SCIENTIFIC ABSTRACT AVERYANOV, S. F. - AVERYANOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102610009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AM I V----V- -(Hoskva); TSTUY SIX-3 [GbIu- Heing-yvh.1
(Pekin).
-W--,
DraiWs conputation in the presence of seepi4t*. lov. AN
SSSR. Otd.
tekh. nauk no.1:115-1211 Mr 157. (xm 1016)
(I'minsee) (Soil percolation)

AVIRIYAMOV 18 - w idattakhnicheskikh mauk,
- . ". - 1
0.4w
Computing seep&& losses for lined canals. Gidr.j mel.
9 no.4:
15-19 Ap 157. (K6BA 10:5)
(Irription eauls and flumes) (Soil percolatiox)

AVNRIYANOV,-34X,.t ALXXSMDRCV. B.K.; ASKOCWSKIT, A.K.;
.3LIZNTAK, re,B,;
ZAKARIN, Te.A.; KOIALUKO, I.I.; KOCHIMA. P.Ta.: KUZNXTSOV, I.A.:
POSIAVSKIT, V.V.; SHIBXTT. M.Y.; TURCHINOTIGH, Y.T.; FATORIN,
N.N.; SHAROV, 1A,
Aleksoi Nikolaevich lroatiakov; obituary. Izv. AN SSSR. Otd.
takh.
nauk no.10:113-114 a 057, (MIRA 10M)
(Kontiakov, A-lakeel Nikolaevich, IM7-1957)

99-12-6/7
AUTHOR:
Averlyanovj S.F.9 Candidate of Mechanical
Sciences
TITLEi
Calculation of the Lowering and Rising of
Underground Water

Levels at Drainage Systems by Means of
Canals (Drain Pipes)

(Raschot ponizheniya i pod'yema
gruntovykh vol pri osushenii

aistemoy kanalov (iron).
PERIODICALi
Gidrotekhnika i Meliorateiya, 1957, No 12, PP
49-61 (USSR)
ABSTRACT3
Drainage of agricultural lands is
aocomplishol by open ditches

or by underground drains.
Generally, the purpose of these

measures is to remove
"secular" surplus of und,irground water

from swamps and thus
create favorable conditi5ne for farming,

to remove annually
accruing surplus water, aril for rai3s the

level of
underground water in the event of water shortage.

The
underground water level has to be kept at a certain height

in
order to provide favorable farming conditiDne. Depending

on
the type of soil and agricultural utilization, the height

of
the water table ranges between 0.3 and 1.0 m. The author

examined a close network of shallow drains (0.8 to 1.2 m
deep)

and a system of deep ditches, spaced at greater
intervals.
Card 1/2
The author developed equations for these
two .ases tinder con-

AVERIYA1,01', dotsent, kand.tekhn-naulk
Drainage of IOW MOCTS. Rauch. zap. MIIVKH 19:3-76 '57.
(MIRA 3f, :3)
P-ainar)
L
amps

A, -77 ('X--i 17 t~
AUTHORs AVERROYANOV,S.F., TSYUY SIN-YE (Moscow, P*king) ?A - 3078
TITLEs Concerning the Caloulation of a Drainage Systom when an
Infiltration is Pr": ant. (0 rasahate drenazha pri nalichii
infiltrataii, RussIL 1111
PERIODICALi Isvestlia Akad. Naikk SSSR9 1957, Vol 219 Nr 31 pp 115
- 124
(U.S.S.H.)
Roosivede 6 / 1957 Urieweds 7 / 1957
ABSTUCT;i The solution of tho following problem for a stationary
operation
was producedt the nethod of operation of an imperfect drainage
system outlet for vash and infiltration w#ter with a finite deptb
of the waterproof curfaoo. In order to fi nd sit approximate
solution
the followihg assuziptione were made& 1) the ftinuy curved surface
of the ground water Is compensated for by an mverage straight linei
the filtration area Is to be rechecked# 2).imitead of the conditions
of DEVISON-VEDERNII,'OV (Doklady Akademii Nauk SSSR, 1948, Vol 9,
3r 6)
it In to be socepi;td that on the free surfaco V - +q whereby
V j const. The equations are derived for the prissure reduction
A the area of the grouad water surface over the drain to the dep-th
y,
and for the general pressure rsduct~on from the middle of the inter-
mediate drain to the top edge of t" drain. It still remains to d,o-
toraine the quantily 6h which is frought with difficulties. In
practice
the choice of the quantity of Ah has In most i3ases no great
importance.
Card 1/2 (h - pressure). NO:Ltj the following limit (oppoial) cases
were looked

Concerning the Callmlatioa of a Drainage Byratam when an PA - 3078
Infiltration in Prisent,
into. Firstly, watiorproof surfaces at great d-syth, where 1/2
B/T ", 0,5
(B - diotanoo botw-ien the drains) (T - depth of the
stratification
of the waterproof aurfac*). 2) The waterproof surface in near
1/2 B/V 2. Yor bo'kh cases examples are worked out. The results
ob.
tained for the genioral *&a* (T - coast) as w*:U as for both
speclal
eases show that th-o first assumptions converniod (V - q) for the
faintly oufyod surfaass which occur ia proottits aA completely ac-
oeptable. he simple fora of the equations hot-ever permits them
to be
used in praotios.
(2 illustrations, 'I table, and 12 citations from Slav
publications)
ASSOCIATXONt Not given
PRESENTE) BY I
SUBMITTEDt 24-11-1956
AVAILABLEi Library of Congrena
Card 2/2

AVER 'YANOV.. - S-. F. - Poe Tech Sci (dise) --
"Problens of cout::-olling groun6
watere". moncow, lol-B.
65 Trp (Min Agric ITSSB, Moncow Inat of Water Fronomy
Engineors Im V. R. Villyama), 150 copiou (KL, No 4,
1,~59, 12,5)

DOWYNIN, V.P., prof.; OLI.IIANSKIY, N.A., akmdemik$
lektor; YELIN, YOayao#
dots.; FAVYAN'OV, A.B., prof.; GUBAF2.11, A.11.;
TKAGIEEIKO, F.L?
dots.; CIIIZMSKIY, M.G., prof.. lek-,Wr; AVDUB, V.S.,
prof.,
lektor; 01,IJCHAK, A.I.., dots.; DUNIN, M.S., prof.,
',,ektor,-SAVZDARG,
E.E.j prof.,, loktor; Q00,"KSKIY, N.D., dots., lel:tor;
AVERIYANOV,
P.P.,dots., lektor; 'POLUBOYARINOV, I.I., dots.;
GIIAMV, red.
-Izd-va; NAVMOV, K.M., tekhn. red.
[Textbook on agricultire for party schools]Uchebno(,
posobie po, sell-
skomu khoziaistvu dlii partiinykh shkol. Moskva. R.I.
[Crop farm-
ing) Zemledelle. 1959. 397 p. (MIRA 15:1)
1, Komrunnisticheakays. purtiya Sovetskogo Sayuza.
Vysahaya par-
tiynaya shkola. 2. Vy9shaya partiynaya shkola pri
I'Sentrallnom ko-
mitete Komaunistichesloy partii Sovetskogo Soyuza (for
Dobrynin#
Ollshanskiy~ Gubarevp Tkachenkg ' Chizbovskiyp AvdorJn~
Onuchak,
Duninp Savzdarg, Krommetskiy. Averlyanov). 3.
Vseioyuznaya akade-
miya sellskokhozyayst,rennylch nauk im. V.I.Lenina (ibr
01'slianskiy).
4. Vysshaya partiynaya shkola pri TSentrallnom komitete
Kormunisti-
cbeskoy partii Ukrain~r (for Yelinp Polubo arinov). 5.
GorIkovskaya
Vysshaya partiynaya sh1cola (for Fattyanov~-
(Agriculture)

AVERILTA
0~4V4 r oro ARINOVA-KOCHINA, akademik,
v.r;;
0 V,re izd-va; KARKOVICH, 13,,G., takhn.red.
(Horizontal drainage In nalinization control of
irrigated lands]
Gorizontalinyi dronash pri borlbe 3 sasolonism
oromhaemykh zonal'.
Hoskva. Izd-vo Akad.nauk SSSR, 1959. 82 p. (HIRA
12:11)
(Drainage)

AVXR ITANOV, S.F.
Desalting Iffoct of soopajo from carvAle.
Micn.orosh.na
rezh.grunt.yod no.2:44-120 '59. (14IU 13 '. 2)
(Soil pnrcolation)

AVERITANOV, S.Y., doktor tokhn.nauk; TUNSVICH,
D.P., luLnd.takhn.nauk;
. IGNATITETA, T.H., icand.blol.nnuk
Deep drainage of flat bogs. Gicir.i mel. 12
no.50.24-36
Yr 16o. (Swamps) (Drainage) (MMA 13:7)

.LVUITAW)V, S.F., dotaftnt, loktor tokhn.nank
Calculating the effect of horizontal drainage in
ca-se of artesian
conditions. Nauch.mp.MIIVU 22:3-73 16o. (10" 130)
(Arainw)

LTU CHZHIINI-,DA. [Idu Chen-ta] a9plrant; ATIMANOV, &A.0 nauohqy
rukovoditell, doktor
Underground flowoff In the irrigation of rioee lbachosape
MINIH 22:130-154 160. (KIRA 13:8)
1. lafedra sellskokhosMstyannoy meliorateii (for Iru Chsheal-U)o
(Rice-Irrigation) (Water. Underground)

IONATt Vadim ALA-rwWrovioh; AVERIYANOV, S.F.,
prof., red.-. RODIN,
I
Ya. S. , Wain. rod. -
(Calculation for horizontal drainage in
heterogeneous soil@]
Raschet gorizontallmogo drenasha v noodnor-odnykh
gruntakh, Pod
red. S.F.Avertianori. Tallinn, Estonakii
nauchnc-isol. in-t
I sealedeliia i moliomteii, 1962. 346 P. WIRA
16-1)
(Drainage)

ABDURAGIMOV, T.A.; AVER.* M01, S.F.; HACMI~"LIY, V.V.
Using the method of xadicactive indic~at,-Yre for
Investigating
the dynamics of the leaching of a ealt solution from soils on
a
model with a drain. Izv, TSKIIA no.lz'226-232 163.
(Leaching) (Dr &I na ge ) (MIRA 16-7)
I I . . . - HIM

AVFTOYANOV, S.F., doktor toblin. nauk, prof.;
RUSTAMOV, G.G., ilizil.
Calculations for combined drainage systems fed under
pressure,
Izv.(~SKHA)no.2:179-190 163. (MRA 16:10)

mmmmio~z~
- VVI, I.-T-M. WE - .-- -- -.- I. - I - -I
'a Lu I L--
SHAPOVALOV, I.F.; AVERITAMV, B.N.
The IIT-55A ewamp tractor. Bilil.takh.-okon.inform. no.8:
6?-61 059. (Tractors) (NIRk 13:1)

ATMIYANOV, S.N., inzh.; SILAPOVALOV, I.F., inzh.
Automation and mechanization in making track links.
Trakt. i
sellkhozrash. 31 no. 5139-43 My 161. (MIRA 14; 5)
1, Stalingradskiy tralitornyy zavodo
(,Crawler tractors) (Automation)

AVERIYANOV S.N. inzh.j HATS, I.I.p inah.; IVANIDI, B.I., inzh.
DT-60 tractor* Trak4,,,i sellkhom-ah, 31 no.3t13-14 Ag 161.
(KIRA L'07)
I* Stalingradskiy traktornyy zavods
(Cirawler tractora)

AVERIYLNOV S N.; SHAPOVKLOV, I.F.
Special automatic nkchines for drilling and
counlerboring holes.
Stan, i inBtr. 32 no, 5tl9-20 My 161. (MIRA 14:5)
(Drilling and boring machinery)

r
82076
S/Iqo./60/002/01/04/021
57, 1910A T100A/Boi,
Aunoiis: Ivanov, V. S., Sokolova. 9, A., Avel*'Xan v. S
V~.
7ovdokimov, V, F.. Gurlynn-j. 1, S
I C I A
TITLE: Hadivion-PolYmerization v 'S!0rrQr'.(!,
V'--
PERIODICAL: 1"VysokomolekulyarnyyP soyedineniya, !960.
Voll, 2, No, 1,
pv 55-37
TEXT: The aim of this work was to t.-bktt., I-A'4 .i '-.
~j -.(n of lt,o
conditions of irradiation with gamma rays ef Cn~-O .,n
~be polymerizak.-on
of isoprene, Pure isoprene vas irradiated r, glas.9
simpeuies in an
experiment in the apparatus rVT-4001GUT-400, '14- grnm
equivalent of
rRdium), in further tests ill trie appnrati,s K-1400 K,
1-100. 1400 gram
equivalent of radium) at room temperature in a
niti-cgeii itmospb~~re
The molecular weight of the polymers waa determined
viecottletric-silly.
and the microstructure (containing 1,2-. 5,4-.. anti
1.4-bondg) by
infrared spectra (taken with a WWC-6 (IK'z'(,) Th-
reaults are given in a Tabla. Ono p~~Iym.:- w,,~ -w
%Lr~i t~.V' thp Fl-tirlrj ~7f
Card 112

Radiation Polymerization of leopren6, L S/lqO/f;O'
/00?'1011011021
BhW6P D0 82076
gamma rays of Co6o whose yield ;3 d-.re,.,t1y
p,oportionsil to ~he
radiation dose, with aaall fluctuatiorn :)f tt,.R I t -
n en.,%Ity
The microstrui-ture of the polpser in '~e -:,cp:hrut~iro
t-.1ag,4 40 -W-17
A!j rdependent of 'he dose and intqnqity .,I' radi.i!
;%rid
cf a i-inr-.f,.zer (5 M014 Th- ayti't-ag-4
~-f !he polymer when the radiat;-,r. Tnm
awh-irs thank G. S. D4?nisov for advt,i-~ litil
Thpre ui-oi I lable and 4 roro"on,-..,.i. 1 115
ASSOCIATION: Laningradskiy gosuda-i-.,.1nnv.- -ini-)rcto,
'L-nrigrafl
Staha Un versijy)
july '. 1959

KU140KH, M.A.; KUZICIMVAS,,YO.A.-.
AVER'UNGV,__p,-V.; YL-VDOKIMOV, V.F.
AWon of ultragoilio waves.and , ~O-myu of C060 on
polyvinyl
alcohol oolutiono., Zhur. VKHO islO-106 160. (HIM WO
1. Institut evolytitsionnoy fiziolo ii imoni
Sechenova AN SSSR.
(Vinyl a4cohol) ~Ultrasonic 'Wimes)
(Ga=a ra~ys) I

PODDUBINY, I iya.; KARTSI:V, V.N.i AYBRIYANOV, S.V.;
'aWNI:E, Yu.V.; AVIMIYAbOVA,
L.A.; Ymm)OXIMOV, V.F. --
Vulcanization of polydimethysiloxane rubbor subjocted to
radiation.
Kauch.i res. 19 no-9:5-15 S 160. (MIRA 13:10)
1. V8080yu 11 nvv nauchno-iseledovatellskiy institut
einteticheekogo
kauchuka Im. MsL~')edeva.
(Siloxane) (Gnmna rays) (Vulcanlitation)

S/081/62/1)00/006/036/117
BIOI/Bilo
AIITHORSs ZYaDkina, Ye. P# Oar-!YaUo"--V*
TITLEt Amperometric t:ktration of uranium
PERIODICAL3 Referativnyy zhurnal. Khimiyal' no. 69 igl')2, 1339
Ostraot
6Dio6 (Tr LenAngr. tekhnol. in-ta im. Lensoveta, no. ~5,
1961, 172~
TIIXTt Methods of amperomet:"io titration of U by means of
solutions of
)a12 PO4and m-nitrophenyl aroonio acid are suggested. The
effoot of Alp
Mir, Ba, Cat and Pep as well as of the pH of the soluti,)n and
of a obango
in the medium (nitrio or ao,stio uranyl solutioh) on th-i
determihation of
U by these methods was studAed. LAbstraoterle,notot lolomplete
tranela-
tiond
Card 1/1

31610
S/13~;61/000/012/001/008
A051/A126
AUTHORS; Averlyanov, S.V.; Poddubnyy, I.Ya.; Trenke, Yu.V.;
Aver'yanova,
L.A.
TITLE. Vulcanization of mothylsiloxane rubber with a lcw vinyl group
con-
tent, under action of remission
g -A'1
PERIODICAL: Kauohuk i ivzina,)to. 12, 1961, 1 - 7
TEXT: An investigation wits conducted to determine the conditions for
producing highly heat-resistant radiation vulcanizates of the CKTB
(SKTV) rub-
ber. The possibility was studiod for producing rubbers of even
higher heat-
resistance by introducing compounds into the rubber mix whict would
increase
the magnitude of the intermolecular action in the system and the
effective ten-
sili,*.y of the bonds in the vulcanizates, as well as by changing
the conditions
of emission. Laboratory samples of methylvinylsiloxane, SKTV-0.07
rubber, with
a molecular weight of 400 - 500 thousand, were investigated. The
energy of the
7 -enission dose was held within the limits of 0.28 to 0.72 V*X/h. A
study of
the tensility of the Y-emission vulcanizates of the SKTV-0.0-l'
rubbei; filled
with various silica gels and carbon blacks, showed that the
Jntroduction ofmet-
Card 1/3

3161.9
8/138/61/'000/012/001/008
Vulcanization of methylsiloxane rubber with a .... A051/A126
als with varying valencies into the silica gel filled rubber
nIxes Increases
the physico-mechenical indices considerably. Preliminary
refining of the rub-
ber mixes further increases the physico-mechanical Indices.
Experiments showed
that rubbers, retaining satisfactory tensile and elastic
properties, can be
produced from the above-mentionod sample, after thermal aging
at a temperature
of 3800C. Tho additional increetse of the heat-res1stance In
the given rubbers
is achieved by radiation vuleani.zation in a vacuum and by
Introducing a halo-
genated polymer into the rubber mixture. In the latter care,
vulcanizates are
produced which retain satisfactory tensility and elasticity
after short-time
aging at 4000C. A study of the effect of metal compounds of
varying valencies
and of the halogenated polymer after Introduction into the
rubber mix revealed
that the former, being centers of secondary electron radiaticn,
lead to the
formation of more regular vulcanization network and,
subseqijontly, to a further
increase in the heat-resistanct ."L' the radiation
vulcanizates. The SK'N radia-
tion vulcanizates show a charac-Leristic intensified
destruction in the initial
period of the thermal aging, wh:Lch is thought to be connected
with the presenCe
of.a certain number of weak oxygen-containing transverse bonds
of the
C - 0 - 0 - C - type in the radiation vulcanizates. These
bonds, in turn,
I i
Card 2/3

33-1519
S/138/151/000/012/001/008
Vulcanization of methylsiloxane rubberwitha ..... A051/A126
are formed through the reaction of oxidation of the molecular
chains of the po-
lysiloxanes under the action of irradiation. The radiation
v-alcanizates of the
SKIIV-0.07 rubber were found to exceed corresponding peroxide
-fulcanizates in
their heat-resistance and therme-I stability in a closed
systeoq at 200 and 2500C
and at increased pressure. The former have a lower residual
Jeformation after
compression at 150 - 2500C and e. somewh&t higher
frost-resistance. There are 5
tablen, 1 figure and 10 references: 6 Soviet-bloc and 4
non-Soviet-bloc. The
reference to the most recent Er),;!Ish-language publical. Ion
reals as followsl L.
E. St., Pierre, H.A. Dewhurst, J. Phys. Chem., 01, no. 8,
i,o6o 096o).
ASSOCIATION: Vsesoyuznyy nauchrio-iEdedovatellskly Institut
sinteticheskogo Mu-
chuka im. S.V. Lebedeva (All-Union Scientific-Research
Institute
of Synthetic Rubber im. 3.V. Lebedev)
Card 3/3

q5- L) 111$(0, JY2 C, 2 2 0-9
................
AU-THORS-. Poddubnyy, I. Ya., Averlyanov,
TITLE: Type and stability of crcsolinks
of polysilovine rubber
PERtODICAL: Akademlya. nauk SSSR~ Doklady,
25724
S/020/61/139/003/023/025
B127/B206
S. V., ard Averlyanova,
in radtation vulcanizates
v. 139. no. 3,196t, 651-653
TEXT: The authors had previously establimhed that Irradiated
vulcanization
of polydimethyl siloxane rubber CKT (SIC." leads to hig:ier
thermal 8tabilitY
of the rubber obtained (Kauchuk I rezina,19, no. 9, 5 (1960)).
The same
occ,ars in the case of polymethyl xrlnyl siloxane rubber CkTB
(SM) with a
content of about 0.1 ~o vinyl groups. The thermal stability ef
vulcanizatee
developed through Irradiation may be increased by previous
addition of
metal compounds of variable valency or SiO 2- This thermal
stability
excecde that of peroxide vulcanization, This cannot be
explained only by
the presence of especially active radicals, but it is also
linked with tht,
structure of the network of the vuloanizutes developed thiough
irradiation.
Whi 1 e->Si - CH2 - Si