrf.~en'
,he picture b-,~ing 5ubo,~-quen*.Ly ob:,erved by an optlca-L microscope
Card

S, -C~, C-Oo /008/ C-I 1/0 Is
0 p 1 al - e e - r r" I C 1' 3 0 04
D, D ~ i
3-- n
C.U
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an
r,~,y be t"e Mc,"I".%, -li'-
-,h(., Tn-~ r.iri nn., 6n :.:3 direct:y beh; nd
h,-, T UZI. 1-- :JY S M -a n i i r" o,,., b e am a e I e c -
t r'- t i s * 0 e [I - t i I s -. a. t. k -I i A a . aldi*:.onal lenses.
The SImpie~-, a-,-C Ir,*.-C;LIL.Cta.! Tlif- Oample in a. Cy-
ical hold,:,:, ~6
a in tl,.- Lap th-o m-ugn-~ts, thr
be-,-,~g "-ixz.,,d -, --th :-ub.-)-.-: .7a-L;he.-s. The aperture
diaphraC-z 4 is -r.-n trie ~:ap b,~,"-,Inj the sample. The C-lec-
rcn beam after the 3az.1-:c- rea,--hes a second lens 5,
whose naC~nif:c~,-.:on i-i", b,-- -~Ciriva In three steps. Th,e final elec-
,-, 'S 1~-Z.*,a -IL a mcno~ry
',,-Cr; lmai,.3 stallin-1 screen 6 the ade on
which tht~ beam Lrip4nges -,z3 cc-.ered by a thin layer of aluminum to
prevent the cn-rFe bUllt tio. The screen is ~~nly 4 rim thick because
of ~he properties of fluorite., The op-.ica'- microscope 7 is fixed
the instrument by a hInt;e to facilitate access to the screen.
Cai~d 21' 1?

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Call-d 4/K y

SHCHXTNIK, F.Ta,
Obstacles to the cheaper manufacture of ties. Putl i put, khoze
no.6:11 Je 159. (MIU 12110)
l.Inspektor Ministerstva pute7 soobahchaniva po pri7emke shpal,
stantsi.ra Bilikatnara, Hoskovnko-Xureko-Donbavsko7 dorogi.
(Railroads-Tieso Concrete)

r,
%. ;~. arid '-. .1k. ul.-Mk "'Aerin"Irv lnstitute~
'! I I I I I
"Experiment with the Tiew Curutive Shoeing in Dislocation of the Hoof Bone in a Horse"
Veterinariva, Vol 30j, No 3, p50, 1953 TabCon

usa/mines and Wning Apr 1948
Wining Methods
Copper
"The Possibility or using 'Chinokall Panels in 3k-
ploiting Copper-Pyrite Deposits," L. S. Shchotnikov,
Ugr) GiproMod'Ruda, 3 PP
5~
"OW Zhuro No 4
Panels of Chinokal are used in steeply sloping strata
of coa with width of 2.5-14 motors. Describes at
length process of using this construction in szp1olta-
tion, with analysis or its advantages and disadvan-
tages. Then makes comparison with conditions In
LC
66T102
USSR/Mines and Mining (Contd) Apr 1948
exploiting copper-pyrite deposits and the advantages
of using this construction in such cases.
66T102

SHMETNIKOV, L.S.
-1
I
Bolt anchoring and concrete lining of mine shp-ftB. Trudy Uniprome(Ii
no.2:183-186 '57- (MIRA 11:11)
(Shaft sinking) (Mine timbering)

Sfi(l-'HLT,.'ilKbV, L.S.
Bar f-~v ~e":"Ussir-ri -, 11, Zr-w. rl~;,7.72 ITI 161'.
WIRA i7. 10)

~ynyy to-~

SOV/ 11 Z-57 -6-12889
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 6, p 177 (USSR)
AUTHOR; Shchetnikov, V. A.
TITLE: Accuracy of a Friction-Type Integrator in Dynamics
(Tochnost' integratora friktsionnogo tipa v dinamike)
PERIODICAL: V sb. -. Schetno-reshayushchiye pribory, M. Oborongiz, 1955,
pp 13-72
ABSTRACT: Phenomena occurring at the contact area of frictional mechanisms of
disk (with a roller and a ball) type and of mushroom type are considered from
the viewpoint of accuracy of solutions. Each mechanism is considered under
two sets of conditions: (1) the driven member is at a standstill; (2) the driven
member travels. The effect of a dynamic load on the error is demonstrated,
and mechanism behavior under considerable overloads is examined. Expres-
sions are presented for errors of multiplication, differentiation, and integra-
tion depending on slipping of the friction clutch. Curves are presented that
can be used to determine the amount of slip as a function of the load torque for
Card 1/2