SCIENTIFIC ABSTRACT PANTELEYEV, F. P. - PANTELEYEV, N. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239110014-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

nk p
lmz-I2Ytll ". P.
"T i '
,he Discove-ly Or ul-,c Lower Triassic Lalb,,ryntodom3 -,ii ,~,c Dcn Luk, 11 '. ,
-1 -.,c,. 9, 191.

PAM=Ev~l F. P.
"The Discovery of the Lower Triassic Laberynt-odons on the Don Luk," Dok. AN,
58, Noo 9, 1947

--PARTELSM, G.
Meeting the needs of youth. Prof.-tek-b. obr. ILI no.5.-A
my 61. (MIRA 14:8)
1. Redaktor stennoy gazety "Smena" tekhnicheskogo
uchilishcha No.7, Donskoy rayon Tullskoy oblasti.
(College and school journalism)
0

14(o)
SOV/92-59-3-33/44
AUTHOR. Pante -Head of a Department
TITLE: Prom a Planning Group to an Institute (Ot proyektroy
gruppy do instituta)
PERIODICAL: Neftyanik, 1959, Nr 3, PP 30-31 (USSR)
ABSTRACT: The discovery in 1932 of petroleum deposits at
Ishimbayevo initiated the creation of the petroleum production
industry in the Bashkir Republic. With the development
of this Industry the need for a planning organization became
obvious. Such a group was organized in 1933 to take care of
studies connected with the construction work. Since the
field of operation of this group was continuously growing, It
was decided in 1936 to reorganize it into a planning office
under the name of the Bashnefteproyekt. During the last 15
years this office developed 14 0 projects, on the basis of
which gas and petroleum pipelines, hundreds of kilometers
long, were construated, as well as dozens of compressors and
Card 1/3

From a Planning Group (cont.) SOV/92-59-3-33/11,4
pump stations, petroleum gathering centers, water supply
installations, power plants, etc. The most vigorous de-
velopment of the Bashkir petroleum industry began in 7944,
when crude oil was found in Devonian sediments. In 1949
petroleum deposits were discovered at SerafimoVo and their
exploitation started. The development of these rich pe-
troleum fields made it necessary in 1951 to create a State
Institute for Planning Installations of Oil and Gas Fields.
Many engineers and teohnicians of the above-mentioned
Bashnefteproyekt office joinedthe new institute as key per-
sonnel. At present the institute has 610 members, of which
399 are engineers and technicians. The author cites some
names of staff members who are old-timers and of specialists
who joined the organization recently. In addition to de-
signing plants and oilfield installations, the institute
develops projects for housing settlements and recreational
facilities. The town of Oktyabrlskiy was also built in
accordance with plans developed by the Bashnefteproyekt. A
number of buildings in Ufa were constructed on the basis of
projects worked out by this organization. The group of
engineers of the institute drew up improved designs for
Card 2/3

From a Planning Group (Cont.) SOV/92-59-3-33/44
equipment and tools such as the PTM-40 mobile mast, a
movable crane for the Ufimets rig, a wrench for fastening
and unfastening small diameter drilling pipes, etc. The
institute now coordinates the work of various organizations
and prepares blueprints to be used in various branches of the
industry. It will also participate in the development of the
petrochemical industry which will expand rapidly during the
next seven years.
ASSOCIATION: Institut Bashnefteproyekt (The Bashnefteproyekt
Institute)
Card 3/3

GARETSKIYP R. G.;JIINTELZYKV,-G. F.1 FILRENSKIY, 11. V.; SHIZZINGER, A.
YO.
Rocks of the folded basement in the central Usturt. Izv-AN
SSSR-Ser.gool. 29 no. 1:50-62 Ja 164. (MIRA 17:5)
1. Geologicheakiy institut AN SSSR, Moskva; treat "Soyuzburgaz"
i Moskovskiy institut neftekhImicheskoy i gazovoy promyshlennosti.

PANTELFYEV, G.F.; POPOV, N.G.
Tectonics of the southern Aral Sea region. Trudy SGPK no.2:12-34
961. (YJRA 14:11)
(Aral Sea region--Geology, Structural)

PANTELEYEV, G.F.; XICHENKO, Ye.A.
Geology of the northeastern end of the Tuarkyr group of folds.
Trudy SGPI no.2:35-46 161. (MIRA 14: 11)
(Kara-Kalpak A.3.S.R.--Petroleum geology)
(Kara-Kalpak A.S.S.R.--Gas, Natural--Geology)

POPOV, N.G.; PANTELEYEV, G.F.
Kuma horizon of the southern Aral Sea region. Trudy SGPK no.2:
73-82 161. (Aral Sea region--Geology, Stratigraphic) (KRA 14:11)

IVANOVA, V.A.-. POPOV, N.G.; PANTELEYEV, G.F.
Recent data on the Paleogene stratip-aphy of the sout~~ern Aral Lea
region. Trudy SGPK no.2:99-158 161. (MIRA 14.11)
Stratigraphic)
(Aral
Sea region-Geolog,

ANTELEYEV,_G.1_,_,_red.; KOMONOV, A.S.,
KOTOV, Gennadiy Mikhaylovich;P
red.izd-va; SAUZKOV, red.
[Fire hazards and fire-preventloirmeasw-es In oil fleldo]Po-
zharnala opasnost' I protivopozharnye mEtropriiatiin na nefte-
pronyalakh. Moskva, Izd-vo M-va kommun.khoz.RSFSR, 1962. 81 p.
(MIRA 16:3)
(Oil fields-Fires and fire prevention)

ACC NRa AR6026484 SOURCE CODF: UR/O274/66/OOO/OO4/AO13/AO13
AUTHOR; Panteleyev, G. S.
TITI~_-': Method for comparative evaluation of probabilities of faultless operation of
ftwo systems
!SOURCE: Ref. zh. Radiotekhnika i elektrosvyazl, Ab~- 4jk85
';REF SOURCE: Tr. uchebn. in-tov svyazi. M-vo svyazi SSSR, vyp. 26, 1965, 137-142
ITOPIC TAGS; system reliability
I
JABSTIUCT: A method of comparative evaluation of probabilities of faultless operation
lof two systems is considered which permits a quantitative evaluation of reliability
with a consequent allowance for repairability. The met.,.iod also permits determining
the effects of configurational, constructional, producLion, and operational factors.
!The maxirrium difference between the probabilities of faaltless operation of the
Isystems in question (t) is determined. The time to, which corresponds to 9~.(t)
Ifor exponential and no~m"a laws of distribution of faultless-operation probabilities
and the absolute value which constitutes the difference in the faultless-operation
Probabilities at t = to are found. Three figures. Bibliography of 3 titles. L. S.
[Translation of abstract]
I SUB CODE: 1~~ o9
Card III

PANMUAM. I.
mr,
katiclem -mods 0-hOrm mid hoof powder, rromokeep.mool0:23-25
0 055.0. (OUA 9 t 4)
I.Preduedatell pravlaniya artell OPerlawatrm.
(Battens)

PATITZIBYEV, 1.
What kind of help do we need. Selt. stroi. 12 no-5:15-16 Y7 '58.
(MIRA 11: 6
l.Predsedatell Boveta V7aznikovskey zDazhkolkhoznoy Btroltellno7
organizateii, Vladimirskoy oblasti.
(Vladimir--Farm buildings)

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ANTOSUH, Konstantin Fokich; PANTELEM. I.I.; TROYAKOV, P.A.
[Russian writers on Khakassial Rusakle pisateli o Khakasii.
Abskan, Xhakasskoe knizhnoe izd-vo. 1958. 133 P. (MIRA 13:4)
(Khakass Autonomous Province)

SEMOV, Lev Vladimirovich; FAMLEUV, I.I., red.; SAMCM, A.A.,
tekhn.red.
[Coal resources of Muftesia and prospects for their utilization]
UgolInye resursy Khakasli I perepelctivy Ikh ispollzovaniia.
Abakan. Xhakaeskoe knizbnoe 12d-To, 1959- 71 P. (MIRA 13:6)
'Khakass Autonomous Province-Zoal)

k-- PAFBUZMI_l*4--
Efficient utilization of organic fertilizers in organomineral
mixtures. Zenledelie 23 no. 2:48-54 F 161. (ICMA 14:2)
1. Opytnaya stantai-ya Gorskovskogo seliskokho2yaystvennogo
instituta.
(Fertilizers and manures)

KAPLAN, I.G.; PANTELEYEV, I.N.
Mechanization of the row placement of' organic-mineral fertilizers.
Zemledelie 24 no.3:73-76 Mr IL2. (XIRA 15:3)
1. GorIkovskaya gosudarstvennaya sel'skokhozyaystV&nnaya
opytnaya stantsiya.
(Fertilizers and manures)

PANTELEM, I.N._; VASILIYEV, V.A.
About the book 'Fertilizer ltactorleB' by 1.S. Egora7.
Zenledelle 25 no.6:91-93 Je '63. (MIRA 16:7)
(Fertilizers and manures)
(Egorov, I.S.)

PA!,'T";,L-,,YT7, Ivan 3te-ancv~,*:-
Acaderic degree of Doctcr onoric Sciences, -.n
,le Tn~7--, of 7-- Jn~prs
3 Junp 195,., in theC~71-incil Cf 4~
'-rlcit.-ticn, -)f M-s nt, tied : 171~e D,~~-1c-n,
n
Ranf-,e-PastIL-ing- k:j-~-a2 I`l-sbandr-,- -.n th- Cr,!~-,.'.an ll..c-.-land,
and Yara-Kalpakskaya AS3M nn(~ -~O Ut il 7 -'Tl 0 llul~ F-rV"
Aca~rmrjc -in(!,I-r 7-ct:-,r
T
JITT, 3,

'y E 1.Ya., otv. rE,,d.
c, KAZINISTV,
vctslrvRl UFA, lk_q
1964. 238 P.

PAMIEM, I.Yao; DROZWV, B.S., red.; STEBLYANKO, T.V., tekhn. red.
--7 - -- - - -Anton Ivanovich Vezlobinskii. Stavropol', Knizhnoe izd-vo,
1962. 38 p. (MA 15:11)
(Pezlobinskii, Anton Ivanovich, 1847-1899)

.PANTELEYEV,_2_Ya., otv. red.; STOLYAROV, A.G., red. izd-va; GOIAJBI,
S. P. . tekhn. red.
(Carbonated mineral waters of the Northern Caucasus] Uglekislye
minerallnye vody SevernoFo Kavkaza. Moskva,, 1963, 188 p.
(MIRA 16:7)
1. Akademiya nauk SSSR. LaborRtoriya gidrogeologicheskikh
problem.
(CAUCASUS, NORTHERN--MINERAL WATERS)

PANTEIXYEV. I.Ya.. kand.geologo-mineralogicheskikb nauk
Basic features of the hydrogeology of the Caucasian mineral waters
region. Uch.zap.Pyat.goo.nauch.-isel.balln- 3:385-396 160.
(MIRA 15:10)
(CAUCASUS-MINERAL WATERS)

PANTELMIEVA I.Ya.
Cond-4tions governing the 10ormation of ca-rb,-natp-d sodium
hydrocarbonate waters. Trudy lab.gidrogeol.probl. 48:42-54
4
"62. (1-URA 15:8)
(14Lneral waters)

MUEELEYEV, I.Ya.; MURERKOV, Yu.P.; PAKHCR40V, S.I.
Origin of carbon dioxide in underground vaters. Izv. AIN
SWR. Ser.geol. 27 no.6:95-98 Je 162. MLVi 15: 5 ')
1. Severo-Kavkazskoye otdeleniye laboratorii gidrogeologichesk:Lkh
problem AN SSSR, g. Stavropoll.
(Waterg Underground) (Carbon dioxide)

PANTEIM doktor geol.-min. nauk, otv. red.
-- -FI-V -
[Thermal and mineral waters of the Northern Caucasus]
Tery,alnye i rinerallrye voc~y Severnogo Kavkaza. Moskva,
Nauka, 1965. 125 p. (MIRA 18:11)
1. Proizvodstvenny~ i nauchno-issledovatel'!Iki-y institut po
inzhenernym izyskaniyain v stroltellstve.

PANTELEYEV, Ivan Yakovlevich-, POKROVSKIY, V.A., otv. red.;
LIPPOVA, B.S... red.izd-va; ZUDINA, V.I., tekhn. red.
(YesBentuki Ballne-alkaline waters In the system of
Caucasian Mineral Waters] Essentukakie soliano-shchelochnys
vody v sisteme Kavkazskikh Minerallnykh Vod. Moskva, lzd_
Akad. nail SSSRS, 1963. 280 p. (MIRA 16:71
(Yessentuki region-Mineral Oaters)

I
PANTZSYEV, IvBn Takovlevich; SURKOV, V.N.
[Mineral springs and therapeutic wad In the Caucasus Mineral
Waters region] KineralInye iotochniki I lechabnala griaz'
rsions Eavkazskikh Xinerallnykh Vod. Piatigorsk. 1960. 164 p.
(MM 13:11)
(CAUCASUS--MIIMAT. WATMS)
(CAUCASUS--BATHS, MOOR AND HUD)

T
1 cli
Y,
T
Ocherk I,-.t(-cii lzuchr-ni~n I
P.azvitiy& hbvkLz.,~kikh -i-Anc -al'..ykh
Vod. (r~
utline on th- Hi. t ry of - tuciV
and De~elopa( nt of' Caiicb 't n . L, ~- F-1
pc) Ileskva, Coq!e,-ji-,-?hlzcat, 1~155.
203 i. HILs., 'orts., .z bles.
1,1't,liuf- si hct-1 1,.-~Otnc.,(
~'5?.14 1"/5

MA,SURENKOV,, Yu.P.; PUTEUMN, I.Ya.
Recent activity of the Elbrus Volcano. Dokl. AN SSSR W no.6:1-369-
XJ71 1? 162. (14M 3-5:2)
1. Severo-Kavkazokoye otdaleniye Laboratorii gidrogeologicheskikh
,pr&lem Im F,F.Savarenakogo, Predstavl=6 akademikom D*I,
Sheberbakovym. (Elbrus., Mount)

PANTENLEYEV~ L. D.
"On Sorre Physic c-Chemic al Processes Occurrinp, in Fi-osinnable Materials 'Under
the Influence of Irradiation", by X. P. Dubrovin, S. T. Konobeyevsky
,p
B. M. Levitsky, L. D. Panteleyev, and 11. F. Pravdyuk.
Report presented at 2nd U11 Atoms-for-Peace Conference, Geneva, 9-13 "'e,,)t 1958

K Is
.81a,
gj IS

PANULMV, L. D.
911-
PHASE I BGOX EIPIDITATION SOV/6176
Konobeyevskly, S. T., Corresponding Member, Academy of Sciences
USSR, Resp. '4.
Deystvi.ve vadernvkh izlucheniv na materialy (The Effect of
Nuclear Radiation on Materials). Moscow, Izd-vo AN SSSR,
1962. 383 P. Errata slip inserted. 4000 copies printed.
Sponsoring Agency: Akademlya nauk SSSR. Otdelenlye tekhni-
cheskikh nauk; 0' tdalenlye fiziko-matematicheakikh nauk.
Reap. Ed.: S. T. Konobeyevokly; Deputy Reap. Edq S. A.
Adazinskly; Hd1torial Boards P. L. Orux1n 0 V. Kurdyumovp
B. M. IoevItskiy, V. S. Lyashenko (Doosaned5liu. A. Nartynyuk,
Y,u. 1. Pokrovskiy, and N. F. Pravdyuk, 9d. of Publishing
House: M. 0. Makarenko; Tech. Zdat T. V. Polykkova and
1. N. DorokhIna.
Card 1/14

The Effect of Nuclear Radiation (Cont.) sov/6176
PUMSE* n-his book Is Intended for personnel concerned with
nuclear materials.
COVERkGR: This is a collection of papers presented at the
Moscow Conference on the Effect of Nuclear Radiation on
Materials, held December 6-10, 1960. The material reflects
certain trends In the work being conducted in the Soviet
sclentific research orginization. Some of the papers are
devoted to the experimental study of the effect of neutron
Irradiation on reactor materials (steel, ferrous alloys,
Molybdenum, avla4 graphite, and nichromes). Others deal
with the theory of neutron Irradiation effects (physico-
chemical transformations, relwmtion of Internal stresdes,
internal friction) and changes In the structure and proper-
ties of various crystals. Special attention Is given to
the effect of Intense Y-radiation on the electrical,
magnetic.. and optical properties of metals, dielectrics,
and semiconductors.
Card 2/14

The Effects of Nuclear Radiation (Cont.) SOV146176
Pravdyuk, N. F., V. A. Nikolayenko, and V. I. Korpukh1n.
Change IV Lattice Parametcrs of Diamond and Silicon Carbide
.During Irradiation 184
%b-d-ullayev, (01.__P. On (h-* Method of Using
and
P
COmImm-SUITI-de Photoresistors In Recording X- and Y-ray
Posim6ter 189
Konobeyevskiy, S. T., A--Y"-1*uitsk4, .D. PuteJejev, K. P.
't . lione X-Ray RxiOna-
nd 7~
Dubnoular V.-I"UtAAbis, a _-Y. N. Kdb-v!
tion of Transformations In Copper-Tin Alloy Under Neutron
Irradiatlon
Levitskiy, B. It., and L. D. Panteleyev. X-Ray Examination of
the Relaxation of Internal Microstresses In Cold-Worked
Metals Under Neutron Irradiation 209
Konoboyevskiy, S. T., N. P. Pravdyuk, X2, jokroVskly, and
V.- I..Vikhrov. Effsot of Neutron Irre:d-I&t1o-n--O-n-Tfit4T1qa
-Friction--1vr--Xet&ln 219
Card 9/14

KONOBEYEVSYIY, S.T.; PRAVDYUK, N.F.; DUBROVIN, K.P.; I&EVITSKIY. B.M.;
PANTIBUYEV, L.D.; GOLYANOV, V.m.
Study of structural changes produced in uranium-molybdenu-n n1loys
by neutron irradintion. Atom.energ. 4 no.1:14-44 Ja 151.
(MIRA 11:4)
(Urnnium-molybdenum alloys) (Neutrons)

/'V 7-,--- Z_ Z
AUTHORS: Konobeyevskiy, So T., Pravdy-uk, N. F., Dubrovin, K. P., 69-1-4/29
Levit;: 1B. M., Panteleyev, L. D., Golyanov, Ve 11.
TITLE's Inves'I_-.e,.AtIons of Structural Changes Occurring in an Uranium-Nolyu-
denum *-Uoy by Neutron irradiation. (Issledovaniye strukturnykh
izmeneniy~ proiakhodyashchikh v sPlave urana s molibdenom pod deyst-
viyem neytronnogo oblucheniya)o
FERIODICAL; Atomnay;a Energiya, 1958, Vol. 4, Nr 4 ppe 34-44 (USSR).
ABSTRACT: An U + Mo alloy with 9.05 weight percents of go is produced in a
vacuum induction furnace. The melting charge is rolled out in a warm
and cold state until a thickness of 0,1 mm is attained, From these
fails the samples for measuring resistance and for radiographic in-
vestigations are produced. Before irradiation with neutrons, the
samples are suojected to a homogenizing process of annealing (in LhE
vacuum) at a temperature of loococ JInr 'A-a-ee hours, after which they
were cooled in the air.
After irradiation by neutrons the electric resistance was measured
and the structure of the alloys was investigated radiographically
and under the microscope.
Card 1/2 The thermal treatment described made it possible to obtain samples

89-"/29
Investigations of Structural Changes Occurring in an Uranium-41olybdenum Alloy
by Neutron Irradiatiori.
'with the structure of an eutectoid a +r , which has different sizee
of grain.
It was found that the diffusion velocity leading to a homogenizatiol:
under the influence of irradiation in the annealed samples is invers
8ely proportional to the square of the size of grain.
In the homogeneous sample (Ar- phase) irradiation causes a modificam
tion of properties and of structure., and already within a period of
from 2 - 4 hours a maximum of effect is attained, This may be imam
gined to be something like "irradiation incandeseence"s In the
phase also a re-orientation with transitions to a cubic lattice
been observed. This phenomenon occurs already during the first
hours of exposure.
The size of the domain of the thermal peak and the energy liberated
was determined at 2,5. lo-l~- CM3 and e,-- 2 MeV. These values are
lower Uan those corputed Ueoretically according tc reference 2.
There are 13 figures, L taUes, and L references, 1 of w,3ich ar(
Slav.,c.
S11,YMIR Eeptember 11, 1957.
AVAIL&BLE: Library of Congress.
Card 2/2

,P"q [V T F 'i - Z'- 'Y Zr_- VL__ Y)
HIM-ENERGY NUCLEAR PMICS: PARTICIE BOMMMERT OF NUCLEII
"Study of Structural Changes Produced in Uranium-Molybdenum Alloys by
Neutron Irradiation," by S. T. Konobeyevskiy, IV. F. Pravdyuk, K. P.
Dubrovin, B. M.GLevitakiy, j,-1--Pan~eleyev, an.-I V. M. Golyanov, Atom-
naya Energiye, No 1, January 195C, PP 34 44.
An alloy of uranium with 9 percent of molybdenum by weight was bom-
barded with neutrons, after which the electric resistivity wL.3 measured
and the structure investigated by X-ray diffraction and microscopic
analysis. Preliminary heat treatment had made it possible to obtain
s-Decimenta with an eutectoid structure . of varying grain size. It
is established that the rate of diffusion that leads to homogenization
under the influence of radiation in vi-ffieled aDeciments is inversely )r--
portional to the s~.;uare o!' f.r-u
autectold). In the homoFoneous fj-,ecimen -phase), the irradiation
causes a rapid chagbe in the properties of the structure, reaching a
limiting value within 2-4 hours. This is explained as the consequence

of radiation annealing. A disorder phenomenon is observed in the
phase, with a transition to a cubic lattice, occurring under the
influence of radiation during the first hours of exposlare.
All of these phenomena are statisfactorily axplained on the basis
of a previously developed theory, but different values are obtained
for the region of the thermal peak and for 2a energy liberated in it.

- -- -,- i 4&
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PAII=ZfEv) M. 0.
z a"r, ; g~r.z.".Uro
1. Ura--'Fkl-y ss~edava,ellskiy i pr-y,k~nyy .,,,Li t,.
p
1-(i-niy Sveri r rll,)gj I rig TA-'a.
z

VOLIKHIN, B.A.; PANMIEYEV, M.G.
Occurrence of rock pressure in experimental use of a system with
a flexible metal coiling in northern Ural bauxite mines. Trudy
Inst. gor. dela UFAN SSSR no.5sl3-20 163. (MIRA 16:9)
(Ural Mountain region-Rock pressure) (Wne timbering)

PAYnUMN. M.G.
Determining strain in pillars in Dzhekazgan mines b7 their relief -
Trady Unipromedi no.2:119-ln '57- (MIMA 11: 3-1)
DZh02kazgan-HInIng engineering)
3trains and stresses)
1

VOLIKHIN, B.A.; PANTELEYEV, M.G.
HwAfestation of rock pressure in testing the system of zinIngi1*dtKWJaw--
AAft ahield of metal strip at the northern Urals bauxite rdne. Vop. gor. i,
davl. no.18:63-69 163. (MIRA 18:7)
1. Ural'skiy nauchno-issledovatellskiy i proyel-,tnyy institut mednoy
pronyshlennosti.

PANTEISYEV, M.G., b3zh.
Desintegration of pillars in mines of Dzhezkazgan. Bezop. truda v
prom. 4 no. 5:10-12 My 160. WIRA 14:5)
(Dzhezkzgan-Copper mines and mining)

24
SOV/101-58-6-11/13
AUTHORS: Syrkin, Ya.M., and Panteleyev, M.N.
TITLE: The Improvement of the Lepaul Furnaces in the
Cement Plants of the Chinese People's Republic
(Usovershenstvovaniye pechey Lepoll na tsement-
nykh zavodakh KNR)
PERIODICAL: Tsement, 1958, Nr 6, pp 34-35 (USSR)
ABSTRACT: At the Syaotun and Mudanzyan Cement Plants, Lepaul
furnaces of 4 x 42 m were installed in 1940.
Limestone with a 1-3% and clay with a 15% humidi-
ty, together with iron ore, are used as raw ma-
terial. The chemical composition is diown in table
1. In 1950-1957, the furnace installations were
improved. Water is now supplied through three
pipes (Figure 1) which ensures a high stability
of the granules and equality of the granulometric
composition. The form of the feeding hopper was
Card 112 changed (Figure 2) in order to distribute the

25
SOV/101-58-6-11/1-5
The Improvement of the Lepaul Furnaces in the Cement Plants of
the Chinese People's Republic
granules more uniformly, The dr ing chamber was
divided into two parts kPigure 3~. These measures
raised the productivity of the furnaces to 29 tons/
h, but increased the dust loss, the specific heat
consumption, and the temperature of the clinker.
There are 3 sets of diagrams and 1 table.
Card 212

STRKIN, Ta.M.; PAIVEL=., M.N.
Improvement of Lepol kilns in cement plants of the Chinese People's
Republic. TSement 24 no.6:34-35 N-L 15 9 (MIRA 1211)
(China-Cement kilns)

PAWf=YNV. X. F.
Problems conoorning the mining of $tape@ Aooording to Ok One-cyalo-per-day
schedule at Koscow Basin mines. Ugol, 28 no.12:34-36 D 053. (HLRA 6:11)
1. Starshly nauchnyy sotrudnik PWIUI.
(Koscow Ikisia-Coal mines and mining) (Coal mines and mining-
Koscow Basin)

PARTELEYEVP m. P.
Panteleyev, M. P. -- "Determination of Rational Systems of Hinin Heavy Coal
Strata Under the Conditions of the Podnoakovnyy (Near MoscZ Basin."
Moscow Mining Inst imeni I. V. Stalin of the Min Higher Education USSR,
Chair of Exploitation of Stratified DepoBits, Moscow, 1954 (Dissertation
for the Degree of Candidate in Technical SCiCMCeB)
SO: Knizhnaya Ioetopisl., No. 23, Moscow, Jun 55y pp 87-104

I,- -PANTELEYgV, M.V-
Conference of the readers of "ProWshlennaia Energetika" journal
in Gorkiy City. Prom.energ. 17 no.2:46.-47 F '62. OMIRA 15-3)
(Electric pouer-Periodicals)

HEYSERR, igorl Mikhaylovich, doktor istoricheskikh nauk; AKHWIOVICH, Roman
Timofeyevich . I-Widat istoricheskikh nank; PARrMYEV.H.V.,
redaktor; ISIJWIYBVA.F.G.. tekhnicheekly rell~~Vll~~-,-,:4-. 1-:-
[Oar neighbor Afghanistan] Hash sosed Afganistan. Moskva, lzd-vo
nznanie,n 1956. 47 p. (Vaesotunoe obvficfi4ivo" po rasprostrane-
niiu politicheskikh i nauchnykh znanii. Ser. 1, no.4)
(Afghanistan) (MlHA 9:4)

PAMELEYEVp M.V.
Conference an the saving of electric and thermal energy.
Prom. energ. 18 no.10:43-44 0 163. (MIRA 16:10)

PANTELEYEV, M.V.
Conference of the readers of the periodical "Pronyshlennaia energetik-~.,"
held in Gorkiy. Prom. energ. 19 no.3:40-42 Mr '64.
(141RA 17:4)

,,q)qjjT_r_ jE 1?c- V M I/
NEWOV, likolaY Ivanovich. kand.ist.nauk; PAUTEWRY, H.V., red.; GUBIN,
X.1.9 tekhn.red.
[Struggle of the Communist Party of the Soviet Union for the
realization of the lenin cooperative plan during, the reconstruction
period] Bor'ba Kommanisticheskoi partii Sovetskogo Soiuze za
oaushcbeetvlenit) laninskoeo kooperativnogo plane v vosstanovitell-
ny-I period. Kookva, IEd-vo *Znanie,O 1958. 39 P. (Veasoiuznoe
obsbehestvo po rasprostrananitu politicheakikh i nauchnykh znanti.
Ser.1, no.10) (MIRA 11-5)
(Run sia --Economic policy)

MILIBIEMU, Mikhail Abramovich. general-mayor; SLOBOBSKO, Aleksey Kiwillovich.
polkovnik; ; FAMMM. N.Y.. redaktor; GUBIN, R.I., tekhnicheskiy
reaektor
[Military ideologists of capitalist countries on the character and
mans of conducting modern war] Voennye Ideologi kapitalistidhemkikh
tran o kharaktare I sposobakh vedenits sovrewennot voiny. Moskva,
nd-vo "Usullo.0 1957. 63 P. (Yeasoiusnoo obshchestvo po ramprostre-
I
nenilu, politicheskikh I nouchnykb znanii. Ser.1, nom.11-12)
(War) (KLEA 10:7)

PANTvl,rY7V, '~,V-,
,f 11: - . -1~. in rjorkiy.
rs ~ - - pp
Conference, of -,he reade _ri d~.cal he (I-IJRA 18:4)
Elek.sta. 36 n-D.2:92 F 165.

P
Primary organization in mines is introducing new
NTO no.7:23-24 Jy 159. (MIRA 12:11)
1. Pradnedutel I govota nauchno-tolchnichookogo gornogo obilhchrl-
stva shaklity PrivoI'nyanskuya-YuzbnVu Lugurtalcogo soviiarkhtza.
(Lugansk Province--Coal mines find minlng--Rescarch)

PAMLEY". inzh.
Standards research uork on the Bukhara - Ural Mmmtain Region
route. Stroi. trdboprav. 7 no.l2sU-12 D 62. (YM 16:1)
1. Trest Nefteprovodmontazh, Ufa.
(Gas,, Natural-Pipelines) (Construction industry)

BUDARIB, V.A.; ftlma otvetstvannyy redOctor;
ZHDABD 11 otvetstvennogo redaktors; RACHKO. V.,
redaktor; IURIY3, A., teldinicheskiy redaktor
[Album of visual side for studying political economy; 'capitalism"
section] Al'bom negliadrjykh posobii po politicheskol ekonomit;
resdel 'Kapitalizm." [Lentag,'red) Goa.isd-vo polit.lit-ry. Pt.2.
1956. 38 plates. (HIAh 10:10)
1. XommuniatIchesimye Partiya Sovetsicago Soyuss. Vysshays
partiyusys skola.
(Sconomic conditions)

AUTHORS: Kole snikov TA.G., ~~tel~eev Pyrkin, Yi.
V.P.,and Ivano-,~, V.N.
TITLE: Apparatus and Methods of Measuring Micro-Pulsations of
Temperature and Flow-Rate in the Sea (Apparatura i metodika
re-istrataii turbulentnykh mikropul'satsiy temperatury i
0
skorosti techeniya v more)
PEMIODICAL: Izvestiya Akademii Nauk SSSR7 Seriya Geofiziches,'~,aya,
1955, Nr 3, pp 405-413 (USSR)
A-13STRACT: The instruments usually employed in measuring temperature,
etc., in the sea have so long a period that t.',.ej )niy mea-
sure averacges. For the study of turbulent processes (e.rr
turbulent heat flow, viscosity, etc.) it is necessary tc-
LLve instruments with a short enough period. Tei-2-perazure
measurement is usually carried out either with a tLerm-)-
couple or a resistance thermoME!ter. The formr_~r the
difference between the actual and the avera--e te'.-.~~-rature,
whilst the latter measures also the actual The
authors describe experiments of Urick and Searl'os-- ~,194~2)
Liebermann (1951), Kontoboytseva (1958) and Englis i (19'3~ on
temperature measurements, and ones by Bowden an..L Fairbairn
(19521 1956) and Obukhov (1951) on rate-of-flo%,-., -.irc_,;j_rements.
Card 1/5 The authors then discuss the basis of a new aT_)aratus. The

49-58-3-1 /'9
Apparatus and Metliods Df I'lleasuri-n- Aicro-Pulsari_3ns -;T'
and Flow-Rate in the Sea.
time constant must be less than 0.1 see for the
apparatus. The accuracy of measurement of tem-,;er_n.tare in a
sea where the surface is ice-free must be 'vO.001-0.0050c'
if ice is present the required accuracy goes up to 0.0001 C.
The accuracy of velocity measurements must be no-t 1~:ts3 t1ian
2-5 mm/sec for an ice-free sea and not less th~,n 0.1 -_=,/sec
for a sea shielded from wind el ''fects by ice. To D'_~L
correct recurdings with the required accuracy,
apparatus must be stationary. The authors now des,cribe
their actual apparatus. The meter consists of zieas-iring
devices at two different levels, a distributin,- anJ balanc-
ing network, an amplifier and an oscillograph. TtLe :neasur-
ing device at the upper level has three constituents: for
ueasuring true velocity, true temperature, and the modulus
of the velocity vector and the vertical com-~:,onent of the
velocity vector. At the lower level, true velooity and true
Uemperature are measured. Hence the meter recordS simultan-
eously: avera--e temperature, the gradient of the av---ra-e
C,
Uemperatare; temperature pulsatiDns avera:,,e velocity it-nd th-e
Card 2/5

49-58-3-16/19
Apparatus and Methods of Measuring Micro-Pulsations of
ana Flow-Rate in the Sea.
gradient of the average velocity, pulsations of the m,ldilus
of the velocity vector and pulsations of its vertical oDm-
ponent. Velocity signals go straight to the oscillograph;
whilst temperature signals go to the oscillotraph via a
Wheatstone bridge and an amplifier. Power is supplied by
the constant current from an accumulator. Temperature mea-
surements were carried out with a thermistor with a tempera-
ture coefficient of resistance of 3-11% and a -.-eriod of 0.08
sec. This was placed in one arm of the Wheatstone bridge.
The power supplied to the thermistor was so chosen that the
desired accuracy of 0.001"C could be obtained. Small dovia-
tions from the average velocity give diminished th-(_-rm-;stQr
readin-s if the electric current is diminished or the aver-
age velocity increased. The device for measurLn~; tLe aver-
age flow velocity oonsists of a 0.1 mm diameter, 28 m-r long
platinum wire, which is included in a bridTe syste!:!. T'-Ie
wire is stretched perpendicular to the stream flow. Mc-,,--
surements are made at a constant current of 1-5 airp_-' aer,:nd-
ing on the velocity. The device for measuring the :i~d-,_Llu3 of
the velocity vector and of the vertical com-l-,onent ha,3 -I-co
Card 3/~ latinum wires in the bridge syste,.~,i. They are se- iu. r-. .,_,;it

49-58-3-1 /Ic'
0, j
Apparatus and Methods of Measurin.- Micro-Pulsati:)ns o fL
and Flow-Rate in the Sea.
ari-les to each other; their bisector is in the :)f
c~'
the current and lies in the vertical plane. 3Dm-
DDnents o'L flow are measured by the resultant asyinm~~Iury -.)f
;he system with respect to the flow. The meter alt--ret'ier
consists of two parts, both of which are attached to diff-
erent parts of a steel cable at a vertical distuancr,
of from 0.5 to 2.0 m. The basic part (which car. :-ove f-----ely
round a vertical axis) is at the top. A vane kt~e-.s t__'-_e
apparatus oriented into the current. The rAeas-arJ_n,-I 31--me-ntus
are placed at the front to reduce the effect of d st.,j_rbance.
All but 5-6 mm of the thermistor are enclosed in an eb:)ny
casin- from which leads run back through a tube to the centre
of the apparatus. A lead counterweight is employed to keep
the meter horizontal. The measuring elements are protected
from mechanical damage by a wire grid The eiaperature mea-
surer was graduated in the interval 5:o-30.0 C with a
Beckmann thermometer for different currents in the thcrmistor.
The velocity measurer was graduated in the range 0-50 c,-i/sec.
Card 4/5

4,11 -5._- 3 -16/ 1'z,~
Apparatus and Methods of Measurin.- Ylicro-Pulsations of
and Flow-Rate in the Sea.
The instrument is let down from a winch. After it has been
kept at the right depth for 3-5 minutes the oscillo,.-rai:,h1 is
switched on and measurements are made. The authors Zive
examples of oscillomrams obtained and their inter:-,retation.
They assert that the meter seems well adapted for .-easure-
ments on turbulence. There are 11 figures and 7 references,
of which 5 are English and 2 Russian.
ASSOCIATION: Moscow State University imeni M.V. Lomonosov (J0s11c-)%rs!C1y
:-osudarstvennyy yniversitet im. h,1.V.Lomonoqova)
ci
SUBMITTED: Uarch 1~, 1957.
AVAILABLE: Library of Congress.
Card 5/5

FAIFTEZY 01, 1.1. A.
XT-EXX "Investgati --ns ~,-r ' r,-l-lence * n Surface Vater Laye:- -..r - e -*
I L. - - I- -
Sector of the Indiar, and ?acific x-,~.-ans.
" t,
report to be submitted -L,-r the in.1. Cjcean,,Crap,.ic ConC,. licw lc,r', -1 .,,
31 Aug - 11 Sep l'-159.
(1-13scow State Univer-~IIJ-)

I !.
,3. 6 DOD
AUTHOR: '-panteleyev, B.A.
69006
5/055/59/000/04/015/026
B014/BO05
TITLE: Instrumental Determinations of the Characteristics of Turbulent
Exchange in the Qce
vv~?_
PERIODICAL: Vestnik Moskovskogo universiteta. Seriya matematiki, mekhaniki,
astronomii, fiziki, khimii, 1959, fir 4, pP 141-147 (USSR)
t/di, I/
ABSTRACT: The present paper informs on results obtained with the fourth
model of a turbulence measuring instrument in measuring the
turbulent mixing of water surface layers in the Antarctic portions
of the Indian and Pacific Oceano The investisrations were carried
out during the third Antarctic Sea Expedition on the diesel-electric
ship 110b"' in January-February 1958. Figurp
I shows the turbulence
measuring instrument "Turbulimet L~_It is designed for
determining the horizontal and vertical component of the current
fluctuation rate, for measuring the mean water temperature, and for
determining the water turbulence structure. The latter was determined
by means of two thermistors. A special device secured the vertical
position of the instrument. The measured values were recorded by a
loop oscillograph. The measurements were made down to a depth of
45 M. Figure 2 shows the measured values recorded at station Nr 350
Card 1/3 at a depth of 7 m on January 19, 1958. The temperature pulsations

69006
Instinimental Determinations of the Characteristics S/055/59/000/04/015/026
of Turbulent Exchange in the Ocean BO14/BOO5
were 3.9.10-'dM the vertical component of the velocity of flow was
1.2 cm/seo. The ratio between vertical and horizontal component
of the velocity of flow was 0.86. Visual observation of the oscillo-
graph permitted an estimate of the turbulence. The statistic evalua-
tion of 177 observations was made by an electromechanical correlator.
Figure 1 shows the results, the vertical distribution of the root
mean square values of measurements made at station Nr 332 on
January 25-26, 1956, in the area of Discovery Land. The wind
velocity was 5-7 m/sec, the air temperature was 4 0 below the water
surface temperature. On the basis of the results obtained, the
vertical heat currents and the tangential friction stresses were
studied. At a depth of 10 m, the former showed a maximum value of
12.0 15.0.jo-3 cal/cm2sec, the latter were within a range of
3-0 5.o.jo-5 up to 0.57 dyne/cM2. The tangential stress and the
velocity gradient are graphically represented in the diagram of
figure 4- Figure 5 shows the coefficients of turbulent heat exchange
and turbulent viscosity. There are 5 figures and 4 references, 2
of which are Soviet.
ASSOCIATION: Kafedra fiziki morya i vod sushi (Chair of Physics of the Sea and
Card 2/3 Inland Waters)

Instrumental Determinations of the Characteristics
of Turbulent Exchange In the Ocean
SUBMITTED: May 29, 1959
69006
S/055/59/000/04/015/026
BO14/BOO5
Card 3/3

PANTELEYEV, N. A., Cand Phys-Math Sci -- (diss) "Instrumental research
into characteristics of turbulence in the surface layer of the waters
of the Antarctic sector of the Indian and Pacific Oceans." Moscow,
1960. 13 PP; (Moscow State Univ im M. V. Lomonosov); 200 copies; price
not given; (KL, 2?-60, 148)

PANTEILYE-YEV N A -
Investigating the turbulence o
Antarctic sector of the Indian
kom. 10 no.1:137-140 160.
1. Kafedra fi
universiteta.
regions-Oceanographic
(Turbulance)
.9f water in the
, Trudy Ckean.
(MIRA 1,4:6)

PANTELSM, N. A. PISAREV, V. D. KOLESNIKOV, A. G.
The Results of Direct Definitions of the Intensity of Deep-water Turbuient
Diffusivity in the Atlantic Ocean.
report sumitted for the 13th General Assembly IUGG, (Oceanography) Berkeley,
California, 19-31 Aug 63

L 10012 -67
ACC NR: AVU 'W16B- SOURCE CODE: UR/0188/66/000/005/0121/0123
AUTHOR: Panteleyev, N. A.: Pisarev,__X,__D.
ORC: Chair of Phy.�~cs of the Sea and Inland Waters, Moscow __ Vnive-rsity (Kafedra
fiziki morya-i-vod sushi Moskovskogo universiteta)
TITLE: Strength calculation and watertight sealing of deep-sea measuring instruments
SOURCE: Moscow. Universitet. Vestnik. Seriya 111. Fizika, astronomiya,'no. 5, 1966,
121-123
TOPIC TACS: hermetic seal , sealing device, comp~revsive strength, compressive stress,'
oceanographic equipment, oceanographic tnatrument, watertipht seal, turbulimeLer
ABSTRACT. The Chair of Physics of the Sea and Inland Waters of the Physics_Departmenc
of Moscow State University has designed, built, and tested a watertight steel con-
tainer for housing automatic instrumentation for studyirg deep-sea turbulent exchanFe~'
(see Fig. 1). The article presents the method for calculating container strength and
illustrates the self-sealing watertight seals used I:or the cover, a plexiglass port,
and the electrical leads from externally mounted sensors to the container interior.
For a working pressure of 1100 kg/cm2 and an inside diameter of the container of
26.4 cm, the calculated wall thickness is given as 42 mm, and the cover plate and
bottom as 9 cm, with an adequate safety margin. Figure 2 shows the cover-plate seal,i
where I is the container, 2 is the cover bolt, 3 is the cover plate, 4 is a 10-mm-
thick rubber gasket and I and II are the cover-plaLe and container mating surfaces
Card 1/4 UDC: 551.460.18

L 10012-67
I-ACCNR-iAP-6036168 i
N,
Fig'. 1. Deep-sea turbdlimeter
----I 111.
Fig. 2. Container cover-plate seal
.0

L 10012-67-
ACC NRi R6036168
Fig. 3. Electrical-lead seal
I - Steel support disk; 2 - rubber sea; 3 -
flanged brass rod soldered to (7); 4 texto-
lite interface; 5 - rubber seating; 6 steel pres-
sure disk; 7 - 6-mm (o.d.) single-strand, rubber- sheathed
wire; 8 - end nut; 9 bushing; 10 - wire soldered to
(3); 11 - bushing; 12 bolt; 13 - cover plate;
14 - round rubber gasket.
:ard 314
Fig. 4. ~lexiglass-port
seal
I and 2 - Rubber sealing
gaskets; 3 - clamping ring;
4 - plexiglass port;
5 - bolts; 6 - casing.

_L 10012-67
ACC Nk;--AP6036168
(class-7 microrougbness). The initial gap between I and 11 is 3 mm. After
tightening, the surlaces are flush, and, as the container descends, water presnure
acting on the outer edge of the gasket provides increased sealinR efficiency with
depth. The sealing arrangementfor an electrical lead from an externally mounted
sensor is shown in Fig. 3. Up to 15 leads can be accommodated in this arrangement.
The sealing arrangement for a plexiglass port 30-mm in diameter and 25-mm thick is
given in Fig. 4. All the above sealing arrangements were tested at the_jen~nFrad
Branch of the All-Union Scientif_:Lc_.Rjeqearch _cbjn
_,and,__Dea_ign_ -Iris I lia
fii theHigh-Pi~~sure Laboratory of Moscow State Univ.!~rsity (to 1200 atm), and aboard
the R/V ffikhail Lomonosov 1~ to 6500 m in-tYe-Effafitic Ocean.i,/The tests demonstrated
the absolute reliability oi the designs and tne simplicity"of their use. Orig. art.
has: 4 figures.
SUB CODE: 08, 13/ SUBM DATE: 02Dec65/ ORIG REF: 003j' ATD pREss: 5105

_V~~951_6 6/03 61000100151002 ~71
ACd NR_,i%Oi3~~j
AUTHOR: Kolesnikov, A. G.; Panteleyev, N. A.; Aretinskiy, G. Yu.; Dykman, V. Z.
ORG: None
TITLE: Apparatus for measuring the turbulent pulsations of current speed and tem-
perature at great ocean depths
SOURCE: AN VkrSSR. Morskoy gidrofizicheskiy institut. Trudy, v. 36, 19'6. Metody
0
i pribory dlya issledovaniya fizicheskikh protses6ov v okeane (Methods and instrumients.
for studying physical processes in th
e ocean), 15-25
TOPIC TAGS: oceanographic instru-
ment, V1 ;1P oceanography, ocean current, temperature detector, tempera-
ture measurement, elect nic equipment, transistorized circuit,
OC-E,9AI 7 151filr-&
ABSTRACT: The third model of a deepwater automatic turbulence meter (GAT-3), a
transistorized version of the earlier GAT-2, developed in 1964, is described. Wor?
on these meters began in 1956 in the Maritime Hydrophysical Institute of the Academy
of Sciences of the Ukranian SSR under the leadership of Member-Correspondent A. G.
Kolesnikov. The GAT-3 permits simultaneous recording on seven channels, of the
vertical and horizontal components of speed pulsation, average speed, three components~
of the instrument's self-acceleration, and time. Temperature pulsations are also
registered by a preheated sensitive element. The motor is encased in a steel

container, designed for a maximum depth of 12 kilometers and was first used in the
Atlantic Ocean in 1962, during the twelfth cruise of the scientific research ship
Mikhail Lomonosov. A block diagram of the major measurement channels in the meter
is included and described in brief. A more detailed wiring diagram and description
of the major components, including the oscillator, measuring bridge, imbalance
amplifier, phase discriminator and automatic balancing block is included. The
calibration scale, recording device, automatic control system, and their mountings
are described in brief. The shortcomings of this meter and an indication of the
direction in which new work on improved measuring devices and methods is headed,
with special importance attached to maximum diminution of size and weight of both
meter and container for use directly on the ocean floor, conc3udes the article.
Orig. art. has: 5 figures.
SUB COM 08,201SM DATE: None/ORIG REF: 002

KOUSNIKOV, A.G.; PANTETEmr. N.A.. PISARFV, V.D.
Direct de-iermination of the intensity of turbulent exchange in
the depths of the Atlantic O,ean. Dokl. AN SSSR 155 no. 4:788-
791 AP 164. OMIRA 17:5)
1. 14oskovskiy gosLidarstvennyy universitet im. M.V.Lomonosova.
Predstavleno akademikom V.V.Shulay-ki-nym.

PISAREVJ, V. D.; PANTEELEYEV, N. A,
-
Compact color tape pulse recorder. Vest.Mosk.un Ser-3;Fiz.,
astron.19 no. 2:64-66 Mr-Ap 161+. (MIRA 17:5)
1, Kafedra fiziki morya i vod suzhi Moskovskogo universitata.

KOLESNIKOV, A.G.; PARTELEYEV,
N.A.; PISAREV, V.D.; VAKULOV, P.V.
-'
Deepwater autonomDuf) turbulence meterp V instrumnt for recording
the turbulent velocity fluctuation and Cie temporature of the
ocean. Okeanologiia 3 no.5-.911-921 163. (MIRA 16:11)

124-1957-2-1738
Translation from- Referativnyy zhurnal, Mekhanika, 1957, Nr 2, p 42 (USSR)
AUTHOR- Panteleyev, N.I.
TITLE: `i3o~ermination of the Steam Leakage in a Turbine Through Lhe Exter-
nal Packing (Opredeleniye utechek para v turbine cherez naruzhnyye.
uplotneniya)
PERIODICAL Tr Leningr. korablestroit. in-ta, 1955, Nr 15, pp M6-151
ABSTRACT- Formulas are presented for the determination of steam leakage
through the labyrinth packings in a steam turbine, with due rer,ard
to the heat transfer from the steam to the shaft. The calculation,
following the Author's method, shows that the cooling of the steam,
which increases its specific gravity, raises the leakage up to 10 to
12 % above that computed on the basis of Stodola's formulas which
do not account for the effect of the cooling of the steam.
G.A.Varshavskiy
1. TijTbines--Equipment 2. Steam--Temperature factors 3. ?a,,,::in.;
--PerFormance
Card 1/1

PANTMEYEV j, N. 1.
"Investigation of the Operation of the Main Turbine Gear Aggregate During the
Braking or Janming of a Screw Propeller." Cand Tech Sci, Leningrad Shipbuilding
Inet, Lenin gra d, 1954. (KL, No 4, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sm. No. 556, 24 Jim 55

FA ~.", - " --' -, ". :1. T.
5 2 C., . Is - e-' ),. -~n ' v - :- .- ` 7- - - - ' - r' I' ~ . 1 1 " ' ~, - ' - - - 7 P- * *
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Ar -,.-A -1--

PANTELEYEV, N. N.: Master Vet Sci (diss) -- "Nutrient media irom enzymal 'I.-
drolysates of casein in the production of old tuberculin". Leningrad, 1958.
14 pp (Leningrad Vet Inst of the Min Agric USSR), 150 copies (KL, No G, 1959,
140)

30V/26-50~---16/47
AUTHOR: Panteleyev, N.N.
TITLE: Organic-Mineral Mixtures
PERIODICAL: Priroda, Nr 3, pp 90 - 92 (U=-R
)
.
ABSTFMT: On forest-steppe and turf-podzol soils, the yield
of agricultural crops is low and unstable -,%,ithout
organic and mineral fertilizers. By introducing
a great quantity of manure or peat composit (20 t
and more to 1 hectare) the fertility %-:i11 rise
considerably. However, the majority of kolkhozes
have difficulty in providin,,; their fields with
organic fertilizers in such quantities. The su--
gestion of Academician T.D. Lysenko, to use organic-
mineral mixtures for the pre-sowin.- c-,11~ivation of
grain, which require 3 to 10 times lesc manure,
has aroused considerable interest. It is notewort-hy
that when applying 20 tons or more of manure, only
15 96 of the nitrogen applied with the fe--tilizzer
C~
will be utilized by the first crop. In case of or-
ga.nic-mineral mixtures, the nitrogen of these
Card 1/4 fertilizers is utilized completely; besides, the

Orr,anic-Uineral Ilixtures
U
plants use an equal qtian,-.itiy of nitro-en -:i.;!)i1iZed
by the soil's aicroorr-anisms. ,','U- the sa,,iie +Llii:-,e,
the biological process of convertin- f I .
. -ood inaccess-
ible to tiie plants into accessible food 7,.,ill increase.
Since 1955, the comparative effectiveness of the
basic kinds of organic fertilizers in organic-
mineral mixtures has been studied on grey forest-
steppe loamy soils at the Gor'kiy __`xperimental
Agricultural Station. The results can be seen from
the table cf winter wheat crops Z-table 1_7. The
data shows, tiiat half-rotten manure produces a
better effect thLn dry humus. In one of the ex-
_perJ -
ments, conducted at the station by 3enior Scientific
Worker A.V. Dorozhnov, the chopped chaff of annual
lupine, obtained -,%rhen harvesting lupine by ensilage
harvester, was testpd as an orF-,Lnic fertilizer ( a
Card 2/4 component of th organic-mineral mixtures).

r-l- _ 7 _
Organic-11ineral Mixtures
By applying 300 kg of superphosphate and 500 kg
of dolomite flour with 6 tons of chopped lupine
chaff, the winter wheat crops from 1 hectare rose
in 2 years from 264 to 302 kg. The author further
deals with the doses of half-rotten manure and
the doses of "Lime fertilizers in organic-mineral
mixtures, also with the effectiveness of these
mixtures Z table 3-7. The area fertilized with
organic-mineral mixtures increases every year.
In lc,58, the Gor'kiy ._-]xperimental Station tested
several machines. Amon3 those which ;-,roved to be
good -~~,as the fertilizer mixer-loader SIPU-40, and
the univeral spreader-tractor (TUR-?). Atthe Gor!-
kovskiy avtozavod ("Tor'kiy Automobile 111,int) con-
s-cruction is being, completed of the spreader of
mixture and composits of the TUR-7 type. There are
Card 3/4 3 tables and 1 Soviet reference.

SOV/26-50J-3-16/47
Organic-Mineral Mixtures
ASSOCIATION: Gor'kovskaya gosudars-uvennaya sel'skolldiozyaystvenn-
aya opytnaya stantsi~a (Gor'kiy State 71-,cperimental
Agricultural Station)
Card 4/4