SCIENTIFIC ABSTRACT FILIPPOV, I.N. - FILIPPOV, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413120002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

C DA-4
4olling Industryl Handbook WV/6044
Sciences; V. lo'Kelenhkoo Candidate of Technical Scienceej
No V. Mekhovp Engineer; A* No Hinburg, Candidate of Tech-
nical Sciences;IV. Do Nosovp Ungineerl-Bo 1. Panchenkop
Enginoerj 0. A*' Plyatakovokiyp Candidate of Technical
Sciences; 1. So' Pobedinp Candidate or Technical Sciences;
is A Sciences
priymakj~Profossorj Doctor of Technical
Edooasodj; A.IA. Protasov, Engineer; K.44. Saftyan,
Candidate of Technical Soienoesj No ",a4qrs
So No Vilipbv; jungineer tdeceaeedj;'QIojh F 11 Vqy#' Can-
didate of Teahbical. Sciences; 1. A. Yomic pIvi -IILP tor of
v, a
Technical Sciences; No Yu. Shifrinp Candidate of Technical
Sciences; R. RO Ohorp.Candidate of Technical Sciences,
M. 14. Shternov~ Candidate of Technical Scienceaj M. V.
..Shuralevp* R' I rj 1. A.,.Yukhveto,.Candidate of Technical
ne e; Publishing3weer V, It. Gorobinchenko,
Sciencesj Edelo
Ro~ No Golubeh and V* 1. Symov; Techo.11dt L. V. Dobuzhinakiya,
PMUIOSEs This h dbook to intended for engineering personnel of
1 d6tallurgical d machirie-building plantsj, polentific research
CardJ2/14

Rolling Industryj Handbook SOV/6044
-%natituto:, and planning and design grganizationa. Xt may
also be u od by students at schools-of hi&or education.
COVMA(Mt Volume 2 of tho handbook reviews problems connected
with the preparation o,,,' metal for rollingthe quality and
quality control of rolled productaj, and desiCna of roll
passes in merchant mille, , The following topics are dis.
sunsodt processes of manufacturing -codUfiniohod and finished
rolled product the rolling of blooms, billetsp shapeop beamsp
railst stripapaireInplateep ahoete, and the drawing of steel
wire), hot-dipped t Plats a, lacquered plateup floor plates,
tubes made by different methods, and special types of rolled
products. Problems oJ.' the organization of rolling operations
are reviewed, and types of rolled products manufactured in the
'USSR are shown. No ppreonalities are mentioned. There are
no references,
T OF CORMTS:(Abridged,)t
Card 3/ 1~
NeT

ltolli~g Industryl Handbook BOYA044

Part V11. Rolling of Semifinished
Products and Shapes 123

11
010
Ch. 3T* Rolling of Somifinloh ucte (P. A. Aleksandroiri,
V
to

0
Filippo
-
-V11=0
1* v, Gunin, a,~ 123
Ch. 38. Rolling Of Structural Shapes and Merchant Bars
(N, 14, Y'dosov) 162
Ch- 39. Techno 0 nt Used In Rolling PIls
p
and Bea (X.. So~ Pobedinp And Vo 0#.D.rozdj

8T

Ch. 40. Rolling ~f r steels (R. V., Shuraxev),
~1101 203
'
7 1.. Initial ma orials: 2N
2 Making fin shed ;%.,)llad products 2
K S.Pealal fe tures of processing and treating
t ~ alloy, atee
0 207
7 and high-walloy steels
11 C! Heating al~0 207
q~ Reat,treat t ard ad-oling of rolled products,
n
r
M
4"
N,

ALEI,'SANDROV, P.A., doktor to)khn.naukj-YJ1IPFOV-O--1,k., kand.tekhn.nauk
.Improving roll grooving for shaped sections. Met. i gornorud.
prom. no.2:23-29 Mr-Ap '62. (141RA 150-1)
1. Ukrainskiy int3titut metallov.
(Rolls (Iron mills))

GUNIN, I.V.; Frinimali uchastiyet DABAGYAN, N.F.; CHETVERIKOVO
A.V.; KROSHNICHE19KOt V.G.; FRADIN, M.D.; PAVLOVSMO V.Ya.;
FILICHAKOVA, V*A.; ALEKSANDROVA, L.A.; DUEROVIN, F.S.
Investigating the buckling of webs on lightweight I-bearms.
Stall 23 no,10015-918 0 (MRA 160.1)
I* Ukrainakiy- institut metallov. 2. Ukrainskiy institut metallov
for Dabagyanp Ghetvarikovp Miroohnichenko), 3. Zavod *Azovatall"
~for Frading Pavlovskiy, Filwohakovaj Aleksandrova., Dubrovin).

FILIPPOV, I.N., kand. tekhn. nauk; OUNIN, I.V,; AMHAVSKIY, V~7.
Causes restrJeting the d6volopment of the production of
6oonomical shapes, Het. i gornorud. prcm. no.1094C
Ja-F 164. *(MIRA 17310)

ALUSANDROV, P.A., doktor t6khn. nauk (deceasedli
14aster:big the produotion of lightweight rolled shapes.Sbor-
trad. 'UN1114no.9:173.-185 164. (MIRA 1821)

CHM6kREV. Aleksandr Fetnp~l::h~ LEFEDOV, Anatolly Aleksandrc-o-ch;
NIKOLAYEV, Vjltr~r FILIPPOV 1 IT, kana.
~ekhxi. nauk c--tv. red,; VAYNEMG, D.A.. red.
rLorgitadinal rcAlng theoryl Teorlia prodollnol prokatki.
Kh,-Ar I Vo v., Khavk--,iv:3kog,) uni-j.p .1965. 211 p.
(milk

CHEM-1AREV, Aleksandr Petrovich; GUNIN, Ivan VasillyeArich;
MASHKOVTSEV, Rostislav Arkadlyevich; Igor'
_ypyj-q,~j_:,qOLUhCHJ'Kj RAj red.
(Production of lightweight rolled sections] Proizvod-
stvo oblegahennykh profilei prokata.[BY) A.P.Chekmarev i
dr . Moskva, Metallurgiia, 1965. 423 p.
(MIRA 18:5)

7ILIPPOVg X.T. (Stalino)
Significance of rea(~tivity of the organiom In the appearance of adrona-
lin-induced pulmoua:ry edema. Pat.fiziol. 1ekep.teraP. 3 no.4:69-72
JI-Ag '59. (MIRA 12:12)
1. Is kafedr7 farmalcologil (sar. - V.Z. "vskiy) Stalinskogo gosu-
darotvennogo meditalnekogo instituta imeni A.M. Gortkogo.
(WHATHIR effects) -
(PULNOWT JWRMA experimental)
(SPINMELINE pharmacolog7)

1-1 Z.",., i.. : I Ir "~ --l"1!14L"rl,-Iz-,r"l-lyr.4'.14x-lrvmlp."i~-IZE�DZLI"AnffI m"M
-Am
6-k-4, * 40 0 all, 4 s 0 6 go 0 0 0 0
0-0 0 all, 0--e-
?I*? f 10. t ITT .1"S' I lt RZ49 it Jae t I so be r 41 all 614106
-A- A-f-h-&-f - c
Hip I
Pudw" of Oalloubts fA&W iiiium emai.
"m J, 7'rady Inaawfa =*19, NJ
102; 190, No. 3. KI.-The ought
Unit Of the PUTUICNILIWO eqUlpnWnt Is an raltrwfor fill"I
004 with phemmWes hi whkh t-- Is spatityral front the bot- 000
0 f tom. Ov4ft to lhediffemKv In the jap. Xv.. txn,.em ba& .00
0 qlate of fte dIAMggloan rikv and exts. the oils frtHn the cran-
OOZ linpalfty domgad es. From the dimributititt, 111141011111
jm* o( 11cfathelut 19=1 &aid merimesitally detti, =00
glint Him I ItUt rawffl., it in e that tftv. Allit. .4 1.11"lar
Im"Itat-11 hit rill". Iq 44,11t,111M
doe
highl-v Thr lallo-Italmit" Itmutill Ili thr r%ittirt-W Istatlet
mikfillogus Inar 4 hro. Narlji* ei.mtotma- see
tkm in a fl-sts. column lowvs of I-martir do not ru,"t IA
2,0%, The, calla. mellgogl gives a higher clegree of latariti.
cackagat ul the pheniftiet; and rMiirm im sictura titan dtgt-~
LLI
difert blowing of Che olln. W. R. firma
- W-A
jj ff_8.*f_T=__m' IAV -
OA I t v 04 a an 4 1 W of 0 A a 3 0 9
6'u" lill a, 01 III-Im
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o tilis 0 0 o 0 0 0 0 0 0 0

1 r
FIIJIPPOV, I.T.; KARPACHBYA, B.M-
Removal of pbenols from tar water by means of an organic solvent.
Ghs. prom. no.l.,25-30 Ja '58. (MM 11:2)
(phenols) (solvents)
~i- F_I
~U NII

FILIPPOV, I.V.: TURSKIY, Yu.1.
Iffect of various factors on butyl acetate extraction of phenols
from tar vater. 'Gas.prom. no.12:19-23 ~D 158. (MIRA 11:12)
(Phsaols) (Nxtraction (Chemistry,))

FILIPPOV, I. V.,, Cand. Tech Sci- (diss) "Study of certain plWsico-chemical
factors in the extraction Iof phenc, la from sewages" l(oscows 1960., 15 pps 150 cop,
(Kalinin Peat Institute) (KL., 45-W., 126)

FILIPPOV, I.V., inzh.
Improving the quality of road bitumens for cold tempee re. ture s.
Avt.dor. 28 n0.11:15-16 N t65.
(MIRA is.-n)

all
vIN j
id-l-nZ Mv, !,N- SPIN;

FILIPPCIV I.V.- KAuN, S.Z.; KONDRAVYEVA, M-I-
Using the extraction method for the purification of phenol-
bearing wastes from coke and coal chemical plants. Koks i khim.
no.12:46-49 163. (MM l7d)
1. Vsesayuznyy nauchno-isoledovateliskiy institut neftyanoy
promyshlennosti (for Filippov). 2. Moskovskiy khimiko-tekhnolo-
gicheski.y institut im. D.I. Yjandeleyeva (for Kagan, Kondratlyeva).
VG ~,R

FILI1210T, 11
JWwor the cost of one ton-mi3e. Blek.agit.ved.transp.so.22:9-14
Mvk*&git*v*d.trsasp. noe2219-14 N 155. 0m ga)
(Shipping)

NIKIFCROV, I.; MAKAROV, A.; SMDLYAKOV,, N.; SIPER, E.; MOGILA, V.; LARIN, M.;
FILIPPOVr-1.4 TOKMAKOVI V.; BARANOVSKIY, V.; CHHTMIKOVt K.P
POMANAI-Y. A.; SHUTOV, M.; ROZENFEWDO L.; RUDI, A.
Meohanization of waterproofing operations. Stroitell 8 no.11;
15-20 N (MIRA 16:1)
(WaterproofJ;ng-Equipment and suppl-tes)
ig~

MASILOV, A.; FILIPPOV., K.
Future specialists take pext in creative work. NTO 5 no.10:51-52
0 163, (MDU .17:1)
1, Predsedatell soveta natichno-tekhnichoskogo obshchestva Lenin-
gradskogo fiziko-mekhanicheskogo tekhnikuma (for Maslov). 2.
Sekretar' soveta nauchno-tekhnicheskogo obshchestva Leningrad-
skogo fiziko-mekhanicheekogo tekhnikuma (for Filigov).

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"I I ---- I t wwaa 1~1 mm ~"z 69~ ! Lv--,~ -'-L ~-~ - ~ .. ;~

day To4orWak. Attevot. IMMIX loolf
Uu"L-816.11i~14 dolockt. lovolatoo fstir h4mvieb. I
at-romy Pro MOLIT, U.S., p"G. dektal okle.ank.
A.A.. starshly V"r*U"tfl'.
MWWJ=. WX, Litt.. nts4ateall %QLCfU=. W.A.. alastAhly
"d.. I nds"InvasAl privitall whas"s OMOT. VX. dotoost,
n4o INNEK. IJ04. Wl,, n4.1 PAITIRMN. A.U.. isub.. M-i
nAA,zw. ~.I.. surthir onthm softdoik, rod., pAzommucK
T-O- dol-mt. ksYA.4ft=.sw*. f".1 GOMM. UAj WK;-;4*41
O.G., 1"164 M.I 11,114TICIT. N.A.. Wk.. "d.1
JKAM~ &A. Woost. "&.I Mfull, ft.. tul6.
"d,. Isoclama. U.1'.. "Mol-vol TMODD.
PW flobolvel II.A.IwAlultum. "-oko W." 'Aarovill tftof %I,
IM. 391 (KIM 13135"

KORYAKINJO Sergey Fedorovioh, kand. elcon. nauk, dots.; Md~ql[TFR,
Iosif Llvovich, kand. ekon. naul-, dots.; Prinimal
uchastiye: ETIMIS-KlY, Yu.F.,, st. prep.; SBABMrIEY~Ir
Ye.A., dots,. retsenzentl CliEFIKASCV-TSIBIZOV, A.A.t st.
prepod., rets.enzant; VILYUKOV, M.A., st. prepod.,
retsenzent; XOZHAROV, N.D., kand. ekon. nauk, retsenzent;
VAKALISKIY, I.I., kand. ekon. nauk, retsen--ent; KRIIER,
B.A.,, inzh.9 retsenzent; PETRUCHIK, V.A., kand. ekon. nauk,
red.; GUBERM R.L., kand. ekon. nauk., red.; RODRI, Ye.D.,
kand. ekon. nauk, red.; DUR"HAK, V.Kh., inzh., red.;
MARTIHOSOV, A.Ye., inzh., red.; FALYU3HKIl.', V.A.,, inzh.,
red.; BMW, K.I., dok-tor g9ogr. nauk, red.; SIUITSIV-11, I.I.T.,
inzh., red.; KOLESNIKOV, V.G., kand. tekhn. nauk, red.;
UMAKHOVSKIYA, A.G.j kand. ekon. nauk, red.; KUZIMIN, T.P.j
inzh., red.; NEMCHIKOV, V.I., kand. tekhn. nauk, red.;
GEKHTMG, Ye.A., inzh., red.; FILIPPOV, K.D., red.;
KRUGLOVA, Ye.M., red.
[Economics of the merchant marine] Ekonomika morskogo trans-
porta. Izd.2., perer. i dop. Moskva, Transport, 1961+.
527 p. (MIRiA 18:1)

AURIO, Ye.M.; WIISKIY, A.V.;-39;,L In
, V, X.F.
J 86iomoocope with increased sensitivity and timo recording
accuracy and undiatorted form of the eeismogram. Vop.din.
teortraoproseiom,volus no.2:308-311 159- (MMA 13:5)
(Selomometers)

KOZINA, 61'4.; YANEVICH,, Yu.M.; F-UIF.POV K.F.; BULGAKOV, A. K.;MAKAROV,G. 1. ~t~- red.;
A no N
LALAYANTS, B.A.,, red-71-142MILUVIL,1W.U., UVAMI. red.
(Laboratory work on linear syatemB] Laboratornye raboty po
lixpinym siatemam. Lening:md, 1963. 168 p. (MIRA 16:9)
1. Leningrad. Universitet. Fizicheskiy fakulftet.
(Electric engineering-Laboratory manual8)
(Electronic circuits)

PILIPPOV
Improving the managerial eyistew of the railroads, Zhol.dar.tranap.
39 no.6;24-27 Je 157. (Nuu 10:7)
1. Machallnik Kaliuinskc7 dorogi.
(Railroade-Hanagement)

Lyn I N,, Ye.A.j-'FILIPPOV., K.I.
The RE-1301 radioopectrowter of electronic paramagnetic
resonance. Priboroatroenle, no.,*2:25-26 F 163.
(KIP,k
(Paramagnetic resonance and relaxation) (Spectrometer)'I

FTLIPPOI, L.K., Inzh.
Improving the operative efTiclenoy of the systems for the
detection and stopping of ,heel skidding in diesel locomotives
with electric driving. Trixly TSVTI MPS no.272t101-164 164.
(MIRA 1739)

Om ft
:304
'dod all It
of Q,
93.
Avg AS
sit
pm
im

FILIPPC-V, L.
Higb-priority emergency and rescue work at the point of
destruction by an atomic blast. Voen.zaan. 31 no.6:15-16
Je '56. (MLRA 9:10)
(Civil defense) (Atomic bomb--Safety measures)

VASILIYBV, Leonid Leouidovich, prof.,L FILIPPOV, L., red.; TROYANOVSKAYA,
N., tekhn.red,
(Mysterious phenomena of the human psyche] Tainstvannye iavleniia
cholovecheskoi paikhiki. Moskva, Gos.izd-vo polit.lit-ry, 1959e
118 P. (Knu 12: 11)
1. Chlen-korrespondent Akademii meditsinakikh nauk (for Vasillyev).
(Psychology, Physiological)

USSR/Chemics-I Technology - Chemical Products and Their Application. Wood Chemistry
Products. Cellulose and Its Manufacture. Paper, 1-23
Abst Journalt Referat Zhur - Ehimiya, No 19, 1956,, 63343
Author: Tishchenko, D. V., Vodzinskaya, A. N., Filippov, L. A.
Institutiont None
Titlet Recovery of Guaiacol fron.Wood-Chemical Phenols
Original
Periodical,, Gidroliznaya i leso)ddr,. prom-at, 1956, No 3, 6-8
Abstract: Two methods bave beez.vorked out for recovery of guaiacol from vood-
chemical phanolas- (1) by fmatiom of acid guaiacolate of ammonia on
interaction of N~3 vith the phenols, (180-2120 fraction); at low tem-
pemture the guaiacolate crystallizes out is separated by filtration
from the admixtures and is decomposed at 1000 to yield guaiacol and
ammonia; (2) by precipitation of YZ guaiacolate from alkaline solution
of phenolates in the process of separation of wood-resin oils (180-
2120 fraction) into phenols, acids and neutral substances. Ng and NaOH
are regenerated. Pure crystalline guaiacol has been isolated vith a
Card V1 yield of up to 75% of the amount contained in the oil.
RV,7 :51

FILIPPOV~ L.A
"Physiological Indicators of Water Adequacy in Cotton and the
Possibilities of Utilizing Them for Determining the Watering Period.11
Cand Agr Sci, Moscow Avicultural Acad, Moscow, 1953. (RZhBiol, No 6,
Nov 514)
Survey of Scientific andTachnical Dissertations Defended at USSR
Higher Educational Institutions'(11)
SO: fkm- N015219 2 Jun 55

13
;R5,: NIN , ;~-N-
- ---------

Sugar Bearing.
.--Commerclal~-Oil-Beaftng. M--5 - -
Abs Jour: Ref Zhur-Biol., No 6, 1958, 25128
Author :,YUjI=,L. L.A.
Inst : Not i-i'ven
'title :Contribution to the Problem of Critical Soil
Moisture for Cotton in Regard to the Daily Changes
in Sweating
OrJ.g Pub: Dokl. AN SSSR, 1956, 1o6, No 1, 145-147
Abutract: At the experimental field of the Brilevskaya,
scientific research station in Khersonskaya Oblast'
the sweating of cotton plants was studied by means
of the usual device. A graduated glass tube was
connected to the stump of the plant (at a height
of 4-5 cm. above the surface of the soil) by a
rubber tube with a T-bend. Readings were taken every
Card 1/3
110

USSH / Cultivated Plants, Commercial. Oil Bearing.
Sugar Bearing.
Abs Jour: Ref Zhur-Biol., No 6, 1958, 25128
M-5
Abstract: 30 minutes. The Intensity of sweating depended
on the outflow conditions of assimilation products
from the parts of the plant above ground to the
roots. Ringed plants had less intensive sweating
than those unringed, since the physiological ac-
tivity of the roots was suppressed as a result
of theirisolation from the flow of assimilation
products from the parts of the plant above ground
to the roots. Ringed plants had less intensive
seating than those unringed, since the physiological
activity of the roots was suppressed as a result
of their isolation from the flow of assimilation
products from the parts of the plant standing above
ground. In the course of a full 24 hr. day the
positive sweating in several intervals of soil
Card 2/3

USSR / Cultivated Plants. Commercial. Oil-Bearing. M-5
Sugar Bearing.
Abs Jour: Ref Zhur-Biol., No 6, 1958, 25128
Abe,tract: moisture turned negative. With high enough
soil moisture positive sweating proceeded throughout
the full day. In the presence of soil dryness
the negative sweating appeared even in the morning,
stunting the growth of the plant and reducing its
productivity. A.M. Smirnov
Card 3/3
mn

OSADIKO, Kikhail'Peiro*V'ioh; SUYMTIXIY. i.A., kand. ekon. nauk, red.;
d=w.J#eA-.#t_-rsd.: OURIYANOT. T.P., tekhn. red.
rV
.[socialist- system of o4griculturs; from a course of lectures on the
po3itioal econooV of saoialism] Sotsialisticheekals, sistems, sell-
skogo khoziaistva; is karss, lektaii po p6liticheekol.ekonowii
sotsialisma. [Moskva] Izd-vo Kook.,univ., 1958. 91 p. (MIU l1r9)
(Agriculture)

No"IYANKIN. Y.A.; rAGANOV. V.M.; PLATONOV, G.T.; 73YGINSON, Me; FORM,
A.Te.; FILIPPOT, LeA., red..: TZOMOT, X.S., tekhn. red.
(Philo4pbloal problems in natural history] Filosofekle roprosy
estestyosuanlia. [Hookwa] lzd-vo Hosk. unt-r. Tol.l. [Philosophical
and theoretical problems in Kichurinle theories] 7ilosofsko-
teoretiche ekie voprqay michurinskogo uofieniia. 1958. 421 p.
(Michurin, Ivan Vladimirovich, 1855-1935) (miRA, ntio)
(Biology-PhIloso0by)

Dfjt-:,vm'.nin,-~ tl~o correct ti:-,,) for irr1r,-Ption on the Imsis nf ~inict-,-:~
- tn,)rt,,-in soil hori-on. Poe' voveclenie no.7:99-1 03 J].
1. Moldavs!-,i,,r inutIt"It
~-r!~darstva I vinoduliva.
(Irri,c-a-t ion) (Soil moisture)

FILMOV, L.A.
"Al"UM-mm"
Cell sap concentration of leaVeB as a physiological index of water
supp3,v in the cottolaplant. Fiziol.rast. 6 no.1:85-88 Ja-Y '59-
(MM 12:2)
1. Ukrainian Scientific-Researeh Institute of Irrigation.Farming.-
(cotton growing) (Plants-Water requirements) (sap)

-FILI120T, L.A.
Estimating the effect of certain factors on the sucking power of
cotton leaves. ftsiol, raet* 6 nos,4-#477-480 ii-Ag '59.
(MIRA 12.10)
I.Moldavian Scientific Research Institute of Horiculture, Viticulture
and Wine Making, Kishinev.
(Cott6n) (Leaves)

FIIJPPOV, L.A., kand.oeI'vkokhozyaystvennykh nauk
Causes of the blossom-end rot in tomatoes. Agrobiologiia
n0-41626-628 JI-Ag 161. (MIRA 14:7)
la Holdavokiy nauchno-isoledovatillskiy institut sadovodstvap
vinogradarstva i vinodeliya.. Kishinev.
(Tomatoes-Diseasea and pests)

FI11PPOV-,-1.A,
Refractometrio method used in estimating the water content of apple
leaves. Piziol. rant. 8 no.1:138-34o .161. (MIRA 24:3)
1, Moldavian Scientific Research Institute of Horticulturey Viticulture
and Wine Making, Kiihinev.
(RefraPtometry) (sap)
-F-

FILI PPOV, L.A.
Reaction of different varieties of apple to drought in Moldavia.
Bot..~ zhur. 47 no.6:821-829 Je 162.. (MIRA 15:7)
1. Holdavokiy,nauchno-iseledovatellskiy institut sadovodstva
i vinodeliya,lishinev.
(Moldavia-Appl~-~Varieties)
(Plants, Effect of aridity on)
JL

FILIPPOV, L.A.; FULGA, I.G.
Whter balance of periodically fruiting apple trees. Izv. AN
SWR Ser. biol. 28 no.0588-593 JI-Ag'63 (MIRA 1611l)
1. The Moldavian Research Institute of Horticulture, Viti-
culture and WIne Produotion.

FILIPPOV, L.A.; VAYNSHELIBOYM, A.I.
Testing of magnesium chlorate as a defoliant of nursery stock in
Moldavia. Fiziol. rast. 11 no.2034-339 ' W-Ap 164.
(MMA 17W
1. Moldavia Scientific Research Institute of Horticulture,
Viticulture and Winegrozing.

FIMIPPOV, L.A.
Formation of the drought resistance properties of apple tree
leaves during their grow'th under the effect of external conditions.
Fiziol. rast. 11 no. 3029-531 164. (MIRA 170)
1. Moldavskiy nauchno-issledovatellskiy institut sadovodstva,
vinogradarstva i vinodoliya, K..shinev.
NY tA

L 17481-66 EWT(l) SCTD DD
ACC NR.'AT6013447 SOURCE COM UR/3179/65/007/000/0120/0132,
AUTHOR: -Gleg lava, T. A*; Filippove,, L...A.
ORG none
TITLE,.i- S pI -a- 1f eatu r e-s- --of-- -plant- -pbo-t-o -a- ynth2p Is under high altitude
aonditions of the Pamirs-
SOURCE:
-.,Vsesoyuznoye-bot'snicbeskoye-obabebeetvo, Problemy-botenikit-
v. 7, 1965. Vo rosy biologii i fiziologii rastaniy v usloviyakh
p
vysokogoriy (Problems of;,bioldgy and physlology of plants at high
altitudes),,120-132
TOPIC TAGS: plant ecology photosynthesis, plant developments-uv light
ABSTRACT: Pbotosyntbosis; intensity of Pamir plants growing at altitudes'.-
of 2350 to 4780 m varies.with individual species, butAs generally
higher thain for plants growing at lower altitudes in ather geographical
zones. The stimulating effect of bigh altitude conditions on
phytoaynthesia of Pamir plants was Btu led by investigating tbeiis
relation 'to lightt temperature,, and 01902 Intake end ~y comparing the
1 NO;

L 27481-6(1
ACC NR9 X~,013447
photosynthesis_intensity~of identical plants $rowing pt different
altitudes, Study findinjis Indicate that photosynthes*s Intensity of
Pamir plants can be attrIbuted to the adeptiv6 characteristics:
extremely high light requirements and the c9pability to assimilate
carbon dioxide in the prosence of small concentration6 and wide
temperatmre ranges, High altitude conditions do not lead to the
formati-on of a single physiological plant type as demonstrated by the
different pbot'osyntboals.intensity values and reactions of individual
species to tbe.same exteirnal conditions: different light requirementat
different carbon-dioxide-requirements,, and different resistance of the
photosynthetic apparatus to the aftereffect 6f low temperatures* Tableaf,
are given showing pbotoo-yntbesis Intensity values for 45 Pamir plants
representing 21 families growing at different altitudes, OrIgo art*
has: 7 figures and 3,tdbles*'.
SUB CODE.- 06/ SUBM DATE: none/ ORIG REFt~_ 020/, OTH REF.-, 017
Card 2/2

Unsteady motion of a viscous incompressible fluid in the presence of
heat transfer [with summary In Inglish, p,210J Testoleneuno 12 noel:
141-151 157. (nn 10:5)
(Fluid Dynamics)
(ffsat~Transmission)

FILIPPOV, Le (Leningrad); PMRff, V.
Coloring of olear organic glassw Radio no.7249 Jl 162&
7,~ - , -" - (MMA 16:6)
AOAA
TI,-6AUi*n.t and supplies)
(Olase painting and lotaining)

L.I., zootekhnik
FILIPPOV,
Learning to keep and Interpret complete records, Zhivotnovodatvo
20 no.9:21-2,5 S 158. (MIRA 11:10)
Otate farms--Accounting)

, .1. L 0
"Disturbance Control in Pulse Radio Reception," Radiotekhnika., iio.6, up. W-48,
1954
Translation ATICT-TS-8547/V

4M A
BE Rv
RM.

f fe
ty

FiLl f FOV) I.
L. 1. FILjjiPrjV,, "Ideal radio receiver of tne al 1jearance of signals."
Scientific *Sesjion Devoted to "Ra-dio Da~", May 19~61 Trudrektrvizdat) Moscow,
9 Sep. 5d
The concept of an ideal receiver for the appearance of signals (the
determinatioh of the presence or absence of signals at the input of ari~eceiver)
is introdwed. The potential 1xterference-immunity (in the Kotellrdkov sense)
of such a receiver is analyzed for the case of a cormunication system irith N
-discrete orthogonal signals. The problem is formulated of determinir4, the
interferew-e-inimunity in the case of arbitrary signals.

SOV/112-59-22-467ol
Translation fromt Referativnyy zhuxTial, Elektrotekhnika, 1959, Nr 22, p 196.(USSR)
AUTHOR. -Filippov, L.I.
TITLE- on a Method of Realization of a Potential Antistatic Stability at
Pulse Reception
PMODICAL: Tr. Taxanrogsk, radiotakhn, in-ta, 1958, Nr 2, pp 3 - 8
ABSTRACT: A method of' reception oi! pulse distance measurement signals at fluctuation
statics is discussed. The method is based on a synchronous detection with
a subsequent storing. A comparison of the antistatic stability obtained
with the potential value is made. Curves of the antistatic stability of
lin "ideal" and a real receiver are given. on the basis of an analysis of
the proposed method and of other more widespread methods it is shown that
the reception of pulse signals with the application of coherent detection,;
with subsequent effective storing realizes for all practical purposes the
potential antistatic stability.
V.M.L.
Card 1/1

sov/58-59-8-184io
Translated f':,om. Referativnyy Zhurnal Fizika,,.1959, Nr 8,: p 199 (USSR)
AUTHOR:
Yllippov, L.
TITLE: On a Method of Obtaining;Equivalent Circuits of Crystal Amplifiers
PERIODICAL: Tr. Taganrogsk. radiotekh. in-ta, 1958, Vol 2, pp 23-29
ABSTRACT: A method is proposed for designing transistor equivalent circuits by
using a family of "input" and "output" characteristics, approximwted by
straight-line segments. In accordance with these characteristics of the
transistor (from Increment triangles), the four resistances (r-j3 , rkk,
r I
.)k, rk3) which characterize it are determined. These resistances are
independent parameters and. can not be determined one in terms of the other.
A full system of equations It written down, describing an equivalent
circuit of an amplifyiag stage on a "grounded base".
V.A. Struzhinskiy
Card 1/1

FILIPPOV, L. I.
ii4kWO w&4A"*A"
Ideal radio recoiving device for signal detection. Hauch.dokl.vys.
shkoly-, radiotsk-h. i alektron. no.2:29-35 ' 58- (MIRA 12:1)
1. Taganrogskly radiotekhnicheskiy Institut.
(Radio.-Recei,vers and reception)

- L-Ad T_

(c 18 in 22 wwl
ax NL Mm~ ik-

was
my-
(c m to 46") -PI
L L 9-"..% t A. Rk-m
IL C
r. C.
A,m _ALWmftAw* mme I at$", 40*
L IL Rp~p~
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. ..Nww son
M L (c 10 AG Is um)
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I. A. cwm 0. ONNNIL
R .4 w-.A" 460sew.

-1-41 90ASMAG fW ~60 Omatwgta Mtbg r Mill 4414"ifto ft6hII,I'Owftj 8,107 at
IMUO smatmarift ft. A.

VQ,
FILIPPOV, L.I.; SMIMOV, N.N.
Choice of an optimum number of amplifier cascades for mint= phase
inoiAbility. Nauch. dokl. vys. shkoly; radiotekh. i elMzon*-. no.2:
243-249 '69- (HIPA 14t 5)
1. Taganrogokiy radiotekhnioheskiy institut.
(AmpIifiwl~o (F-leotronibo))
MOM
1-1-3
NT
I-DE

- ;q"qf, q-,
- , -1 - ", f ~4 i ~ , -,t-v -; ?;~xj , , -. - ~, - ~ : , : . I - . -, . -.-
'Z . - - - , 5' " -!~- ', - I .. .
. ~, - , .- -~r- K.. . .
~N'll , - it~- - , -. - .
. Z~, 't T , - --
.f. I -!, :" . I .,l --- . f- I :
1 1. 1 - I - 1. ,. -, VIV I - I .

VNJP~-j 7t-- --"f
An extreme ve.,Nue, problem, 8/108/.61/016/002/007/0111
B107/B212
of the circuit, Its attenttstiftn and n the number of stages. The chase
shift ins tiLbility 'which is caused by ihstability of L and C of the re-
sonant circuit is given for one stage '*y
2d
ATY TKC)Atj TKL:and TKC denote temperature coefficients
tk2 (TXL
~2
of L and C, At the temperature increase; The phase instability of an
n-stage amplifier is given by:
2d (TY
44p nAip,, a n L+TK0,t -an d
2 2 2 21
d +k dl+k
5(
where a -.--:2(TKL+TKC)dt. Substitution results in
n n
A ip bn (a (6),+,"whore a/(BQ)-b,,(SQ)/k-c. De.rivation
~~ges -V P-ge a)
of the function with respect ton yields the following roots for extreme
5, values:
0
C
(8)
In Kiw
I + 0 9),
Card-2/4 2n
YK~
%4~
,R

7 7:7 7
M34,

problem
An extreme value.p 8/10 61/016/002/007/011
Y
B212
B107
(a) cannot b6'%ise d 'ei zioe ~'t'he Q. factor haiq'to be infinitel (9) is trans-.
cendental a~d'oannot:be solved-for n direotly.. A g~raphicil 'bolutioh is
i possible if valikes f or. %diabdco are assumi)d, but-then it is not"poisible to
determine n'as a fuftotibn of t~e amplifior paraineters. An appi=imat6
solution would be possible by a Tayl6r sories-'expaniion near an assumed,
rational value for it, But: this method it; so oomplicat ed that ano ther one.,
has.tv be fou6d.., Eqv
oan be changed to
(6)
-
x
y 10(c
10)
where y A ip/(b logX,, ~)~and x n/logK The'
curves y~* f(x) have been
.
'
gee goe
for various values of a and w.-e. illustrated. An analysis of~

these'durveii shows the following: A T hati a maximum and minimum, th
e
maximum is very distinct for large valueo of o. A minimum phase stability'
is found for an optimum coupling (A 0-75~- 1). Curves.can be plotted
which correspond to various coupling factors:of A:
X
X

The -following hints can be giveni In order to increase the phase stability#:
Card 3/4
Z.7
N

ound by co=o me-th o ds.

t
NS
'
ZI

AIMCAFF~d/ASD/
jN'R.. AP3004848 :i[0141163/,,-1061003/0'~-i6/O6?.3
99
AUTHOR: :Eyf~
1.0
~J
_dtizital !;2MP
TITLE: IlLrocese Ing c rnfco4 ar siga'als oj*', uters by freqweacy
I filtra-don izm4 store a
SOURCE: J16VUZ.
TOPD" TAGS: -,.st t4.proceoa
jfai~, ~osiril 4;! r. gr, Ing
ABSTPLAC,rj~ As X
t r x Pr6bins ',of -Y.Jum: or.
as low as 0 detac-110, :such 'lie, quires 40ma OPW
me e i~d
corn 6ated i tcatt~
thods ofrece tion.and' vin ja~4ces The optinnuin
P g
f r ceiver should eliect-itequency-iflti!atioii,~~ki fecting by Lre-law
e me-_r-4;qtu
detector, &ndJnteigratfAg-(atqifng) the -516*11.i `,.jt is expediexii to subdivide the
weak-aignal processing opemuo" Into two groups, one for the iumlog'6owpater.':
and anothei' for tba digital computer Reitlization of a narrow-band freq'uency
J
ord
3
7

FILIFFOV, LOI.
Number of levels and quantisation Interval In discrete reprosen-
tation of a weak signal in noise. Radiotekh. i elektran, 8
no.3:497-499 Mr 163. (MIRA 160)
(Electronic digital computers)
Z"R
P,
'R

FILIPPOV L L
Conference on the Progr6os of Padio Astrommy Studiso hold at
Gorski. Veot. AN SSSR 33 no.51108-10) My 163.
(KM 1616)
I (Radio astroncw-congremses)

DROZWV, A.A., insb.; ZABILIN, G.D., insh.; VILIPPOV, L.K.. inzh.
Switching system of the main genera6r In a diesel locomotive.
Blek, t tepl. tiaga 2 no.9;23-25 13 158. (MIRA 11:10)
1. Depo Petropavlovsk, Omskaya doroga.
.(Diesel locomotives-Blectric equipment)

FILIPP.Dv, L.K. , inzh.
come practical advice for repair workere. Zlek. i tepl. tiaga
no.6:30-31 Je 158. (mmA 11:6)
(Diesel locomotiveo-Maintemance and repair)
M -M-M

FIL3PPOV y L.K. , lnztt. Mli!IIDOV. A.Ya. inzh.
Improving the skWing eontrol circuit on TE3 diesel locomotives.
Faek.i tepl.tiaga !; no.llsl5-16 N 161. 04IRA 14: 1.1)
-.(Diesel loc-omotiveo)

PrATONOV, Ye.V., kard.tekhn..nauk.; NjjttSHjN.1 A.I.., In7h.; KA)MMT911Y,
B.G., kand,takhasiauk.; IF POV- T-K i in STEPANOV, A.D.)
zZaELN-t
dolctnr tekhn.nauk.. rets-enzent; PETUSHKOVA, 14., inzh., red.;
'BOBROVAO U.N.) Wbmfed.'
Ea~auitaof tb6 SUAUS of euopwrbower transmission a7stems
iwal Rezulft*~*--fioledovaniia elektricheskikh
on dieoel I pmot
peredach teplovozoir. Moskvh,, Vaes.izd-vo poligr. ob"deinenie
M-va putei soob.., 1961. l20 p. (Moscov. Vsesoiyznyi nauchno-
isoledovatell skii institut zheIeznodorozhnogo traxiaporta. Trudy,
no..213) (MIRA 14- 9)
ADiesel locomotives)
N-Ki-MAWN"IE i-e '5

m
tol
and. -'I'novalk; -ac.-
J 1A i
TI L. I st~~X~,Zliy I-al or--t
mal conducti-vity of faol-Twater emulsione. Te-ploc-norgeti-ka
14.10
3. Lnstitut gor-
pachilkh isl:opayemyl-h A::
(I'llat-Transtraission)
gq
ifil
mem

T Piml* i 'k 10 Au c 14.2/am ( )APPp',l r. z-Awn(le 1;67,vi "i K, /7--w Pi, (L- 111
Pt- rr: It'
AGG75510 N U AFW4737~ .)D/('RV~717JG S /,294,164 1,,',2,1,,,Vv696,'07 C)4
O-P
AUTHOPS Y ird ~akki P. 1~iup 4
ii=vl~rf m -g- -th4 -tfteitial-coi -liquid meiial-.
-in 0 ILL
ivi
Te~ Mika vy*sold to= eratur# v. 2# no. 5, lF64, 696-7CV4
.10 P
TOPIC TAGO-0 liqu Iid :metal, -tharmil -c6nduetivity, electric conductivityl, Lorentm
nwraxer/ FcZ 48 poteatio ar
Pet
T- UPP f.'-f-ji-erf drd i 't~evlal- coadui-.Uvit- m-a--urements
-ew-rec ec
'IT47, miml immeh
Ls, he iuthor,-, performed earlier expke-riment-,; in W.~ 1 Ch the ra*tals wi!--e
In the present wcr .i, measuremer
.~Ub-iec--,ed t) PeriodLc externall hoating. nic.5 were mz(ie
k" Thin mathad alloum larver tm exature flactix-
tile
LlieorcLlcai tuisis f:)r Tne mcasuremarrt,3 waB le -Lupw-l w "..
r Min talflifLargtilre snaza-time-- distribut'lor. 4ar ".-nic tmnr-rtiture va-!-ia-
~red. B., introlucinK com x
11;5 outairied -.i term3 o.f' zero cme-r
~-inkel 'jrirt.iori:i of thp fLrst
crur_ible madi) oif two thin-walled (0.1 m. ~a:- -,a J u7i
0.2 m, iiam-
~j arlu C -Za) positioned ioaxiaUy. One thermcouple
-8z ---ldsd to the outex surface and tke other Dlaced Ln the liquid near tqe
Card
-!Yrj ik"MMN:~~ MAR, 011~ P-
~T%Q%P
W P-q
H
W

7' 7.7
N 1 IRt
ACCESSIO, APA7,373-I'_
I.Tin-sr tuW A' heater valh4-1- tubeF-axia-vas au touaticall siwitch4t on and off-to
Provide pe ~ioclic heating of a ccintrolled vrele. Tantalum !Iheets3AO.I m..) were
vositioned horizontally 10-15 FOL apart to prever-t conVECtiVe Mixing. MeCOrded tem-
pera-La;-e were nearly hantonice The table shuin,on Lne &-.clo3,ire prese9ts
s N-r tin, one of the four test metals (Pbt ~n' 'C Ipi),k . was shown
I _!~~ E I Tt
t r-La 7z,: 1 be Lhernal. conductlv:lty of Sa and Pb decre-ise-d by a 51cto-_ of 1.85, and.
for Gd by -.5 UPon lrelt'iAgs whi1e that of M increased by 2.6; 2) in the lIquid
phase the -,havwl conductivity of all four metals w" practically constant. T~e
conjuctivi.y of the. rpetalg was calculated FrcLm the experimental values and fron
-rance niues ot dens
i~~y and heat napacity. The results, coripar-I to those pre-
The borentn at Mgft temperatures., WeM_roUW-:_-";-
sinnf-i-ler th.-;n the theoretiGil "meta-11JO values by a fac-t.or oil 2.h5. 7his indicates
int~erpv.atation shGuld be attempt-w. OrLg. al~.. nas; ',ab..es,
4 figuresp and 16 equatiorvt*
Moakvi-mfd~ osa rnvenr~~ unRversitet ino H. V,, Lmor_-'Bova~ fte'em-
AMOCTATIOM
U Ir,
U :;-Sity)

. - - ~- ;::~l r-4 -R-- -- I - -, 1, ~J%r- ~ ~;
-" .~g ~ , I _-j - '. . , I
t~ ...... - ;~gvjqfyg 3 - -, , -
:1.1 ~j r ~ vp - , ,