SCIENTIFIC ABSTRACT NIKITIN, O.T. - NIKITIN, P.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137010013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NIKITIN, O.T.; GRUZONOVA, S.V.; PAKCHENKOV, G.H.; PAREMN, V.S.
uTrennung der Isotope des Wasserstoffs an Kobalt-Molakularsieben"
Third Working Conference on Stable Isotopes, 28 October to 2 November 1963, Leip*ig.

NIKITIN, P.
We need a liv-ing contact. Prof.-tekh. obr. 20 no.9:17 S 163.
(~gRA 16: 11)
1. Starshiy master spetsiallnogo remesiennogo uchil-ishcha
Mo.15, Voronezhskaya oblasti.

14IK-ITR.ip P.; HUBBTSOV, N.; KOWSNITSYN, V., red.
[The city of mineral fibers; outline history of Asbestj
Gorod gornogo l1na; ocherki po istorii Asbesta. Sverdlovsk,
Sverdlovskoe knizhnoe izd-vo, 1963. 217 p. (MIRA 17:4)

NIKITIN, P. A.
Testins in the construction of shin h-ills LeninFrad los. iz~-vo -u~op*ro~t
lit-ry, 1'-)90. 190 p. 'I
VV,147.N6r,

UIKITIN, P.A.
[Aasambla,ge of a welded ship hulll Sborka avarnogo Icorpusa sudna. I-Lentn-
grad] Gos.1zd-vo w-idostrolt.lit-ry. 1952. (gl-YA '- 7 )
174 p.
(Shipbuilding)

NIKIZLL_E,A.; TURUNOV. S.M., kandIdat takimichaskikh nauk, retsenzenti
e-- R-U-S-MA. T.T.. inzhoner. redaktor; FRUMKIN, P.S., takhnichaskiF
radaktor
[Scrive-board model work in shipbuilding) Plazovys shablonnye raloot7
v sudostroanit. Leningrad, Goa. sotusnoe izd-vo sudostrott. proff7oh.,
1954. 115 P. (MLRA 8:':1)
(Shipbuilding)

Tu
eXjR#!;4,,'Uof e ss or C de cea sod) ; DCRONSYFOV. P. I. .
V.
t
etstvennyy-i~daktor; ARONS, R.A.. tekhnichaskiy redak-tor
[Pleiocene and (~mtemar7 flora of Voronezh Province] Pliotsenovye
i chetvartichnve flor7 Voronezhakoi oblasti. Moskva, Izd-vo Akademii
nauk SSSR. 1957. 205 P. (HLRA 10:3
(Voronezh Province--Paloobotany. Straligraphic)

NIKITIN, Petr Arkadlyevich; ALXKSBnV, F.. radaktor; XUKHIN.Tu.. takhniche-
[Report on Yugoslavia] Reportazh o rUgoslavit. Noak-va. Goa. izd-vo
polit. lit-ry. 1956. 135 P. (XIJU 9: 9)
(Yugoslavia--DescriDtion anct travel)

91KIT-1, Petr Arkadlyevich; BAULIN.A.. red.; BNnIN, S., tekhn. red.
~_- -
[III the land of fiords; author's travel notes] T stranp Yjordov;
tZ D11te7y1Lh zametok pisatelia. Mosirva, Izd-vo "Iveattia," 1958. 126 p.
(MIRA 11:10)
(Norway--Description and travel)

NIKITIN, Petr Arkad'yevich: KOROVIN, M.A. , red.; SAYTANIDI, L.D., tekhn.
[Argudan millions] Argudanskie milliony. Moslcva, Izd-vO Y-va sell
khoz. RSFSR, 1960. 84 P. (MIRA 14:7)
(Argudan-Corn (Maize))

VASILOYNT. AnatolLy Nikolayevich; PODTNOGIR. Ivan Yevtoyevich; ~TKUNfi.
JZ2,t~A90fig4viA4; KMUYWV, O.A.. redaktor; ROZENTSTRYG. Ya.D.,
redloktor tzdatellstya; ATTOPOVIGH, U.K., to1rhnicheakiy r-e4aktor
[Work practices of outstanding steel smelters of the Kuznetsk
Metallurgical Combine] Opyt raboty peredovykh mastarov-staleplav Ill -
shchikov Kuznetokogo metal lure, ichaskogo kombinata. Moskva, Goo.
nauchno-takha. izd-vo lit-r7 po chernoi I tevetnot metallurgii,
1956. 111 p. (KLRA 9:11)
(Kuznetsk basin-Smelting)

I :I i ,:
I
BRAGIVA, Frids Grigorlyev,14, SAVCHINKO-BBLI SKIT. A.A. 1
ROZHKOVA, T.D.. re W,,~. N.. radalctor; BALLOD. A.1.,
takhaichaskiy redaktor
(Growing 5helterbalts; techniques and work organization] Tyrashchive-
nis poletashchitaykh leanylch poloo; takhaike i organizatsiia robot.
Koekva. Goo. izd-vo sallkhoz.lit-ry. 1957. 132 p. (MLRA 10:8)
(Windbreaks. sholterbelts. ate.)

NIKITINT, P. D.
27849. Nikitin, P. 1). Ukhod za pochvoy J drevostoyem v molod,,rkh lesnykh
naeazhdenlyakh. Lee i stepl 1949, No. I v. 32-1,6-
SO: Letopis' ZhurnalInykh Statey, Vbl- 3 7, 1949

1. IMIUMO P. D.
2. U3SR (600)
4. Agricultural Experiment Stations
7. Achievements of the Scientific Research Institute for Field and Forest Imprwement.
Dost. sellkhoz no. 4: 1952
9. Monthly List of Russian Accessions, Library of Congress, January, -1953. Unclassified.

NIKITIN, F. D.
Windbreaks, Shelterbelts, Etc.
Growing shelterbelts; lecture 1 in series designed to help those taring courses
for raising qualifications of collective farm foresters; L-ob i atepI '. no. 1,
1952.
1952
9. Monthl List of Russian Accessions, Library of Congress, May 444;, UncL.

T ~,.- T n
A-f
ri A n:
9. Monthl List of Russian Accessions, Library of Congress, Uncl.

,WTKITrg. P.D.
.A-, ~ ;: ,.
Shelterbelt afforestation in the United States. Zemledelie 4 no.10:
io&i" 0 156. (KLRA 9:11)
(United States--Windbreaks. shelterbelts, etc.)

KATTAKIN, G.I.; NIZITIN. F.D.; XOZKENKO, A.S.-, BRA"UDE. 1.D.; MIRONOV, I.V.;
KATYUK, I.S.; BE ZINA, T.K.; KININ. D.D.; ISHIN, D.P.; KGROZOV,
I.R.; GOLTATO, G.O.; CHASEIKIN, K.I.; KORZYSHO. Te.G., red.; GUM ICH,
M.K.. takhn.red.
[Reference book for workers in the field of land improvement
through afforestation) Sprevochnik agrolesomeliorstora. Izd-3.
Koskva, Gos.izd-vo sallkhoz.lit-ry, 1959. 308 P.
kmIRA 1):6)
(Afforestation)

25 1 1
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AUTHORS: Borcdavkir.. N. A Dxl,,,~~r, E-,-
TITLE: 3p~---ia.
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Card 212

86-8-4/22
AUTHORS: Kudryashov, V. Ya, Col., Candidate of Military Science
and Nikitin, P. G., Lt, Col.
TITLE: Combat Possibilities of Fighter Planes and Method of Their
Determination (Boyevyye vozmozhnosti istrebiteley I matod
ikh opredelenlya).
PERIODICAL: Vestnik Vozdushnogo Flota, 1957, Nr 8, pp.16-20 (USSR)
ABSTRACT: In order to utilize the power of fighter planes accura';ely,
it is necessary to know their combat possibilities in
execution of combat tasks in a concrete situation. However,
there is no unity in the Interpretation of the technical
term "combat possibilities of fighter planes". According
to the authors, this technical term should represent only
such an expected outcome which can be achieved during the
execution of the given task, I. e., to Inflict losses on
the aerial enemy. The rate of combat possibilities of' a
single fighter plane or a fighter group must give the
following answer - what kind of tasks they can accomplish
or what results can be expected from the operation of a
single fighter plane or a fighter group in a given combat
situation. To determine accurately the combat possibilities
Card 119 of fighter planes, it is necessary to take into consideration

86-8-4/22
Combat Possibilities of Fighter Planes and Method of Their Determiaa-
tion (Cont. )
all the factors on which these possibilities depend.
Unfortunately, at the present time, there is no such method
which would permit taking into consideration all the
possibilities. As Is known, an aerial combat represents a
combination of maneuver and fire. Therefore, the posr-Abil-
ities of destroying an aerial target depend on the favorable
conditions which ave Introduced for the use of fighter plane
weapons. Let us suppose that the flight speed of the enemy
jet planes is 1,200 km/hour and their ceiling - 15,000 m.
The friendly fighter planes are equipped with weapons the
salvo per second of which is greater than that of the enemy
airplane weapons. However, the performance data of friendly
fighter planes are lower than those of the enemy airplanes
(maximum speed of friendly fighters Is 1,000 Ian/hour and
combat celing - 12,000 m). Now the question is whether the
fighter planes will be capable of beating off the eneiny
attack at an altitude of 14,000 - 15,000 m or at lower
altitudes when the enemy flies at a maximum speed (1,200 km/hr)
In the first place, the friendly fighter planes cannot beat
Card 2/9 off the enemy attack in spite of the fact that they are

86-8-4/22
Combat'Posoibilities of Fighter Planes and Method of Their Deternd.na-
tion (Cont.)
equipped with weapons of greater firepower than the enemy
airplanes. Secondly, the execution of the given task will
be limited, because the friandly fighters cannot use
their weapons effectively. The main factors on which the
achievement of fighters Isuperiority in an aerial combat
depends, are the performance data of the airplane, nanely,
the maximum speed, the rate of climb, the service celling
(pralcticheskly potolok), the time of brake and of acceler-
ation up to the maximum speed, and the maneuverability In
horizontal and vertical planes. Therefore, the superiority
of a fighter plane over the aerial enemy in an aerial
combat deter-mines the possibility and the degree of t:.11e
use of weapons mounted on the fighter plane. For the given
conditions of gunnery, these possibilities are determined
according to the firepower by taking into consideration
the nature of the target, the conditions of aiming and
firing, the effectiveness of ammunition, and the degree of
the pilot's training. If the probability of hitting (W)
and the degree of the fighter's superiority over the enemy
(C) are known, the possibility of the figoter plane'c
destroying an qerial target (B) car. be fc(ind according to the
Card 3/9 expression B = CW. Thus, In order to determine the

86-8-4/22
Combat Possibilities of Fighter Planes and Method of Their Determina-
tion (Cont.)
possibilities of a fighter plane to destroy aerial tw-gets,
it is necessary to know the probability of hitting and the
degree of superiority of the performance data of the fighter
plane over the attacked target. For example, an aerial
combat takes place between two fighters the performance
data of which are: Fl, the speed - 1,100 km/hour, the
maximum angular speed - 9 deg/sec, and the maximum rate of
climb - 60 m/see; F210the a eed - 1,000 km/hour, the ii-axi-
nnun angular s eed - deg7sec, and the maximum rate of
climb - 6o m7sec. Both fighter planes have the same tacti-
cal conditions. The given performance data show that the
fighter plane F, has 100 km/hour greater speed than the
fighter F2, but the angular speed of fighter F2 is greater
than that of fighter Fl at I deg/see. The degree of zuperi-
ority C in relation to the fighter F, is the following:
C - 1100 - 1000 - I + 60 - 60 1
1000 60
Card 4/9

86-8-4/22
Combat Possibilities of Fighter Planes and Method of Their Determina-
tion (Cont.) I
Card 5/9
The degree of superiority C In relation to the fighter
F2 gives the same magnitude, but with the plus sign.
These computations show that in a maneuvering aerial combat i
the fighter F2 has general superiority over the fighter Fl.
But if the fighter does not take part in the maneuvering
combat, the fighter F2 cannot achieve a victory, because
the fighter Fl, having greater flight speed than the
fighter F21 may avoid the effective fire of fighter F,?.
The degree of a fighter's superiority over an aerial tar-
get may ex~:eed the unit when the transport airplane 13
attacked. However, the fighter's superiority over such
a target does not Increase the firepower, but determines
only the degree of its use. If the degree of a fighter's
superiority (C) over the enemy is equal to zero, the
possibility of hitting the target, even at the great value
of W, Is also equsl to zero, because 0 x W = 0. Acccrding
to the authors, the ,:.riterion of combat possibilitiec. of
fighter planes represents their capacity to iP-fliCt El
defeat which depends on the probability of hitting arid on
the degree of superiority of a fighter's performance data

86-8-4/22
Combat Possibilities of Fighter Planes and Method of Their Determ~..na-
tion (Cont.)
over the enemy airplane. The expected results of the fighter
group action against the enemy during the exeoution of' the
given combat task can be found If the possibilities of' a
single fighter plane are known. If the general composition
of the fighter group is denoted by NF and the ratio of'
active fighters to the general composition of the group -
by K, the expe,~-ted resu-Its of ac~tion of this group ag,,iinst
the aerial enemy (N) will be:
N = BKNF or N = CWKNF
where N is the number of destroyed enemy airplanes.
According to the possible results of action and losses
which must be inflicted against the enemy (N), in order to
force it to refuse the execution of combat task (PN B%'),
it is possible to determine the combat possibility of the
fighter group In beating off the air raid of bombers.
The combat possibilities of fighter group can be expressed
Card 6/9 as follows: N %
-7N-

86-8-4/22
Combat Possibilities of Fighter Planes and Method of Their Determina-
tion (Cont,)
The combat possibilities of fighter planes, e. I., the
capacity to execute a concrete combat task in beating off
the air raid of bombers, can be expressed by the function
CWKNF where PN % represents the losses needed tc beat
YN
off the enemy. Having the information about the composition
of the enemy group, the number of active fighters, the
possibilities of a single fighter plane, and the losses
which must be Inflicted against the enemy, it Is possible
to determine the number of fighter planes which should be
used to execute the concrete combat task
NF x N = Npr x PN_ , where NF x N
CWK
is the number of fighters needed to execute the given task
and Npr is the composition of the enemy group.
Card 7/9

86-8-4/22
Combat Possibilities of Fighter Planes and Method of Their Determ.Lna-
tion (Cont.)
On the basis of the above formula, it Is poss1ble to deter-
mine the combat possibilities of the fighter flight which
would beat off an air raid of the enemy bombers. Let us
suppose that the combat possibilities of each fighter plane
to destroy the given type of enemy bomber corresponds to
the value 0.9. Three fighter planes of the flight deliver
the fire directly against the attacked target. In order
to beat off the air raid, it is necessary to destroy '*)0% of
the enemy bombers. For the given conditions, the folilowing
combat possibilities of the fighter flight are obtained:
0.9 x 0.56 x 0.75 x 4
0.5
= 3.
The obtained results show that a fighter flight composed
of four planes may beat off an air raid of three enem3,
bombers. Thus, the suggested method for the determination
of combat possibilities of fighter planes permits:
Card 8/9 a) taking into consideration such an important factor as

86-8-4/22
Combat Possibilities of Fighter Planes and Method of Their Determina-
tion (Cont.)
the relation of performance characteristics of airplanes,
and b) determining more accurately the expected result.,s
of operation of the fighter planes.
AVAILABLE: Library of Congress
Card 9/9

SOV/144-1,8-9-19/18
AUTHOR: Gikis, A. F., Candidate of Technical S~l .... 0,D...Dt
TrTIM. Inter -Uta ve relty Scientific Conference On Electric
Mesa-jriLc anI '.*Clinical Means Of Aut".tion
(Mszhvutovakajy& nauchnsys kOnferQUAWLYS PO
.1.ktr.Iza.rit*11nyu pribores I t6ktWtch*-kIm Wred-LT"
4vtonstik 1)
MIODICA,Lc lzveoti;. Tyshikh,Uc hebnykh Zovedonly,Xlektr-khaulke,
1956, Mr , pp 30-1 5 (UBBR)
ARSTRAC?i The conference a.. hold at the loodgr.dakty
elaktrotekhnichosklY inctitut Iment V. I. Ul'yanove
GAnins)(L.ningrad glactro-tachnical Institute Imani
V. I. Ul'yanov (lanin))on November 11-15, 1956. The
representatives af eleven higher teaching establishment@
and three research Institute@ participated and a large
number of specialists of varioue Industrial undertakinge
Candidate of Technical Sclenee4
Senior Lecturer D. A. %%kAadojh,h,,4rH,P ytechnical
Institute) read the paper WeaturEj the potential of a
:agnetic fleld.by m:an:,of.blanuth re sistance and Ball
COM WM . a.f. pick-up a; h d cr bad a new method of producing
4_
bismuth spirals by electrolytic deposition of bi-th
inside grooves of a base made of insulation material.
Bonior tacturer V. A. rerenate (Kazan' Aviation Institute)
piesented the paper "High sensitivity magnetic gas
analy-re for oxyKen4; the increased sensitivity was
achieved by @operating the host sensitive element from
the heating element.
'Docent P P Ornatskiy (Kiyev Polyt*chnical Institute)
pre antettft:~P;;;; easuresent of electrical magnitudes
at infre-low frequencise by electric Indicating instru-
seats of various systems' ; this is of Interest since ttare
in a demand for instruments operating at frequencies of
1.5 to 0.5 C.P.G.
Docent j_j_Lurgqnwom (Immingrad gloat roto,ch-4 c al Institute)
frown ad p&ie-r_-`V*thode of onsuring stability against
terft 'Tin discrete selection systems" La which be
...it :11thnothe principles of ensuring active and panel"
stability a6ainst Interference in the tranmiselon of
da"13,43oodee used for tranemittinq; discrete date.

li~kLTIN--F-G-,--kand.tekhn.nauk: BEZUKLADNIKOV, D.A., starshiy, prepodavatell;
TUSHMANOV, Tu.I., inzhener.
Using bismuth resiatsnces and Hall e.m.f. pickups in mensuring
large direct currents. Izv.v7s.ucheb.zav.; prib. 2 no.5:
26-31 159. (?-qRA 13:5)
1. Urallskiy elektromekhanicheakiy institut inzhenerov
zheleznodorozhnogo transporta; Urallskiy politekhnicheski7
institut imeni S.M.Kirova. Rekomendovana kafed-,cy teoreticheskikh
osnov elektrotakhniki.
(Electric measurements)

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9(2) 6OV/143-59-3-8/20
AUTHORS: Fikitin, P.G., Candidate of Technical Sciences,
yus~an&v---T-.I., Engineer
, u
TITLE: The Application of Bismuth Coils and Hall Trans-
ducers for Magnetic Field Intensity Measurements
(Primeneniy6 vismutovykh spiraley i datchikov
Kholla dlya izmerenlya napryazhoun sti magnitnogo
polya)
PERIODICAL: Izveqtiya vysshikh uchebnykh zavedeniy, Energetika,
1959, Nr 3, pp 59-64 (USSR)
ABSTRACT: The authors describe a simple method for manufactur-
ing bismuth coils by an electrolytical method and a
circuit arrangement for measuring the magnetic field
intensity in which the temperature dependence of the
bismuth coil is reduced. Further they describe mag-
netic field intensity measurements with a HgTe Hall
effect transducer, which was furnished by the Lenin-
gradskiy nauchno-issledovatellskiy institut polupro-
vodnikov (Leningrad Scientific Research Institute of
Card 1/5 Semiconductors). The well-known bismuth coil method

SOV/143-59-3-8/20
,The Application of Bismuth Coils and Hall Transducers for Magnetic
Field Intensity Measurements
for magnetic field intensity measurements is hardly
used, since the instrument plants do not produce such
coils. In literature, there are only references to
the Hartmann & Braun coil. The authors produced a
bismuth coil by electrolytical growing. They used a
1.5 mm thick plate of insulating material on which
they engraved the coil pattern. This coil track was
filled with bismuth powder and sintered with a solder-
ing iron heated to a temperature just below the melt-
ing point of bismuth. Copper wires were soldered to
the end of the track simultaneously. The electrolyte
(NaBiO 2H 20) is prepared according to the method of
Profes;or A.I. Levin. The electrolysis is performeJ
at a current density within the limits of 3-5 milli-
amps/sq cm. NaBiO 3A 2H20 is used in concentrations of
15 to 100 g1l with Cl (specific weight 1.113) of 85
to 300 ml/l. Figure 1 is a graph showing a compari-
son between a bismuth coil produced by this method
Card 2/5 and a Hartmann & Braun coil. Figure 2 is a photo

SOV/143-59-3-8/20
The Application of Bismuth Coils and Hall Transducers for Magnetic
Field Intensity Measurements
of the bismuth coil produced by the authors's method.
Figure 3 shows a measuring circuit for determining
the magnetic field intensity by such a bismuth coil.
The measuring circuit is a four-arm, unbalanced bridge,
Two neighboring arms of the latter are composed of
bismuth coils. One coil is placed into the magnetic
field whose intensity is to be measured, while the
other one is kept only at the same temperature as the
first one. This arrangement reduces the temperature
dependence of this method. The laboratory tests of
an experimental measuring instrument with bismuth
coils showed positive results. The device may also
be used for measuring strong direct currents. Such
a measuring arrangement is shown by figure 5. A
magnetic circuit is built with transformer sheet steEl
E370 with a cross-section of 18 eq mm. The bismuth
coil transducer is placed between the poles of this
magnetic circuit. Thereby, it is essential that the
Card 3/5 center of the pole gap coincides with the center of

SOV/143-59-3-8/20
The Application of Bismuth Coils and Hall Transducers for Magnetic
Field Intensity Measurements
the bus to be measured. Laboratory tests showed that
the instrument error is 0.5% when measuring magnetic
field intensities, and 1.5-2.5% when measuring direct
currents. The authors further investigated an e.m.f.
transducer based on the Hall effect, which was also
used for magnetic field intensity measurements. It
consisted of HgTe which was applied as a thin layer
to a mica plate by vacuum atomizing. The plate had
the dimensions 35 x 8 mm. Figure 7 shows a measuring
circuit with such a transducer. Figure 8 shows the
principal potentiometric circuit arrangement for pre-
cision measurements, At the Urallskiy aluminiyevyy
zavod (Ural Aluminum Plant) current measurements were
performed at bus bars carrying 50-70 amns. The diver-
gence of the measurement results produced by a Hall
transducer and an AEG measuring transformer of class
0.51 did not exceed + 4%. The authors state that the
Card 4/5 two aforementioned m-easuring methods may be used for

MIKITIM. P.G., TUSHMANOV. Tu.1.
New portable device for measuring large d.c. currents. Trudy Ural.
politakh. inst. no.79:83-92 159. (MM 13:7)
(Antmeter)

--XkKITIN. P.G.
Calculating errors in the transformation ratio of a d.c. instrument
transformer. Izv.v7s.ucheb.zav.; prib. 3 no.4:19-28 160.
(KIRA 13:9)
1. Ural'skly elaktromakhanicheakiy Institut inzhenerov zhelezno-
dorozhnogo transporta. Rekom. kafedroy teoretichookikh oznov
elektrotekhniki.
(Zlectric transformers)

s/196/61/oo0/o09/o4l/O52
E194/EI55
AUTHORS: Bezukladnikovs D.A., and Nikitin, P.G.
TITLE: A new circuit for testing d.c. measuring transformers
PERIODICAL, Referativnyy zhurnal, Elektrot-Qkhn-,ka 4- energetika.,
no.9, 1961, 39, abstract 91 249. (Tr. Urallskogo
politekhn. in-ta, Sb-77, 1960, 249-259)
TEXT. In testing d.c. transformers it is cUteii necessary,
instead of' using the requisite high value of direc' primary
curren'., to use a co'Isiderably smaller current pas.ied tnrough an
auxiii.ary winding on the d.c. transforme--,. It *.s prr-~;Dsed *c do
away with the auxiliary winding and to apply the dir~-:t :urren- to
the transformer secondary circuit, which also alt~-ziating
current. A direct-current source (the authors uspd a rotary
convertor) is connected to the mid-point of the s~con,~~ary binding
of the supply transformer (which applies alternat Lng voltag- tc.
the d, ~. transformer) and also to the primary windin, ;;* th-~-
current *-ansformer which is used to measurr~ the a ltriuit
zurrent in the secondary winding. This ::urrent
ccnnezted between the secondary windingm it ~,uth j.
Card 1/2

Anew c-'rz~u--t for testing d.~:. -)/19b/t 1/000/009/0'- -1/(~= 2
E!9-t/EI5~
Tan-f orme A! though d Irec t zurren, f !~ ws - !, - -, -ria-v
Wirlding of this transformer its airect i,;n --s (I
)-a ~if the wand ing and, there-fore , iT no' ragnt,
-tr.-ent t ran sfcr me r ccre I prov id ad ( h~! --u rren: * n h~! tw- Ii a 1v P s
f the w~.n-jing '3 -3-~-ttably matched I)y ri-sc?rt-Lrg
lie ta 1, V a s The c i rcu i t was z hec k~ f --11.e I-I': a-V rl a
ars4 orn,,,~~ r anad~- in t he -jra I - sk i v t' ~ I i~i :-a : b-arl. h % I Pq
w h ci - a t i c 0 f --- 000/ 5 A with a core ot ce ij-rc, !~--t S t A -,a L11",
voltagp cf 9~ - LOO Vand currt-nis -' -) ~ 2'j. it C, and
1.0 ir.-s -rated valiia. this method gi/es respe. '. ivek c. 1~
5, t, L) and L.0.9~o. The :orresponding valias il
w~-na,-ngs are u3x-d, are 7.::, 1.4, -().2 and b. a--
dc-s-z- ibas and i-11--istrates by example a si-ml -g~-aphL -a ' rj-hc
dat e rmi n ing po int s on t he curve of' s econdary 7vjrr Brit as "un t i n
of time. The method is based on: 1) the difterentiaL equat-,uri
the se--ondary circuit of the d.c. transforme- 2.) generalise'!
charazteristics or magnetisation curves -)f' d.r. -anAf*c--mPr --e-
J-n which the individual sections of thp maxtir-~;sitt,.wn -ijr, , or,.
by straight lines; and 3) b% . ~-~t -s-illog-ams.
Card 2/2 [Abstractor-s note: Complete 4--an,~Iat-~n I

NIKITIN, F.I.; PAKHOMOVA, V.V.; LUNEVA, K.K.
Disinfection and disinfestation of bedding mede from synthetic
materials. Zh. mikrobiol. 40 no.7:13-18 J1163 (KM 1711)
1. Iz Vsesoyuznogo nauchno-issledovatellskogo instituta zhe-
leznodorozhnoy gigiyeny Glavnogo sanitarnogo upravleniya
14inisterstva putey soobshcheniya.

NIKITIN, P.I.J. inzhener-kapitan
Testing the components of high altitude equipment. Ve.9T,.Vozd.?i.
no.6:81-82 Je 161. 04IKA 14:8.)
(Airplanes--Pressurization)

NINITIN, ?,~ inzh.-kapitan
Testing inertia transducers. Av. i kosm. 45 no.1169-71
J& 163. (MIRA 16o1)
(Airplanes-Slootronic equipmat)

PAVLOV, Grigoriy Nikiforovich, prof.; NIKITIV, Petr Ivanovich; BRESLAV,
Isaak Solomonovich; PARSADANOVK-,-r.G-.,-FR*.";* G11117TIA, T.D.,
tekhn. red.
(Course in animal phyviology] Praktikum po fiziologii zhivotnykh.
Pod red. G.E.Pavlova. Moskva, Cos. izd-vo ffVysshaia shkola,"
1961. 258 p. (MIRA 15:5)
(pl7siology)

NIKITIN Petr Ivanovich- ARAV 0.1 red.; BAKOVEISM , 0., red.;
~=j -1- P
DARMAN, M., mladshiy red.; KOKOSEKBIA, I., r.!~shiy red.;
CHEPELEVAV 0., tekhn. red.
(Principles of economics; popylar textbook] Osnovy politiche-
skoi ekonomii; populiarrWi uchebnik. 2., perer. i dop. izd.
Moskva, Sotsekgiz, 1962. 398 p. (MIRA 15:8)
(Economics)

J Ij
T.C, EL r
o'. I -A

-29(l),(2) PHASE I BOOK EXPLOITATION SOV/1596
Nikitin, Petr Ivanovi~~h
Iskusstvennyye sputniki zemli (Artificial Earth Satellites)
Moscow, Izd-vo DOSAAF, 1958. 88 p. 65,000 copies printed.
Ed.: Ye. I. Biryuzova3 Tech. Ed.: T.I. Blazhenkova.
PURPOSE: This book is intended for the general reader interested
ia problems, of space flight and, particularly, in artificial
earth satellites.
COVERAGE: This book is a semi-technical survey intended to
give the reader a general familiarity with the technology,
problems, accomplishments, and potentialities of artificial
satellites. It begins with a brief synopsis of the equations
governing the motions of space vehicles. It reviews various
sounding rockets and satellite-carrier rockets of different
countries, discusses the adv&ntagesof multistaging and briefly
describes guidance and control of satellite-launching vehicles.
Some details of the configuration, internal construction, and
C ard 1/4

Artificial Earth Satellites SOV/1596
instrumentation are presented on the Russian Sputniks, the
American Mouse and Vanguard Satellites, and French and
English satellite designs. A cross section is shown of a
reconnaissance satellite, the use of satellites as relay
stations for global radio communications is considered and
methods of tracking and observing satellites by optical and
radio means are discussed. Some of the problems involved
in recovering a satellite are mentioned. Considerable
attention is given to the problems and possibilities of manned
satellites, and 8ketahes are shown of two proposed designs (one
of them by D. Roumik, USA*) The last section discusses the
problema and requirements of Interplanetary rockets, such as
the danger due to meteoritic penetration and the increased
performance possible with nuclearpowered rockets. The book
summarizes a British 30-year program (King-Hele) and an
Amerisetan 10-year program (published in wScience News Letter"
of January 1958) for lunar and interplanetary flight, In-
eluding manned expeditions. Tsiolkovskiy, Tsander, Kondratyuk
(USSR) also Unault-Felterie (France)., Goddard (USA),,
Obert tftrwtany)., Walter Gomann (Germany),, Nordung (Austria)
are given credit for establishing the scientific foundations
Card 2/4

Artificial Earth SatelliteB SOV/1596
Observations Made of a Satellite
63
Possibility of the Return of an Artificial Satellite
to Earth 71
Energy Sourcesfor an Unnanned Artificial Satellite 73
Manned Artificial Satellites
Interplanetary Flight
AVAILABLE: Library of Congress
IS/rj
5-5-59
74
Card 4/4

NIKITIN, Petr Ivanovich, kand. geol.-miner. nauk; OVNATANOV, Suren
Tomasovich; AM.BARTSUMOVA, Aida Tatevosayna; bABICH, ElIvira
Sergeyevna; GOLIDINA, Lilya losifovna; LUN.DiA, Aleksandra
Grigorlyovna; STANKOVICH, Yu.V., red.; BAGIROVA, S., tekhn.red.
[Development of a multilayered pool of the BalakharW serie3
in the Peschanyy-More oil field] Razrabotka mnogoplastovoi
zalezhi balalehanskoi svity neftianogo mestorozhdeniia Pes-
chanyi-more. Baku, Azerneshr, 1962. 51 p. (MIRA 17:4)

AMWTSUMYAN, A.P.; MAMEDOV, E.A.; NIKITIN, P.I.; PIRVERDYAN, A.M.;
SAMOVI F.I. -
Analysis of the water encroachment of pools of the Sub-Kimarki
series in the southwestern wing of the Neftyannyyo K-10ni deposit
in edge water flooding. Izv. AN Azerb.SSR. Ser.geol.-geog.nauk i
ZOM n0-3:3-8 163. (MIRA 16:11)

-Bedbugs
H
"Me EffectIveaese of Surface Imprognaticin
Nith DDT Preparations in the Control of.Bed-
P. 1. Nikltin, Can Sci Res -TAb of
.'*'S-Iene and Epidemiol, Min of Comunicable,
2 pp
San" No 3
"Accaucted tests with upholstery fabric bad
-m4eets.' Lin*rusta, (paper-baae i1nolOUR5., and
$27wood- stained vith oil paint. Carried out in.
W*jpatlon by 30-min amersion In 1% and 2% water
arialslons of WT. round it effective, but
59/49T21
UM/kedicine DDT (Coutd) Mar 49
svrface spraying was equal1y go. Points out
discoloring effects on points an& materials.
59/49T21

91XVIN P. 1. and P0.11011EVA 14. 1. An attempt at the use of DAT. and gammexane in
disinfWation (~f- railway carriages Oigiyena I Sanitariya, Moscow 1949,11 (48,51)
It was shmem that 5 to 10% of technical DDT in oil or 5 to 7%, 'ga=R-Xaneq as a
powderwas effective in disinfection of rrail,,my carriages for the purpose of
eliminating bed-In-,gs. In vitro studies showed: (1) Insects sprinkled with 5% DDr
or with the oil alone died at once. (2) Sprinkling painted wood with oil caused
paralysis of insects invading the area one hour afterwards. followed by death.
The best effects were obtained by sprinkling one week, before-mechanical cleansing
of the carriages. (3) Good results were also obtained by sprinkling upholstery.
(4) Direct sprinkling of bugs with DDT and gamexane caused paralysis in 2 to 4
hours. When 10% DDT powder was used, 1 g. per squ m. of surface was needed, and t'-,-Ie
operation lasted for 1 hour. Bugs died in 3 to 4 days. This powder gave good res-ilts
in upholstered carriages. The procedure with gammexane was the same as with DDT
powder but approximately 121 to twice the amount of gammexane was needed and carriages
were cleansed 3 to 5 days after disinfection. Gammexane did not produce total ex-
termirnation of b-ugs as did DDT.
Jakubski - (World Medical Abstracts)
SO: Medical Micorbiology & Hygiene Section Iv. Vol. 3, No. 7-12

USSR/14ediciue - WT
Disinfection
Nov 49 1
"Effectiveness of DDT and Hexachlorane Prepara-
tions in Disinfecting Railroad Passenger Cars,
P. I N. 1. Fomicheva, Dept of Disin-
fect 4'z(' ci Res lab of Hygiene and Epidemiol..
Min of Transp USSR, 2j pp
CU
M
E__q
H
"Gig i San" No 11
Gives statistics on disinfecting passenger care by
kerosene, 5% DDT in kerosene, DDT dust (10%) and
hexachlorane dust (5-7%) in talcum. Ten-percent
DDT proved more effective in cars with upholstered
seat~--riadiw thm of bedbugs for three trips
(6o days) --than in cars vith hard seats. It
was also more effective tbskn disinfection vith
hexachlorane.
151T38

1419. Me FAHdWmen~ of DDT in OU Paints and
Vauhhes fw Combating do Imed Noismee in PaSWUW'~
CAacbm (OnpmmeHHHAXITionaenSHUXHnamaxnjig'
60pb6M C HROeMOKUKH a naccawmpcKHx narOHax)
P. 1. NiKmr4. rmrmeHa m CaHWMpktfi [Gigiena) No. 2,
47-M, Feb., 1950.
The authoes experiments in die laboratories of the
U.S.S.R. Ministry of Transport show good insecticidal
effects from the incorporation of DDT in the paints and
varnishes used on pantUing of railway compartments.
1U test insects were bed-buss and fice, and tests were
carried out during 70 days after painting of the panels.
Insects were )aft in contact with panch for 10 minutes.
The minimum effective concentration of DDT was 5%.
A IV% concentration in varnish killed afl bugs in 7 days.
Comparative studies showed ftt incorporation in
varnish of crystAine DDT or a 25% solution in tur-
pentine was most effective, and a 15 to 20% solution in
acetone less so; a 25% solution in kerosene was not
effective. Oil paint containing 5% DDT was also
insecticidal. S. S. B. Glider
Abstxacts of World Yadicino
Vol 8 1950

NIKITIN, ?.I.
Steam method of disinsection and disiafe-c-tion in stationary disin-
fection chambers of layinsohn and Chernoshchekov, tightly packed
and with brief exposure. Gig.sanit., Moskva no.4.43-45 Ap '50.
(GLKL 19:3)
1. Of the Central Scientific-Research Laboratory of F4rgiene and
lpidemiology of the Ministry of Ways of Communication.

~iurrnn, ~ i -,
Toxicity of DDT duat for aan, Gig, ranlt,, Yoskva 11o - 6 Jwie 50
P,, 47V ~?
1, Of the Central Scientific-Rosearch Laboratory ckf HygLene anil
Epldemiolog7, Minlotry of Wayn of Ccnriunication~
GLM 19, 5, Nov,, 1950

eA
Use of LntecWdal oil patial in nonupholitered railway
Cars 1, 1 Mkitm I mm Ill ., ts",
IGS]. N:,, -'. '~I S. 1 44
plitil rotlig .5'-f DI 'T, I. :.-L'I
I, Gw III ml,mh~ At Ili-( ..... I. ...... It rv-t,,
hilt-
I.
i~IA

NIKITIN, P. 1. Doc Mod Sci -- (diss) "Disinfection during tranBport of pasaengers
by railroad." Mos, 1957. 21 pp (Acad Med Sci USSR)g 200 cc~ies (KL, 43-57, 90)
-49-

NIKITIN. P.I.- FOMICMA, II.I.
Concerning D.F.lAzikov'& and V.IA.Raigorodskaials corments on
P.I.Ilikltin and II.I.Fomicheva's article on "Testing 'Cyclone'
preparations for killing insects in passenger cars." Gig. i
san. 24 no.6:65-66 Je '59. (KIRA 12:8)
(HMOCWIC ACID) (INSUCTICIDICS)

NIKITIN, P.I.
Disinfez:tion of bed linen used on passenger trains. Zhu--.Mikrobiol.,
epid. i inmun. 32 nc.10:136-137 0 161. (FiEA 14:10)
1. Iz TSentrallnvy nauchno-issledovatellskoy laboratorii gipiyeny
i epidendologii 14inisterstva putey soobshcheniya.
(BEDDING-DISINFECTION)

NIKITIN, P.I.; LUNEVA, K.K.; FOMICHEVA, N.I.
Disinfection of surfaces with small doses of disinfectants
applied by means of pneumatic atomizers. Zhur.mikrobiol., epid.
i immun. 33 no.8:30-34 Ag 162. (MIRA irl-10)
1. Iz Vsesoyuznogo nauchno-issledovatellskogo instituta
zheleznodorozhnoy gigiyeny Ministerstva putey soobshcheniya.
(DISINFECTION AND DISINFECTANTS) (AEROSOLS)

-C
1
go
to is W to is I Id
fi- 0 A a _L_JL_r_ AL LU-
L~Cjeirsfek.
*oPcit"i &.0 0010,101,11 .01.
C=60,6 Ot hastal tustaballam to rabbits ander thor fit
a. . thlouroa P Ift .1, 1"fial kled
lust., Lectingrad) myrW441,AV, ic, 'tied 24. 117-1m
(1947).-Rabl,its, fed 0.6-4).73 C.thiourea showed a dt-
gyve (d (lepresijors of bomal metabrifimp eivial to that caused
by the rrmill WON slow" In its owlict than
Whe" lit(Atit-I v .11rcirry N-trinal WAL. reachod
,level
Y*f

fill a
1
00 4
twill ISO 0 CFI!
*Q=w
.
-
.
a IL I T., a- 1 4.
,
:
too ..c, it. tools)
4 0
7

0
11
1.1 Zoe

so
so

ago
%.Poo k. &t, .4. 4W 4.,
T too
W* *Mile 4tilce An IL 1949, *9 torsi 9 do
I am,*
0 0 0 0 0 0 Sl 0 0 IS 6 :j: *I
0 0 0 0 0 0 0 0 * 0 0 : : : : LA

NIKITIN' P. I.
UM/VAdIcIn* - Ursa, Thlo- WYAM he
16d1olne - Ketabollan
"Sffect of Thiourea on the Basic Metabolism In
Rabbitsy" P. I. Nikitin, TAb of Physiol, State
Pediatrics Had Inst, Leningrad, 4 3/4 PP
"Fiziol Zhur SSW" Vol n=, No 3
Reviews history of subject. Describes experi-
ments on rabbits. Results show tbAt the basic
metabolism to sharply decreased by thiourea.
Athyraosis occurs but does not go beyond this
condition as was observed in experiments on rats.
Process is reversible.
PA 13/49T!,6
Aw 13/hqT56

zog- ".Ev-d
the
j6,1,4~rbwt be
"*!'- =trZ..bSt~
bWdL. swoodod
r tbo~V~44 D. SMITH
s:T=.j 4
tc few
tagiV4 duMf

NIKITIN, P. 1.
Method of registration of diuresis out of the conditioned reflex chamber
with application of graphic registration. Tiziol. zh. SESE 39 ao.4:492-
496'july-Aug 1953. (CIUL 25:1)
1. Department of Ph~vaiology of the Pediatric Medical Inatitute and De-
partment of Animal Pbvsiology of the Agricultural Institute. LaninCrad.

b I k~ , T ~
EXCERPTA IMICA Sec. 2 Vol.10/4 PhY310109Y,6tC.Apr57
1751. NIKITIN P. 1. Dept. of Phystol.. Med. [not.. Leningrad. * E f f e c t o f e x -
-VW1q1ffWWTX1 neurosis and some other factors on urinary
excretion (Russian text) FIZIOL.I. 1956, 42/11 (919-924)
Urinary excretion was studied in 2 dogs under normal conditions and after water
load (5% of body weight). The water diuresis was inhibited by oral ingestion of
meat-sugar powder. In experimental neurosis. spontaneous urinary excretion was
increased and water diuresis decreased. together with greater variability. With
recovery from experimental neurosis. the urinary excretion returned to normal.
Stmongon - Minneapolis, Minn.

PIRVERDY.411. A.M.; NIKITIN, P.I.; GUKASOV. N.A.
Developing a theory on fluid flov In nonuniform po-ous media.
Izv.v,79.ucheb.zav.: neft' i gaz 2 no.12:63-68 '59.
(MIRA 13: ~, )
1. Azerbaydzhanaki7 institut nefti i khimli imeni M. Azizbekova
i Azerbaydzhanakiy nauchno-isaledovatellakly institut po
dobyche neft.
(Oil reservoir engineering)

BABIGH, Yu.A.; NIKITIR., P.I.; PIRVERDYAN, A.M.
Study of the proccan of intraboundary flooding of a pool on an
EM-8 electric model. Izv. vyB. uchob. zav.; neft' I gaz 3 no.7:
47-51 160. (MIRA 15:5)
1. Azerbaydzhanskiy inBtitut nefti i kbimii imeni M. Azizbekova,
AN Azerbaydzhanskoy SSR, i Azerbaydzhanskiy rauchno-issledovatellskiy
institut po dobyche nefti.
(Oil field flooding-Models)

PIRVERDY&Np A6M.) NIKITIN, P.I.; RZABEKOV, Z.F.
Research on the development of Azerbaijan oil fields carried out
by the Azerbaijan Scientific Research Institute for Petroleum
Production. Trudy AZNII 1U no.9:203-21-1 160. (MIRA 14:5)
(Azerbaijan-Oil fields-Production methods)

BABICIII, Yu.A.; NIFITIN, P.I.; PIRVERDYAN, A.M.
Dynamics of oi' we'Ll flooding in nonuniform strata. Azerb. neft.
khw. 3Q no-I(4V5):2r-22 Yr '6C. (KIf?A :4:9)
(Oil fipld flooding)

YXIAMOTIGH, Alaksay Savel'yevien. dots. k9nd.takhn.nsuk- RIKITIN Pavel
lvanoviab,inzh.; BYALOBZINSKIY. G.V.. red.; HGAII. teihn.
re
Elfainteasnee and repair of automobile roads] Sodershanie i remont
avtociobillnykh dorog. Mostcva, Hauchao-tekha. izd-vo avtotraasp.
lit-ry.1957- 150 P. (MIRA 11:2)
(Roada--Kaintenance and repair)

alUTPO . VI _ ,
Saratov Province road construction workers are striving for technical
improvements in highwa7 administration. Avt. dor. 22 no-9:4-5 S '59.
(MIRA 12:12)
l.Fachallaik Saratovskogo upravlani7a shosse7n7mi dorogami.
(Saratov Province--Roads)

NIKITIN, P.I., inzh.
Comput-int; the resources needed fcr road -4crk. --',:r. .--
no.8:5-6 Ag '614
(Road constructicn-AccoLntinCi

1. NIKITIN, F.L.
2. USSR (600)
4. Afforestation
7, We are establishing st.-Ite shelterbelts. Les.khoz. 5 no. 10: 1952
9. Mo thly List of Russian Accessions, Library of Congress, January, -1953. Unclassified.

3.11-146. M. Aafr;
Nikitln P N Vechnaia meralot ory Ra2valki. (Permafrost on Rasvvka
No-=- *
untaln.) P4;oda, Moscowt 40(9 &"-46, Sept. 1951. rig., table, 5 refs.
M-31- Permafrost In soil was found in 1902 by Kh&WHO on Razyalka
Mountain, 390 a high and 1.5 km from the city of Zhele anovodak. Other
Investig-itore also paid attention to this phenomenon. tZOK%;1k;VSA11,
(moo Meteorologiia I Gidrologiia, No. 7-8, 19)9)carried out special soil
tomperaturt author describes differences found In various pikrts of Ve
Mountain wW discusses the causes of this pe nafrost formation. rhe mat
probable factor affecting permafrost in this locality Is Mecarbon diouije
in solid or fluid state coming from the younger formations being
evaporated anid transfazz into the higher soil layers. Subject
Headings il.Permafrost 2. Chemical effects 3. Razbalka Mountain, Caucasus
4. U.S.S.R. N.T.L.

RKITIN P N.; KUTASWA. YP.V.
A.,
Catalog or local earthquakes In the region of Caucasian min,r,l
waters. Trudy Gp~oflz.inst. no*30:157-175 '55. (KrRA 9:6)
(Caurasus-Rar th(piakn a)

NIKITIN.P.N.
. Shugo mud volcano. Pr1roda 44 no.10:109-110 0155. (KLRA 8:12)
1. Pytitigorskayet saysmicheakayn stnntstya
(Tuman Peninsula--Mud voleRnoss)

1~~ITAH.-~I~r,~ikolayevich; VATNHERG. Vera Vlaainirovna; SHAKAROVA, T.A.,
-1- - -I.- 1redak16j; IUJZIMIN. G.H.. tekhnichaskiy redaktor.
[Andrei Vasillevich Pastukhov, military topographer and mountain
climber) Andrei Vasillevich Pastukhov; voennyi topograf i allpinist.
Moskva, Izd-vo geodezichaskoi lit-r7, 1956. 90 p. (MIRA 9:6)
(Pastukhov, Andrei Vasillevich, 1858-18,99)

BOLISWOV, Mikolay Nikolayevich; VAYNBERG, Vera Vladimirovna; NIKITIM,
Petr Hikolayevich; BOLIMAKOV, U.N. , red.; KCKARIKOVA, red.
__RCFGYUn-.--T. V. , tekhn. red.
(losif Ivanovich Khodzlko; scientist and geodesist] losif Ivano-
vich Khodzlko; uchenyi-geodezist. Koskva, Izd-vo geodez.lit-ry,
ig6o. 144 p. (MIRA 13:9)
(Khodzlko, losif Ivauovich, 1800-1881)
(Caucasus--Triangulation)

3/5ly6o/000/008/011/051
D051 D113
AUTHOR: Nikitin, P.N.
TITLE: Macroseismic data on earthquakes in Ciscaucasia
SOURCE: Akademiya nauk SSSR. Sovet po seyamologii. Byulletent, no. 6,
Moscow, 1960. Voprosy seysmicheskogo rayonirovaniya) 105-109
TEXTt A selection of macroseismic data on earthquakes in Ciscaucasia, based
on the"lawonologiya meatnykh zemletryaseniy Severnogo Kavkaza" (Chronology
of Local Earthquakes in Ciscaucasia) from the 4th century B.C. to 1955, is
given. This chronology constitutes a collection of macroeeiamio and ex-
perimental data and is now being prepared for printing. The author chrono-
logically lists the number of heavy and micro-earthquakes (more than loo)
which have occurred in Ciscaucasia, and indicates that the seismic movements
were due not only to tectonic changes,but also to the eruption of mud vol-
canoes (Taman Peninsula). He also groups earthquakes according to their
place of occurrence, indicating the seismic characteristics of each group.
The study has shown that greater seismic activity and a larger number of
Card 1/2

S/050/60/000/oog/olo/'016
B021/BO56
AUTHORi Nik tin
TITLE: 50 Years' Anniversary of the Foundation of the Pyatigorsk
Seismic Station
PERIODICAL: Vestnik Akademii nauk SSSR, 1960, No. 9, p, 104
TEM The Pyatigorsk seismic station was founded 50 years ago on the
initiative of Academician B. B. Golitsyn. Research work was not begun
until after the October Revolution by N. V. Rayko. Golitsyn's seismo-
graphs were replaced by seismographs of P. M. Nikiforov. After the war,
in 1951, the station was completely reorganized, and fitted out with new
seismographs of the type D. P. Kirnos as w I as with a new signaling
system. 5inze 1951 the number of recorded\l;arthquakes.has rieen to about
500 per annum. The material collected by t station concerning local
earthquakes in the Northern Caucasus comprises the period from the 4th
century B.C. to the year 1958,and contains descriptions of 2172 earth-
quakes. Local earthquakes influence the mineral springs in the Caucasus
In this connection, the quantity of water of these springs, its
Card 1/2

50 Years, Anniversary of the Foundation of the S/030/60/000/009/010/016
Pyatigorsk Seismic Station B021/BO56
temperature and pressure are intended to be observed by means of a spec,al
apparatus. I/
Card 212

NIKITIN, P.N.
At the Pyatigorsk Seismic Station. Priroda 52 no.2t86-87 163.
(MIRA 16z2)
1. Seywicheskaya stantsip All SSSR, Pyatigorsk.
(Pyatigorsk--Seismology-Observations)

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NIMIN, P. P.
NIKITIN, P. P.: "The problem of the rretYodology of pi,esenting analytic
geometry in the higher technical and economic schools." Min Education
RSFSR. Moscow Oblast Pedagogical In--'t. Moscow, 1956.
(Dissertation for the Degree of Candidate in Pedagogical Science.)
So: Knizhnaya letopis', No. 37, 1951. Moscow.

BELOVA, L.N., red.; BORISOV, N.Ya., red.; T.IAZEI-15KII, red.;
MAVRODIN, %'.V.,, red.; I,IKITII;, P.Ye., red.; '.1SllKv-A,L.F. jed.
[Guidebook for Leningrad] Putevoditell po Leningr;.du.
Leningrad, Lenizdat, 1963. 787 p. (1-11IRA 17:4)

NIXIT3111 P. Yu.
VIII'M/Chemistry - Siiicar.
~:2
"Liquid Silicon Oxide,"P. V. Gelld, S. I. Popell, Yu. P. Nikitin, Chair of Theory
of I%tal-lureical Frocesses, Ural Poly-tech Inst imeni Kirov
I'Zhur Prik Khim" Vol XXV, No 6, PP 592-601
In cooling of gases from ftirnaces for smelting of Si alloys, silicon oxides are
condensed wit the formation of a liquid phase contg up to 85% of Sio. Oxidation of
Si and its alloy proceeds gradually with intermediate formation of SiO. The intewphasr)
tension at the boundary of Fe-Si alloys with slag fusions was measured. Si sub-
stantU117 lowers the turface energy of the alloy. Substitution of Fe by Cr. i. e.j
conversiofi of ferrosilicon to ferrosilicon clkromiuir4 is acc=Wsbied by a very sligtrt
rise of the interphase tension at the boundary of the sUiconsilicate melt is explain(id
by the formation of Si0j which lowers the energy differential between the phases in
contact and favors of unification their structurally similar elements.
218T30

NIXITIN, P.Z.,. inzh.
Renew production of glass insulators. Izv. vys.ucheb. zav.; err_rg.
no. 2:115-117 F '58. (KIRA 11:7)
(Electric insulators and insulation)

AUTHORS: Nikitin, P. 7. , Engineer, Kochkin, M.
TITLEs Transactions of the Conference on Glass Insulators (3ovesh-
chaniye po ateklyannym izolyatoram)
PERIODICAL: Elektrichestvo, 1958, 11r 5, pp. 93-94 (USSR)
ABSTRACT: A conference on productiun problems of ;lasi3 insulatora was
initiated by the Stato Sciontific anti Tuchnical Cumi;iittoe at
the Council of Ministers of the USSR, the "Gosrlan" of the
USSR and the Ministry for 2lectric Power Stations of *)-.e USS2
in Dece;aber 1957. Lectures were held by: V.K. Kukhuzhov 'All
Union Institute for Electrical Engineering ime..i Lenin), I.D.
Tykachinskiy (VNIIS) and 11 A. !;ikolayev (L'vov Polyteelk-ical
Institute). The conference confirmed the existence of a !.umber
of valuable research works and constructions, Analjses in the
laboratories and practical testing s,-,owed, that glass poor in
alkali as well as hardened alkali glass can be util-'zed for
high-voltage glass suspension insulators. A glass poor in
alkali was developed with good insulation properties and a
high thermal and cLemical strength This increase cf the di-
Card 1/2 electric and mechanical :.rol-erties of these

AUTEOR; ~N + i n i1c- S9 --'C/~)~
TITLE: Tre First Tec'--,ica-L Conferezice On +,-'-e 1rLtr-d-jct;i,,)n of '-iew
T.;,,chniques into the Electrical Insulator industry (Perv~)ye
tekhrdr~heskoye eoveshchaniye po voprosam vnedreniya novoy
tE-khaikl v ele~itroizolyatornoy promyshlen-nsti)
PERIODICAL: -Te :: t -'~ i k t s t i , 11'~
p p S S R
ABSTRACT: T I'e man,-fc-ct:1r~,, insula!,~r-: i~ v-v~-~wed .1n'J1
it iz-i 6tated -,Aiat descite suczes-e-,,, ~i ;~ e x 1', -
wor'lis a~-e a,:17 meeting_. ti'-e --Ie.,,:and fo7- '-11, e n
E;roviir-e. f:vst 7; -- -e m~echanicai anO S' r n; th f
the -?nc' blower f~-.--tur I
On Yarc-,h -.z - 17, 5
&,Da~i-ez Sc-.eta SSSR State Scle -~', --f 'eo: I
,j n 4- er S C -P ~.t, US, R' uLdl
ComiL---tLee of the CDunc---' ot L~
SS6R caii-w.-d tLe -fir~~', echn 4cal confevence on tvie
insulator industry, tock a nufber, of
f0v imprcvine tLe wcr~, --f '.Lc Lanuf!ct-i-rers ai- 4
th-e products. There were 191--l participants,
representatives if th,~- Ac.Sc. USSR, reseal-c"L ~,,'.d
~,ardlAiastit,-ites and si~ecial lab3r,---tcries and d-sin

110- 59 -6-20/22
The First Technical ConfereLce on the Introduction )f New Tecl,r-i'-ues
into the Electrical Insulator Industry
also of the Ministries of Power Stations, of Comn~~jnic~,tior-F,
of Transport, of AFriculture and representatives of
of national economy, of electrical porcelain works and
The conference was opened by Doctor of Techrica'L Sciences
Professor I.A. Syromyatnikov, Member of the Comji~ittee -.e
following reports were read:
"Modern Requirements in InsulAors" - Candidate of Teclin-Lcal
Sciences V.K.Kozhukhov (VEI), EngineeisM.A. Morozov and
F.I. Rapota (Teploelektropro,7ekt).
"Ways of Introducing new Tech-niques intc the Electrical
Insulator Industry" - Engineer T.K. Glazunov (GIEKI).
"New Types and Designs of Electrical Insulators" - En~,'Lreero-
Ye.G. Solovlyev (Izolator Works) and 11I.P. Baginskiy (Ts:~i-!
bresta. '%.rmset'").
Reports on present and future techniques in vioiks of the
electrical insulator industry were made by P.N. Po.-3v
(Izo %at or Works) , Env in eeis L. I. Do brolyubov
Works), B.L. Gerasimov (ProletaxiY Works), V.M, Roi:.an;-n1%--
(Works imeni 1st L'ay), V.A. Shtern (Works -*Lzeai Artem),
Card2/4 V.G. Fedoreriko (Elerltroizolyator Works, Slavyansk)

ii01-5S -6--20/22
The Yirst Technical Conference on the Introduction of ?'T,-v,, T,:,C,-.n'--,
into the Electrical Insulator Industry
Prof , A.I. Av-'Ustnik reported on "The Automaltion of
voltage Insulators manufacture".
Engineer A.A. Kopey'r-lin of the Scientific Rese,:rc"-: 1-.L;titute
Stroykera~-iki reported on "Modern Requirei,ent.~ ~n Struct,;r_''.
Ceramics and the Organisation of Flow-,-1roducti-n",
V.I. Serebrov of -the Stromv.ashina Works reporte(~ in
production of equipment for electro-cerazic works and '-,~turf
prospects.
In conclusion, Engineer M.V. Khomyakov of Mosenergc des-ri~c:
operating experience with porcelain insulators in a
system.
The first demand was to organise the production of
of hiE~h mechanical ,trength at a number of works T',f;e
production of obsolete types of insulators s1houid ca-_,e.
More than 30 flow-production units should be rL
1958-9, makinc extensive use of tunnel kilris; a riumbe- Af
C~
other recommendations were ii:ade about tunriel kiins.
Continuous filter-pressing of china clay if ff.,-rtart T,,e
most important step in 1-yinC the product the i nst~:,l '--i*
uard 3/4

1'LO-SS-6-20/22
The First Technical Conference on the Introduction of Bevi TecLn-'q;es
into the Electrical Insulator Industry
of conveyor- and tunnel-clryers. Continuous 1%-ilns are an
advance over the batch-type. More attentiDL must be i~aid
to the preparation of the raw materials at the co:,respondi,-47
works. A textile factory should master the ~~roduction Df
Perlon filter cloths to replace existinc.- cotton cloths
ASSOCIATIOv: GNTX Soveta A'inistrov SSSR (State Scientific Tec,.nical
Committee of the Council of Ministers of the USSR)
SUBMITTED: March 2?, 1958
Card 4/4 1. lnsulators (Eiectric)--Materials

8(6)
SOV 1/ 112 -59 -5-8-79 1
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 52 (USSR)
AUTHOR: Nikitin, P. Z.
TITLE: Transformer Substation Units
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Energetika, 1958, Nr 6, pp 130-135
ABSTRACT- It is considered expedient to build 110 - 154-kv, up to 15 Mva
transformer substation units with secondary voltages of 380, 220 and
127 v. Mobile explosiuzi -proof substations are needed for the coal induitry.
In order to construct rational types of transformer -substatiov. . 1~ for
various applications, the following steps should be taken: capacity of d:-y
transformers should be increased and their cost reduced by using silicon
insulation or by filling them with a noncombustible gas, sulfur hexafluc!--~de_
serial production of some types of simple equipment (short-circuiting
disconnects and automatic 110-kv disconnects, current transformers built into
the capacitive 110-kv bushings, power transformers, ty-pe PSN-1 10 fusots,
Card 1/2

SOV/1 12-59-5-879
Transformer Substation Unils
electric -motor -wound spring operating mechanisms for VMG-133 and MGG--10
circuit -breakers, rectifiers for supplying electromagnetic operating
mechanisms, etc.). The following examples of transformer substation
anits are cited: 110-kva, 6/0.4-kv substation-, '.11. the .1pot
560-1,800-kva, 35/10-6-kv substation; an experimental 5,600-kva, 110 '10--kv
substation developed by the "Elektroshchit" manufacturing plant.
Characteristic features of the above substations are: (1) no circuit-brelkers
on the high-voltage side; (2) 0.4 and 6-10-kv swiLchgear in metal outdoor
cabinets. Expediency of transformer -substatioi) is proved by a
comparison of tabulated technical and economic data. A conventional 1, 800 -
kva substation costs 84, 500 rubles, while the transformer .. substatiog. i t
costs only 53, 320 rubles.
A. A. V.
Card 2/2

,::C
AUTHOR; Nikitin, P.Z. (Engineei-) SOV/110-59-1-25/28
TITLE: ---Tn-Th-e_7STa-_E_e Scientific-Technical Committee of the
Council of MinisteTs of the USSR (V gosudaistv,enn(m
nauc.hno-t&khni:-:he,:-kom komiteto soveta min.ist-ro,l SSSB)
PERIODICALs Vestnik ElektT'-)p:?--.myshienncsti,195'),Nr 1,pp ?~-"f7'!(.'JSSp)
ABSTRACT: In accordari,~." with a de~~ision of the Coliecgium_ of *,rie
State S,-;1en'ifi-,.Te,_-hniQal Commi.ttee of the Coun,:1_1 :)f
Jnlst.er!z c-11 the USSR, the folluwing tommi-si.:.ris have
M
been set ip within the committae; electvl~a'L
transformerg ele-ntr-ical eqaLpma~r,+, an,
-re-tifieT5. The niembers are leading
lists and A.Ye, Alekseyev, V,V., Alek_-eyev~k,,Y,
T.G. Amba:tZ'1Amo-~, I.A, An~oriw-,, V,V, Afanas-ya-;
V
A,O. Bf~rtlrio ..G. Biryukov, N.I. Boisenkc.
V
_T~ Boi-astiko, Ya.Y,, Burkevi~~b, 'T.V,, Burgsdo:f', V A~Bayrav,
N.V. Vinogrado-~. I,F. Vlasenko.'Ye M, Glukh. Ya.S, Gi.- ir-
L ~ K ~ G -, eyT_,~t ~- ~ A. M. Za 1 e s s k i y, 8. iv Za kha -r ov, A ~ G ~
Iosif;yan N,.P, 1~lano~-, P,.M. Ipatov, I,L. Kaganc,~,
A.V. Ko:itskiv- B.I. Kuznetsov, S.I. Ki-,~ochkin,
L.G. Mamikonyants, A.M. Mellkumov, N.1,, Nazarevskjy.
Card 1/3 A,M. Nek-raso-, Z,t. Neyman, S.I, G,N, Pi~tr,
I.I. Pet-o- , !,A, Sakcvl(-,Y.,,, T G, Soroker,

SOV/110-59-1-25/"8
In the State Scientifi-,~-Tes-hnical Committee of the Cour~7i! of
Ministers of the USSR
L.Ya. Stanislavskiy, L.S. Tabachnik, Yu.S. Chechet,
I.N. Charak~-,-hlyan, V.N. Chasovnikov, S,B,, Yuditskiy
and others., The commission chairmen and their ass.'stants
are: On electrical machines: G.N. Petrov, T,G. Sorc,ker,
L.S,, Tabachnik. On transformer3; SJ, Rabinovich,
I.A. Antonov, A.V. Koritskiy. Or. high.-voltage elec~ri,,~,al
apparatus: V,,G, Biryukov, V,V, Afanas",yev, Yi_i,,S,Bu-1ke-'r-
ich, On re,-.tifiers: A.,A, Sakovich, The commissl)ns
are to examire and formulate recommendationz about now
techniques in the different fields: to r-.onsider ani
advise ~,ouncils of national economy about the production
of new types of machines and ne use of new methods of
production, standardisation and allied questions. L11
Commissions will have a number of different sectirr.F.
The commIssions will work by balling conference-7 of a
Card 2/3 wide range of specialists working on the PToblemS