SCIENTIFIC ABSTRACT BELIKOV, K.N. - BELIKOV, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204320003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

KaRCLMT, A, I@-- (continued) Card 2.
10. Nizhne-Tagillskiv metallurgichfialldy Immbinat (for
Madvipdav,
Novolodskiy, Teaher). 11. Zavod "Azovetal" (for
Bullakiy,
31~pkanev). 12. MantrallnY7 nau&w-c-issledovatallakiy
insti-
tit chernoy metallurgii (for T-rabetskov). 13.
Ukrainakiy insti-
tut metallov (for Shneyerov, Slad7--os:2L,'.eyev,
Motin). 14. Zavod
"]Krasnyy Octyabrllh (for Palant). 15. TaesoyuzW
nauchno-issledo-
vatelleldy institut metallurgicheifco;r teplotakhniki
(for Xurocbklm).
16. Zavod im. lbroshilova (for Saloi"v). 17.
Chelyabinakiy poli-
tekhnichaskiy institut (for Korozo7). 18. Giprostall
(for Garbuz).
19. Uralleldy institut ahernykh matallor. (for
Pastukhov). 20. Zavod
Im Flatrovskogo (for Zhigulin). 21. Himiateretwo
chernoy metallurgii
USSR (for Molol-kov, Slverskiy). 22. Glavapetestall
Ministerstva
chernoy metallurgii SSSR (for Nikolayev).
(OPen-hear'uh Process)

HOROZOT, Alekaandr Rikolayevich, prof., doktor tekhn.
nauk: WANOT.
N.I.. retsenzent; BNLIKOT, X.R., inzh.-martenovets, red.;
DIKSHTHM, Ye.I.,-i`-n-zX_.-mrtenovets, red.; KR'17110TA,
M.L., red.
izd-va; TURKINA, Ye.D., tekhn. red.
(Modern open-hearth process] Bovremennyi martenovskii
protsess.
Sverdlovsk, Goo. nauchno-tekhn. izd-vo lit-ry po chernoi
i
tovetnoi metallurgii, Sverdlovskoe otd-nie. 1961. 600 p.
(MMA 14:5)
(Open-hearth process)

VECHERj N.A., inzb.; GMWID2E. G. Ye.2 inzh.; PANFILOVO
X.J.p doteent;
KHILIK02 M.M.j, inzh.; bffMHCHIY9 N.P., inzh,; ALFEROV,
K.S..V inzh.;
ANTONOV, S.P.j DIKSHTEYN, Ye.I.; YAGNM9 M.I.;
GONCHAREYSKIY9 Ya.A.; TRIFONOrg, A.G.; SEDACH, G.A.
'Open-hearth plants with large-oa~acity furnaces' by D.A.
Smoliarenkop
N.I. Efanova. Reviewed by N.A. Vecher and others. Stall
21 to.2*.125-126
F 161. (KERA 14:3)
1, Sverdlovskiy sovet narodnogo khozya7stva (for Vecher,
Germaldzej Pan-
filov).
(Open-hearth furnace- sle-nd construction)
(Smoliarenko, D . kEr ova, N.I.)
.A~

BELI
Efficient way of expanding the steel smelting industry. Stall
23 no.5t408-410 14Y 163. (NDU 16:5)
1, Nagnitogorskiy metallurgicheakiy kambinat,
(Open-hearth furnaces)
(Oxygen-Industrial applications)

Tsill-IMIwip R.R., inzh.; FORTNOV, A.A., glavnyy red.;
GRECHISIM31., I.I., zarnes-
titol' glawlago red., )311LU K.N., red.; POD" Y11-1-1-3
)IICIIIKOV, N.V., red.;
I TSITRIII, M.A.*, red.; ST11:3111,
(Calculation of mine dust removing equipnent.) Raschet
shakhtziykh
pylootsasyvaiushchikh uBtanovolc. I-loskva,
Goagortekhizdat, 1963.
82 P. (Tula. Podmoskovnyi nauchno-issledovatellskii i
proek-tno-
konstrulctorskii ugolinyi inatitut. Sbornik nauchnykh
trudov, na.8)
(IURA 17:10)

1. FELIKOV, L. A.
2. USSR ('000)
"The Pancreatic Hydrolyzate of the Siberian Sal,,.-.on tip a
_11,~re for Bacteriological
7utrient Media", Trudy Khabarovt3koi-,o In-ta 3pidemiolo.-ji i
Vikrobiolo;-it
Oforlkv of thp I[MbnrovRk Institute of Epidemiolo.~-Y and
Colic.-tion 1,
1951, pp 131-U5.
9. Vik-robiolo,!iya, Vol XXI, Issue 1, Moscow, Jan-Feb 195i, jr
121-132. Unclassified.

SMRODINTSBY, Anatoliy Alakesivirovich, laureat
Stalinskoy premii, professor;
XRIVISXIT, Aleksandr Sameonovich, kandidat
biologicheskikh nauk;
WJQI,,L.A., polkoynik maditsinstoy aluzhbjr, doteent,
rodaktor;
I
X&IRR
CAM, a. redaktor; ALYNDY, A.Ta., polkovnik meditsinskoy
slushby,
professor, redaktor; LEVINSXLYA, N.Z.. takhnicheskiy
redaktor.
(The world of microbes] Mir mikroboy. Izd. 2-oa, perer.
MoskTa, Toen.
izd-vo Ministerstya obor. SSSR, 1956. 177 P. (Mot, 9:6)
l.Oblen-korrespondent Akademil meditainskikh nauk SSSR
(for Snoro-
dintsev).2. Konsulitant chlon-korrespondent Akademit
meditsinakikh
nauk SSSR (for Alymov).
(Micro-organisms)

BALIKOV. L.A.
- __ I
ToxOnfection from milk:eausecl by Salmonella
enteriditis. Zhux,,
milciobiol.epid. i imun. 28 no.3:46-47 Mr '57. (MI-RA
10:6)
(MILK-BACTERIOLOGY) -

BELIKOV, LFJONID ARISTARKHOVICH
The Oacteriological Weapon and Methods of
Protection from it.
New York, UUMS, 1961,
320 P. Illus., Diagrs., Graphs (JPRS: 7590)-
CSO; 5595-N)
Translated from the original Russiant
Bakteriologicheskoye
Gruzhiye I SonsolT Zashchity of Nego, Moscow,
1960.

ANOKHINA, A.P., epidemiolog;.BELIK0,1~-~, dotsent;
GORSHKOVA, N.M.,
epidemiolog; MEZHUYEVA, T.P., sanitarnyy vrach
Water-borne outbreak of dysentery. Gig.i san. 26
no.12-.60-62 D 161.
(MIRA 15:9)
1. Iz Kuybyaheviskoy gorodskoy i Kuybyshevskoy rayonnoy
sanitarno-
epidemiologicheskoy etantsiy i kafedry infektsionnykh
bolezney
Kuybyshevskogo meditsinskogo instituta.
(DYSENTERY)

BEELMOV, L.A.
Activity of the Kuybyshev Branch of the Scientific
Society of
Epidemiologis'ts, Microbiologists and Infectious
Disease
Spiecialists. Zhur. mikrobiol., epid. i immm. 43
no.ltl55-157
Ja t66 (MIRA 19 t1)

BELIKOV, L.B., inzh.
"" . ., ..- 1 ,
Effect of the dimensions of rubber parts on their shock
absorbing
properties. Vest. TSNII MPS 25 no.1:53-55 166.
(MM 19:2)

LUKANIN, Ye.A., gvardii polkovnik, red.; B3LIKOV._
podpolkovnik,
red.; SOKOLOVA, G.P., takhn.red.
(Text book on political studies for senior
noncowissioned
officersl Uchebnoa posobie po politicheskiM
2aniatiam dlia
serzhantov i starshin. Moskva, Voen.izd-vo, H-va
obor.
SSSR, 1958. 494 p. (MIRA 12;9)
1. Russia (1923- U.S.S.R.) Armiya. Glavnoye
politicheakoye
upravleniye.
(Russia-Armed forces-Education, Nonmilitary)

MALIKOV, A.F., podpolkovnik; BELIKOV, M.A., polkovnik, red.;
SOLOMONIK,
R.L., tekhn.red.
(Striving to achieve ahigh level of combat readiness; from
the
experiences of Army and Navy party organizations] V borlbe za
vysokaiu boevuiu gotovaost'; iz opyta raboty armaiskikh i
flotskikh
partlinykh organizateli. Moskva, Voen.isd-vo X-va obor.SSSR.
1959.
141 p. (MIRA 12:9)
(Ruosia--Armod forces--BducatioA, Nonmilitary)

Bn3ILI!XjOVAJJ.A,; polkovnik, red.; LUKANIN, Te.A.,
gvardil polkornik, red,;
WoIPOV, 2.S., general-ms7or, obahchiy red.
Dianual on political stndiss for soldiers and sailors]
Uchebnoe
posobie -Do politicheakim znniatiiam dlin soldnt i
matrosov.
Moskva, Voan.12d-vo H-va obor.SSSR, 1959. 557 p. (MIRA
12:12)
1. Russia (1923- U.S.S.R.) Hinisterstvo oborony.
Glavnoye
&liticheskoye upravleniye.
(Russia--Armed forcee-3ducation, Nonmilitary)

LUKOV. Grigoriy Demlyanovich, kand.pedagog.nauk.
polkovnik; BLILIKOVK-A
polkovnik, red.; VOLKOVA. V.Te., takhn.red.
[Psychology-, assays on problems in the training and
education of
Soviet troops] Paikhologiia; ocharki po vopronam
obuchaniia i
vospitaniia sovetakikh voinov. Moskva, Voen.izd-vo N-va
obor.
sm, ig6o. 254 p. (MIRA 13:5)
(Psychology. Military) (Military education)

BARTIKOV9 A,k.. KBITW4111DYANTS, R.5.0 dotsent~,,J'ELIKOV,
M.N., aspirant
Cases of tularemia la sheep in Stavropol Territory.
Veterinariia
42 no-509-60 My 165. (MIRA 18:6)
1. Stzvropollskly sel'skokhozynystvennyy institute

k-~50-790-667 E. (.1 ) IT
Jr
Xd'C--NR-7--KM22G90 -(A,N) SOURCE CODE: WWWWOM/003/00JI/0034
AUTHOR: Bellkoll, M. N.(Aspirant); Bannikovp A, A.
(Scientific superviri-orl-profet
04: S~-Avropoll Agric-Ultural Ins~ ~te Sta pollskiy
sallskokhozynyatvannyy
institu-t-)-
TITLE: Susceptibility of merino sheep to tularemia~
SOURCE: Voterifiariya, no. 3, 1966, 31-34
TOPIC TAGS: tularemia, antigen, brucellosis, diagrjqstic med
-ici*ne, serum. animal
ABSTRACT: The minimurn infecting dose for merino lambs.8-10
months old Iproved.
to be 100 microbial dolls. Doses of one hundrod million, one
billion, and
ten billion colls caused a severe form of tularemia with
distinct clinical
symptoms. Four-month-old lambs had a milder form of tho
disease. The
height of the serum titer varied with the dose used. The
diagnostic titer
,of tho agglutination reaction was 1:25 because lambs
infected with the
iminimun dose (100 ceUs) had a positive reaction with
tularemia antigen in
,a serum titer of 1:25 and higher bo~woen the 15th and 25th
days. The
:comploment-fixation reaction to tularemia was positive in 80
of the cases
from the 15th day 4fter infection to the end of the
wLporimonf.- It was
!negative with brucdUcsi antigen in all the animals.
The skin dLlergy.tesi with tularin in a concentration of one
billion
,microbial caUs in 1 ml (dose 0.2 ml) produced a distinct
positive reaction
in the infected anima3,q duringtho_45 days of the pxporimont.
In 8-month.
'old lambs a positive reaction was not6d on the' 5t-h day,
andifi 4-month-old'
animals, between the 10th and 15th days after infection.
The authors conclude that the skin toot with tularin and the
complement.,
fixation reaction are reliable means of diagnosing tularemia
in sheep and
of differentiating tularemia from bruoeUosia#0rigt art..has
1' r.-m-7-
-ta J
cardl/l~ SU6-CbDEi: 06,* _6~M6-M-bkEl none UDC:
&�s6l6.98l.455-OW.3 t636.36

N .
BELIKOV, M., inzh.; GOLDOVSKIT, P., inzh.
I-EFtke the work of riveters safe. Okhr.truda i
sota.strakh. no.4:
71-75 0 '58- (MIRA 12:1)
(Rivets and riveting--Hygienic aspects)

Hygienic and t ecWcal ch aract arl sties of new air riveters
And holders
with reduced recoil and vibration [with summary in Ingliah);
Trudy
1SGMI 44--177-195 158 (MIRA 11: 12)
1. Kafedra g1glyany trade s klinikoy profzabolevaniv
Leningradakogo
sanitarno-gigiyenicheskogo maditainskogo instituts, (zav.
kafedroy
-prof. Yea % AndreVev&-Galan1na)*'
(INDUSTRIAL HYGrW.
hyg. & technical aspects of riveting air hamners
& holders with reduced recoil & Vibration (R"))
(VIBRATIONS,
reduced vibration & recoil in new riveting air
hammers & holders hyg% & technical aspects (Rus))

ZAY*rsLvy A.A.; POITOVSKAYA, Ye.V.; BZLIK(.)Vjl,,6
Duration of prGsei-vation and localization of the
tularemia agent
i the organism of experimentally infected sheep.
Veterinariia 42
no.7:2&-27 JI 165. (NIRA 18:9)
1. Stavropoll3kaya krayevayit
sanitattio-eplde:nic"-og,~chi-skaya
stantatya (for Zaytsev, PoIcrovs-kaya). 2.
Stavropoll.,fl.-ly
a ell '.-~kokhozyayn tvennyy injtItut (for Belikov).

-L ZL1004, ~UTUVT Jlc,
.ACC NR,,AP6o158p1 .(A N) SOURCE CODE
9 UR/0346/65/000/00/0026/PM7
AUTHORI ZaXtedy, A.
A.; Pokrov6kAXa~L1eL_V. Belikov. M. V.
3a
ORG.- (Zaytsev, Pokrovskayal Stalropolt Arej Sanjt2n~&Ridemioiogical
Station
(Stavropollskaya krayeva B.
Ya Danitarno-epidemiologicheakaya stantsiya
Stavropol' AP v]
-ri2ultural Instit ILe 013tavroPoltskiy sell skokhozyaystvonnyy ins
_U titut)
TITLE: Length of persistenke and.localization of the
tulAramiAmthogen in the
organism of,experimentallv infected aheep
~:SOURCE: Veterinariyap no- 7t 19659 26-27
TOPIC TAGS: 'tu'laremia, commercial animal, animal disease,
epidemiology, human Ailment
ABSTRACT: Th6experiments were performed on sheep (~S'Soviet 'Merino
lambe
-.8-10 months p1d, and 6 Caucasian.lambs 4 months old). The lambs
were sub-
cutaneously infected with virulent strain No 713 (minimm ID of this
strai
lor white mice and guinea pigs -,I microbial call (MO)) In doses of
fromI
to 1,,000,000,,000 MC. Anatomic-pathological dissection of the lambs
during
'the perirx* of acute course of the disease revealed the presence of
the
1pathogen in their-parenchymatous organss which points out the
epidemiolo-
-8-10 month-
_.gical danger,of slaughtering the animals at that period In the
:,old lambs the tularemia pathogen was isolated from the akin at-
the vite ol,
;culture injection, whereas'in the 4-monthe-Old lamos It was
isolated only from'
Ahe lymph nodes, Isolation of the pathogen from the lymph nodes of
the lambs'
with'tularemia on the lfth and 50th days after the date of infection
(period.,
danger -of infection to humans during
lof observation) involves the
Cdrd 1 L2 UDai 619.616.981--1435=922A-16.1 -

GRINKEVICH, Petr Stepanovich, dotsent, kand.tekhn.nauk;
DCKBROVSKIY, N.G.,
prof,, doktor tekhn.nauk, obahchiy red.: BELIKOV, M.P.,'
dotsent,
kand.tekhn.nauk, nauchnyy red.; KROMOSHCH, I.L., inzho,
red.12d-va;
ZNAMUSKIT, I.I,, 'prof,edoktor tekhn.nauk, retsenzent;
KIRITMKO"
I.E., zamestitell glavnogo makhanika, reteenzent;
SHKUNDIN, B.K.,
inzh., reteenzent; ZLIKINA, E.M., tekhn.red.; SOLSTSEVA,
L.V.,.tekhn.red.
[Building machinery] Stroitellnye mashiny. Pod red.
N.G.Dombrovskogo.
Moskva, Gos.iod-vo lit-ry po stroit., arkhit.i
stroit.materialam,
1958. 495 p. (MIRA 120)
1. Kuybyshevgidrostroy (for Kiriyenko).
(Building machinery)

A6 L., 4
30
a,
00
000!
004
001
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Of
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A I a S k A stIALLIAMICAt WIN
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A-A, A-

ia bbd famces--m-r-

18-31 and No. 2, IS--M-In
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f(w bk" in a bkOt fmawt; P - A V-, P is pnmmrr

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a. Vis vol. of air per unit t im be-
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rwa I A avid I.P. dcVendful
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0
thulml 1VW Of 111011011 of the blast Prevaih.
and .4 is a

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am.. tegowd two. of tolstamv to air Oil*. lot a sivirn

11mv.
Acrmd1ft to B.. A istiot avorm. hut avuiable

.06
muchr.
dePenclinot 0u Partk* sise and distrilwition of the

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Kstdc" in
lbefunwe. &Woo temp, aull

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I the funsam. fit cenns this vurff.
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4 tht blast furtwir. S.

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BILIEDVv M.P., kand.tekhn.nauk
Comparing possible methods of air blast feed to the blast
furnace.
Trudy Inst.tepl.AN URSR no.10:73-82 153.* (MMA 13:5)
(Blast furnaces-Doeign and construction)

BELIKOV, 1.11. F.
"The Problem of the Rational Production of Blast-Furnace
Blasts." Hin Hiiiner
Education USSR, Dnepropetrovsk Order of Labor Red Banner
Letallurgical inst Ineni
1. V. Stalin, Dnepropetrovsk, 1952
(Dissertation for the Degree of Doctor of Technical
Sciences)
SO: Knizhnaya Letopis', No. 32, 6 Aug 55

Xfio*iH, Alskmandr Takorlevich, doktor tekhnicheskikh
nauk, professorl
2*L~M, X.IP. redaktor; SAPONOV. P.T., redalctor; XUUM,
1~
redaktore
(fteory of dynamic relationships of solids and fluids]
Teorlia, di-
namichaskogo Yzalmodelstriia, tel 1 shidkosti. 2-e
izd., ispr; I
dope Xoekvao Oov&'Ixd-vo lit-ry po strolte
Jarkbitekture, 1955p30? Iij
(Microf 128] (MI" 80)
(Solids) (Fluids)

3(5), 300) S071/99-59-10-8/11
AUTHOR: Belikov, ~'.F. Candidate of Engineering Sciences
TITIE: Coordinating Conference on the "ost Important Resea,-ch
Work on Hydro-melioration. Construction
PERIODICAL: Gidrotekhnika i melioratsiya, 1q511, Nr 10, pp 61-62
ABSTRACT: The Vsesoyuznyy nauchno-issledovatellskiy institut
gidrot-ekhniki i melioratsii.(All-TTnion Research In-
stitute for Hydraulic Engineering and Melioration)
together with the Gostroy SSSR and the Akademiya
po stroitel'stvu i arkhitekture (Academy of Civil En-
gineering andArchitecture), urged by a special decree
promulgated by the Gosstroy, the Gosplan and the !vIi-
nisterstvo finansov soyuza S17R (Vinistry of Finances
of the US7R), held a conference from 22-28 June 1959
to coordinate and organize their respective research
work on hydro-melioration in the period 1959-196%
Research was to cover the following problems: 1) me-
Card 1/3 thods of designing and building meliorative systems

SOV/99-59-10-8/11
Coordinating Conference on the 11~ost Important Research
Work on
Hydro-melioration Construction
and increasing their efficiency through the use of the
latest equipment, 2) methods of organizing and per-
forming meliorative work and developing melioraiive
machinery and 3) water supply and sewerage for rural
areas. The Conference was attended by 57 representa-
tives of 23 research and production organizations con-
cerned with melioration engineering- SAITHRIt UkrNIIGi-
IT, Giprovodkhoz, AzNIIGil,-T, TurkmenNIIGiTT, ArMTIIGill,
LatvITIMM, LitTT 'IIGiM, YuzhTTIIGi", Posgiprovodkhoz,
Lengiprovodkhozt Glavgolodnostepstroy, Tnstitxt vod~-
nykh problem Uzbekskoy akademii nauk (Institute of
Fydraulic Problems of the Uzbek Academy of Sciences),
Turkmengidrostroy, the Vodgeo Institute, Tnstitut san-
tekhniki (Institute of Sanitation Pngineering), etc.
The Plenary Session heard a paper by the Director of
VNIIGill A.T5. Tsarevskiy on "Raising the ?. "ajor Scien-
Card 2/3 tific Problems and Effecting Coordination of
Scienti-

SOV/99-59-10-8/11
Coordination Conference on the Vlost Tmportart Research Work
on
H~dro-melioration Construction
fie Research ir ~Ieliorative "ngineering". The Confe-
rence pointed out shortcomings in scientific coope-
ration in the past and indicated ways in which research
might be coordinated.
ASSOCIATIOU: VITIIGil?T
Card 3/3

BELIKO t-M.P,;-YEMELIYANOVp V.A.; NESTEROVv V.Y I
I ~--,v e.; CHURAYEVp N.V.# kand.
tekhn. nauk, naucbmyy red.; SAFONOV9 P.V.j red,izd-va;
GOLIBERGp
T.M., tekhn. red.
[Using radioisotopes in hydraulic engineeripg]
Primenenie radio-
aktivnykh izotopov v gidrotekhnicheskom stroitellstve.
Moskvap
Gos. izd-vo 3.i.t-ry po stroit'st arkhit. i stroit.
materialamy 1961.
162 p. (MM 14:9)
(Radioisotopes-Industrial applications)

BELI V I.P., doktor te'khn.nauk; TEVEROVSKIY, B.Z.p
inzh.
AO__jj_-
Using power-metal fIltero in dry cleaning of
blast-furnace gasev.
Prom.energ. 16 no.9:28-31 S 161. (MIPA 14--8)
(Gas purification)

MARKVARTDE, V.M., kand. tekhn* naiik; BELIKOV M.P.,
kand. tekhn. nauk
Modern designs of sprinkling apparatus. Gidr. i
mel. 16 no.6:
21-27 Je 164. (MIRA 17:9)
1. Vsesoyuznyy nauchno-issladovatellakiy in8titut
gidrotekhniki
i meliorataii imeni A.M. Kostyakova.

SOURCE CODE: UR/0193/65/000/009/6028/0031
,AUTHOR: Belikov, M.P. (C
andidate of technical sciences); Guber, K.V.
-ORG: none
TITLE- Now equipment for agricultural irrigation
SOURCE: Byulleten' teldmiko-ekonomicheakoy informataft, no. 9, 1965,
28-31
TOPIC TAGS: agricultural engineering, agriculturalmacbinery, Pipeline
ABSTRACT:, The authors describe new machines and pipeline equipment
for mechanization of
sprinkler and channel Irrigation. A table is gim.showing the basic
technical characteristics
of both production and experimental sprinkler machines. Data are also
given on pumping
machines as well as flexible and rigid pipelines. . Some figures are
given an the savings
achieved by use of the new Irrigation equipment for.varloua crops In
various regions of the
Soviet Union. ~Recommendatlons are given for economizing on production
by using light
alloys and plastics. Orig. art. bass -3 tablis.
SUB CODE.- 02, 13./ SUBM DATE.- none'
Card' I UDC 631.347.2.003.1
1: 1:7

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coo*
4: so
zoo
rA
Nee

-Ul po to

*of

f

:04

fit

006

linlyto undot
W 'to h'

ke for ad RwV
obtaW the dc-
ti, I's" of an aterslatids to

fwmlr the trtq-ncy.
p..d.. tM tWMPb=tk ;4 Rathmann

A 16 - I L A 14?ALLVM#A Lffll&VWI
CLAW19AVO

SOON SIVIsim
-

06
.
WON lilt oil in
MORE

&
u
a of 0 a w a I A 4 3 4
Al: .01 Igo 0 0 * e 0 go
*too-* 0 0 94 W14,61-we 9 0 0 e 90 so *6 00
llllmm-wm~
me*
Are*
400
see
wee
Wes

400 0 600 0
-4 0
ti i
00 dialsom meat of Gaut 10" of .06
V. v MW a. N, Fiftiggl'.
t Asm . .11 3U3 10441
at thermquency.
sud,tb*,*wkctr*phcm
wh.. form*. P If R.
Goo
IMP 0
400
U31
Of o
tie*
tro 0
Ails .1% a <AatUvGKM 0.611041%At CLAWFICATICIA
b0 too
Joe
I
U Irw
0 @1, 000 0 0 o 0 0 0 o 0 0 o 4 00 4 a 0 0 0 0 000 0
000 09 i0 o 0' 0 Goo 0 0 0 0 0 0 0 * 0 0 0-0 0 00 a 0-000 00 00
0 w0.0

A
sea
eel
off
00
FRED
PagMt AM P#0811101
so -AkIii6k cosuot
dM9 Id - U' 9 N Via
n!Mf.Vf . (U. S. S. it) 9;
r
Owed*
lox, a (ac tbek
emp"
Nes flat -Xcj. m 31 IAC4 SM fuwwa
Dot" rsl_~t~
fumt1m A0 so fu ff. Rathmana
WAD* Opt,-
ca
AIII.IL& NTALLUNIC&L UTI*ATWI
100
Off
see
200
use
use
see
zoo
tie*
No's
-1 Novel
mv d iff Aa d it it ic a Iii w DO 9 a a As 9 a 41 2 6
0 0'0
e 0 0 0 a 0 0 0 0 41 0 0 00
q

BELIKOV I M. V.
vThe Question of the Dispersion of the Dielectric Constant
in a Stronger
Electrolyte.," Acta Phys.,, 12, No-2.. 1940
Dnepropetrovsk State U.

BELIKOV, N.
Bolikov, IT. - "Stakhaaw mothodu for finishim, Jobs,"
Proi-.,.vocl. obucheniyo, 19LWJ, No. 12,
0
p. 25-.,,6
SO: U-3600, 10 JUIY 53, (Letopis 'Zhurnal Inyldi Statey, No. 6,
1949).

1. BELIKOV) No A*
2. USSR (600)
4. House Painting
7. Over-all mechanization of painting. Gor.khoz..Mosk. 26 no. 12
1952.
9. Monthl List of Russian Accessions, Library of Congress, A=il
-1953, Uncl.

BAULIN, U.N.; BELIKOV. N.A*; SOSHIN, A.T., professor,
vedaktor.
[N.A.Belikov's method for over-all mact-n4zation of
plastering workI
Komplekonaia melchan sateila shtukaturnykh rabot po
metody N.A.Belikova.
-Moskva. Goo. izd-vo It%-ry po stroltel'styu I
arkhitekture 1933 18 P.
inn ~: 6)
(Plastering)

DBOLIKOV, N.A.- MOVCHAN, F.F.; KROGER,
Yu.V.,zedaktor; CHXBYSH]WA,
O'l
lrekhnicheskiy redaktor.
[Use ok machiner7 in painting] Mekhanizateiia
mallarnykh rabot.
Hoskwa, Gos.izd-vo lit-r7 po, stroitellstvu I
arkbitekture,
1953. 151 P. [Microfilm]
(Painting, Industrial)

,--,BXLIKPVv If., inetruktor peredovykh
metodov truds
Now pattying unit. Stroltell no.8:23 Ag 160,
(Patty) (RIU 13; 8)

BELIKOV, N.A.
Unutillzed possibilities in car operation on the
Gortkiy
Railroad. Zhel.dor.tranap. 47 no.12:39-41 D 165.
(MIRA 18:12)
1. Zamestitell nachallnika otdola ekspluatatsii
Glavnoro
upravieniya vagonnogo khozyaystva.

BELIKOV, II.F.C;aielikov, N.F.J, mekhanik
Cart for moving the front part of a tractor. Mekh. sill.
hoop. U
n0-7:15 J'I '60. (KIRL 13110)
1. Kolkhoz "Vitchisna," Staro-Bashevokbgo rayona, Stalinskoy
oblasti.
(Tractors--Maintenance and repair)

- BELIKOV-j' Eilkolay Mikhaylovich; ZAYTSL"i, V.S.s
red.; TIKHOI;OVA) I.M.p
telaR.-red,, ----
(Man'-s glory is his work) Chelovek slaven trudom.,
Leningrad#
Lanizdat, 1961. 56 p. (MIRA 15:2)
1. Sekretarl partiynoy organizatsii ordena Lenina
zavoda
"Krasnyy vyborzhets" (for Belikov).
(Leningrad-Socialist competition)

6
"Honey inspection and determInation of its
quality."
Veterinariya, Vol. 37, No. 5, ~96o, p. 82
A~,r,, eaT Via ~ S",

r~~, L, / k-,- " uIK,)IV
BILIKOV, N.Y.
lFlat hearth traveling oven with gas heating. Khleb. i
kond. prom. 1
no.9:3-5 S 157. (MMA 10:11)
1. Tsesoy=ny7 nauchno-isoledovatellskiy institut
khlebopekarnoy
promyshlonnosti.
(ovens)

BELIKOV, N,V.: LAGUZINA, I.M.; FOGEL', V.01
Exparimental heat, measuring apparatus for investigating the
bakEng process of hearth baked products. Trudy TSNIIKHF
no.8:37-50 160. (MA 15:8)
(Heeb-Transmisaion) (Baking)

BELIEN, O.A.
~."'
. '01- _
Shaping genr cotme In
SHTO MVTU no.3:23-30
machining low-module globoid worms, Trudy
157. (14LRA 10:9)
(Gear cutting)

,:-al4KOV, 0
--,,A,,Anzb.
Designing an ekMaient individual hydrulic drive for
molding eaeas.
Iuv.vyo.uoheb.zav.j m~shinostr. no.4%148-155 160. (MIRA,
l4tT
1. Moskovskoye vyssheye tpkhnichesko~* uchilisliche im.
Baumana.
(Molding mabineih-Hydraulic driving)
I

BELIKOV, O.A., kand.tekhn.nauk
Increasing the productivity of molding machines.
Vest.mashinostr. 46 no.ls63-66 Ja 166.
(MIRA 19t1)

KD~, ~-~
GEYZR, V.G., inzbe~er; BELIKOV, P.P., inzhener;
Automatization of water drainage in mines.
MY 153.
RWIKOV, A.L., inzhener.
Hekh.trud.rab.Fno.5:16-18
(MM 6:5)
(Mine drainage)

GETYMR, V.G., prof.; BORUMENSKIT, A.G., dotsent;
BELIKOV. P.F., insh.;
TIMOSHEITKO, G.I., inzh.
Automatizing pumpingstations for hydraulic mining.
Nauch. dokl.
vye. shkoly; gor. delo no.1:139-145 '58. NIRA 11:6)
l.Predstavlena Imfedro7 gornoy mekhaniki Donetakego
industriallnoge
instituts.
(Excavating machinery--Electric driving)

BELIKOV P F inzh.; RUTHAN, R A., inzh.
!j - . .,
Electrode water level indicator housed in a protective
pipe.
Sbor. trud. Inst. gor. dela, AN URSR no.12:9&-105 161.
(MIRA 15:11)
(Liquid level indicators)

a
A 6 C D 0 4 0 X L A w 0 04 2 S T W IT cm AT is Ts
- %it &-*"kettle SIOUTIts! AND st" CADVOI 0. WWI-
AVI~44 M"k n!qkbai WHO
19
nee
000.1 u-4laome-Eddlms its ftTav ruOT-4004j OATOGOODIM u4 Joe
DoG,
u0swes Oto M440i 000
JO GUO111PPIN Pulp 4Tddur. & poMletv v q-41a peup,4q* *"a %selp
M-4T^
$11ftse-1 1609 'POUPMO NT ~DJJTW lain jusV409.n- Pn &qt9jum
Anju9wTddvup
.4 'Z06-661 gkT wLC6T
ir-0411m, pull 1111A 9TICI UT fPK j0 mmmir %ndep *u -..$(
,0, 1
HIGISOR *IDS OPOOV 'Pufa OVUM Aoxim Pum Aoulleff 000
ja ucj%jpu*o o1quouedolpal mv n #%nVd:".jOjwt st"UIV.00.
00
so- r go
1xia-AMPPYPNER41 Age

1 0 1 A 14 it Is IN V a at AS A .7 a
I t. v 12, -
a -10 JL-L -1-1- Ak N IX GR ft 4 9 4
I, If A !j 1.1' fool-$
'Itli 4.4 1010#41.1% .N.
#0
A Rubber famutioa in Mole of kok-Mgbyz. 1'.
0 Cwpi. rem4. arad. I-i. 45.
4). -The rubixt vxnatent Ut %tOFtd rixg. .1 k,aL-
-Ughrx incredIW4 when the r"S irm SubjeTted to willint
09 J11 or III conditions of Irl impnicil gmwuw exchange,
fc.%-rmwd '00
WhVn.tht FOIRII We IF Mt And Wril AtI91-1. AM$ VVISIA10"I -00
"Amt with vm%t. hund-litv of th~ r..W. It A
.00
*00
06.3 Al-Un'on Sci- Res- last. Rubber Plants
go*
set i; I
Zee
are
voo
J:I
tie*
Wee
16
AV p0 It -3 In A s a w a m A i me a sa o ;1 4 v
a 14 K a It a m a Ill
e1,'.
48 04~000 -
9 110, log ~*e

a of tubber to the
S. Iklikov. $, V.
at llj.
Pairlin. A. 1. Fill'to. and H. . Upinan:
00"y A W.
Nibb S.S.S.R. $0, 40-6 (1043). -The Oft-UnUdAtiOn Of
lublwl let the wksts 44 2'yral-al liksk-w4litil 144111.
*Ill.
felt a d"traw. the 114*1 Slow Juliod like
W4141111#411.41
period. and the aft-onit tin* doling lite %valips tA 4
Ifi.,
"Jacka.- CMftSpMli4S tit Vlach Of thelt ill Ul" I IWO
t' 4.
a firclevise of the Viswaity and, brace, of tile mol.
wt. 44 tile
rubber. The drop, during the vAsting-off lorritid. ran
be
explained by the "Ilvity of the "I micriorganilin. whkh
ACI!ite Okvtsm to the rubber brounse at the llyosx~fi of
I Tlw drup. duting lite but'"14411011 1,0110d.j
is caused by the activity u1 the plant itself as
r"Jrocr4 by
the oharp AM of tht, carbohystraic exchange in New 44
thedecompti.provess.
portion u( the vubber during the butonisat I their 13
alao a dCVMw to the ittlit. of thay-ack-harhIcs.
tion my be villanled " 14 periol during whk-h the tool.
Instead of accumulating sadmilatro, lieciAlics it
suilitfief
of them,. Apparetitly. the rapid devviopment ot the re-
prutfuctive argans In the early spring is possible
because I
of (hc Intrusive mobill"tion of Pubstances. Including
pol, be let and rubber, frum the too(. The theory
that regards the rubber as an excretiort wbkb, having
been depWttd In the milk vewls of the toot. docs mA any.
tonevir pankipAte In tile exchange of Substances, is
Coli-
"freed Incorrect. n. Z. Kamk-h

Pod4kamed accottsulatim of rubber In the mob of
kJ70.4GOYS. P. S. OCIJILOT MFWt 11, 1., Up"Ma. V*k-
n AW.Ndaik S-SS-R- $0, 407-VOW); Cf. t'-J, 40,'
A
T .
MI.-Teirts at a ;~~Ueteql with 2-year ohl ptAnts.
The vublicr content linTrasni with willing; whrn 1- of
wt. rruchcd W% of the twitinal wt.. tile fonimtion o(
addu). rubber cessed. Wilting tests were also performed
during the wbak vegetation pniod of the IgAut. As the
intensity of the growth decresw*, the rapavity
of the roof to synt"att =I. the pott-bary"t 1wriutt
at~ doc-n-ases KmIually. Voc roots pieliftl during the
JwTiod at Intensive growth, the amt. at tkayse4viiarkirl
ConsturAd VM8 much More thn for those P;CW I-,"
summerdormancy. In the latter there istbe synth,.n;,j
winvose Ftsulting (rain the decamp1l. Of the SMAYWA.VWkIeS
while in the fanner the content of sucruse, unaer the mutt
cmulltioup, does " change. The mum intensive tbt
wilting of roots picked during the perold of summer dot.
Imucy. the - sucroselsaccumulatedtherrin. Despite
the Intensive decompts. at Inalin. the accumulation of
xukTQW does not take place always, an exception bring the
peritA of intensive growth of the plant and of the most
intenstive lxxit-harmt. sytilbeds of rubber. It is 'bI
timi in this C-AW. tWaUW Of the inttaSiVe Post="
syntheals of rubber, the monows, which am lormed as a
rmWt of the decompa. at the polysarcharitka, we con-
sumed in forming the rubber. as a result of this. there 6
no
accumulation of sucrose. Conclusimt. The post-harmt
synthesis of rubber In the roots of Irrynt-withys is in.
diLsolubly bound with the transformation of the carba.
hydrate complex. . 11. Z. Kamich

0 0 0 0 0 0 * 0 0
1 4 1 1 11 V
A IL. 9- L- 1-1. X.J-" X-1L P 11- A J- I-A-ACAL
OACC99"t Also .4149
of Pit V In.
prevail OV1.011 2 P. Lit It. f- Up.
lit
inan. I L I ~w it". afoi- fit
I %X.S-V. 34. were made 'in a Wan-
Is'llssis form of kob-lieshys from the twanovo province, on
the 111fil4itil vuricty 483, aulf on Nsivabitia's itimr4,,sid
00 vAilety. The shry roult Vrove INSAW 10 MI'M the "it.
0 * a jjjj)Isrj %JIT, oml wrlithest. fivions wh %am* 1&-2o
ussir ll~t indr(- the ent1rudir traviefolmatkm- 4 wi.-.
Ny"thrii,s arld INVOU-Mil of ousernow varm tirl.l. hV kill., Vo
mi-thissit. Sis were sleld. Ok"Will"S tit itel. lee
trawl, cartmohydratirs we" (mi-tionat"I by gk-wj'~
~hlrcue. The sugar content, withisvil lihowing mark#,) 0
00
lwrraw* I;% themder variety "S. 14411talinfl,
46 irtmphild. The hiss, sugar i%suteut Ili the root%ni w-mirty
See
4-1V, is conne"O with the miluerd pillyssircharide fractnal
4111 31 (Imilits + hemirellulost). The itttct*ty of wilaymic
0 "-whe,4s ( stsx-rose in the roll-ts larmsics in the ortier
in..
IM, planialirm. letrapinill. The rat;- of immussellsvIvar.
ides 111surrose in the leaves 44 tile y6firtirl agisres with
tile
trrnd tol' the " ill the- IVIC814,141 the call..
04 morlopik=11-1 1. su"Illise 411111 Of NrislIL'Umn I.. Y,.
the-As am higher then Ili ts 4.45. At harvest tinw tile too
cither 2 vartalm halt roots writhing 30- more than the
mentadn" forta. Wfier-fruit -setting individuab pirs- 4111P*
roll its the tsopufation 44 tink-ughys Sir dixtinguishe by 300
the Cirralml iniger onsile"t.
in this Ittraplaill lit higher at the JW6441 lovitw It.
dimirlmil 0
ar"I Rwm after dowirring. L*tas. of the rusymic trans. to
f-sirmatim vil samw by the mehal of Varmil" Infiltsation
ran bt u%rd for the diagnossisof the pnigivnift ell the miste-
too
&&*.ILA Oft'~LL"Kssi Lat *At visit In taidjujurirw vieditil" of
k k thirg. M.R.W.
0 -" N 194- too
lee
so till"
it to Is
PnitCV44 Kil Ill, It in a siarmto 4 61wellao3ew

~'VM/Xediclne - Botisny Oct 207,
Medicine - Growth
Influence of Hateroauxin on Maplanting and
a,..,te Prost Resistance of Kok-sagbyz
Grafts " P~ S.I.,
llkov, Sol Res Inst of Rubber Plants,, ~4
pp
',:~~ok Akad Nauk SSSR" o 1 1 4t;
Vol LVIII, If
Concludes from experiment that
heteroauxin in kok-
ftghyz grafts lovers frost resistance, of
tissue ,
:g~pvths. This is a particular action,
not merelY
-growth preym tim. Present level of
knowledge does
.pot permit sufficiently clear
presentation of the
'Imochanism of the action of growth
substances. It
52M
TSM/Medialne Botany (Contd) Oct 19k7
,.scan be said only that together with a
stimulatl=
root,fornation there Is a lowering of
frost
resistance %oder the influstioe of
hateroauxin.
;Submitted by Academician N. A. Makelmov,
28 Apr
4947

Abj t~
^Vaq of 11141 &"uumdw" 41 "low 111 9110
took at k -witlitiai, r. s. INUILIVY and W. 1.
IWFINIKov.1 (CO111111. Refid. Avalf. Sri, lf'S.S.k.
1*17, 68, 1101-6 ; Miji, Xmir.. 11"A, fit, I I'M:
Rev. (Wa. 190.30. Alo).-The stiuly rnin.-
par" the cultivat6n 4 a selcried farm -I, k-th
-Aefus atul a fettapUfct Imm. The numnutin
otuntulation 4 rubber actuts at diffeirat 11"w% in
"rh ty1w. [a the velcoW form INa. 4M) at i,
tcmluccd later uA kat Iontga than In the
feirriploid
l.m. Tht outhen e-Aimate that No. 483 is the
F
loort inicitating type. 101.32
Physiology TAb., All-Union Sci. Res. Inst. Rubber
Plants

Meet of nitrate and sumloolum fir*dinli on
10DOPF Con.
tont alid activity 91 oxidative ousymes In
kok-sagbya to.
M. klikillin P " J!thkor z 14
1114boulvitNiord. And K V.
INtmit"'v. S k Mlldt 4,1"11
N01 toomi 43.1thy.1"(ACII)
in the presence of ground leavc% of the plant
is very slight.
"Aas le plats of the kok-"ghys growit tither
with N.4NOj
of (KII #Wj nuirillon sboweit that rislAwr
yiehl is -4mssr
Mwff in offraft-fiNI ptant% than In lito-tvil
oxitfuto Atid
1% than In NII,Ird planti. No significum
slider-
7
it"
rums in the action of olidstive cosymm ctmiki
ticdclectcj In
June. In late August. however. the
nittate-loj plants
'khowed consistently lower values of curalaic
Activity, but
the rubber Orld wax *wdy very %fight1v fq)%V,
111.11, , jtl~jnj%
it' -NII- oulkilk", Addii. 0 nitr4te rilh,r
j,j list IwIC111,11,11,
'#r "C"t 'he call 1-1 (11V VVjVtAt1N1 1,tri-I
1,j 1,.
rubl".y.iclo.I.S'

BELIKOV,,p tr Sergeyevich
T
(Moscow Order of Lenin Agricultural Academy imeni
Timiryazev),
Academic degree of Doctor of Biological Sciences,
based on his
defense, 20 May 1955, in the Council of the Inst of
Physiology
of Plants imeni Timiryazav, Acad Sci USSR, of his
dissertation
entitled; "Formation and accumulation of rubber in
Russian
ddndelion3."
Academic degree and/or title: Doctor of Sciences
A
SO Decisions of VAK, Listno. 18, 10 Sep 55, Byulleten'
NVO SSR, No. 17,
Sep 56, Moscow, pp 9-16, Uncl. JPRS/NY-435

-w

The foruxition'and accumulation of rubber hydrocarbon

(Cdoutchotic)
In k0k. IS P
Ong !IX- .' S. I=ejt TI Sy
-
Sel'
-
so
k
khZii
O
TM
i

.
a
s
.
I
V
P
1448-4 I
A PI t-
compp.study jndicwtestlvattl~r rubberfrom kok-an
Rhyl anti

that of 11mm plants art: identical. The presence ii
I heavy
'

-metals
-In kok-&Aghys rubber lg~,Iue to the cont, t Vtbeft
e4 -I
-
-meta[sJn,othi!rW
3ucs
f
2
T
h
d
f

_
o
o
he met
s o
f
).
(
cT ... .
dttg. tile mbbef-mcrying 4p,,cjty of koic-saj;hyz (d t 11 F

tilt
opttadoff, A% ~,"14 aresoolewhat differe-t frMnstaild-
~ard
ethm
Th
i
b

m
e qut.-A
ott of ru
-drocarbon
*
ber-h~
formation, Is -dift-m%ed-~ voith observittions on - tilt relative

visitics In -Ilchgow'Wa. of rubber hydrocarbons from.

s,of the root.
Away: rroin the neck of the

Ant. the visadAy IntTea%es, with A inax.
oL% 20-25 cat.. after

w

Se t
hi hi 'd Imaws,: (4) - Formaiinn, 'of :dubber hydrocarbon
after IlArVestirlg is dcltd.-by:the growtW I tilt [o
t b
u

dv..
e- M Young put,14A the plant staff t)y

the rcvfvo polywOuIlIrs, *(A)
'111C "luatto

of to.gro4th anti aiekelopinrnt, atifY.
'

the p-Tobf-un.of wlvWorl nic
ellicusaL (6) 'I'he relation C-f

rilbber accuumLiOm to-6nifitiqns of
grmving'the, plants,

InOw link -tile Jactor of light.'aloiguye; N'wid
P nutrition.
~

-an. geogra pfiic
'rtgio n are dWiweti. (7) Itte h16L Tok of

'Ica
~.fubbcr hydroLirlKwo. ilail tile qllrlth "jottilebiol.40i. nce
d

rAL
iubWt Ill plants ttre:&~odi!K
used.

J. S. ruffe

BIRLIKOV, P.S.
"Plant nutrition through the use oflight and carbon
(photosynthesis)'
by L.A. Hiohiporovich. Reviewed by P'.S'* Blolikov, Tiziol.
rest. 4
no.50187-488 9-0 157. (MIRL 10:11)
(Photosynthesis) (Nichiporavich, L.A.)

BINLIKOV, P.S., doktor biol. mw , prof.; KIRILLOVA,
T.V., laborant.
Intensity.of excretion as a factor In determining the
functional
state of plant calls [with mu=17 in Baglish]. hy. TSDA,
no.2t
21-38 158. (NM 11t6)
(Botany-Physiology) (Cells)

BELIKOV P S - IORDANOV, I.T.
"A practical manual of plant physiology" [in Bulgarian] by
K.Iord
and others. Reviewed by P.S. Belikov. I.T. lordanov.
Fi2iol.rast.
5 no.6 N-D ' 58. (MIRA 11:12)
(Plant physiology) (Iord, K.)

17(1)
AUTHORS: Belikov P. S., Motorina, M. V. SOV/20-123-1-50/56
TiTLEt On the Day and Night Rhythm in Photosynthesis (0
sutochnykh
ritmakh fotosinteza)
PERIODICALs Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 1, PP
185
188 (USSR)
ABSTRAM 30 years ago, simultaneously and independently from each
other, the leningradskeya and the kiyevskaya Schools proved
that the diurnal course of photosynthesis does not always
follow the intensity of meteorological factors. Thus in the
complex of conditions which determine the diurnal dynamics
of photosynthesis, certain inherent conditions must play an
important part; they entered the literature as the "plasmatic
factor". In the course of the past 30 years not only the
nature of this "plasmatic" factor has been revealed, but the
observations mentioned have also been revised (Refs 9, 12 - 14)-
Therefore, the authors feel justified to describe their
test results which point to a rhythm in photosynthesis,
without, however, trying to interpret the nature of the facts
observed. Bean plants of the fiberless Saksa kind were
Card 1/3 selected for the tests, which grow well in artificial
light

On the Day and Night Rhythm in Photosynthesis
BOY/20-123-1-50/56
and show very distinct day and night rhythms in their leaf
movements (Refs 3, 5, 11). C02 absorption was always measured
by means of Rikhter (Richter) absorbers which were combined
into an aggregate following the arrangement of Nichiporovich
and Vasillyeva (Ref 6). From the results obtained, the authors
deducted the following conalusionst 1) The day and night
round of photosynthesis is irregular under any kind of test
conditions. This holds of the entire period of vegetation
also under constant conditions in the environment. A certain
repetitiveness (povtoryayemost') was observed as-to the
moments when maxima and minima would occur. The day and
night round of photosynthesis is to be studied with oonsidera-
tion to the endogenous rhythms. 2) Plants which were grown
under the usual change of light and darkness showed the
following periods of photosynthesis after being transferred
to conditions of constant factors; the maximum roughly
corresponded to the astronomic noon hours, the minimum to
the night hours- 3) Plants which were grown in light con-
tinuous throughout 24 hours showed a rhythm in the day and
Card 2/3 night round of photosynthesis. Its increases and
depressions

On the Day and Night Rhythm in .Photosynthesis SOV/~10-1 2
3-1-50/56-
followed each other more often. This oausedillfeverish"
curves of 5hotosynthesis (a term employed by!k. S* Okanenkoj
Ref 7 ). 4 All this suggests that in the d4 and night
round of photosynthesis rhythms are effeotivdwhioh are
determined by heredity, But new rhythms may also be adopted
by the plants. There are 2 figures and 14 rererenoes, 8
of which are Soviet.
ASSOCIATION: Moskovskaya sellskokhozyavatvennaya akademiya ,m.
Ke Ae
Timiryazeva (Moscow Academy of Agriculture ims'ni K. A.
Timiryazev)
PRESENTEDs June 5, 1958, by A. L. Kursanov, Academician
SUBMITTED3 June 4, 1958
Card 3/3

MUNOV, P.S., prof., doktor biologicheakikh nauk-, XTRIT, VA.
T.T.,
--g-Opl-re~ItIM
Dynamics of the secretion of substances as an indication of
the
beat resistance of plant tissues. IxvvTSKhA to.6:7-18 '59.
WU 13: 6)
(Plants, Iffect of temperature on)

BELj*qqj_L._&.,. doktor biologicheskikh nauk, prof.;
MOTORINAO M.V.,kand.
~
biologicheakikh nauk; MKOVA, Ye.B., laborantka.
UsIng Oe GIP-5 infrared gas analyoer for determining the
inten-
siveness of photosynthesis. Im TSW no.3t3O-39 160.
(HIM 3-4:4)
(Photosynthesis) (Infrared rays)

BELIKOV, P.S.,doktor biologicheskikh nAuk, prof.;
KIRIILLOVA, T.Y., aspirantka
------I,jffect of thermal stimuli on the viscosity of
protoplasm (with
tiummary in English]. Izv. TSKhA no.5.-35-44 160. (MM 13:11)
(MUT-PHYSIOLOGICAL ZTECT) (PROTOPIASH)

-----4ELIKOV, P
- _,5,,-doktor biologicheBkikh nauk) prof,,; NOTORINA,
M.V..,
kand.bi-)logicheakikh nauk; KURKOVA, Ye.B., laborant
Intensity of photosynthesis in various Triticum
species.
Izv. TSKhA no.5:44,51+ 161, (MIRA 14:12)
(llhoatl
(Photosyuthsais)

BELIKQVI.Fw�A* daktor biolog. nauk,, prof.;
IINITRIYEVA,, M.I.,, aspirantka
Changes in the cartooLbydrate and amino acid
campoaition of the
barley colsoptile at high temperatures. Izv. TSKU
no.010-40
162. (MIRA 16t6
(Barley) (Planto,, Effect of temperature on)
(Planta-Chemical analyain)

BUD= -r doktor biologicheakikh nauk; j)rof.j HORTORIMA,
M.V. kand.
EOL,--P~
. bdologicheakikh nauk.; KURMDVA,, Ye*B.t 2aborant.
Brief activation of photosyntheiis As the manifestation of
irritabi2ity
in plants [with summary in English]. Izv. TSXU no.D47-60
162.
(MIM 15;6)
(Photosynthesis)

BELIKOV, P.S.
"Plant phyaiology" ~y V.A.Novikov. Reviewed by
P.S.Belikov.
Fiziol.rast. 9 no-4:511-514 162. (MIRA 15:9)
(PLANT PHYSIOLOGY)

BEUKQV---F- . daktor biolog. nauk, prof.;
KIIRILLOVA, T.V.,, kand.
Kii~g. nauk
Dyrmics of the excretion of aome substanceo from
barley
coleoptiles under the influence of heat. Izv. TSKHA
no.6t
61-a 162. (MMA 16:6)
(Barley)
Plantw~ Effect of temperature on)
8kudation(Botagy))

- BELIKOV, P* -S---4 DMITRIYEVAj, M.I.; KIRILLOVp T.' V.
"physiological and biochemical characteristics of response
reactions
of the plant call to the continuous action of high
temperaturea6l
UNMW - Intel-mtiOnal Symposi-yx on the Role of' Call
Renctlons in A&ptations
Of Metnzoa to Ehvironmental Temperature.
Leninerad, USSR, 31 Fay - 5 June 1963

BELIKOVP P.S., doktor biologicheskikh naukp prof.; GEY,
B*A., kande
-'EtAog. nauk
Discharge of substances from wheat leaves under
Increased
dehydration as related to time. Izv. TLSKHA no.2.-29-33
163.
(MIRA 16s10)

BELIKOV, ?.S., dok.tor biolog. nauk, pr9f.; DI-IMIUVA,
aspirantka
Changes in phosphorus compounds and gas exchange in barley
coleop-
tiles at high temperatures (with summary in English]. Izv.
TSKIIA no-3:
49-61 163. (ERA 16:9)
(Plants- Respiration)
(Plants, Effect of heat on)
(Phosphorus metabolism)

SNUFloil- ~ Pi~ siprof. doktor biol. nauk; MOTOMA,
V. V., st--rt3Yiy nauch-
'tj
nyy sotrudnik; N-17SKAYA, R.I., kand. biol. nLuk
Nature of shart time activation of photosynthesis.
1m TSKHA
no.6:28-36 164 18a)
1. Kafedra fiziologii rasteniy i Labcratoriya
iskussfvennogo
klimata MoskovsI-)y ordena LenLna eel I
skokho--yaystvernoy eLkads-
mii imeni K.A.Timiryazeva.

BELIKOV, P.S., prof. doktor biolo nauk; VAKIMOVA, L.G.,
aspirantka
I -
Photosynthesis,, water content, and stoma movement in the
cut
leaves of kidney beans. Tzv. TSKHA no. 1t48-58 165
(MTRA 19:1)
1. Wedra fiziologii rasteniy i laboratori7a iskusstvennogo
klimata Moskovskoy sel'skokhozyaystvennoy ordona Lenina
aka-
demii Imeni Timiryazeva,

L 44277~-66 EWT(l) -SCTB DD
ACC NR- AR6011859 SOURCE CODE: UR/0299/65/000/020/GOOI/GO01
AUTHOR:
MQtorinep M. V.; Nevskaja, R. Is
TITLE: Nature of short duration activation of.pbotosj0&hoAim-
7-1
SOURCE: Refs zb. Biologlyaj Abe. 2OG2
EF SOURCE: Izv, Timiryazevsk* a*-kb, eked*, no* 6p 19640 28-36
OPIC TAGS: photosynthesis, light biologic effects gas analyzer IR
BSIrRACT: An infrared gas analyzer was used to study the
photosynthesis
rate of 17 to 20 day old leaves of Kustovays beans with an NaCl
solution
(1 M) acting on the roots as a stimulant for 2 min. The plants were
grown under different lighting conditions: fluorescent lamp or a DRL
lamp at 9000 lux and a DRL lamp at 18,000 lux. In.the first-case the
photosynthesis rate was studied at 5sOOO lux (ascending part of
ligbt
curve) and at 110000 lux (zone of light saturation). In the second
case#
experiments were conducted at 5,000 and 20,000 lux. At the same time
the state of the stomatel apparatus of the been leaf (lower
epidermis)
was studied. Under ligbt saturation conditions temporary activation
of
pbotoeyntbesis in response to submersion of roots in a pla.smolytic
solution lasted longer and displayed a higher value. Short duration

L 44277-66
ACC NRi AR6011859
ctivation was also observed in the linear section of the
light curves
hypothesis is suggested stating that the photosynthesis
activation
rocess starts with the light stages The photosynthesis rate
does not
oincide in time with stomate movements as increased
photosynthesis
revents widening of stomate openings; the general appeeranee
of the
urves is the same, During the activation period of both
processess
trends considered as proof of an excited state of the leaf
appear in tb
urrounding stoma of the epidermal cells and then disappear.
It Is
ssumed that any stimulus acting on the roots can induce
propagation of
xcitement which is transmitted to the leaf and causes
activation of one
r the other physiological function, Bibliography of 32 titles.
* Avakimovae ZTranslation of abstraot7.
UB CODE: 061-10
2/2 Miq

BELIKOV,,F,.AY-;.; ~LANKPTA, A.V.
Cast and shaped rolls for rolling trolleybus rails.
Lit. proizv.
rio.4:39 Ap 164. (MIRA 18-7)
0

BELIKOV, P~ #4hener..
7Z_'_~r!'~N'qwe in---u-sing inoculated and high-grade pig
iron for castings at
,the Frunze SW Vachine Building Plant, Proizv.-takh. inform.
no.2:
(RLRA 10W
1. Zavod
(Founding) (Iron-magnesium-silicon alloys)

-- --- ----- ---
. . . ........
NJ:-/- lee t
123-1-7417
Translation from; Re-eprativn7 Zhurnal, Mashinostroyeniye,
1957,
R
Nr 1, P. 71 (U R
AUTHORSt Belikov., P.Ya., Bolotov, A.N., Kononenko, A.G.
TITLE: Production of High-strength Cast Iron (Opyt polucheniya
vysokoprochnogo chuguna)
PERIODICAL: In sbornik:0pyt pr6i7.zva otlivok. Khar1kov.,
Oblizdat.,
.1955, Pp. 72-8T.
ABSTRACT: The production of high-strength cast iron by
treatment
with technically pure Mg or with an alloy having a high
Mg content is accompanied by a bright flash and a splash-
ing of molten metal from the ladle. As experimentally
established, an alloy composed of 5 to 7% Mg, 40 to 50% S1,
the rest Fe has the optimum casting properties and pro-
duces a minimum flash. The cast iron produced with this
Card 1/3 alloy is characterized by its excellent technical pro-

Production of High-strength Cast Iron (Cont.) . 123-1-417
perties, a high fluidity and low shrinkage. It can be
cast without refining into intricate castings of close-
grained texture:1n, aU joints and passages and Ath wall
thicknesMS of 5 to 6 mm. Tempering for 1.5 to 2hours
at 750-800* produces pearlite-ferriteit-on which has
the characteristics of malleable ferrite iron. The
initial cast Iron smelted in a cupola has the following
composition (in %%) - 3.0 -3.6 c; 1.5-2.2 Si; 0.4-0.6 Mn;
0.09-0.12 S; up to 0.2 P. Cast iron with an upper limit
of C and Si content is recommended for castings having
walls /,10 mm thick, and for castings having walls;~-40mm
thick a cast iron with a lower limit C and Si content is
advised. The alloy is added in pieces weighing from
4 to 10 kg in quantities equalling from 1.5 to 2% of
Card 2/3 the molten iron by weight, using a hopper and
ordinary

123-1-417
Production of High-strength Cast Iron (cont.)
.. pouring ladles installed id a chamber with natural
draft. When the molds are prepared the cross section of the
I gate system is made 1.5 to 2-times larger than when
similar castings are made of ordinary cast iron, and the
deadheads are made approximately 20% smaller than for
Card 3/3 carbon steel castings. Hh's*S.

PIANKINA, A.V., inzh.; BELIKOV, P.Ye... inzh.; PSHENICHNOV,
P.I.
Use of large cast steel r+8, Stall 22 no.2:141-1/+5 F 162.
(MMA 15:2)
(Rona (Iron mills))

CHESNOKOV, N.D.; ZVEREV, V.A.1 Pri"U uchastiyes Bd6MOVA,
N.G.; B4aov,
P.Ye.; FONINSKIY, M.K.; BAMOV, M.M.
SOMWAM-Mm
Making roU cast iron in an acid open-hearth furnace. Ut.
proizv
no.2:4-7 F t63. (KRA 16;3)
(Cast iron-Metallurgy)

PLANKINA, A.V., inzh.; BELIVOV, P.Ye., inzh.; CHAYKIM,
I.K., inzh.
--
Thin-sheet mill rolls of magnesium-treated cast iron.
Stall 23
no.6:544-546 Je 163. OIRA 16:10)
1. Kuznetskly metallurgicheakiy kombinat.

L 46216-66 EWT(d)/EY.Ttl)/FSS-21~,-'EG(k)-2/T/EV(P(K~ IJP(c) WG
;~C--CNRt AP6011738 (A) SOME CODE: Ult/0317/66/000/003/002ZIOOZ7
AUMOR: Belikov, R. 'ngineer; Major)
_JEngineer; Major); Karabak, 1. (L
"00--ma
ORG. None
TITLE: Light communications-
SOURCE*- TOkhnika i voontzhen*v, no, 3t 1966, 22-ZI
TOPIC TAGS: -light communication, Uv communication, ir
comminication system, coherent
light, laser emission, laser modulation
ABSTRACT: After developing the necessary background, the
progress in the application
of coherent monochromatic rays to communication transmissions is
generally reviewed by
using information and data published in foreign papers. AAaser
device with a helium-
neon gas mixture continuously emitting rays of a high coherency
is considered to be one
of the best for various communication purposes. The properties
of laser highly directive
optical antenna system and the advantages of its sharp
directivity and sensitivity are
discussed. A possibility of obtaining a great number of
high-quality channels is stressed
and an unlimited range of transmission in outer space is
mentioned. A block diagram is
presented, illustrating the transmitting and receiving stations
of a laser consminication
system including generation, amplification, modulation, emission
and reception. The use
of ultra onic, electro-optical and magneto-optical methods for
modulation is discussed.
The modes of operation of these three modulation system are
explained with the help of
Cnr.el 1/2

L 46216-66
ACC NR-. AP601i
three diagrams. The ultrasonic modulation is based on supersonic
vibrations created
by a piezo-olectric osoillatore A polaroid crystal placed in
electric field is used for
electro-optical modulation while in the magneto-optical method, the
action of -ago
field is applied to the crystal. The demodulation processes are
also briefly considere4o
It is concluded that the laser-type communicatiorm have the best
prospects for the future
in outer spacee Orig. art. has: 3 diagrams*
SU CODE: 170 20/ SUM UNS None
Z/2

BUYANOV., V.M., kand.med. nauk.LB=OV,_.;3,.l~
Results of the alloplasty of postoperative hernias.
Khirurgiia
no.3t52-59 163. (MIRA 160)
1. Iz kafedry fakulltetskoy khinirgii imeni
S.I.Spaookukotskogo
(zav.akad, A*N.Bakulev) lechabnogo fakullteta Vtorogo
Moskovskogo
gosudarstvennoga, medit-inskogo instituts. imeni
N.I,Prigova,
(VENTRAL hlERNIA) (SURGERY, PLASTIC)