SCIENTIFIC ABSTRACT ANDREYEV, V.S. - ANDREYEV, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101520016-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SHAPIRO$ F.B.; SWIRO, N.J., prof., red.; flZMETYEV, V.S., red.
[General genetics] Obsbcbaia genetila. Mloskva, Nauka,
-1965. 298 p. (MIRA 18:7)
1. Aked6miyu nauk SSSR. Nauchnyy scvet po problemarn me-
lek-ulyarnoy biologil.

TORIJBAROV, V.A.; ANDRP ; TARASOVA, K.S.
'YEV.-Y-.&
Introduction of the high-frequency "Titr-l" titrimeter. Biul. takh-
ekon.inform. Cos. nanch.-tssl. inst. nauch. i tekh. Inform. 18 no.6t
13-11, Je 165. (MIRA 18%7)

SIDOROV, B.N.; SOKOLOV. N.N.; 0DIREI a
V. S
Mutagenic effect of etlrylenirflna in a rr.-rle!~ of ceil generations.
Gr,netflra no.10.12-)22 165, (mul 18,10)
1. Institut biologieheskt)y f;-'ziki AN SSSR, ?lb-qkva.

f r Lt:,
t y-o:%. ne
0
4 9- 5,1

KOSHKIN, V.G., kand. tekhn.nauk; MAKOTINSKIY, M.P., kand. arkh.; MUNTS,
V.O., kand. arkh.; RUDINA, M.A., arkh.; SILUANOVA, G.V., arkh.;
SWRYGINA, N.V., kand. khim. nauk; Priminali uchastiyei
BDGUSI,AVSKIY,. A.I., inzhe; ZARUBITSKIY, A.1e., inzh.; LI4HITS,
A.M., inzh.; WHINA, N.N., inzh.,- dTLIVANCHIK, AA, kand.
tekhn. nauk; ROMANOVA, L.A., inzh.; CHERKINSKIY, Yu.S., inzh.;
$Y&V,__V.S_, retsenzent; IOFAN, B.M., retsenzent; KRIPPA,
A.I., arkh., retsenzent; GURVICH, E.A., red.izd-va; BRUSINA,
L.N., tekhn. red.
[Catalog of finishing materials and products] Katalog otdeloch-
nykh materialov i izdelii. Moskva, GosstroiizdRt. Pt.l.[Plastics;
polymer finishing materials] Plastmassy; polimernye otdelochnye
materialy. 1962. 119 p. (MIRA 1614)
1. Vsesoyuznyy nauchno-insledovatellskiy institut novykh stroi4
tellnykh materialov. 2. Chleny-korrespondenty Akademii stroitel:'-
stva i arkhitektury SSSR (for Andreyev, Wan, Krippa).
(Plastics) (Building--Details)

ANDIMYICV, V.T.. Inzhener.
Ifficianc7 promotion in the Leningrad Gunboat Shipyard. Izobr. v
SWR 1 no.6:24-26 D '56. (KM 10:4)
(Leningrad--Shipbuilding)

ANDREYEV, Venyamin Vasillyevich
Cigriculture of the German Democratic Republic] Sel'skoe
khoziaistvo GDR. Moskva, Gos.izd-vo selikhoz.lit-ry, 1959.
135 P. (MIRA 13:5)
(Germany, last--Agriculture)

ANDEMY, V.V.
~ ~,:, ., ;, ., . ~ .
Causes for the breakage of plastic der.1.0 prosthenes. Stomatologiia no-3:
48-52 151. (Hla& 6:7)
(Teeth, Artificial)

rAy, V.V.
Spontaneous deformations of polymetbylacrylic proathomand
methods of prevention. Stomatologiia, no.6:57 N-D '55. (MLRA 9:5)
1. Iz proteznogo otdols (saveduyushchiy kandidat meclitsinskikh
w, B.Te. Lemberk) Odeaskogo nauchno-iosledovatellskogo
stomatologicheskogo institute, (direktor, kandidat meditsinskikh
nauk H.I. KWdjareva, xamestitell direktore, po nauchnoy chasti.
doktor biologichookikh nauk S.A. Nikitin).
(DENTAL PROSTHESIS)

AWI)qLYE-J, V-`V.
LLUM. N.V.; AIZKSANDROV, I.S.; LTUBLINA, Te.I.; AKKERBrM, I.I.; ZAKA-
BUNIRA, M.S.; GADASKINA, I.D.; DOBRTAKOVA, N.S.; KRIPS, I.F.; EARASIX,
V.M.; LEVINA, Z.H.; DANISHEVSKIT, S.L.; YZGOROV, N.M.; RYLOVA, M.L.,
,U,._V.V.; 1YKHINA,
starahiy nauchnyy sotrudnik; KAMV, B.D.; A4DELT
Ye.T.; ZAMESHAYEVA, G.I.; ANISIMOV, A.N.; DANWSUTA,
O.L.; BOGOVSKIY. P.A.; TIUNOV, L.A.; MIKKETISON, M.Ta.; ABRAMOVA, U.I.,
GRIGORIYIVA, L.H,; KLINSKAYA, K.S.
Third Leningrad conference on the problems of industrial toxicology.
Fami toks. 16 no.2:59-62 Mr-Ap 153. (MLRA 6:6)
(Polsons)

ANDRETEV, V-V-,..kandIdat tekhnicheskikh nauk,
1,
Application of vibrational methods In preparing retted flax.
Teket.prom. 16 no.9:16-17 S 156. (KM 9:12)
(Retting) (Flax)

I SIMGIN,, A.B.; MAKEMA. V.8., red.; OCRDWOHIK,G.M.. red.;
KOGAN, V.V., takhn.red.
CXP-10D-L flax procesoing machine] Kudeloprigotoviteltnaia mashina
RP-100-L. Moskva, Goo.nauchno-tokhn.izd-vo lit-ry po legkoi
prov7shl.. 19589 77 P- (MIRA 11:4)
(Flax) (Textile mochiner7)

ANDRMV. Vladimir Vladimirovich; SMEGIN, Aleksondr Sergeyevich;
KAKEM, V.S.. red.; GCRINYCHIK. G.K., red.; MHDVEW,
L.,Ya.. takhn.red.
[The KT-IOD-L scutching and hackling machine] Miallno-
trepallnyi agragat KT-100-L. Koskva, GoB.nauchno-tokhn.
ind-vo lit-ry po legkoi promyshl., 1958. 68 p. (HIU 12:6)
(Flax processing machinery)

KARTASHIV. Rostislav Dimitriyevich; IGOSHIN,
- XARYAKINA, M.S., takhnicheskiy redaktor
[Small boat; construction, handling, use] Shliupka; ustroistvo,
obrashchenia. ispollrovante. Moskva, Izd-vo DOSAAF. 1957 *152
(Boats and boating) (MIRA 10:113,

MUM; Valentin Vasillyevicb; SUSLOVp Hikoley Nikolayevich; TRIFONOV..
Vadim Georgiyevich; AHDREYEV V -v-rAta=ent; ARIFKHANOV,
%M.A-L.ArJetsenzent; DERIMIEV, S.I.j,
U.Kh., retsenzent; AM
xetBenzont; SHUSHKINp A.A., retoenzent; MAKEYEV, V.S.0 nauchnyy
t"01 DUKHOVNYYI F.N.,, red.; SIIAPMIKOVA, T.A.,, tekhn. red.
[Primary processing of bast fibers) Pervichnaia obrabotka',190_
biarqkh volokon. Moskva, Gos. izd-vo "Rostakhizdato" 1961.
463 P. (MIRA 15:4)
(Textile fibers) (Textile machinery)
I

N D 9 Eyr_ v V / j-// A / f 114, ~ / / I Yt- il / 6, Al
PHASE I 1300K EXPLOITATION 495
.Andreyev. V-italiy yA,1111yevich
VOdOlaz --pochetnaya spetsiallnost' (Diver --An Honored Profession)
Moscow, Izd-vo DOSAAF, 1957. 47 P. 6,500 copies printed.
Ed.: Igoshin, M.G.; Tech. Ed.: Andrianov, B.I.
PURPOSE: The aim of this booklet Is to interest young people in the
diving profession by describing the challenge presented by this
occupation.
COVERAGE: This is a brief, popularized description of the diving
profession in the Soviet Union with emphasis placed on equipment and
operations. A short history of diving from ancient to modern
times is followed by a recital of Russian achievements in the field.
The effect of underwater conditions on the human body is discussed
and a comparatively detailed description of various types of diving
suits and apparatus(illustrated) is given. There is also an account
of several episodes from salvage operations. The salvaging in 1945
Card 1/3

Diver -- An Honored Profession 495
of the tanker"V. Coul~wler" (140 m. long, 17 m? wide) from a depth of
43 m.)and that of an English submarine torpedoed.by the Soviets and
downed in the Arctic Otean are two examples. The author describes
some peaaetim6 activities of'divers, including underwater mine
detonation, pipeline and electric and telephone cable laying, under-
water construction and debris'clearance, and the maintenance in
winter of the ice highway across Lake Ladoga which connects Leningrad
with the rest of the country. The following scientists and engineers
have contributed to advancements in this field: K.K. Khrenov (mnder-
water electric welding and metal cutting), Ye. P. Tveritinov, Lt.
Kolkaslyev, Shidlovskiy, A.A. Krylov, Academician Yu-A. Shimanskiy,
D.P. Skobov, Dr. of Tech. Sc., and K.F. Kosourov. The author
concludes that the developments in automation and telemechanicB point
to the creation of a "mechanical diver" in the near future. There are
no references.
Card 2/3

Diver -- An Honored Profession 495
TABLE OF
CONTENTS:
Introduction 3
From primitive to mechanized diver 6
Features of a diver's underwater stay and his equipment lit
Back ~n operation [salvaged ships) 32
For the glory of our beloved country 38
Peacetime work 43
A look into the future 45
AVAILABLE: Library of Congress (VM983.A5)
MM/ksv
7-31-58
3/3

KOZLOVA, H.V.; ANDRIM, V.V.
Disinfection of purified waste waters by ultraviolet rays. Vod.
i san. takh. no.11:1-4 N 160. (MIRA 13:11)
(Water--Parification)
(Ultraviolet rays--Industrial applications)

AUTHORj: Andreyev, V.V. and Nosulya, N.Ye., Eneineers 98-58-5-1d22
TITLE: Application of Radioactive Cobalt for Controlling and Testing
lields of Reinforcement Rods (Primeneniye radioactivnogo k-o-
ballta dlya kontrol~a kachestva svarki armaturnykh 3ter--hney)
P-;- R I ODI GAL: aidrotekhnichoskoye Stroitelistvo, 191,,8, INr 3, pp 21-23 (U,;Sji)
The application of gamma-defectoscopy for controlling welds
requires a great deal of investigation and experiments. Inve-
stigations were carried out on the structures of the 6talin-
grad and Kuybyshev hydroelectric power stations, with the aid
of isotope Go-60, whereas the evaluation of the qOality of' the
welds was done on the basis of gamma photographs obtained
by X-raying. In all, 333 samples were tested, representing
various kinds of welding such as vat slag welding, electric
slag welding and butt end contact welding. After the gamma.
X-raying, the samples were mechanically tested to ascertain
the relationship between mechanical characteristics and the
nature, dimensions and location of tne determined defect.
For the protection of the operator, a special portalitle co!.-
tainer (Figure 1) had been constructed in which the capsule
Card 1 /2 Aith Co-60 was inclosed. The rechar, ing of the container vans

98-58-3-5/22
Application of i(adioactive Cobalt for Controlling and Testing 'Nelds of
heinforcement Rods
done by means of a special handle,1,400 m long (Figure 2). i-or
fixin6 the container on the reinforcement rod, a special sup-
port was made (Figure 3). Focussing distance varied from 360-
500 mm, depending upon the diameter of the rods, which were
50 mm and larger. X-raying was done with 2 reinforcing screens
and lead foils. To increase sensitivity, it is recommended to
use filters of diffused radiation to limit the surrace of irra-
diation, and to apply flat and wedge type defectometers on top
and below the weld to be examined. Gamma X-raying with Co-60
makes it possible to detect all interior defects such as bli-
sters, flaws, non-fusion and cracks. Experience with gamma
defectoscopy during the construction of the Stalinf.,radskaya
ges (Stalingrad Hydroelectric Power Station) has shown that
4ith gamma defectoscopy it is not only possible to obtain better
welds of reinforcement rods, but also to effect an appreciable
cost reduction. There are 3 figures and 1 Soviet reference.
GL,rd 2/2 1. Cobvlt isotopes (Radioactive) - Applications 2. Welding - Test
methods 3. Welding - Test results

GUSAROV, N.N., inzh. Prinim9li uchaotiye:_ANMYEV, V.V., inzh.;
RABOTNOV. B.A., inth.; FRTMOV, L.Ye., jnzh.. nauchnyy red.
BALDIN, V.A.. retsenzent; BRODS11Y, A.Ya., kand.tekhn.nauk,
retsenzent; SAVALOV, I.G., kand.tekhn.nauk, retsenzent; LIVI.
S.S., kand.tekhn.naiik, retBensent; SOKOLOV, V.S.. kBnd.tek;hn.
nauk, retsenzent; LEBRIZV, Yu.I., retsenzent; RAZUMOVA, N.D.,
inzh., reteenzent; DOLGIKH, V.G., inzh., retsenzent; MMIMOV,
K.G., red.izd-va; FMIKINA, Ye.A., takhn.red.
[Provisional instructions on using gamma rays in controlling
welded joints of reinforcements in reinforced-concrete con-
struction elemental Vremennaia instraktaiia po kontroliu
evarnykh soedinenii armatury zhelezobetonnykh konstruktaii
proevachivaniam gamme-luchami. Leningrad, Goo.izd-vo lit-ry po
stroit.. arkhit. i stroit.materialem, 1960. 46 p. (mIRA 14:2)
1. Russia (1923- U.S.S.R.) Mini8terstvo stroitelletva elektrQ-
stantsiy. Takhaichaskoye upravloniye. 2. TSentrallnyy nauchno-
i6sledovatal'skiy institut stroitelinykh konstruktoiy (for Baldin,
Brodskiy). 3. Chlen-korrespondent Akademii stroitel'stva i arkhi-
taktury SSSR (for Baldin).4. VNIIOMS (for Savalov. Levi). 5. TSent-
rallneya usuchno-isaledovatell0s;ys laborstoriya Googortekhnadzore
(for Sokolov). 6. 2amestitell glavnogo sanitarnogo inapektora,.6sni-
tarnaya inspektaiya SSSR (for Lebedev). 7. TsHIP HinisterstTa stroi-
tel'stva elektrostantsiy (for Resumova). 8. Treat Sevzapenergo-
montesh (for Dolgikh).
(Gamma rays--Industrial applications) (Reinforcing bara--Welding)

GUTOVSKIY, Mikhail Vasillyevichj AkPREM,j,Y,,,,.kand. tekhn. nauk, dots.,
retsonzent; DEKATOV, V.N., kand.tekhn.nauk, dots., retsenzent;
POPOV,Yu.A.., prof... red.; GRIGORASH, K.I., red.izd-va; NOVIK, A.Ya.,,
tOWW. red.
[Marual for.the design of components and systems of aeronautical.
electric equipment] Posobie po proaktirovaniiu i raschetu elementov i
sistem aviatsionnago alaktrooborudovaniia. Moskva, Gos.nauchno-tekhn.
izd-vo Oborongiz. No.l. [Electric circuits for airplanes) Samoletnye
elektroseti. Fod red. ID.A.Popova. 1961. 136 p. (MIRA 14:11)
(Airplanes-Electric equJpment)

GUTOVSKIY, Mikhail Vasillyevich; KORSINTNOV, Vladislav Fedorovich;
ANDREM V V., kand. tekhn. nauk., retsenzent',' KAYLDISKIY~
.$ __ '_ * ';n , j
-A-.V retse~;z-v-WIGORASH K.Lp red.izd-va; ORESHKI34A, V.I.,
te
-kbn, red.
[Manual on the calculation and design of aeronaticla electrical
equipment components and systems) Posobie po proektirovaniiu i
raschetu elementov i sistem aviatsionnogo clektrooborudovaniia.
Pod red. IU.A*Popova. Iloskva, Oborongiz. No.2. [Power electro-
magnets and contactors) Silovye clektromagnity i kontaktory.
19621. 164 P. (MIRA 15:7)
(Airplanes-Electric equipment)

DMITRIYEVA, A.I.; SHUSHB, A.A.; MIROVOV, K.M.; DE-tIONEIV, S. I.;
GUNICIRIOVA, Z.P.; OKUNI, M.M.; MIKMLOVA, N.I,'.: ANDREYEV,
Y-.31-4 MAEYEV, V.S.; OSIPOVA, VA; LIVOMp V.S.1
SmLINOV) G.N., naucluWy sotr... ZAIKIN. I.N.; 'IAL11~1SHVIKIII
G.N.; VORKOVDI, V.A.; GUAGAII, V.A.; IIAZUVA)tV, A.A., red.;
SOKOLOVA, V.Ye., red.; TRISHINA, L.A., tekhn. red,.
[Fiamial on the in~ustrird primary processiiy o" fl.~xl
Spravochnik po zavodskoi pervicimoi obrabotke I'm. Izd.2.,
perer. i dop. Moskva, Rostekhizdat, 1962. 755 p.
WILIJ, 15:12)
1. TSentralli-Ory naiielino-.!,-,-ilc(lovatol.',,31,iy imntitut lill~',Iinyldl
volokon (for Dinitriyova, Shu:3hkJ.n, lliroi~ov, Derb nc-,
Granicl-movii, Okun', Yilzhaylova, Andreyev, NO-cyev, Ocipova).
2. Vse., r,,azny3r nauchro-issledovatellskiy hictitut okhrany
truda (for Smirnov). 3. Upravleniye zajotovk i pervichnoy ob-
rabotki l1na Kalininskogo sovnarhhoza (for Zailrin, Tallnirlwdkh,
I-11orkovin, Galagan, Llvoryy).
(Flax) (Flax processing rzichincry)

il"U(E~Ev) V.V.; FlIORN, vuter. vrach; FEIPTHNIAD, A.Yc,,
-t,d.
[Enrictiijill fao,li~ with chemical prooucto) Ubi:igat3hchenie
korr.ov khir-icheskirl produktand. Moskva, Rossellkhozziz-
dat, 1904. 14 P. 17:8)
J. Glitmyy zootelhnik yjo kormoispollzovanlyu XIiiii:Aerstva
j);-ui-,.,VC,d,AvfL i *A,'lAOwk so, 1.1 pr"AU)v
(1'()x- Ati,iroyov).

Sualov, V.P., inzh.; SATAYEV, R.A., inzh.;_,~~MREYEV, V.V.,
Using the ADS-1000-2 automatid machine for welding filiet
girth joints. Svar. proizv. no.8:31-32 Ag '64.
(MIRA 17:9)
x
1. Bakinskiy mashinostroitellnyy zavol Surda,.,)va (for
Sukhov). 2. Azerbaydzhanskiy nauclino-A,,is-lec,:~)vatell.9kiy institut
neftyanogo mashinostroyeniya (for Satayov, Andreyev).

RUDI, G.Ya.; MALTABAR, V.M., kand.seliskokhoz.nauk; ULIYOKIN, M.G.;
ANDREYEV, V.V.; FROLOVA, Zh.N.; REVOOK, I.D.
Mechanized continuous V-KS-100 production line for the procel3sing
of grapes to brandy alcohol. Trudy MNIIP 4:3-12 164.
(AURA 18:1)

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Vecheryaya Moskva
Surn 71

USSR/Blectricity - Transients may 51
-4 Pover Systems
"The Cale-tilatior of Transients Occurring During
Asymmetrical Short-Circuits in Circuits With
Series-Connected Capacitance," V. V. Ardreyev,
C4nd Tech Sci, Sci Res inst of Direct Current
"Elektrichestvo' No Cz
.1, pp 63-66
States method of calcg elec circuits -with
series-connected capacitance under transient
conditions. This problem arises when capaci-
tatce is connected in series in elec circuits
189r28
USSR/Electricity - Transients May 51
Power systems (Contd)
of various voltages and extent in order to re-
duce their equiv reactances, which practice
seems certain to be introduced in'power sys-
i',-ms. Submittecl,2 Jun 50.
189ro

3139. Plaribm kwAmbda wam vlkb tkvo.
V4 V, AM*nv, rJrAfrk*e0"%
No. 1. 1 T-7 (I 93b IN posi^
The dm*bKk Of Ow IWCW-%im-ftnh A)SICM III.
b ftVqucrAly wd foe rwW diuribWon is the mww,
currvm in ths pv" lu "blim tamm, mraws,
tm ur4bk" fcaufs wW ks& to Ow 4-wim sywm,
wMa b MmwriW withialm to cuth mW redum -
ca" outky on condLL-ton and corm kwa to ku
th" bw do Vaho caffew"4108 to bannal 34&
*sum. On Wow am " sm sumbw of id&,WW
6 amobom (Wwwwamo is 1 , I M-:
ow be cabubW for *pK*tim with m bakled
WAML 14. inniaW for PA HopqohmaL Thm
differeM fift voltsam am avoibibW WMCN ift fel-
of do swoodw ph~ voksm an in the mi"
%13V,A: 3~a z 2,V)V* The v)s 6 witable for
up to 2 x lkv. Tlw awwwassy of vwmu and
.vokeps an do Lv. " inhoduced by the
of =N&xw , - b 0* two 0- *6 not
vwy UOUMOMM up IV 33 kv; aim. it aw to over-
omw by *~ m of amformin of ddbrcrA trwa-'
knmilas nda for Ae kAhi&d phock by Wgq-,
tadhw courematiom of imm"lion of fewson betwv,
1, 1 - 6 pha- IL W. r A.%,%

,,oV*, kandidat tekhnichookikh nauk; ROZOVSKIY, Yu.A., kandidat
INDRMVU.T
-""I rcieskikh nauk; MARCHENKO, Te.A., inthener; KELIK-SAIMISOV, B.S,,
inzhener.
Remarks on G.I.Atabekovis article 'Troblems of relay protection of
electric transmission lines with longitudinal capacity compensation."
Slektrichestvo no.4-73-74 Ap 154. (HLRA 7:5)
1. Nauchno-issledovatellakly Inotitut postoyannogo toka.
(JIlectric lines)(Atabakov, G. I.)

AID P - 1209
Subject USSR/Electricity
Card 1/2 Pub. 27 - 4/34
Author : Andreyev, V. V., Kand. of Tech. Sci.
Title : Transient state analysis in linear network by the method
of envblope function
Periodical : Elektrichestvo, 12, 18-22, D 1954
Abstract : The author analyses a transient state resulting from the
application of an ideal simisoidal voltage of W= fre-
quency to any passive linear network with no energy stored.
The equation of the transient process expresses a family
of curves for which the author finds an envelope function,
thus avoiding the construction of the curves themselves.
He gives an analytical and graphic method of constructing
such an envelope with the help of a vectorial-hodographic
diagram. The envelope function permits determining di-
rectly the maximum of the shook voltage and also deducting
the critical value of the phase at which thJs maximum
occurs. He gives a numerical example. Two diagrams.

Elektrichestvo, 12, 18-22, D 1954
Card 2/2 Pub. 27 - 4/34
Institution : D-c Scientific Research Institute
Submitted : MY 7, 1954
AID P - 1209

ANDRETEV, V.V., kandidat tekhnIcheakikh nauk.
Double-wire three-phase line. Trudy MAI no.57:52-60 '56.
(MLRA 9:10)
(Blectric lines)

ANDREYEV. V.V., kandidat tekhnicbeskikb nauk.
~ IMOCA011,9w5w
Determining the symmetrical current components of three-phase
generator loade under conditions of non-symmetrical connections
of units. Trudy MAI no.57:71-75 156. (MLRA 9:10)
(Airplanes--Electric equipment)

8(2) SOV/1 61-59-1-15/25
AUTHOR: Andreyev, Valentin Vasillyevich,, Candidate of Technical Sciences,
Docent
TITLE: Temperature Compensation of the Voltage Regulator and the Voltage
Relay by Means of a Compenaati~.n Winding
ZRIODICAL: Nauchnyye doklady vyeshey shkoly. Elektromekhanika i avtomatika,
1959, Tir 1. pp 120-125 (USSR)
ABSTRACT: The action of the temperature compensation winding which
stabilizes the resulting magnetizing force of a voltage regu..
lator or voltage relay in a certain temperature range is
investigated here. The temperature compensation winding is mound
on a common spool opposite to tbe main working winding of the
apparatus. The magnetic flux develops, therefore ', in the appa-
ratus due to the difference In the magnetizing forces of
both windings. Formula (1) for the resulting magnetizing force
of the apparatus is written down, and formula (12) for the error
during the temperature compensation is derived. The sequence
in the calculation of the windings for the voltage relay and
the voltage regulator is shown. The relative accuracy of tem-
Cald 1/2 perature compenaation can also be judged from formula (12)

AUTHOR: Andreyev, T. V.
35334
3/194/62/000/001/012/066
D201/D305
TITLE: Devices transforming a continuously varying volta e
into the discrete form (of the type n/d converters
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 1, 1962, abstract 1-2-18yu (Dokl. Mosk. s-kh.
akad. im. K. A. Timiryazeva, 1962, no. 66, 31-36)
TEXT: Basic methods of transforming continuous quantities into
discrete ones are considered together with the theoretical trans- V~
formation problems, the transformation frequency characteristics
and a converter operating on the principle of the voltage step-
compensation. The following basic methods of conversion are ana-
lyzed: Pulse time coding, space-coding and voltage step-compensa-
tion. The block diagram and the main circuitry of a converter using
a 17-44 (P-14) transistor is described. Characteristics of the con-
verter are as follows: Speed of operation - 20 - 30 conversions
per second, sensitivity 10 - 15 microvolts, input resistance "50 kw,
Card 1/2

ANDRF.YF.V,. V.V. --
Calculating temperature compensation for regulators and
voltage relays. Trudy MLI no.145:5-18 162. (KIRA 15:9)
(Voltage regulators)

ANDRFYFV, V.V.
Increasing economic effectiveness of automatic lines.
Trakt. i sellkhozmash. no.12:36-37 D 165.
(MIRA 18:12)
1. Nauchno-issledovatellskiy ekonomicheskiy institut pri
Gosplane SSSR.

ANDW
u tion - -------
j~`r-oiiiC -ol free-lio ing ~Csqlng powders 0 t1lamth:
kmtnvl~ V, V. Audrmv . Ulm. Porn. 1946, go. 7/8.
W.--The effect of mllnl(Ke and .. in,
oil the ftec-flowhip 01"'IM.",ng ~0111.
tuldrd of Inca ('1110, mxalir arill, and 11"xa-
::elt hylenvuirr'~"'invo 0 WqHli "Tr" ="' In.
!
,i crta-Ana with an increaw. in the
mitent bot demasrs %vith an invivaw in the CrIlillu"w
content. The itinbling prolv.-rliv; njid the flimMy of 111v
moldrd pi lmIncl are detd. by the finwing litio1wrlie.; of the
I-myder. Shm-fifnihig pomlets cau-4- muler-prvAng,
Whilc r-%m,,i%-ly flowing ponvilers vichl jn.'Icliog~ which
Soltelf 101vil llflilvd in IV). The relative cloantities 1-1
culbilme and 111. Namel Itylem tetra minc for 5 gr4lolv; or
jiomfcv; haviog grailim1cd flow prol".0i", (dchL Isy the.
Ratchig melluml) wetc de(d. m. ll"~,h

..-e
L7
~,-A
Th 0 W pgz Bostic prep m:
urea and ormald yde. v X-AASegand, 1. a.
Fe"okol. i To 01. 10, No. 4, heat-
astic'(1)PTe .froin HCHO and area (as a tar) Is
!$ Pre in P ates(sp. gr.0.03)and crumbs, which
bre but d 'not tn. At 180-200', 1 is carbonited
and decompd. to form gas". A complete decompn. takes
place at 00-500. On an o en flame the decompri. is quick*
Fort
andcomplete. Amongthe ormed gases HCN Is found, the
re ence of which was detected by absorbing the gases with.
P dfill. alkali with the formation of Prussian blue. When I
Irg. of the plastic Is burned 4,738 g. HCN Is formed. Burn-
in 0.15g. I tic c uses the death of mice after 1-2 min.
!71 trig. H N Is pMuced). L. Goldenberx
to. 1"k
J

AN'P R F-I F- V.
MWCh*WMtrr - Analysis of ore's
card 1A Pab. 151 - 6/37
Authors I And"Yovs V. V,
Title aSolubility- of ammonium metavanadate in aqueous ammonium chloride solutions
Periodical iZhurL cb. khim, 24/10P 1730-PAP Oct 1954
Abstract The optimum conditions for'the separation and washing of aminnium metavana-
dates with the aid of amonium chlorides were determined on the basis of data
pertaining to combined:solubility of amonium metavanadate and ammonium chlo.-
ride.in'water. The teiVeratures and aluminum chloride conee~trations in the
solution, at which complete,salting out oZ ammonium metavanadate normally
takes places an tabulated.. The, method applied in determining the solubility
,of n Mum metavanadate in aqueous ammonium chloride solutions is described.
Thirty references: I"SAI 9-USSR; 9-German and 2-Freneah (1864-1947).
P
'Table 1 graphs.
Institution :Scientific Research Stomatological Distitute, Odessa
Submitted :June 25, 1954

RIL
ltU
Z4

L L

" " ):: \/ k I
1-yjt / ~' ~- ' --
LYASHENKOP V.J* ZOTOVY V., IVANOVY V.) and ANDREYEV, V.
"Corrosion Resistance of Certain Materials in Sodiwm and Lithium."
paper to be presented at 2nd UN Intl. Conf. on the peaceful uses of Atomic
Energy, Geneva, I - 13 Sep 53.

~5 (2)
A UT H 0.--1
TITLE: Preparation of Ammonium 11-.'etavaradate From Sodium Vanadates
PERIOL7CAL: "hurnal neorganicheskoy khJmii, 1"',c) Vol Nr 1'),
pp 2384 - 2389 (JSSR)
A3!~T.iACT Or. additicn of ammonium salt-3 '.C' th" 1C.", ~f alkali-
ortho-, pyro- or metavanadate alwa~'s ammmon.Jur.-i var-,c-Ite precipi-
tates. Since precise data on this reactioii are not ava.41able
ill Publications, the solubility of the followint7 systu...n was
inve-stigatedi 1)NH 4v0 3 - Na2 v207 H 2Oat 35o (TabIc, 1); P)
1"li v 0 - NaVO - H 0 (Table 2); NaVO - Nll CI - H 0 at 12.5
3 3 2 3 "1 2
(Table 3), and 4) NH 4v0 3 - NaCl H20 at 12-50 (Table 4). The
liberation of ammonia in the syotlems 1 and 2 indicates a che-
;.,ical rf action which talkos place alse o.,-. addition ef am-monium
chluride to sodium vanadate and is expressed by the equationst
2
vo +2NH Cl-+H 0 = Na V 0 -+2NaCl42'ANlI OH (1 Na V,) Cl+
.;a N 0,,2NII
5 4 4 2 2 7 4 4
+11 0 = 21'aVO + 2,;aC1+2NI1,014 (2); NaVO +jIll C14H 0-11v0 NaCl+
2 3 4 3 4 2 3
+NII.OH NH VO 4 H O+NaC1 ( 3 Af ter heat inz, cons iderable
Zi 4 3 2 U
Card '112 hydrolysis and ammionia separation occ-ir.,.-, the a:.=--nium vanadate

T
Pronaration of A,...monium i4etavanadate From Sodium SOTI/78--,-1,)-33/4o
Vanadates
thus being c~ltaminated by vanadic acid and ;~clyvanadates. T~~!
precipitation of ammonium vanadate must therefore be carried
out always in cold sol-atlon. As can be seen from- the eq.~ations
(1) - (3), a gradual transfor.:~,ation of sodium orthovanadate
via PXrovanadate to metavanadate takes place. Only after this
the precipitation of ammoniutz metavanadate takes place. The
ammonium chloride addition munt therefore be calculated ac~~ord-
ing to equation (3) (1 mole IM Cl per 1 z-ole Na) and an excess
ammonium chloride must be provided which 'corresponds to a
3 .3'/',' NII4C1 solution and guarantees the complete precipitation
of the ammonium vanada-te (Table 3). There are 1 figare, 4 tables,
and 6 references, 5 of which are Soviet.
ASSUCIATION: Odesskiy nauchno-issledovatel Is'rl-iy storatolo6JLch0.skJLy in.9titut
(Odessa Scientific Research Institute of Sto-!Iatolo6y)
SUBMITTLD: July 11, 1958
Card 2/2

L 092o6-67 E1W'T(m)/EW11(k)/rWP(t /AT IJP(c) JD
A . L__ -
ACC NR, A07002775 SOURCE CODE: UR/01,.18/6,6/000/002/0028/'-.)31'
1,. A., FEDORCHEM0, V. Ye., ZAHUBINSKIY. M. A., and ANDREM,
V. 7r, neers
`07M,s none
"Production of the Slurry Pump Rotors of Alloy IChKh28N2 ~y Investment C-as-t-ina"
!.Kiev, Tekhnologlya I Organizatalya Proizvodstva, No 2, 66, pp 28-31
TOPIC TAGS- metal casting, chromium containing alloy
ABSTRACT: The "Ukr Nllunlemashobogashcheniyelf institute developed and tested
_IMMM by Investment casting
a technical process for ng rotors of alfoy
to reduce as much as possible the amount of mechanical-working, to increase
the fineness and accuracy of the geometric molds of rotor surfaces. This
method permits accurate casting of any difficult-to-work cast alloy.
The chemical composition of alloy IChKh28N2 is as follows: C 2.7-2-9%,
Si 0.8-1.1%, Mn 1.5-1.8%, Cr 28-307., Ni 1.5-2.8%, S 0.04% and P 0.09%; Brinell
hardness in the cast state was 474-502.
The microstructure of the casting consisted of fine and coarse carbides
(Cr, Fe)7 CP
-By hardening at 11000 and subsequent tempering at 550-6000C the hardness
LCZrd 1/2 UDC: 621.7 0

L 092o.6-67
ACC NR. AP7002775
of'the'castings can be increased to 540-600 Brinell units. Thereby, the wear
resistance of the alloy is Increased.
The results of comparative teats of experimental specimen rotors made
of the alloy IChKh28N2 and of series produced rotors made of cast iron SChl5-32-
;Is as follows:
Coefficient
of relative
Average Average actual Average weight Weight Wear for wear resis-
weight operating time after tests, loss, 100 hours, tance of
Alloy kg before total kg kg ka the rotors
IChYh28N2 21.8 4288 15.1 6.7 OeI6
Cast iron
:SCh 15-32 22.5 330 16-3 6.2 1.88 11.7
Orig. art. has: 3 -figures and 3'tabl-es. CJPRS'. 37,4281
'SUB CODE: 13, 11 SU BM DATE: none
J40
Card 2
-A-

L 5602-65
ACCESSION HM AP5017000 UR/0266/65/000/011/0031/0031
631.059.12.002.2
AUTHORt Xaratayev, 1. 1.1 Hel'nik, B. D., Repenkove, T. G.; Svirldovs, A. G.;
Paygorodskly, 1. M.; Vasillyev, B. T.1 Bystroy,
NazArovq G. N.
M. V.. Dabaryka. I. r,, Kuzyak, F, A,; rel'dman, H. V.; Soverchanko, 0. A.;
Buslakova. L. P.;* Toroptseva, N. P., Lyubimov, S. V.; Ullyanov, A. T.; Andres,
V. V. -, Sobchuk. Yu. 1. 1 Testlina, H. M. -, Andrsypy~_Y,_V. % Kramer, G. L.
TITLE, A method for producing phosphoro-potassium fertilizers. Class 16, No. 171-
409
SOURCE, Byullaten' izobratenly I tovarnyXh tnakov, no. 11, 1965, 31
TOPIC TAGGs fertilizer, phosphate, potassium
ABSTRACT: This Author's Certificate Introduces a method for producing phosphoro-
potassium fertilizers using cement dust (waste from cement production) an the potad-
slum raw material. The process of adding potassium to the product In simplified
and evaporation in prevented by using a 20%excess of an acid which directly neutra-
.11tes the cement dust.for breaking down the phosphate raw material.
Card 1/2

L 56h92-65
ACCESSION M AP5017000
ASSOCIATIONs none
SUBMITMD: 29Mar62
Ro REr soys 000
~

0

ENCU, 00
OmRt 000
SUB CODE-. GC, LS
A 2/2

ANDRETET, V.V.,, PANASYUK, F.V.
lJoe ~)r trv, .1,J)i MrAhcd for U i-i ?x f,~ it ~.- I i (.,n of Lartar i, , tic.. d,
'r,'.-Udy 164.
!'6t.3-,-,m!n!ng of tartarftc acid by the method,
(.MIRA

ANTDRETEVf V.V. (Moskva), BOBROV, G.V. (Moskva)j POISZIIAYFV, (K,)Bkva)
Making molybdenum parts by the method or plasmu spraying,
forosh. mot. 5 no.10:38-46 0 165. (XIRA 18111)

24(3) 307/56-35-5-22/'j6
AUTHORS: Andreyev, V. V., Gerasimenko, V. 1.
TITLE: On the Theory of Paramagnetic Resonance and Paramagnetic
Relaxation in Metals (K teorii paramagnitnogo rezonansa i
parninagnitnoy relakoatsii v metallakh)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol 35, Nr 5, pp 1209-1215 (USSR)
ABSTRACT: The recent times further development of the theory of para-
magnetic resonance is based either upon the conception of the
diffusion of electrons from the skin layer (Ref 1) or on using
the kinetic equation for the electron density operator (Refs 2,
3). Overhauser (Overkhauzer) (Ref 4) and Elliott (Ref 5) de-
voted special attention to spin relaxation and investigated
various kinds of' Bpin interILCti0n. Also the nuthora of the
present paper investigated especially the spin relaxation
mechanism, i.e. consideration of the influence exercised by
spin-orbit coupling upon the interaction between electrons and
lattice oscillations. For the purpose of setting up the kinetic
equation the authors used the method of statistical operators
Card 1/3 for the quantum system (Ref 6). Already Gurzhi (Ref 7) used this

SOV/56- 35-6-22/56
On the Theory of Paramagnetic Resonance and Paramagnetic Relaxation in Metals
method for the purpose of' investigating conductivity electrons
without taking their spiris into account. The authors set tip a
kinetic equation for conductivity electrons in metals, in which
case the electron spin and spin-orbit interaction with the
periodic field of the 'Lattice are taken into account. The elec-
trons are not in interaction. The kinetic equation obtained is
suited for investigating paramagnetic resonance. The case of the
homogeneous distribution of an alternating field in a metal is
considered in detail. It is shown that for temperatures kT>>~4H 0
"longitudinal" and "tranaversul" spin relaxation times can be
introduced, which are practically- equal to each other. 111 con-
clusion, the authors thank Professor 1. Y. Lifshits for discus-
sing the results obtained. There are 9 references, 4 of which
are Soviet.
ASSOCIATIOV: Fiziko-teklinicheskiy institut Akademii nauk Ukrainskoy SSR
(Physico-Technical Institute of the Acudemy of Sciences,
Ukrainskaya SSR)
Card 213

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wod"

R V V
27 At 7
S/18 60/005/004/006/021
2LI 54M) D274YU306
AUTHORS: Kosevych, A.M., Andryeyev, V.V. aild Tanatarov, L.V.
TITLE: Inelastic deformation and residual strains of a
flat solid layer under polymorphic transformation
PERIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 5, no. 4, 1960,
479-485
TEXT- An infinite isotropic layer is considcred which has two,
phases (I and II) with different physical properties (in particular,
with different specific volumes, whereby AV/V = 360). If the sur-
face temperature of the phase-I layer reaches the value of poly-
morphic-transformation temperature (trinsition from solid phase I
to solid phase II) or exceeds it, then the phase-11 layer is formed.
Assuming that at the phase boundary the iafinitely thin, deformed,
phase-I layer passes into phase-11 which remains attached to the
phase-I layer, then, owing to the different sdecific volviii-es of the
phases, a stress-strain state of the specimcn its a whole arises;
Card 1/6

27947 '
S/.185/60/005/004/006/021
Inelastic deformation... D274/D306
this state changes with time in accordance with phase-boundary dis-
placements. The case is investigated when the relative change in
volume of the body due to phase transformation exceeds the deforma-
tions corresponding to the clastic-limits of the phases. Such a
problem is encountered in considering mechanical processes in solids
which take place at cyclical temperature rCilitileS, the ,.urface tem-
perature passing repeatedly through thc po lymorphic - tr;insf ormati oil
point. The problem was dealt with, where the observed effect wazn
entirely diie to pla,-.-,tic deformations, while neglcctiiig relaxation
stresses, by two of the authors (Ref. 2: ii.,M. Kosevych L.V, Tana-
tarov, Fizika metallov i metallovedeniye, 8, 221j, 11)!M, III UIC
present article, the rela%ation processes are takell into account.
The hysteresis character of the plastic defort:iations, as well as
the relaxation stresses, lead to residual strains in the ,;pecimen
(after it passed into the new phase). These residual strains cause
irreversible changes in shape of the specimen. The principal ass-
umptions and equations are similar (in the present article) with
those of Ref. 2 (Op. cit), but the results differ si.ibstantially,
Card 2/6

2790 S/185/60/005/004/006/021
Inelastic def oiinatiou. D274/D306
since the relaxation stresses involve the dependence of the resid-
ual strains on the rate of motion of the boundary phases, i.e. on
the heating and cooling, temperatures. Tx..,o cases arc considered:
a) the relaxation time T is large as compared to the phase transi-
tion time T; b) 'r is smaller than 2T. Case a) A system of differ-
ential equations is set up for the stress tensor T. These equa-
tions are solved by the method of successive approximations, after
expanding iu terms of the small parameter T/-~ . The residual strain
is given, in the first approximation, by
r
q(t)e-"")dt, (12)
aht I
where 0
q(t)= I- X'WM90-110(1))
(13)
IIIdI-ro (E0 - UO (t)
0
Card 3/6 dt

27A7 6/13.5/60/00.5/004/006/02l
Inelastic deformation... D274/D306
u being the strain tensor, ~ being related to plastic deformations;
for the residual strain, inequality
0 < ti" (T)