SCIENTIFIC ABSTRACT ZAGRYAZHSKIY, A.A. - ZAGULYAYEVA, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963420011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2. USM (600)
4,, Drainage
7o Drainne of dams built from hollov concrete blacks. Gidro stroi. ZL no. 121 1952.
9. Monthl List of Russian Accessions, Library of Congress, 1=11 -- 1953, Uncl.

ZAGRTAZH.IKIY Andre Anatol evich; KATVKM B.P., radaktor; SUCRTSOV.
ly redaktor
(Organization of reinforced concrete work at large hydroelectric
power stations) Organizataila zhelesobotomqkh robot na at-roitell-
stve krupnol GNS. Koskva, Goe.energ.isd-yo, 1955- 102 P.
(KUU. 9: 1)
(Reinforced concrete) (Hydroelectric power stations)

04 Cr le'Y,9 7- H Sit I
AID P 2579
Subject USSR/Hydraulic Engineering
-Car& 1/1 Pub. 35 2/20
Author Zagryazhakiy, A. A., Eng.
Title On the use of facing slabs
Periodical Oidr strol, 4, 5-10, Ap 1955
Abstract -The author discussev-the~-a4vantages--of-reini'orcing - - -----
the-617opes _of-d_~~s__by facing slabs and giveei a
very detailed account of the types, manufacture,
33sembling, cost and performance of facing slabs
used at the Upper Volga and Mingechaur Hydrc-Power
Plants, The necessity of having a standard type of
slabs Is stressed. Four diagrams and 2 tables.
Institution : None
Submitted : No date.

iv.
ALD P 1793
Subject USSR/Ilydraulic Engineering Construction
Card 1/2 Pub. 35 - 5/17
Author ZaMazhskiy, A. A..
Title -On-the.use.of rein orced-cono-rote--str-ucturcia-in-hydtsU-----
Periodical t Gidr. stroi., v.24, no.1, 18-20, 1955
Abstract : The use of welded reinforced-, co.norete - parts-. at -the
construction -of -hydro-power developments is ana lyzed.
It is mentioned that over 70,000-tons of these
structures were used at the Upper-Volga Construction
Project, and over 35,000 tons were laid at the
Mingechaur Power Development. The use of these
structures considerably increases the construction
cost. Suggestions that study be made by scientific
Institutes for improving reinforced concretit parts
and for establishing a ratio of steel content are
made. One table.is given.

Oidr. stroi., v.24, no.1,
Card 2/2 Pub. 35 - 5/17
Institution: None
Submitted t No date
18-20p 1955
AID P 1793

e-,\
UOZPAZMIY,A.A., In3hener
Jxperlenco In -using slab-faco. coverings. Mr. strol.24 tu).4: ~
- - --- 5.- 10 '55. OffsjA 8:6)
(Concrete slabs) (Hidraulic engineering)

ZAGRYAZHSKff. A.A., inshener.
Sizing blocks by- concreting. Odra strol. -25 no.4:28-.3:)
my 056. (MLELA 9: 9)
(concrete construction) (Hydraulic angineering.)

------- -- - ---
ZAGRTAZHSKI'f. A.A., Inshaner.
- mm"ftuw
~ - Letter to the editors. Gldr. Orot. 25 no-7:53-54 Ag '5 6.
(KLRA 9:10)
(concrete subs)

AZ *A., Inshener.
won"
. - . - -- - - - - - - -: Using -a )W(Lrmllc ore - concentrator - for vashing and gr*ALng gravel - -
mid sand. Gidr.strei.25 no.B:io-i4 5 156. (Km 9:1D)
(Sand) (Grimel)

ZAGRUZHMT. A.A., Inthener.
On engineering standards and usual excesses In building lWdraullc
structures. Gidr.strot. 23 no.9;13-19 0 '36. O= 9:11)
(Hydraulla engineering-Standards)
(Concrete construction)

ZAGRTAZHStIT, A.A., irizh.
rrom- slAb-ohells - to reinforced- -panels, Gidr,stroi. 26 w,,10;20-2-6
0 '57- (IqMA lot 10)
(Concrete construction)

..... . . . . .
AUTHOR: ZAgryazhskiy, A.A., Engineer 98-59-6-5/21
TITLE: Bent-Molded Slabs (Gnuto-formovannye obolochki)
PERIODICAL: Gidrotekhnicheskoye Stroitel'stvo, 1958, Nr 6, pp 16-20 (USSR)
ABSTRACT: The author describes in detail the fabrication of 'jent-mold-
ed slabs. He recommends their use in all curved surfaces
of hydro -technical constructions. The method was proposel
by the Scientific Collaborator of TRISGEIA.K. Shanshiev,
Candidate of Technical Sciences, and the Collaborator with
TNISGEI, M.G. Elkbakidze took part in the execution of the
project.
There is 1 photor '41 figures, and 1 Soviet reference.
AVAILABLE: Library of Congress
Card 1/1 1. Power plants-Constmation 2.. Construction_U6&SR

ZA('r',ffAZH,MY 1, 0
~,f 7--:,-~-f.~-1-17!~Z-1inS'C IL1709.
15F. " :1,11
I.
( V.- -- iizs '~- I.-P -rf~c (A%,~rbn Qn -1 -) 3 )

8(6). 1400) SO'1/112-59-3-4681
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 95 (USSR)
AUTHOR: 4;L azhakiy, A. A.
TITLE: Industrial Methods for Reinforcing and Shaping the Elements of Hydraulic
Structures (Industrial'nyye metody armirovaniya i formoo':)razovaniyL
elementov gidrotekhnicheskikh sooruzheniy)
PERIODICAL:- -V ob.: Komplekan. -mekhanizi beton. rabot i organiz. zirrui.
betonirovaniya. Nr 1, Kuybyshev, 1957, pp 115-138
ABSTRACT: A short list of measures taken over the last 7-8 years at large
-hydraulic developments is presented; -the -measures have-stepped up the-
industrialization of construction work by using assembled i' - einforced -concrete
slabs,- reinforced fritmes, and tether plant -manufactured Piructures; a-
description and dtawings of the alaba and their reinforcement used uthe
Mingechaurgesstroy is presented. Particular attention is paid to the bent
molded slzba used (in Russia) for the first time. It is notcd that a number of
Card 1/2

8(6), 1400) soir.1112-59-3-4681
Industrial Methods for Reinforcing and Shaping the Elements of Hydraulic .4;t ructures
amendments to the-e3deting standards onreinforcements endorsed by 3AES do-
not meet practical requirements and should be rescinded,
A. A. K.
Card 2/2

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AUTHORt ZagryazhskLy, V, L,; Shtolltat A, Ko; GoVd-F-P, Vol
V,

(Ural skLy politakhaL
ORG I Ural Poly e4;hnLe last4tute Lm. S. H. Kirov
choskLy LnatLtut)

TITLEs Phase diagram of the chromLum-nerm'antum systen
'
'
-60
66
55
SOURCEs Poroshkovaya metallurgiya, no
. 0. 19
,
TOPIC TAGS: chromium gercianium system, chromium germanium alloy,
~t)Zltocl phase diagram, alloy phase composition, alloy structure . RAA0
%3 V jrLnz, ) oReeamjun-) JD.A).Je n'Ejotf I 00*VM-110,0#'OM; OA.40Y
ABSTRACTs A phase diagram of the chromium-germanium system (see Fig 'I)
has been plotted on the basis of data obtained by physicocitemLeal
-at.2 chromium.
analysis of about 50 alloys contaLuLug from 0 to 100,
-
electrolytLc chro=Lum and 99.99Z-pmre
~/Alloya were malted from 99.98Z-p.!Lre1
--l -single-crystal germanium. PLve intermetaIlLe compounds weve identLfieds
~Crjjoojj, Croe, CrjjGe8, CrsCe3,-and Cr3Ge. The first four compoundis
ate formed at 955, 1025# 1160 and 1250C respectively; the last ous malts

_~I Card 1/2

L
ACC MRs AP6031596
-C

Phase-dLagras of -th-m-'ahroaluls
germanium system

dealt H
M w cre'a V
-congruently.-- --The-alloy-wikh--22--at%--Sermanium has _.tho _,hL&hes_t__=elting___
points Orige art* hast 3 figures@ ETD)
SUB CODES II/ SUBM DATES 14Apr66/ ORIG REPS 005/ OTU REPS 005

SHTOLITS, A.K.; GELID, P.V.;.,,#GRYAZllSKlY, V.L.
Region of homogeneity and the structure of the hexagonal w-phaw in-
the aystem Fe - Go . Zhur.neorg.khim. 9.no.W40~146 Ja. 164.
(laRA 17s2)

StiTOLITS,, A.K.; GEVDt P.V.; ZAGRYAZIiSKIY) V. L.
Region of homogenous structure and certain properties o" 1,~e -phase
16 no.!" ' 11
InAhe -system - Fe -- Ge Fi z. - mt. - i - L--.- talloved. -: I.10- 2 J1163.
(MU, 16:9)
drava.
1. Urallskiy politeldmichoakiy institut imeni ~,
1,1ron-germanim alloys-44a tall ography)

ACCESSION NR: A?4009350~ 8/0078/64/009/0101/0140,t0146
AUTHORS: Shtol'tst A. X.; Gel'd, P. V.; Zagryazhokly, V. L.
-TITLE: - Area- of--homogeno I ty- andatruo.ture --of- the
phase of the.Pe-Ge system
SO1JRCt-: Zhurnal neorganloheakoy khimil, v. 9,, no. 1, 1964,-140-146
TOPIC TAGS: Iron germanium system, beta-phase, x-ray analyoia,
thC3-Mal analysis metallographic analysis, crystal struoture,
lattice stx-acture
ABSTRACT: The temperature-concentration area of homeogeneity of
the hexagonal beta-phase of the Fe-Ge system was defined bt x-ray,
me-tallographic and thermal analyses (fig. 1), The effect ot com-
position on the parameters of the lattice Of F024. Geftj y Is more
than 0 and x is either more or less than 0) was a ud d %g. 2)e
From these and densitometric results it was established that the
beta--phase -Is- a -solid -solution, the manner of alling -the elementary
cell changing with composition: when Fe content Is lose than 62.5%
solution occurs by "introduction and, substitution"; whou. ?a Is more
;.Card

ACCESSION HR.* AP4009350
thane62.5%, bv "introduction and subtraction"; and only when Pe
62-51, is the phase formed in which part of the Fe atome are embedded
in the vacant tetrahedral Interstices. Orig. art, has: 3 Tableso
4-Pigures and 1 Zquation.

110SM6
-- ----- go- jjP(c) JD
ACC ma, MIS.02tarlvy
AWHOR: _~agryazhakLy V. L.; Shtollts. A. K.; Gelld-1 P. V.
ORG; Urai Tfist-itute im. S. 'R. Kirov. sv,&rdl*v-.k NsraR''Ski- "It
ctTe3k1.-yTn-s titut I
~L I LIE' r-- -_-4 -wre 4,_ysieall of thg a and R phwias oil' the C:~-Ge
E t
system
SOMM Mf SLV*SR. "Ievestiya. Neorganichaakiya materialy, v. 1, no. 11, 1965.
1917-1920
TOF-IC Mgt dworrd= T11cy, germaniumn alloy, solid solution , aolution carcentrationj
me-tal physical property, metal phase sYstem
ARS--i-RACT: X-ray diffifeactl6n, retalklog- ~.Phic, and 4ansitor-e-tric I
sevies of Cr-Ge alloys cv-ntaining 2. 0 to 31 . 0 at % Ge showed. that ;Ubs 1 i t
sn'".2 "_'-cnons b~-_-ed t~n Cr and the intermets-D-ic camotmd (r-,Ge -ile fl)Merj. -m~
concent ration rang" of single-phase existence cf these solutions it 1.5c,111-
approxim-a-tely LT to 3.0 at % Ge flar the Cr-aase solid solution (a -)has-t') an't
23.1 to 25.7 at % Ge for the Crjr-e-base s-olid sclution (d phase). T~e soiuj
Cle in Or at US00C i~n z.-ppraximately 30%. Increase in tho Ge cant!aat o' thf, --.Se
1rrrtnr-4niizd by a risr- in thermo-emf and decreafing Micr-cq~-amnesl. 'hari- -ie
iattice cur-gtzmt a of thc 6 phase and in tha density of t,ie ailvfs wit
r-anium content weria determined. Orig. art. hw; 4 figures.
SUB CODE: 071,111 STIBM D&TE, 26M#y651 QRIG REF: (102/ Mi REV-
UDC 546.3-19fisl2rai
cord
H3
71 MIMMM

ZAGRYAZHSKIY, V.L.; SHTOLITS, A.K.; GELID, P.V.
Struoture and sow physical properties oflc(- and A-PhU110 Of
the Cr - Go system. Izv. AN SSSR, Neorg. met. 1 no.11 ':;1917..,
1920 N 165, (M:ULk 18:12)
1. Urallokiy politekhnicheakiy institut izeni S.M. Kinna,
Sverdlovsk, Submitted May 26# 1965.

SHTOLITS, A.K,; GELID, P.V.; ZAG-RYAZHSKIY9 V.L,
Certain electric and magnetic propertlisi of thep- phasov of
the system Fe Ge. Fiz, met, i metalloved, 16 no,2tl9f;-201+
Ag 161, (MIRA 1619)
10 Urallskiy politekhLicheskiy institut im. S'MQ Kirova
(Iron- ermanium alloys-Electric properties)
~= mle and equilitrium)

S11 24/61/000/011/045/046
14 t9 D237/D305
AUTHOR3; Zagryazkint NoNat and Bygelest P.M.
TITLE: Non-stationary method of-measuring the high. tempera-
ture of gases
PERIODICAL: Referatiirnyy zhurnalo Mekh~nLka, no. '119 1420
abstract 11B940 (Tr. Labor. dvigateleyt AN 3f~;SR,
1958# no,~ 4t '167 - 174)
TEXT:. Heating of tho thermocouple in a stream of hot gaa depends
greatly on the-loss of heat by radiation and thermal conductivity
of connecting parts. During the initial period however, these 1:)s-
ses are small and temperature indrease follows the ideal curve for
the heating without heat losses. This is utilized for temperature
measurement. -A thermocouple is insert,ad into the stream for a short
time. Dependence of the temperature of the thermocouple on time LAS
which is registered by the instrument# is taken as the 1:;eginning
of the ideal curve. From this the remainder of the curvl:! is drawn
and turbulence temperature of the stream is determined, The equa-
Card 1/2

5/124/61/000/011/045/046
Non-stationary,method of D237/D305
tion of an ideal heating curve is used here which was obtained by
simplifying the assumptions on the constancy of parametors deter.-
mining the heating. In this manner high temperatures eazi be meaou-
redp and as a thermocouple remains in the stream for a s,:iort timc
only, any materiala otm be used for their construction. Descrip-
tion of the apparatus and some results are given. [Abotn-3ctortu
note: Complete translationi.
Card 2/2

U.S., skedeniko-Clava" re4j rod.;----
APA2W# M.D., red.; VU1,11%. U.S., red.,- USILITIV, BOOll'o, red#,*
VOINOV, A,N,, red,; ZACRTAZKIN, M.N., red.; allMOT, GOOD*#
red. lzdva redo
Combust Ion - and- as Oure tion -14 -diesel-e ngine s I- proce adij ids- of-the-
---scientiflo-and--tachnical conferevos organized-by-- the Ih!Ana a
Laboratory in Juna 19581 3goranle i somessobrasovsnia -i- disellakh-,
trudy nauchno-takhnichaskoll, konf4rentsit, provedennol v liuna
1958 g. Laboratorlel, dvlgatalel.~ Koekv,3,, 1960. 238 p
(MIRA 14:2)
1, Akademiya nauk R"m- Laboratorlya d-rigatelay. 2. ciagn-
korrespoudent AN 535ft (for BrIlIng). 3-t Laboratorlya dtrigatelay
AlmdemU nank SSM (for all,sumpt Oonjhkov, Kakagonovil).
(Disuel engines)

U.43,5.~ Z~k tAi PIS'Li ma Im a-&IW-9qwIAtOf:u P111 MWAViRM"IBRAM-9 -mw;tf'we-m-.~7 -wi
MIKULINq A.A.1 ZAGRUZKINt K.N.
1-14 -n '117
Experimental wateer-r,~ooled ombustion-chazber,- .-Ttud b,dvig. o....
33 160. OxIbi 1-4:3)
(Oas and oil engines)

162P.3-61 _BDS ......
S/;!909/6210011/0,)6/0102/0109
ACCESSION NR: AT300.1864.
1~ AUTHORS: Zagryazkin, N. N.; Meshcherlskov, G.M.
TITLE::' Multi-electrode jp!,~lug.with preparatory Ionizatior; of the gas gal),
rSOURCE: AN SSSR. Institut dvigate)4. Trudy, no. fit 1962, 102-109
engine, Internal combustian, ignition, apark, spcrk -plug# plugo
TOPIC TAGS.
gap, ionization, advance, fuel-air ratio# electrode# testing equij:tnent
~~ABSTRACT: The paper discusses the theory and describes experimentation with,
the spark discharge on internal-com. bustic-n engines; 'it investigitedthe poqsibility~
of obtaining a stable energy transfer delivered with each spark e,19charge in a FjVenk
spark plug. More specifically, the paper deals with tae stabilizatia.,x of the ioniza.
f tion of the spark-plug gap, the fl~tptuations of which lead to unev a-n spark dis-'
charges ands ultimately, to an increase in the lowest fuel-air-rlLtiO.'dimit at which
engine operation is feasible. The, spark lilug employed cornprisad j electrodes (E),
narnely,, a main E and a grounded, E, spaced so far apart that a normal spark dis-
:charge with the given secondary voltage is unlikely, and an auxilia:!,y E placed be-
tween the main and the grounded E. A preparatory discharge was brought about
.-between the auxiliary and the grounded E, an intensive ionization was thereby
Card

~;L 1822-3m63
.'ACCESSION NR: AT3001864 7
6 produced in the main spark gap, and &,e principal discharge between.the ma.n arid:
:the-grounded E took lace-. Various voltage and gap-relationshilis between the
p
..main spark gap and the auxiliary, -ionizing, spark gap were tested an~! are de-
-scribed. Conclusions: 1. The introductionofa suppleraentary 1*4 into the main
spark gap permits effective control of the beginning of the main sp;irk discharge'..
2. Preparatory ionization permits a discharge in the spirk gap a--. potontial
;gradients (PG) oi 2.4 kv/cin, significantly smaller than the cornisporAing PO of
12.3 kv/cm required for discharge through a nonionized gap. PrL-paratory_ ioniza-.
,tion, therefore, permits a considerable efflargement of the spa rk -gap without a
corresponding ircrease-in discharge voltagi~, that is, without any appreciable
complication of the ignition system. 3. The- preparatory dischar6 e affords a satis
jactory stabilization of the diticharge voltag'-- of the main spark gap. .1, Prelimi-
..nary experimental data obtained thus far stf'~stantiatc the hypothesis that prepara.,
tory ionization affords an intensification of t:he energy per unit volume of spark
gap. The results of this study are regarded as preliminary. Further investiga-
tions in this field are continuing at the Obllyidinennaya pi-oblemnaira laboratoriya~
Instituta dvigateloy AN SSSR (~_qint Problem Laboratory, Yngine ~nfjt;,tutv, AS,
USS~J- and the MADL OrIg. art.- )ins 5 figitres and I I:aljlt:.
DAM, Arw- 63 9112t 00
0R, M, ?7R NO REP* -08 010,Mf 003
Card

AFM/ASD PS-4/Pd-4 W-
0121909/6VOOM0610110/0117
JODI NA; AT3001865
~;AUTHORS: Zagryazkin, N N Timoshenko-, Yu. L
_.R
biUzcd FA nonsta-
:TITLE: DeveippMgnLaLi~~~followinif-ignitioz&--bya-stabiUzitd
bilized electrii: spark
SOURCE: AN.SSSR. Institutdvigateley. Trud no.6, 1962, L10-117.
ya
1TOPIC TAGS: engine, internal combustion, ignition,' spark, spark-?lug, plug,
gap, Wnization, advance, fuel-air ratio, electrode, testing equipmeat-
~ABSTRACT: This paper examines the influence of the 9parkand, more expecially,
Jts energy on the development of the resulting combustion flame. An experitnentalL
Invootigatioiv was performed in a turbulent gaseous flow, sinc.-. the 4ater permits
the maintenanco of praticribad paramaterij. of turbulensm, com,.>ositI5jn, temperaturet
and pre'ssur-e. The developMent of the flaine was obsorved ani recorded by stria-
U_tion schlieren) eiriernatography ($P). The test setup compriv, ed a tlower, a
r,__mA a cafnbustion
PI num, chambe r, an erec r c
_7
_!-Chamber,150 -cm long, equipped with an observation window. Turb-41ence gr
were employed to achieve -an- is-atropic turbulence:of specific tunslity. The s])ark___:_
..n
'placed 75 mm downstream from M,- turbulence. grid, The,S equ on~_,
plug was -
C.ard, -1/3

L '18222-63
ACCESSION NR: AT3001865
imade photographs at 6 streamwise points. 3 groups Qf tests were performed:
ol
Tests with a substantial artificial change in spark power. 2. Telits with a
standard automotive ignition equipment (without any attemptE to stabilize the sp&rk-
3 Testswith a stabilized spark plug, name ty, with the use of a
ene rgy).
:;3-electrode plug in which an au:dliary electrode (E) established a first,. ionizing,
to bridge the gap between the main E and tLe grocnded E and thereby
stabilize the main spark discharge. Preliminary conclusions: 1. rt is shown that
the oticillatIons of the spark energy are one of the reasons for the urievenness of
tile cycleli (of a piston engine running oil a lean mixture, limiting the:reby further
improvemeats in fuel economy. 2. Experimentation tit a turbulent fitel-air
mixture haij shown Zhat the minimal spark energy roquired for the ignition of a
fuel-air mixture. is sigb~fictmtly gre'xtcr in a turbulent flow than in a laminar fl:>w.
The uniformity of the development of the.combustion flame i1i a turbulent flow ij~a-L
proves subijtantially when the spark energy is increased abo-ee the minimum prac
ticable value. This, in particular, explains the improvementlof the evenness of
the combustion cycle in a richer mixture. 3. The timo required for the develo-~,-
-lames, arising from a series of successive sparks; delivered
ment of separate i
by an automotive ignition system, varies appreciably. This instabUity with tirme
decreases from 80 to 60 percent, when the spark gap iii increased by 20 percent.
4. An explanation is provided for the possible oscillations of the magnitude of the
Card 2/3

L 18222-63
0;
ACCESSION NR: AT3001865
-,-spark energy under pulse-type voltage delivery-to the .5park-plug elactrodes Inan,
autornotive -type ignition system; the -probable limit!i (of the energy t)scillation
depending on the fluctuations in the gas ionization, were not determ"ned. 5. The
'the main
u3c of a discharge electrode for the stabilization of the: magnitude o:-
spark energy helped to maintain a more constant enerfly in a series of spark,3 ii nd
its independence from preesure (within narrow limits of variation). 6. The ex-
perimental. investigation of' ignition -by. means -of a stabli,lized spark.have shown a_;
-decrease in Vic instability of the development of the combustion flante in a turtou-
-low of 1Z-18 percent 'Q 0.1Z to 0.18). Orig. arl:. has 9 figu
lent f res and 4,1
equations,
ASSOCIATION: none
S-UBNILTTED: 00 DATE ACQ: I lApr63 E14CL: 1 00~
SUB CODE. C H, PH, PR. NO REF SOV: 007 OTHER: 003!
Card '3/3

L 18220-6 KM/EPF(c)/RPF(n)-2/E6
'r(13/BDS AnArc/Am/ripw/m
3
---,-Tft- OU-4 Uld
Fs-4 - Pr-4
AC CES - ION NK: AT3001667 S/2909/62/000/DO6/0153/0160-
Zagryatki -S# !q#
AUTHORS: -Avashey, M. D.,
TITLE,.~ Measurement of elevated gas temperatures
!SOURCE.- AN SSSR. Institutdvigateley. Trudy, no. 6, 196Z, 153-160
!TOPIC TAGS: -temperature, gaso measurement, therrnometry, thq'rmocouple,,
itransducer, nonstationary, elevated, high
--,-:-.,-~ABSTR.A.CT:---This--report-on-an e xpe rime ntal-inve a tigation is-a continuation and-
extension of N.N. Zagryazkin's and R.P.Eygeles' propojial for the measurement
of high local temperatures by means of the observation of the heating rate undcr-
gone by thermocouples ("A nonstationary method for the measurem,ent of eleva.ted
gas temperatures.";. In the abornik "Teoriya, konstruktaiya, raschet I ispy-
teniye dvigateley vnutrennego agoraniya - The theory, de sign, construction, arid
testing of internal-combustion engines,." no. 6, Izd-vo AN SSSFt, 1958). One
advantage of this method in the usability in it of non-heat-resistant thermocouples.
The principle of the nonstationary method -consists in the measurement of elevated
temperatures -(T) by the introduction of the thermometric- body into the medium to
be measured for a short time, and its withdrawal before Its T has attained the: T
.'Card 1/3

L 18220-63
ACCESSION NR: AT3001867;
the fluid, flow. _.-The-curve-of the- increase -in _T_ is-recordod-by means of a loq
P;
-:osciHograph. -The basic theor of the method and schematic- diagram of the
,equipment employed are set forth. Simplifying a3sumptfon,v: 1. Thn T of the fluid
.11ow is time -invariable; 2. the heat capacity of the thermometric transducer
(TT)
is constant through the T interval measured;. 3. the heat-tiansfer fz quid tc the
orn
rTT is constant; 4, the T of the TT at a given time point Is uniform; 5. radiational
].and conductive heat losses are disregarded. - The method.of Interpretation of the
I oscillogram Is explained,.,and an error analysis is carried tmt in delail. The i:.-I-
-f luence of the diameter of the TT and of the flow velocity dre analyzed.
Conclual'ons: 1. The method proposed is recommended for the. measurement of
-elevated gas T (1,000-3,OOOOC). Z. The accuracy of the measurement of T in the
1,000-2,0000 range is *7 to 9 percent. The accuracy of T measurement de- I I
.creases with further increases in T. 3. The diameter of thc rT must be smafter-7,
than 0.35 mm. 40 The parameters of the interpretation of the oscillograms, T]
-and-T... must belselected with reference to the characteristi.68 of the medium :*.-
.investigated. Thus for fluid media with a tempezature up to 2,0000 it is desirable
to assume T, = 150 to 2000; for higher T of the -^Iuid medium ~Tj may be assurned
a-- 80-1000, but it is t1hen necessary to use read-_-gs ob=-ined frc= 6 to S su-cce!i-
sive measurements. The selection of TZ depends on -the flow veloci!:y; at flow
velocities below 20 m/sec, the upper limit of TZ must bp .600 to 650':; at yet
Card 2/3

f - Arli

ZAGRYAUrf. N.N. HWHCHMYAKOVp G.M.
Prelonlzed "rk discharge for the Ignition of fu*2,-aLr_
mixture. Avt. prom. 29 no.7:19-21 JI 163. (H111A 16:8)
1, Moskovskiy avtodorozimyy institut.
(Motor vehicles-Ignition)
I

. .-A', - - - - - - - - - -
444-11
w)_/vF_WFI(t /E- TI IjP,(
0 JD
ACC Nk; GMCE CMEi UP/0058/65/i'j0 _jEl~03
AR6013680 0/010A102
AUIVOR: Zagryazhskiyp V.I.; Shtol'ts, A. K*
r1=: Ialtmm of orderJng of Fe Ge on its elwtric and mg~ chmctexb*_iCS
-5-3
SOURCE: Ref zh. Fizika, Abs. 10E824
M7. SOURCE: Tri Urallskogo politekhn. in-ta, sb. 144, 1965, 58-61
TOPIC TAGS: iron cmp=d, ge=mim caTm-d, ordued a11W, solid soluticn,
teiWrature dqmdenoe, reaLsUvity
ABMAM Vo establish the conditions aryl ped~ritiesof the acder Irq of Fe~qe~i,
--the -authors- bmstigAtdd__ ih~ dependnm of the resistivity (p) and -the
derxndence of o and the,Curie taqvrabue on ttu) ouq=ition -of Fe-CA. nolid solutiom
WbjectOd to diffamnt heat tmbienta. (Translation of abstract)
SUB CODE: 20
CcIri

AP6005146 -
SOURCE CODEI. UIL/01H/W0211001/0140/0143
IAVT?z-,A: _^ndriyevs4y, EL. 4%.
alm
Oft': MQR_C"- 1_-.6r_ILWtC of L_Cej and A110" VXISkoVSkiy inati t Stall i Srj
&VoV
TITU. Study of the diffusion f carbon La B.-zirconium
9 7
SOME: Mika setallov i -metal lovedeniye, v. 21, no/ It- L966, 140-143,
tAGS- phloical diffusion, carbon, sirconita, activation enarg-j-, footopa
1ABSTBACT. Ar. emulaloa of radioactive C was deposited on sper-imens of II-Er which
thereupon were annealed at 'alW-16OWC for from 0.5 to 5 hr in a vacuuit (10-4~10-5 om
MV,-Mg Of tt-Pt.fth nnd W-WRe
of b-
rhe C .1 _~ 6, ~u L I I Q S
e a ju r e ZI
I ~I o a e. un z e r
'I P J C ~a en rop
it n - Z r I G c a a t e a L
I-j a -aeg - The ac r i,,*n oK~ eiie r
-todL Y
ejemnnr rr) -A
a atl~
We L&LIO IS foUad Lit &e
L 101 LHO diffUSIOU of various LnLer&Litial inpurity elements CH, 0, N) ivto
lone and the name metal; ot~te_r setaiv vjLh 1),)fjy -centered c"bir- 14LLiLe, suc-h as cr-Fe
znd .-zZ guveeLuied by these laws. It Li _hzraCLerI8Lic that the radiua corxes-
ypond'kng 'D "Lf-X0" atLivatioa erer*,Sy Is -0.25 1, which satiafacturily ta."Aica witt. the
mks
UDCt ~48.526

CODE: U, 13., 20, ISAM DAT&-s 25Feb65' ORIG P.M 0051 OTIl PYJ,- 010

"Ilie HiLlden Forr, or icn;uirel
YAl" -rt- tlheuTi -of a conferfnce on t oxonlaann3i,
reno
3-5 Anril l0t6l, pobl. by Im-,t Homlolory w-0 Miarobiol-nf-y
1'. flar'"Ipra. lic;ld. I'urj. :-',c! vogcow, V'161, (opp.

Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1. p 34 (USSR)
AUTHORS: Polezhaye,.,, V. M., Rozenberg, L. B., Zagubizhenlo, P. A.
T IT LE! Experimental Investi ation of the Aerodynamic Characteristic~;
of Automobile Fans tEksperimentallnoye issledova--tiva
aerodinamicheskikh kharakteristik avtomobtl'nykh ventilyatorov)
PERIODICAL: Nauch. zap. Dnepropetrov. un-ta, 1953, Nr 41, pp 111-119
ABSTRACT: Results of the experimental investigation of the aerodynamic
characteristics of %utomobile fans are shown for the foreign
makes GMC, International, and White.
1. S. Simonov
1. Automobiles 2. Fans--Aerodynamic characteristics
Card 1/1

M..,
-Ml LEER
P
"On the Compression of a Plate 14-eakened 1-7 a Straij,L't-Line 51J.t."
Ga nd Phys-111ath f2ci, Inst of HathemAtics, Acad Sci U-'-SR, Kiev, 19%.
M, No 9, Fel--) 55)
So.- sL-,m. ~;o. 631, 26 Aug 55 - Survey of 5--ciecitific and Technical
Dissert4ti-)n Jefenried at -USSR Hipher Mucati.-.mal Instit-ationa

ZAGUBIZMUW, P.A.
Sfiesses-ta an anisetropic plaits- weakened by rectilluear grooves.
-Dop.AN URSR n0,6:424-430 154. (mu 9: 9)
leDzipropetrovelkly dershavziy univerattat. Predotavir dir-oniy
chlen AN URSR G.H.Savlne-
(Ilastie pleites and shells)

',MoE~sakovbkif V 1. and Zavgubiienko, P. A. On a mUed
--"Icca of i~e-theory ~~f etaiticity for & phuie weakened
pTQt)
by a rectilinijar i p, SRSR
9,i 40"4 412 el,050 (Ru;;Aaa)
II-1c, ln-:01,id of pLI21o~
dQvtioped by if, u~rd to tK.'vc a particuL-r
probfun ol deforunauvn of an efa5tic p!,,r.:e weaket,(.A by a
rez-tiliricar ciwk when the plane is Lubj&cccd to the a.-tion
of forcca o! intr:%~ity t-i,,,I6rtg mi attittim-, .1ogle
with the d;rct~Uon ci the muck. 1. S. SA(dilikoll.

GASaO,, a-,.1-. Ompropetrovak);
L.TjW:UZjjKO* Y~.I.A. (Dmi=opelt-rovsk)
Slreas tListribution-in -the- contact -area- of arigid cylinder
aW a flexible support. Prikl. irekh. I no.9-.131-133 165.
(MIR/, 18:lf))
tniversite"',

M07-SAKOUKH, Y.f.
W p Yov N11i , PY Din ep rop
A yroblem of a plane havIng a fissure. Prlkl. rv-,k~. I
no.8:106-11.1 165. (MIRA 1829)
1. Vntpropot,rowikly

i
-Onspropstrovik) I -SAMMMMMMM
P. A.]-(DmPrOPatrovzk)j
Platte problem for 4 ayoten of beams wIth-Intormediate elastic
layers, Prykl* mskh* 9 no*-3t3l5m321 163.-
(MM
1, Attepropetrovskiy gosudaretvanr#7 univeraitst,
(Beazw and girders)

OLINMRIIV N.N.; ZACAMBATIJLO,, X.Me
Adopting the production of Mmed sinteredponsta at
Me- penatIzing pUnt, of -tho KrIvoy Rog COMMI W-ldflg
W Ore Dressing CoWAne. Met. I gornorud. pron. ita.6:61
65. lSc22:)

-UGUD&TZT, D.S.; SMMBININI Y,A- (KGgkva)
----------
(MRA 13:10)
(mothacrylic acl(l)

ZAGUDAYVVt,,,Rj.SQ. uchitell
Preparation of a raslai- Khlm.v ahkolo 15 no.D65 J&-Il 160.
(MIR& 13:5)
1. Srednywys shkols No-175 goroda, Roekvy.
(Resins. Synt6t1c) (Chemistry--Experiments)

- A 1, 1 ~-- --, -- I - .
I ,
-,i*;'; Y. i, V fA .- - .
Cliet-l-L-, try .- Study ~,nd Teaching
;Ilork of the district fle-thodological -issociation. 7dilm. v Shkole r1o. 2, 1952.
I-Ion-thly List of Russian Acceosions Library of Congress November 1952. UNCLA.3-41FIED.

UNDAMO D,S. (Moscow).
-,
- - -- - - -- I - - - - Method of atuAying the vrotbiation of - a=oula. - lb" v - shkole no.4:33-37 - -
JI-Ag 153. (MLRA 6:8)
(A=oaja)

ZAGURAUV, D.S. (Moec*w)
OrpAntsing chemistry elms excursions- to Industrial -plants. Mdo. - v
shkole 10 no.4:35-45 JI-Ag 155o (MIRA 8:9)
(Chants try-Study and teaching)

ZAGUDAYEVj V. A.
.-"The Produativity-of-Cows and the Quality of Dry Whole IJIlk
Daring the Feeding of Cotton Seed Cake and Cotton Grist in the Salthern
Ukraine." Cand Agr Sot, Moscow Ordor of Lenin Agricultural Aced
imeni K. A. Timiryazov, Moscow, 1955. (KLj No 8t Feb 55)
SO: Sum. No. 631,, 26 Aug 55- Survey of Scientific and Technical
Dissertations Defended at USSR Higher Educational. Institutions
(14)

'10
u3SR Farm -knimals. Cattle.
Abs Tour: Ref Zhur-Biol., No 9, 1958, 40444.
-Author Za uda& ev V*
'Inst
'j
Title The Influence of the-Feeding of-Cows With Lin-
seed and Cottonseed Mreals:and with Coarsely
Ground Whole Cottonseed on tho Quality arLd
Stability of Dry Whole Milk.
Orig Pub: Molociva. prqm-stl , 1957, No 10, 33-34.
Abstract: The milk of three groups of cows of the'KhoLmo-
gory bread was studied. During a prelimIna::-y
period (36 days), the oows were given linse,ad
meal. In the experimental period (64 deys),
the linseed raeal In the rations of cows of the
e,ibstituted by cottonseed
2nd and 3rd groups was u
meal and by coarsely-ground wholo cottojisef!d
Card 1/2 28

S/16 62/000/005/045/093
D228YI)307
AUTHORS; Te-4tovich, T. A. and Zagudayeva R A
TTTLEP: Aerologic peculiarities of the atmosphere's a-;ructuxa
over Mirnyy
2BRIODICALL: Referativnyy zh urnal, Geoftzika, no. 5, 1~)62, 14, ab-
stract 5398,(V sb. -Problemy Arktiki i Antarktiki, .no. 9,
L., Morsk. transport, 1961, 37-44)
TEXT: Some neculiarities of the oresoure, wind, and temp,.'rature
f.-*Lelds over Eastern Antlarc-'Uica are considered'on the basi:1 of the
data of radiosonde ascen"Cs at 71irnyy during thie 131%, Cont-faental
~-Lntaretic Ex-oedition from Pebruary 14, 1956, to JanuarY 31, 1-957.
1 -6 is shown that all, meteorologic elemonts over Mirnyy* area subject
+ able zeaz;onal var.-Lations which increase 'with al-vitude.
,o consl~er
~!Jnimu= pressuie values that are recorded in winter -from TLL-.e -.o
October are related to the fall in the temperature and tc. the ,,).-e-
valunce of cyclonic circulations. In t:ae year's s=e:: period the
.cyclonic activity weakens, and high-preoijure ridges are continually
Card 1/4

5/169/62/000/005/045/093:
Aerologic peculiarities D228/D307
observed ai various hej.ghte. The.full in the. preaoure to i-t,o low
winter values occurs gradually during March, April, and. Tay. I
0 M n
the near-ground layer -Iro= 0.3 to 1.0 ka. strong south- oast!,,rly and
easterly winds, which --each hurricane force at times, gradually
change during the transition to summer into easterlies, and then
,gradually into westerlies. The height of the prevailing eao-carly
winds grows to the level of 3 - 4 xr. at the same time as 'Vae fre-
quancy of the easterly comporient increaaes both in sun:,'Ier ;_-nd win.
4er, reaching values of 15 - 20 m/sec. !2he analysis of' vextical
air movements, ascertained from the rotation rate Of wing rad-;.o-
sondes, indicates that up to 500 ?1 in V.,ie near-ground lay~!r des-
cendinrf move-ments, which appear ro be reLated to the e::flu(tnt wind,
prevail throughout the year. In winter the layer from 0.5 to 8 km,
in connection with the increase of the cyclonic activity, the -'re-
quency of de,scend-ing movements is somewhat lower than in ijummnor.
Ascending movements prevail in the lower stratosphere. Pe::,sistent
atmospheric stratification is observed in winter over, East;ern JIMt-
aratica. Strong near-ground inversions (up to a height of 3 km) --
--onsisting of several layers of a variable intensity, wit"I max: .LMum
Card 2/4'

!~/l 69/62/000/005/04 5/093
Aerolo-ic peculiarities D2;?8/.D307
0
values Of up to -5.670 per 100 m 'Lor the -vertical temperature gra-
dien-146 -- arise at the time of a settled anticyclone. The allerage
thicImess of the near-surface inversions is small and compr:i,.ses
about 300 - 400 m. During an anticyclone and ar. efflue.,.,; .,ii:-.d the
turbulence value, est-1.mated from the Ricbardson number, is .-onsi-
derable only in the near-ground layer to an altitude of 400 - 70-) m;
on the aD'oroach of a front the thickness of the turbulence
inc.-easeo to 2 kin. The avelvage height of the tropop-ause in. winter
amounts -to 10.5 km.- In sLuimer the trolopause's 'Level drops to 9 km,
and processes, leading to the growth of temperature witt a!-
._ 4
titude and to a clearly expressed temperature Jlnveraior. in the
4,ropopause layer, prevail in the layer tD 16 km. In atitumr the
i.emperature* begins to decreai3e fron, a height of -/12 kr., whi.-reav> the
temperature inversion is preserved as usual in the tropopai;.Lie 1,Ly-
er. The fall in the temDerature with altitude is characteristic
of the begirming and tone middle of winter. At this tine th:.~ -tem-,)e-
rature drop is retarded as the stratosphere Is approac-11,,ied, and the
Uropopause layer becomes isothermic or else disappeara complet-ely,
-approaching the surface. In August the character of the dit3tLriba-
Card 3/4

30/1 69/62/000/005/04-5/09"i
Aerologic peculiarities ... :D228/D307 -
tion o--"" the temperature with respect to the altitude -sttxts to
change in an opposite direction. /-Abstraoter's note: Complete
4. -
L,ranslation.-7
Pard 4/4

S/561 /61/000,/Cog/
D42 0.7/D 3, 08
u
Tsit0vicht T*A-i Sna
AUTHORS ntruc 'Ure Of
Of th
atm0spharc above 1,1111myy 1,4
SOURC:~: 2roblemy arktiki i antarktiki, no# !--on
L.
the materl.ial obtaine
Th 0 aut-hors siammariZ i,s.'. Con-LL"T^t,31' ~,
the F - v ric
)ve i,,,irrLyy during v
,inpa aloc 1957). The Le~
records obta - -- Feb. 1956 to 31 Jal1q,
dition (14 977 and 990
tic E.-4pe U I bet'reen
,~ this period Varie( octo-oEr) r.nd
sure during months (June to in
rred in the coldest C C;rcujatioll.
vajues occu Arep and CYCloni
to temperature - in Decenber--
mained '.-iigh
" ; i! ". .0 r e
ssure beEarl to risC arld r0 it"
the pre 1_4 C-7
JnG time the cyClOnic T
::ur
"0 S V. r _)r Ll 1, at all
f rc)r~ts c ., e o
4-0 oid-month cccl~;-r~c'
4., e rou-CL 3U2
sure the c - tMperatare at M U amp' i ':U',
I veraf~e 000 j.1, ..1jnter. The
,~[~,rch-:.lay_ The a5.1 on,,' - 2
in SUMT-ler and belme,,M -15 -C
-; ati onsP so
Tneall ten U coreasod
of the
Card 1/3'
[MIME=

Acrological characteristics of the D 0 7/D',1 0 8
but it- increased again in the stratosphere: the variatiom, ranC,~.d
-o 20 deg 0 at 10 km and up to 370C at 16 kmi. rlth'o %,,ran, re*!,-,,,_~-7t
u D 4u ~ , I
U ,he stratosphere dur4nf: July 'i,1..-,t
to the very low J. emperature in 4 j -P. 1, , - _,~; ,
r 1
which t"ell vo -700C at 14 k-m and continued to drop 4, ;h h(!i
4- 0 (3 Z, is - lal-ed o t,
ature dron this rer;ion Ze V t he risinE
~ue to cyclonic formation. o,~;er the Pole. This ic su,)-,,,, rt, h-
values o,.lL 'he annual minimum tempcratlure and by ob,,-,~rved
westerly winds vith an ave.-age velocity o-' 40-50 m/scc- n+ IS 7
U_ r.m an6 the s tra',- -
the tropo-pause height incr;-~Rsed to I.C.5
Sr,Iere temperature usually decreased with hcight. I'he cunri,= i-
r
tl.ons reflected the Dredominant anticyclonic circul-c ,--I on
nyy: the aind velocit-y was lower during this season -;! all ,nL,
except at 7-9 km below the tropopause vi;aere jet streams 0*-:~!--r-
ved and t-he wind velocity did nolu d:rop. Ton-pe--ature
2-11 liciGhts in sumumer. Near the ground strong gradient,
stron.-~-,
hurricane s1l-rergth) ,7ere observed and enually
ca~,terlie3 %-.,hich Titere replaced in summcr- by -.-iee',:er
ea-Iterlies. In sumner 1-1he gradient- wind and the inver.,jon f e-~~
h e i sh t s a -on, -_ ar e d onl y af t e_ r s -,ms e tu (,,-ih en t- h e s lop e s b c, c C_-. 0 0,~D 1 r
D i e t 111 c k ( u P' t o 2 km i n v e r s i o n s a t I c; -,- 1, c 11 -4-1 s, -"r'c r n-, c c
C ar d 2/3

13/561 61/000/CCO,/001/OC,3
YD
Aerological characteristiC8 of the ... :D207 D308
ter by merging of radiation-and anticyclonic inversions)'were not
obse--ved at all in summer#
SUIMITTED: August 6, 1959
Card 3/3

curro-Ot stablUntirm, Irk magrpts of Inbovat,)ry apparatur. 'rib.,
tekh. okun. (~TqA. 17: L)
1. vlzikc-tek*-.ni--hesk,.y i-nstit'ut AN 033R#

AHUFR1=0 G.S.,-, ZAGULIN,, V.A.; MAMIN., B.Af
Cathode current stabLlizers FribA tekk,.,ekap. 6 no.5tI:A-1Z:)
S-0 , 161, 04M 14:10)
1, Fiziko-te)dmicheakiy inatitut AN WSR.
(Voltaae regulators)

1AGULINA V,
Important matter of co=on concern. ObsAchooty. pit.
no.6sl7-19 Js f620- (MIRA 15:9)
I., flachallnik otdela, obshchestvennogo p:Ltaniya Mentrallnogo
soyuza potrebLtellskikh obshellestv SSSR.
(State far=)
(Restaurantep lunchrooms,l ate.)

2AGULOV~ A.M.; ZEMIIR,'KOp V#P.
- .-- Easy-shifting pnem atic -valves. Mashinostroltell no* 32:23 D
161. OUR& 14:1;!)
(valves)

_ZAOLOY_,_2haken- BRONSIrlEYN, L.A., dots., oty. red. KOVALICKUK, W.V.,
reC iz&va; AROKHINA, M.G., tekha. red.
-automotiviv-freight--transportation-ali4-ways-to-roluoe-------
itjSebeatoimostl-gruzovykh avtomobilInykh pe:revozok i PMU so
snizhenlia. Frinne, lzd-vo Akad. nauk Kirgilakol SSR, 19,52. 93 p.
(HIRA 160)
1. ZAvedtipitihottlyr-k-ftfadroy-OFkonamiki i orgmisatsit proizyodstya"
Pookovskogo &ytxnobll'no.Aowxhnofp Inatituti (for Bronahtoyn).
(Transportation, Automotive-Freight)

Z.?,"-on; MMIINA, 0.9.# reds.
[Peve2oplng transportation and cou:-.unlef-tion in 10he
Kirghiz Iluvitio transpot-ta .11 towlimi v K:ti,-
gizakol, 8311. Fminze, Rli-gizskoe goo izd-irop 1964.
40 P, 41JPU~ :.7111)

inkhe
37
Team operations in a tax" ab patking station. Avt.tranup.
lc
no-1:35-36 J& 159.
(Taxicabs)

ZtGULY.AYff# AaKe
ths-&,cbInexWgon.Z&guWev gen. n. and
Now genus of fungu's so
its new species (Lepidopters, TIneidae, Itexapagcninae). Zbol.
zhur. 41 no.7:1041-1047, JI 162.- (HIRA 15: 11)
1. Zoological Institute-P-AcadeW of Sciences of-the U.S.S.R.,
Leningrad.
(Nempagan)

ZAaMYAIEV-l A#- Kl-
Vathe
FAstern fur moth (Lopidoptem, Tliteldae) Is a new speciea of moth from the Faritize
Province. Zool. zhur. 31 No. 2, 1.952.
Mon&h_lX List of Russian Accessic-,nat Ubrary of Congress,, JulY 1952.- Unclcssified..

Biologrof the clothes noth TInsols b189111*11a. %m- and a now
op,solooo- the -furniture- moth -Tinsola-farcriferella. -Ymdy WoL.
inst. 13:134-169 154. 7:7)
(Kotba)

ZAMYA
r
Tbwid moth Ospillopters, Timeldse) Is a: now post- of - commexcial raw-
wool. Zool.zhur. 33 no.2:452-460 Kr-Ap 154. NLRA 7:5)
1. Zoolcglcheakiy Inatitut Akademli nauk SSER. (Wool) (Nothe)

ZAGULTAW. A.I. -%
The genus Monopis Hb, (Lopidoptara, Tinsidae) and its at% opecies,
Trudy Zool.last. 21:278-291 '35. (NLPA 9:5)
(140the)

ZAGULTANT, A.K.
Subrmm Acmdes Hb. 04p14"tera, Tinoldno) mn4 Its nev Imecles.
H0.9boxv35 nooll154-138 056. (KUUi 9 s 10)
1.Zoologichookly Institut Akadsmil nauk BOOR, Leningrad.
(M*ths)

Cllic'orn~o3A,ZsGua,& -90=2 4f Ira* nothA (TAPfebP-
.Jft,
tars. Tineldas), brith mmoor in oormoo.- rMtabos.35 no#4:912-926 116.
(nu lo:
lo Zoologichealdy lustitut Akademli nauk 89~&. Leningrad.
Noths)

USSR General and Specialized Zoology. Insects. P
Abs Jour: Ref Zhur-Biol., No 2: 1958, 6733.
Author : Zagulyayev, A. K6 <
Inst _3W*4WW- '55 "~
Title Nutrition Specializatfon and the Origin of the
Synanthropio Way of Life in True Mot1w (Lepid-
optera, Tineidae).
Orig Pub: Zool. zh., 1956, 35, No 9, 1342-1349.
Abstract: Moth larvae feed on various organic substances.
However, the larvae of true moths (Tineidae) are
keratol..phagi and develop only at the expease of
remnants of animal origin. The literary data to
the - ef f ect - that larvae- -of __t_r'ie moths alvai ys f eed
on plant substances is a result of mistaken-diag---
nosis of the species. The capacity of Tineidae
to Keratophagia developed relatively recently.
Card 1/3

USSR General and SpeciaAzed Zoology. Insects*' P
Abs You-r: Ref Zhur-Biol., No 2, 1956, 6733.
Abstract: The shift of the larvae from feeding on p:1.ant
detritus to feeding on remains of animal origin
deVelODed through mycetophagia. Feeding on the
mycelium of the fungi containing keratin-like
substances and capable of splitting keratin in-
to simpler amino acids, was the reason fov the
formation of ferments in the larvae, nece3sary
for the assimilation of substances conta1aing
keratin. It is possible to divide the moths-ker-
atophagi into three groups by their habitats;
1. those living in nests and holes of birds and
animala (tinea lapella, T. columbariella). 2.
those living in wild nature and temporarily in
man's home (T. fuscipunctella, T. flaveseentella)
and 3. those which live only in hunian dwellings;
these are the permanent synanthropi (T. pellion-
Card 2/3
6

VIA
USSR General and Specialized Zoology. Insects. P
Abs Sour: Ref Zhur-Biol., No 21 1958, 6733.
Abstract: ella, T. lanella). The transition to synanthro-
pic way of life was through living in holes,
nests and eaves. The accumulation in the dwell-
ings of the primitive man of moist 1,,ides, of wool
and food refuse wa6 conducive to the breeding of
moths there, the presence in the caves of it steady
store of food from generation to generation sec-
ured the attachment of the moths to a given 11bio-
type". Slowly developed xerophylia, thermaphylia
and food speoialisatinn led the ancestors of the
true moth to live only in human habitats, end
thus the contemporary group of moths-synanthropi
was formed. -- G. A. Mazokhin.
Card 3/3

...... ......
ZAGULYAYV,:,A18k86Y KO.Stautia0vicb; PAVU)VSr"y, Yo*N*, almdamiks
otyststvanW red,; KRMMYOVSXIY, O.L., red.; SIRGEMAs Moo
red.izd-ve; AROMS, R.A.. t~ekhn.red*
[Moth paste of fur and wool, and bow to control them] Holt -
vreditelt dekha, shersti t bor'be e nimi. Koakva. Isd-vo Akad,
nauk SSSR, 1958. 192 P. (KIRA. 11:5)
1,, President Vaesoyuznogo entomologichaskogo obahchestva (for
Favlovekiy)
(Moths)

ZAGULTAYNT,.A.K-
INFO now,representatives of the genus Konople Rb. (Lepiloptera,
Tinaidas) Lwith summrr in Inglishl- Zool. shur. 37 aD.11:1668-1673
N 158. (MIRA 11:12)
leZoologicheakly inatitut AN SSSR (Laniuaitd).
(luldJO, China-4lothes moths)

ZAG-JLYAYEV, A.K., kwO.biolog.nauk
maroillp1dopt-era an penta -of -hwi- wooll - and htdoe. -2asloh, rest.
ot vrods i bol, A no*901-33 3 163. (MIRA 16ol(i)
1. _Zoologichookiy inatitut IN SSM.

ZAGULUMIV, A.X.
Characteristics and Identification tables for genera of the
subfan117 Tineinas (Lopidoptera, Tinaidas)e Intaboro 37
no.41920-928 '58. (KIRA 11:12)
(Clothes moths)

ZAGULYAYF,V, A.K., kand, biolog, nauk
Y4ths and Fjrallds as posts of atored produces. Zashch,, rast. ot
vred. i bol. 9 no.9:27-30 t64. (PURA IWII)
1. zoologichfiskiy blititut All SSSR., L-mingrad.

ZAGGUIZAY ; PAVLOVSKTY, Ye.N., akademik, otv. red.[deceas,341;
13YMOVSKTY, B.Ye., akedemik, red.; GROYOV, I.M,,, red.;
POCHADSKIY, A.S.., red.; SKAIRUTO, O.A.# red.; STRE1107,
A.A., prof., red.; SETAKELIBERG, A.A.$ red.
(Moths and pyra-lids attacking grain and foodstuffs] Moll
i ognevki - vrediteli zema i prodovollstvennykh zapasov.
Moskva, Naukal 1965. 270 p. (MIRA 191l)

ZAGULIAMVP A~, kand. blolog. rtauk
Math- -ar-d-p-rd"Ilds -98 -TISt-4--of-produott's.
Ofil., 1. 4"T
vred. i bol. 10 n,3.1-,q -.~3
1. ZoolagichpsiJy Instif=t 0 SSSR, Leningrad,
RA AN 'R
'e;?l5Ui!'FIvit~Tl, 'Z*4 X~-,.,;M lveliz-65 'N "ZI M MAUV I P&MWIAMPMA MIA to N

0 WMW I@ FAMWOOWOM
ZAGULYAYEV, ASKq
-ibe -hlza2lotlrA
c3oth4s mriths of the t. a
_-Ravialon-of
d-p t,---re I niAdai) 7