SCIENTIFIC ABSTRACT KHRISTENKO, N.G. - KHRISTLANOVICH, S.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722320019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MISTINKO, N.G.
On the distribution of Aithynts, leachi Schapp. in the lakes of the
Bol'shore lake group in Krasnoyarsk Territory [with Inglish Buis-
nary in insertJ.Zool.shur-35 no-10:1583-1584 0 1560'
(Km 10:1)
1. lafectra. obeahey biologii Krasnoyarokogo gotudarstwennogo meditsip-
skogo instituta.
(Chulym Valler-Snails) (Liver fluke)

KHRISTENKO, N.V.
Effect of hypoxia on changes in the electroencephalogram. Trudy
TSIU 66:269-272 164.
Selection of the optimal respiration regime in an open thorax.
Ibid.:273-281 (YJRA 1815)

v
Cntogory s USSR/Rucloar Phydea - Nuoloar Engineering, and Power
Abs Jour : Rot Zhur - Mika, No 3$ 1957t No 6106
Author Alikhrnov, A.,1.,.Vl,adinirskiy, V.V., Petrov, P.A.,
Title -4WRrv-y Water Power Reactor with Goa Cooling.
Orig Pub i Atqm@ anorgiya, 19564-mo- is 5-9
Abstract Discussionof the advanta gee of heavy water nuclear reactors,
which may turn out to be-sufficiontly economic for use in
r.tonic electric stations, A roactor'design is described, in
which heavy wator Is usb@ both no,-m-odler'ator end coolant. The
fectore affecting t1i'e'the- m' a 1'power of the reactor and the
efficiency of the power 'portion, i.e., affecting in the final
analysis the electric power of 'the stomic electric station,
are considorad, Thu Authors rouch tho conalusion that the
atonic 0100trie station can be profitable if natural uraniur-
is used, accompanied with-deap burnup@cnd maxim= possible
electric powar, with a cortain roduction in officioncy.
A noavy water powerroactor with gee cooling is described.
The use of gas in combination with heavy water moderator
Card 1/2

M@0=110- 2- 1-- PE9ROVIP P. A., MROPOIEVSKIY, V. A., SINETTIKOV, K. D.,
IVANOVY V. E. and ZEIZIORlY, V. F.
"Pin Fuel-Element for Gas-Cooled Heavy-Water Power Reactor."
paper presented at 2nd UN Intl. Conf. on k the peaceful uses of Atomic Energy,
Geneva., 1 - 13 Sep 58.

CHRISTENYO, Pei. j4hrlstenko, P.1, TROV, P A:; KTROPOLEVSKIJ, V.I.
_k PF
[Mitropolevzkiy@I.A* ; SIMLNIKOV, K:D [Sinellnikov, K.D.];
IVANOV, V,J,. [Ivanovi V Yee]; ZEIMISKIJp V.F. [Zelenskiy, V.F.Ij
MAKVART, J. [tranalatori; KLIK, F. [tranblatorl
Pin fuel-element for-gas oooled heavy water power reactors.
Jaderna energie 4 no.112330-338 N 158.

fill

21 . t 9 2 0 J '2
SOVA") -61 - :5 -
AUTHOR: Khrl5tenko, P. 1.
TITLE: Thermodynamic Possibilltles oC Turbine Oper-ation U.,Aril, r
Organic Ltquld,._@. Heated in Powev Reactor-s
PERIODICA@-. Atomnaya enevgiya, 1960, Vol. 8, Nr 5, pp 2111-218 (USSR)
ABSTRACT: Some organic heat carriers could be used to drive
turbines using heat acquived directly from a nuc 'lear
reactor. One can avoid the use of water vapor vecauoe
during expansion the saturated vapors of these organic
substances become overheated, although their temperature
decreases. Figure 2 shows the temperature-entropy TS
diagrams of water, diphenyl oxide, and mercury. If
diphenyl oxide is heated up to temperature T I and
enters a nozzle, it expands adiabatically to temperature
T21 and the resulting jet consists then of over-heated,
saturated, or, weakly humid vapor which can be aimed
directly on the blades of the turbine and later
Card 1/5 condensed in the condenser. Behavior similar to that

Thermodynamic Possibilities of Turbine -.".2 0
Operation U@stng Organic Liquldg Ifeateo S 0 V 16 @3
in Power Reactors
Fig. 2. TS-diagram for
water, diphenyl oxide,
and mercury. (a) Water;
(b) diphenyl oxide; (c)
mercury (referred to 1 kj
of saturated vapor); (b,
diphenyl oxide; (c,).mer-
cury (referred to 6 kg
of saturated vapor).
SIX +
'

I LVq
U VO ri-lb.
WO / -/@ --

X0 b

too
n
U.'I 4ar ;'0 Z'V
of diphenyl oxide can be expected from kerosene,
ethyl ether, dauthdrm, and probably N-hexane, acetic
acid, and naphthalene. The author discusses the
thermodynamic cycles in which directly heated liquids
are used and discusses their efficiencies compared
Card 2/5 to that of a Carnot engine. If diphenyl oxide is used,

T iiC n"! 1,C);_;;., L [d JAL I 'PI I H) I
Opei,Al.aii U.,;Iiij, Oi--Lilile LL(jiild.:
'111 Poviel, N'Q@wtol..,
Cat'd
One Iu-1B to keep In 1111rid th"it. at, L5 Am Land 1140 0 c
1-,!'%' kilowockitu.1 dvwlrlj@ 'jou Ill'. Lool-.Ilrlj@ It Ulu dta-
1.,Xwli oil V1.1". f!, U11u. timl, Ulu @-A*,%I,t-11n[" tempera-
Lkit@,u oL' the 11(juld etit;ut,Lti@; Wic, tut-bine, cott'ld be
Nxekl aL _500-11000 (1, and the Vitial could be 120-200 0 C.
Thiti would coi --pespond to bep,@ trill till, pve2sure,3 01*
appl'o,x. P.0-16.1@ 'Am aild I'Inal Preonureu
of' 0.011@-0.1@5 :.Am ibo. Since the firial preosure of
the Liquid iti corripavatively high, the tur,bine could be
LIOCCI 10 -1 I'Li,st; stage, and the verriatrUng heat energy
could be used In a second.watev vapor stage, as
8110M, or, Fig - 5'. Using In such binary cycle t 1 = 3500 C,
tp = 200 C, t coolev @.3500 C, the theVrital eifficlenc. Iy
is 0.11@. Taking for- the Lnternal efficiency of' the
tur-bine 0.75, mechanical 0.96, electi-Ical 0.9'(, and
the coefficient of' utilization of the theoretical
cycle 0.9, ouch a device may have an overall efficiency
0 1' Thii Is quite high, conoidevIng that the

Thermo#ynamic Possibilities of' Turbine
Operation Using Organic Liquids Heated SOV/89-8-3-5/32
In Power Reactors
Fig. 5. Scheme (a) and TS-diar
,ram (b) of' the binary
cycle: Stage I-heated diphenyl oxide; stage II-
-saturated water vapor; (1) reactor-; (2,11) turbines;
(3,5) condensers; (6) vegenerative heater.
G, a rd 11 /5

'Ther@modynamic Possibilities of Turbine
Operation Using Organic Liquids Heated
in Power Reactors
78320
sov/89-8-3-5/32
pressure of diphenyl oxide never exceeds 6 atm abs.
The author further discusses the properties of dautherm
and also the nozzle velocities of jets in the proposed
turbine, and concludes that It would not be difficult
to construct turbines from a few hundred to a few tens
of thousands of kilowatts. The cost should not exceed
that of conventional turbines. On the other hand,
there would be no need, using the proposed cycle, for
building the stage I generators working with water
vapor at 30-40 atm abs of pressure. There are 5 figures;
and 2 Soviet references.
SUBMITTED: April 11, 1959
Card 5/5

21407
S/089/61/011/006/003/()14.
)/'/000 B 1 02/B 138
AUTHOR., Khristen
TITLE.- Ways of increasing the pover outp4t of a gas-cooled reactor
PLIRIODICAL: Atomnaya energiya, v. 11, no. 6, 1961, 506 - 514
TEXT: Three possibilities are discussed in detail and formulas are
derived for calculating the thermodynamic cycle in each case. (1) In-
creasing the coolant flow rate by increasing its pressure in the loop.
This method is-most effective, since power output increases almost linearV
with increasing coolant prossure until,a certain (optimu4 pressure is
reached. If op. const and cpdT - Td Q@l@T fy the coolant gas, the
thermal efficiency is given by el I P nnd the thermal power out-
1 _12 Ti - T p0
put by NT ' gc(t2 - t,j, where g denotes the flow rate, c the heat
capacity, and (t 2 -Y the preheating temperature of the coolant. For a
reactor without end reflectors A
vu- - 1.1
A �?
(4)
Card 1/f -

2140
S@089/61/011/006/003/014
ays of increasing the... B102/B138
and with, A
0/ 4 +
A 2 +
sin, (n)
X RtAn - till
Is - tj (A) W.I. (8)
At4 J2(t.).-(t2+Ij)I'- t (j@.+t.)2
(8a)
with A (t2 t 1 )/Atk@ Ha?1h/gc. Fig. I shows the optimum TS dia3ram;
T 1 is the temperature of the gas heated in the reactor (point B), T p the
same at point C. (2) Increasing the pressure by additional cooling before
the gas,blower. This method brings about a 50@a decrease in power con-
sumption for circulation. Calculations for a special case give an in-
crease of 9.%/j in efficiency due to additional cooling. For a special
case (A 2.4,y(A) - 0 669) where additional coolin,- causes a reduction
from t 2 t 1 - 3340C 2 - 4490C) to t2 - tl - 3650C N - 4450C), the
Card. 2/07 L@

Ways of increasing the...
'1407
S10891611011100610031014
B102/B138
efficiency 0@ the unit can be raised by a factor of 1.32. If the gas is
then fed back to the reactor core (Fig. 4) the increase in efficiency
reaches 6 - 7;i, and the electric current costs are reduced by 15 - 25)6*
(3) Profiling the coolant flow. This method is based on a special design
for the cooling system; ito dimenuione should be Duch that the thermal
energy transferred to the coolant are distributed ovcr the coolant
circuit as uniformly as possible. This thermal balancing can be achieved
in two different wayss Either the coolant flow rate W varies and AP
= const, or W - const. The first must be used for gas-cooled reactors.
The coolant cross section depends on the thermal power ratio @,/P, Of
two fuel rods or two reactor channels. )j, &I (t2 - tl 0
/tLo - go L(t2)o-(tl)ol
is calculated for variable Ws
(3m-n)+1
P, e. . Cl x
EO
x f (14)
4
Ca rd 3/0 _j 1113*

Vjays of increasing the ...
and for W . consts
5' .@Qq/61/011/006/00 3/014'
B102/B138
x
4 _ I I
x Af (15)
A
EG I-a, I *
@1 is the part of the fuel assembly crea occupied by the rods. m is
the factor of power consumption decreane due to additional cooling. There
ar.e 6 figures and 1 Soviet Ireforence.
SUBMIND Fe6gsary 18, 1961
Caga 4/0 9 . I

L 16475-66 EWT(m)/ETCM/FPF(n)-2/EV1G(m) VAV/DM
ACC-1M_.-_M005527- M_ SOURCE CODE: UR/0009/66/020/001/0026/0029
AUTHOR: Khristenko, P. I.
ORG: none
TITLE: Plutonium reprocessing in heavy-water-moderated power reactors
SOURCE: Atomnaya energiya, v. 20, no. 1, 1966, 26-29
TOPIC TAGS: thermal reactor, nuclear power reactor, water moderated reactor, plu-
tonium, reactor:fuel processing isotope, uranium
@ABSTRACT- The author considers operation of a thermal power reactor with continu-
ous fuelf@;-?Narging in stationary conditions for the case of steady-state equili-
brium (or near-equilibrim) concentration of Pu2391 Pu240 and pU241 and constant
sustained concentration of U2.35 and fission f.ragments in U238. In order to maintain
these operating conditions, it is necessary to use fresh 'fuel to replace that por-
tion in which the fragment concentration surpasses the permissible value. The frag-
ments are removed from a portion of the unloaded fuel which is then recycled. The
plutonium is extracted from the remaining (smaller) portion of the fuel which is
UDC: 621.039.543.6
Card 1/2

L
ACC NR: A6005527
then Vvfq-.@Wed as depleted and replaced with natural uranium. rormulas are derived
for -tsMrting uranium depietion in thermal power reactors. Orig. art. has: 1
figure, 10 formulas.
.SUB CODE: 18/ SUBN DATE, @Mug64/ ORIG REF: 002/ OTH REF: 000
Card 2/2'M
--- - -------
I%v
"I AV
0- -

Ef;'ict of -,',i'ng gaologyi an,11
factc,rs on tha d9gree of r-f m,*ir.*-r.L: dr-, fts
by narro-w ar-rk in flat E-e@ m - ,.f I'loriets Bae.4,i
D or. r, o 2. . I CIS - ', 18 7: U`

YEPIFANTSui YUOKV, kand. tekhn. nauk; KRISTENK001-F.H., inzh.
Expedienc7.of reducing the number of simultaneQusly active
face's',-I@'development workings of Donets Basin mines. Sbor.
Dori
noe2klU-123 163. (MIRA 16:10)
-(Donets' Basin-Coal mines and mining-Labor productivity)

IMISTENKOP P.H.0 inzh.
-------
Study of the distribution of stresses around drifts made in
Ahin pitching coal seams under conditions found in the Donato
Basin. Sbor.DonUGI no.26tl35-173 162. . (MIRA l6t6)
(Donets Basin-Mining engineering) (Strains and stresses)

KHRISTENKO, P.S.
_ ,
Results of treatment with Shcherbintsy mineral water. Vrachodelo
no.8:859 Ag 158 (MIRA 11:8)
1. Kafedrn fakultetskoy terspit (zRv. - prof. N.B. Shc@upsk)
Chernovitskogo meditsinskogo instituta I oblastnnya klintchaskWe
bolInItea,
(SHaRMINTSY--KINERAL WATERS. SULMOUS)

SOKOLOVSKITp Turiy Iosifovich, dotsent; SHILOT, Tasiliy Ivanovich, iazh,;
MMISTXNKO T,Aoq kend.tokha.mauk, oty.red.; NISTMIMO, A.S.,
r@w. KIld ."A.S., tekhred.
EPhotom, spaceship; possibilities aid difficulties of a flight
beyond the solar systeal Yotoazyl avesdolet-, o vozuozhnostiakh
I tradsostiakh poleta as predsly Solaschaoi sistemy. KharIkov,
lad-vo Kharlkovskogo gossualve, Im. A.K.Gor,kogo, 196o. 43 P.
(MIRA 13:6)
(Interplanetary voyages)

red.
constructiun of thermal electrio powor plants is a
principal trend in the development of power engineering]
Stroitellstvo taplavykh elektrostantaii - glavnoe na-
prttvhnie ra-,,iitiia energiAlhia. Moskva., Or energontrol,
196@.- 63 P. @KIRA 17:9)
1. VsesoyuzrTj in3titut po proyektir-ovar-iyu organizatsii
energetichaskoffo stroitell-stva "Orgenergostroy.". Me-
Dkovskly filial.

BROJUM, D.L.; ROZANTSW, S.N.; MR STAKO, V.PO; VOLKOV, S.V., tekha.red.
[Houlng wnmpmnt; reference mumal for workers in housing
mnsgemnt and In offices adainistering apartiment houses]
Upraylenle shilishchaym khoslaistvom; spravochnoe pomobie dl1a
rabotnikoy domoupraylenil I shiiishchno-okopluatatsionnykh
kontor, Isdo2., parer. Moskva. I-sd-vo N-va kommun.khos. BUSH.
1959. 302 p. (Km 12:5)
(No*using mnagownt)
Owellings-Maintenance and repair)

ITOSOVI R.P., glav. red.; FOLONSKIY, G.A., red.; USTINOV, A.D..,
red.; FRENKELO, G.Ya., red.; RUBINOV, A.B., red.;
KHRISTENKO, V.P. red,; BORUNOV, N.I., tekhn. red.
[Protection of metal structures and mechanical equipment
against corrosion in bydraulic engineering; from materials
of a conference held by the "Gidrowntazhu Trust of the
Ministry of Electric Plant Construction of the U.S.S.R. on
24-26 June. 1960]Zashchita metallokonstruktsii i mokhaniche-
skogo oborudovaniia gidrotekhnicbeskikh sooruzhenii ot kor-
rozii; po materialam soveshchaniia, provedennogo trestom
"Gidromontazh" Ministerstva stroitel'stva elektrostantsii
SSSR 24-26 iiunia 1960 g. Moskva, Gosenergoizdat, 1961. 55 P.
(MIRA 15:7)
(Hydraulic structures-Corrosion) (Protective coatings)

SOURCE CODE: UR/6413/66/000/023/0036/oo3'
INVENTOR: Mende, F.F.; Dmitriyev, V.M.; Khristenk rodavko
Yu.m. Bo
ORG: none
TITLE: Method of obtaining stable frequency from a nonotable uhf
oscillator. Class 21, No. 189029 [announced by Physico-technical
Institute of Lov Temperatures AN 1UkrSSR (Fisiko-tekhnicheskiy institut
nizkikh temperatur AN UkrSSR)i
SOURCE: Izobreteniyao promyshlennyye obrastay, toyarnyye znaki, no@
23, 1966, 36
TOPIC TAGS: uhf oscillator, frequency stability ramp"l-rune- W1000109m.0,
ABSTRACT:
To simplify the stabilizailon, sy'sten use4 to obtain a highly stable frequency
from a nonstable uhf oscillator which utilizes a superconductive resonator$
it ii proposed that the oscillator alignal be amplified by an amplitude
Card 112 mct 621.173-

WRI --AP7002555
Fig. 1. Stabilization system
I Uhf oscillator; 2 !-- suparconductiva
resonator; 3 amplitude modulator.
.mdulator such w awaveguide twin T-Joint with a detector, which is supplied
with a difference"alinii of the oscillator carrier frequency and of the side
frequency. The latteria obtained an a result of amplitude modulation of the
oscillator carrier f requency and Is separated with the help of the above-
mentioned resonator.
SUB CODE: 091 SUBM DATIs 20N&y65/-'ATD PRISSI 5114
Card 2 /2

UUMMUCATICRIS rACffn=S VT G26RGIAN 83111 -- T' lliei, ZAry Vc t 20
i5petiUng at a meeting of velAiM to coanitmiewtiiris- --ic-rkers, G. 1@-iq-
ttn:avhvili, litniater of Cc=imjnatjQ@n j,%-r noted that
v. i i-;@ I d. e r -a b I c r:z,
the @apitd calliatrucatio'l pl-twr, -.1,
on and maga7im@a
i ri e-
go mc%re k-,
u@lvnlopln,* the netuork o;C camismicatio." onterpriceG "aa -fulfillc-d. A
teleAsion ccuter was Pat- iato ortmatior, arl the cr,;7x-ltr of IrAteru-A-M
1 , I.- -d tele.--aph circuit-L waa r-d by in@,-talilns 7-,"' tit-^

Card 2/2 00KAUNIUXTIONS FACILITIES IN GEORGIAN SSR
Ho-,;erer, there vere serious shortcommngs in th@a wor-', uf ezz,,Y-Ltni,a-
-@niterpric@,,s --ilizin" 19
56. In Ray,,)n
Gt3l :=tt'r was 5tol.em On four occa I,:- r
In nine branch cc=umiccattona cl": i ,f 1@0@;t of-
Fc,:.tnl @t@!7-rice in rurELI az*-.z- ic tad.
oria i" at vork only
times a Ifelejz. Directors of the T)ilisi offica,
nut
tjytrg to alimtm-Ae delay in t@elegra-, tr- ti,, st3iou !m,@-
x a @Li
i.or of '.nterurban t,@Iepbmie call!: izvolv!:,6 a w@-IL cl- ov@.,., fiLl the
pjmber Of UMUMDlCted calls have increased sbarply.

-7-
KHRISTRSASHVILI. G.A.
Using passenger buses to transport mail. Vest.sviazi 17 no.10:41
0 '57. (MIRA 10:11)
1. Ministr avyazi Grazinskoy BSR.
(Georgia-Postal service)

111-58-6-9/25
AUTHOR: Minister of Communications of the
Georgian SSR
TITLEt The Development of Multiprogram Broadcasting in Georgia
(Razvitiye mnogoprogrammnogo veshchaniya v Gruzii)
if
PERIODICAL: Vestnik SvyazilANr 6, 1958, pp 15-16 (USSR)
ABSTRACT: Since 1953, the power of radio facilities in Georgia has in-
creased by more than 6 times. New transmitters put into
operation have permitted the organizing of multiprogram
broadcasting in aboriginal languages. The new items are
listed as follows: -the TV-center built in Tbilisi an the
David mountain with an antenna-tower of 180 m, the total
height over the town being of 500 m; two v.h.f. FM trans-
mitters duplicating the first and the second broadcasting
programs put into operation in January 1958; a mobile TV-
station of "PTS-52" type; a TV relay station with an ac-
tive range of 25 to 30 km put into operation in Gori. En-
gineers and technicians of the Georgian SSR radio center,
Salibekashvili, Zayonchik, Kordzakhiya, T. Tkhor, B. Tkhor,
Udzhmadzburidze, Azatyan, Khachaturyan, Teymurov, etc, parti-
Card 1/3 cipated in the assembling and adjusting of the above stations.

111-58-6-9/25
The Development of Multiprogram. Broadcasting in Georgia
This year, five more relay stations will be installed in
towns and rayon centers at a distancr of 100 km and more
from the Tbilisi TV-center. BesideF this
,*a broadcasting
transmitter of "RV-7" type was rebuf1t and the new trans-
mitter with anode modulation twice a@, powerful as the old
ones was put into operation in January 1958. Akhvlediani,
Ivanov, Muradova, Dzhachvadze, Chikhladze, Babadzhanov,
D'yakonova, Camkrelidze, Khavtasi, Prishchepa, V. Babayan,
etc., contributed much to the rebuilding of this transmitter,
which allows the transmission of regional programs in the
Russian, Georgian, Armenian and Azerbaydzhan languages. In
November 1957, a broadcasting transmitter was put into opera-
tion in Sukhumi, the programs being broadcasted in the
Abkhazian language. The Presidium verkhovnogo soveta Ab-
khazskoy ASSR (The Presidium of the Supreme Soviet of the
Abkhazian ASSR) rewarded the following radio workers of
this radio center with the certificate of honour for their
participation in designing and installing this transmitter:
Agababov, Amiranashvili, Manusadzhan, Topuzis, Gelovani,
Tushishvili, Yatsenko, Drozdov T.I. and Drozdov T.M. Two
Card 2/3 more radio stations will be built and will assure regional

111-58-6-9/25
TheDevelopment of Multiprogram Broadcasting in Georgia
broadcasting in the Adzharian ASSR and in the South Ossetic
autonomous oblast'. In this way, 5 programs in 5 languages
can actually be transmittEl in Georgia, and next year, 7
programs will be transmitted in 6 languages.,
This article contains 3 photos.
ASSOCIATION: Ministerstvo svyazi Gruzinskoy SSR (ministry of Communications
of the Georgian SSR)
1. Communications - USSR 2. Radios - Applications
3. Radio transmitters - Characteristics
Card 3/3

KHRISMSASHVILI, G.A.
Development of communication means in Georgia. Vest. oviazi
21 no.11:6-7 N 161. (MMA 14: 11)
1. Ministr evyazi Grazinskoy SSR.
(Georgia-Telecommunication)

ACCESSION NR: AT5007879 S/0000/641000/000/007910088
AUTHOR: H uk- A.
an fan, Yu. Chkheidze, M. V.; Khristesashvili, V. G.; Kachavarian:Ly
G. A.. -------
LE:_ -A mt
ad
TIT ho'd for,,constructip$
ray, c e c.ounter
SOURCE: AN GruzSSR. institixt kiber-netiki. Elementy kiberneticheskikh sistem
I(Elemeents of cybernetic systems). Tiflis, Izd-vo Metsniyereba, 1964, 79-88
TOPIC TAGS: Gray.coie-,_- 6&4uier _@cdmponent,'-_flip flop circuit, counter circuit
counter n _h: trolled -not-by- in --p I e6d-'@ -bUlt",
:111 - fifil-c tlm 1@1@ check -con put u
,by signals fed back from the main counter r'egister. In order to minimize ervors
@due to ambiguous readings without stopping during mad-out, Gray code counters are
!widely used. The counting input of each flip-flop in a counter register is con-
!nected to a coincidence *circuit, one input of which is connected to the output of
I
ithe preeceeding flip-flop. The second coincidence circuit input is connected to a
I I
delay line axid the third is connected to the (rutput of a so called forbidden-cam
ibination flip-flop. The purpose of this flip-flop is to prevont the further opera--
Card 1/3

L 47302-65I.-~------.-.---.-----------.---~--.,-
ACCESSION NR: ATS007879---
tion of flip-flops aftertha addition-6f -a one to-any even or odd number, which is
;already present in the counter register. In all present Gray code counters the
,input counting pulses act directly on input of the parity flip-,,"lop. Therefore,
;a chance error in any of the digital places will necessari1x lead to a false re-
Iversal which results in a rapi:dly increasing and completely inadmissible error.
The circuit considered in this article is distinguished by the fact that the count-
ing pulses do nof -act on the@ p .arity:-f1i _p__-_f_1'op- butgo directlyIirito one.of-the
idigital places of the counter register. The position of the parity flip-flop is
changed by a signal, which indicates that switching has already taken place in the
@desired digital place. An error in any of the digits leads only to the loss of the
!pulse. The following pulseagain acts an the digit in which the error occurred.
:However, this counter is no more reliable with respect to the parity check place
'thaxi are other circuits, since there is still the possibility of a false reversal
!due to errors in the parity flip-flop. It should be noted that in these circuits
1t is possible to check the errors in the register made during counting so that
this information may be used in analyzing the results. For this purpose it is only

MANUKYAN, Yu.S.; CHKHEIDZE, M.V.; KHRISTESASHVILI, V.G.;
MACHAVARIANIJ. G.A.
Construction of Gray code,counters. S6ob. AN Gruz. SSR 31
no. 3s655-.660 S 163. (MIRA 17:7)
1. Institut kibernatiki AN GruzSSR, Tbilisi. Predstavleno
chlenom-korrep'pondentom AN GruzSSR NX.Gabashvili.

t h2oho-65 rjT(l)/TdA(h) Peb' GG
ACCESSION LM. AP5010951
Z &%rili V, Go*-rad
tj
AUTHORS, ti. S-.
G. A.,
'TITLE: Reversible counter in Grey code. class 42o, No, 169682
!SOV11CE. Byulleten' izobreteniy i tovarnykh znakov, no- 7, 1965# 132
TOPIC TAGS: counter circuit
0, con-:
14IBSTRACT: This Author ertificate presents:a roversible counteic in Grey cord
lud
1 taining aregister on triggers with counter inputs and a parity trigger. To exc, aI
!spurious reversal with iaola+.ed.misaligi=eiit.3-of~any of the counter triggers, t.-
icontains a control circuit based on a seinisUVWtor, two double input collector
,,delay line, and two coincidence circuits (see Fig. 1 on the Eftclosure). One input
iof the first coincidence circuit controlling the first digit trigger is connected tei
Ithe unit output of the parity triggerl and the second input to the counter input and_
'to the first input of the other coincidence circuit. The second input of the secon
'coincidence circuit is connected to the zero outpatu of the parity trigger, and its
I I
,output signal is used to control the remaining counter digits. The trigger outputs
!of all the counter digits are connected to a common collector whose output is
iconnected through the double input collectors to the counter inpixt of the parity
Lcord .1/6

L 42040-65
tACCESSION M AP5010951
ay w14
Itrigger. The output of one double input collector ia conneoted throuah OL del
to the semisummator input whose output is connected to the second input of the samel
Icollector. The second input of the-semisummator is connected through the other
!collector to both branches oll the parity trigger. The reverse signals are admitted,
'to the counter input of the parity trigger through a collector. Orig. art. Met I
@dia,Zram.
iASSOCIATIONs inow
EG
SUBLUMD: 3omar64 2HOLs, -:01 So CODES wr,

DISHLIXV, B.; SHOPOV, N.; KHRISTIV, P.
Clinical aspect% -Idra'gonosis a=dt)i;rapy of perforating gastric and
so
duodenal ulcers according to clinical material of 1948-56 inclusively.
Khirurgiia. Sofia,.ll no.2:150-368 1958.
1. Viesh meditsimil',instituy I. P. Pavlov - plovdiv latedra po fakultetsim
khiru.rgiia Zav. Kate@ftta: dots. Ia. Dobrev.
(PWTIC UWW. perforation.
hosp. statist. (Dml))

0 * e 00 *****a e set OF1111-40-04-41ii-t-f-"
so a * 0 a e 0 o a 0 ole 0 0-6 014
I I @ I ': @, 'i !. " , .
so k L L I is H j & L
so
00
00
00
00
.so
.00
00
0 0 0 0 a 6 0 4 a 4
.., I. @ , .. . I
'00
00
of
.00
The fagensfalled hunic acids firom a awbonagems aMis.
1.. A. Xhri$Aj4.., J. Atpi@i c". ju.s.s. k.) 11.
'115WIlIMMI.- 4, ' *ubvartc-ts W the hAk were txt
lian4ovrt-l into himlic .1-id, by Itratinvitt with Koji +
K-NO, 1-1 - I latio) it ra 31W. 1 he P of 51tilt- oaq at,
patently combined with orp. sulotaticra and it was extil.
1.1t,tiltr .101 thv 11111"ir .Cidg. Tim Im.1th-t after art
L1,141111. Iftillimlit wmllmd ass Irmlim %ilit gtwxl rimdt%.
A. A, I'suigmtiv
00
*to %L a&jtAjjjjV6K4t LjjjR4Tt,*f CLA%%�FKATIC*
.0-04
0 Af
u I Is' it 1 14
OTS 0 0 0 so 0 0 0 of 0 0 0 0 0 0 9 0 0 o 0 0,4111 q
As
As
oe
.00
00
to 0
8 W Ll 4 IF SO 4 it I Ito
0 0 0 0 0 0 a 0 0 0 0 go 00 0

0 0 * 0 6 W 0 0 _4FW-Wjm @,
I ul It -4 a 1W as A 11. it U u bf If a v As a a v a a a
a a j n AL A 1_0 I,- A_ -1 1 1 AA of (A M U 0 A_ v 7,1000
00 C@ P
The utilization of by-products of coal As ter-
tilild" L , . Che "Otwx Ap.
, 1, . S. k@lvr . @-. Iftialmi-rhe iih.de of tile c.ul
u-411's c""Illints LASO qUARIllics ttl carbon t'.11) lo.30% b.,
Irralillit tile Ishishi with lustling K011 an.1 KXM. tile huntiv -00
1111@ wit. with 11.1,11 . ..... I it'.. I.-W. I
I'lir -Inwitit is, -4 N. I'mul k fit slit. I-,I
if' "'l, notil., Olv$ 11%.Z 111411 4 .111311,111 of looll
A 0
00
j,
@,
I L A mflattiARSKAL LIT1101416111t CLOSIVIC4111001
hoe
Islas- is 1., 4.8
An L a a W 5. A)
AS It a -
--I . sis d4a:
AT 20 Its 0 to Ill W 41 is 09 2
0 0 0 0 0 0 0 0 0 0
: : F: 0 0 : 0 4 0 0 0 0 0 4 0 0 0 0 0 0

-W 0 0 00
I a I to 11 11 1., 1A 1) 'A 11 11 it A It a a 24 as If 17 Is 1. 19 it V u m a 1. 11 is is -j m
1 ..1 -JL 9 3 --l- -it,, Y-1 3---& 1_1 M 44 CC M U
00
of
*0 R mtW lnmk adds Irm cabonatmous BUS. -00
. A XI(wiv. 1. M. Doruk-ev and
00 E. ejjep@@Y.@ CAm. (U. S. S. R.) 13, 132-9 -00
1.7
ej
00 (its CwTivoin, 1.10) (104U) a, cf. C. it. JJ, V451.-Rexencr-
&led hurnk ackis wcre forint4l by oxidmi-m of a carlon. -00
00 )acrou@ simile. The ykId htcreawd with hicrra4e of otid.i- -041
:kmi terulo' to210'
lir Oink, 1-foviJA the MIMIC hAll It" Rdititill hlalliC it, M@. .00
00 ti: The yield decrtawd above 2111'. Tht pcicrittAge (A C in
-.04
go the shale dccrcased during oxidation, provided the OtAle
had ao hunde acids before oxidAtion, The natural humic
as j
acids (contalml In shale) were more actively decuttilid. at
0 * a 21W than regeners(rd hurnic acids. The regrucratr,l !:09
hurnic &&H were camolated with mineral acids with dif-
00 a, ficulty, while hurnk acids from peat hardly roaguLitcd
with cacl'. A. A. Pudgurny
go
-00
010 -
O,N @0-6211
goo
400
J
Lao
A 4. 1 t A WALLUKKAL LIT1401,41 Ct4%%'FKATjG* :300
too
U%I Av No is s
a tr It X Kla A 1 1.
Ana
low' 10, o 0
of 00 0000
0 0 of 0 *to# 0 of fee
a 0 of 0000 0 0000 go 0 go 4 0 0 0 go 0 0 0 0 OiA

0 0 0 0 0 - 'L - - I ,
14 LL a
eo
06
bit I a
1-40*
00
no Influenco of Inmic acill 00 the glowing of plants
00 With Waflave lotion of nuiriento durtmIt their early develop.
'
'Mont. I
movu... Akad.
i'
1
1'
Aipik'i
1@
N
k
Kk
1
i
I
a-
r
s
at.
ni.
til
.
.
m Ili. i
ma 12. .
3 0
-
- W
1"
l r
1
il
l
9
17)
l
l
id
ith
1
MOM I-ogll
m
m
fi
ir was ex
.
ra
oa
w
m
1
,
1
(
.
31) inin, tat a water 1111111 U1141 lfiaIYAr-I molil life, N,4
If-;
hummelumim
lInI7
21fre
o
1
0
f
t ti
b
l

'3 .
f
W.
,
11. (i
uili'l
e
a
lt
.
p
was added to 61rig. at sund used (or collute expla. to which
diff
i
f

411411110 erent rat
os o
N to P were applied. Tomatoes, w heal,
d
h
un
cowp .call were Vown. The resu
s indicaic that

490 butnic acid has a favorable effect an the Intake of Pin the
k-Arly stain of plant growth. The incrcu* of P *.I. in nog
00 trichkiromicirtic acid In the early sla4es of gru% Ih "-Is to
an increase in the processes of olidAlioll-t"luction.
1. S. ]Oftc x9o
16 9
@99
L40
466
A etTALLUOICKAL LITIOATIA11 CLAHAFKATIC14
I a. I L a
KICK,
4.14M4 Q*t
F -I. V7 T 11-1
,yr An I S a rw 0 4 v I W im 1 40
U is AV '0 AV
9 it trip OWN ;fi;Ovt ; n tI Is a KID n I
a 0000 0 0 0 000000
0000:iO4110416600*09*00090
000000000060600 00
000000099000641 0700 - A

'A90990600066 1 0 a a a 4 a
I
:
@ * 0 0 0 o 9 * 0 0 o 0
@
0000400oligil
1: il fl I.. ills AP J$2#:Jlljl v), 11K, kr is
U.
A4 f*
1
4
% W Ql@ I 4ai ff a fj .5 f"O
-
-
-
-
-Z .
f.1
oft
AL
00
1 VWT The A4fW Of thu Iftfin"'ce 0' bumlc acid on plarth
"', " 0 "
_J)okkdy 1"rFOY301, Ak'34-
V-34;
h. No
7
*
.
.
'
i
fll
cf. C.A. 42, 3.51TYt. --I 11111lic Mid (t"Al" vv i.00

1011 tram twown rail and dialyLed) when mided to .00
4,d th@. lenglil 01 rLv)ts. rhr wwrvr -1
rullum VAn- Ift-r-
Lknl4
i
ononl,
1111mic mAd h.1, nn JW-4fing on SC4 Jrt
acill h4s all effect on the ptnetrution of non-colittid-41 i(Ill,
through gn anitnal tnembrAne. but its InflUrtlec OU V11111v
I
t
q nntrients into pLant cclis bY virtne DI the DimInAtl 1. it
00 'OH1141 not he estRIAM"l.

r*o

00
so

I
stli

Pat" a

. woo
Jim
u U IV PO its '-d 0 19 0 1 Wk 2 A3 0
ip 0 tr tt or K a it K n tr a tOt 43 M
1
00
N go 0.
go : 0!

CA
. The efoct of buinic acid on root development of differ -
ent agricultual plants. L., A, Khwt,tt,-.v@, A. Novvk-
Khtel-oik-w, A. U YUVV.!*%'. T
IWWY Vicupyot. 1444. A403. I - 1
14iforia 14, So. M. 2.1 SiIIIIII); cf. ("A. 42, 11F.1
Mink itclef wAs ext.1, from pt-At. VA. Jn'I WeAtherell t1kil
3n.1 1weplit. nLvk With NO, K. Nil,, C,%, aod Fc,- ill.-
Iminates thin pre1w. .,Ir amed in different 1111411till- I.,
Ae"10"r W spring Sol Winter Wheat. Itorky, tws'
- milirt. fice. anif wher plantsi. The wir,11ing% wrtr Xv ... Air
in -Art. cultismand mewwwrevarnts inade nit root and triii
Ifevriopinvent. Huntic acid from peat and sod pivii-I t.)
[or morit efimlivt in stimulating ram "th. Th, s,h
rowititurnti ul the homic wul h4, nit influeskv tm th@
toot4, The roi@t initent fonn% 44 losinic ave-I %ti@ th-
--( Sil. X114. atuf K: ft iti ralluble. 11W111% (11.1t "tr (It(-(
teActivv. Difft-ri,tit IJAjitt te-Act diffetrudy to the ittiou.
lot of humir aciel. The OAMI fit O.W5% humse AM
'kmncm. prowd 11104t effe"ivr. 1. S. I.-fle

KHRISTEVAX L. A.
Doe Agricult Sci
Dissertation: "Humic Acids of Carbonaceous Shales as a New Type of
Fertilizers." 8/3/50
Soil Inst imeni V. V. Dokuchayev, Acad Sci USSR
80 Vecheryaya MceVj-
C
Sum 71
V@

KFEII,TEVA, L. A.
Plants-Nutrition
Role of humic acid in plant nourishment and humic fertilizers. Trudy Poch. inst..
no. 39, 1951.
Yonthly k1st 2f Russian Accessions, Library of Congress, December 1952. Unclasaifled.

z
arnic acid and other organlo.substancti In ike nutrition
,
A
Chemical Abstracts %hrlsteva Whst.
ge., Xberwn).
of higher plantv@ L. A.
-
'
-
4A review of the efftcts
4FW
Perkipwoniemmm j
May 25,- 1954 %
of org. substances, w urnic add (dialyad from Na or
S,ails and Pertilizers FC hurnates), viOmins, &M sotubilized bitamens, shows that
in brantl quantities they exeit a favomble effect 4guftlants.
In lkrge quantities they become:toxic. T'heve r ts are,
'b&s-d primarily on scedlings in soln. cultures. 25 retcrin.
J. S. loffo-
Mr"r
Z,-

A
0110
0 1 .7

E
RO

-
50-1
N
N
rlnlt
" MR: "I TO M 10 SUM

'neralmnif org nic
mal relAtIon etwevis ini a
altubitim of IsIgheir plants and the utiOxistion of humle 10da
'
l
ferfliker. I-
A. KhsUteva@ T.. It. l
ivovarov. A. R.Aq.
-

e, ryvi
"Pps@Awkjilsyy in i trhttl, (Agr. b3t.,
1914, No. 12, J.-W; cf. CA. 47. 5598f.-71;j)
Addiss. of 5W mi.- of 0.00 1 % Obj.,Pf Na hurn.-itc, Px i M
;zAi;Jible increase of Potatoes, With it Wn. 1., 1: 1 of
iNPiC u the stalufard, Mdm. of.Mil humate madc it posiible
jo reduce the amt. ot P to'/,# -ind still i fie yields were higher
iand ifte.vitamin. C cmAteut aim hirrut-Axi. Addsis, of
'humateWifflos.'eftton flit: tomt3thittof iovert mt;,.usitt
'
Ahe leavels of po-, itirs.
With, lcm, N lv.Nvl,i thcre w4i file v
Durhigfl.wcr-__
-Ervia" with hilulateq ill will file ratin of
J11g; the culturcl
disaccbari&-s to mailofisicharbim' Thk imlientei limt, (lie
hurnatins on e-Mrjive in totiverting the -imple into more
ConipIcis -ongivq. If is A 1b.it list ljjjjjjjw'q,;1.r(
asvlerj. wills is

Partklpsilon@ of h Mic adds and other arjanic ffubstna4
Wn
bligher-psnIts ad the agonomic slg4
Z I=
el'i '01 ja@
141 Jona -A,.K lljfilglpAgr@
th
In"'t., Khen0d); - 14*11. Adds
195S, No. 4i 59-M.-Hiptsi-on, Owth.or Whedt, batlev
Pot2toes, and grapoi-showed ". 46116whig-, houtip, aelds at
-plant growth, particularly;
AIA.01% concii. stimulate
shown by the root systemC The most mtdou is obtAlved
with patatoes. bftts,-and toinatoesi,foltnwed by whmttl,
bArlCY; Oats, CCW?3@ HiNg kak-ogbyx, and alfalla. Topples'-
kidn bcmis, leMUs and cottati plants res d the:
ey
i least, as do sunflower,'castar.beau.'and pumpkV' The
AtInIntAtilig PCOM Is,caused by the aGility of humie acid to
forns an laoicaRy dUperted state fit whkh it is assimilated
I by the pi@ant$ AS A lA1ltfkflt. -It $tImUlAttil th* P11111914"
nxittal1vt n0lon and Improv".0 iissimilAtl(4q, the offect 61
inust tinted In'tarty stages of ,"th. flumic skid nutd.
tiou Is addi0vt to the Uormal mineral nutrition; _N de-
-ficiency Umits, the utiou of inutile, acid - -1im-pWrils are";
also awe to asshidtate-other Sysiologically active sub-
SA"Oft Mith lu bitumens, vitengs, iind vitamin-auMV(P.
Et*NCJIOCIIOi nomllowlep vitamin III), but their art
ten pronouaced-tWm.that 61 humb: acid. Sol; humates,
=ch@ as the Ma salt, are suggested is a form of fertilizer;
Introduced with Irriptiati waters. They improve crops of
:variM jilidcul(grat plants mom cffeqtlvcly than do mineral
'Jertilizen. As raw tnait"fik mt, browo *4 And CWb()-:
011414 caft be UWA. @0. M. J(00*1?q@
g

USSR/Soil Sciences Organic Fertilizers j-4
Abs Jour : Ref Zhur - Biols No 10-1 1958, No 43856
Author : Khristev
Inst, 15bt GJ:v en
Title The Utilization of Rubw Fertilizers
Orig Pub Kolaospnik Ukraiui.. 1956.. No 7.,-20-27 (Ukrainian)
Abstract A try-out. of hums fertilizers was@begun in 1953 by,scimiti-
fie resenrch institutionsp kolkhozes and forest preserves in
Khersonskaym OblasV. The average,tomto yield boost -was
55 centners per h%...vhen__the.contro1 output vas 118 and
100-104 centnere-per has vhen the yield in the control was
200-400 centnerwperhas This yield booStLvas obtained on
chestnut soils,vhen.7-10-to per has. of litter wereplaced,
An the holes and oweand coils vith the application of 10 to
per-ha, of.@pemt,in.m mixture vith 1.5 centnera per has of.
nineral fertilizers LThe.addition to the young cabbaC;c crop
throueh the application of humophos totaled 69-120 centners
per has and to the late cabbage crop 170 centners per has
Card 1/2
USS43oil i3cinuncu.
,Mlia r J-6
160s JOur Bef Zhur - Biol., No 20.1 1Z8, 110 91477
I$Luthor YJ'ri'3tuv,'
1 1.6 YarchuIt I.I., KuZ,ko M.,*,.
-*Mlqrkov Univ.
Title khYr-i0lo..-Pical Principles in tp,0 Tbcjjr,0j()Lnr of 7-w.ius Fer-
tilizurs.
Ori!- Ptfo V Bb.: Gm-iimmryc U(10711-oniyr.- Kharikov, Xharlkovoh. ur,-t
1957, 163-184
"Ibstract No abotract
Card
36
ADS---Jour
Author Yhristeva L A
Inst 'MwmwRkiV*,6;htY9
^nAP-PAMIS-qhA-1-P- AA Ono nP +ha

C-TEG 0.11
ZY - FO RES f CUL f UrU3
.
AEG. JOUI-.. Mif '71mr-Biolor
,iy", NO-1, 1959, No. 483
AUTHO R Yhrlatevi).- L.!.. 2, o, n1m,
,
@t -aj 7 r;n V . lO t I Y u b%
K
t a Fertll 17.Ors (In
, 1 ,e
A f "'o
vn("
oRIG. RTE.
b.

A -P C T RN CT By experiments at the. Goloprlstaneki- Les-
j I
-
khoz( 195-3), it wa@-; -alitablished that I'mmic

ers ralse the v14'alitir hnd drox@th--
fertiliz w
resistance of nine In T,.;-,e 10,eei, Dniencp sem*1q.
uh a
It Is rscommsn6ed tho 1-1 1 nrut-.@;eri,
,'; 04' 50fli
and watonwing wltl- a (). C',O
humate be applied In with
- u - " f rttllzer,@. It is
- lary mn .1
auppl@.men . e, a
exuedlent to activate plantinj-, mate-lal of
1,
'a @lfferent dletrll2t by wattl*ng t.,e root eyste4i
CA RD

e- V C
t- ) LA
USSR/Plant Physiology - Genetal Problem
Abs Jour : Rat Zhur,- Biol'o No 18o 1958., 81970
Author : Khristeva, LiA%
Inst Kherson Agri 6ultuial Listitut.e.
Title Physiological.Function. of Hunic Acid in the Nutrition of
Higher Plants
Orig Pub Nhuchn.zap. Khersonsk. a.-kh. in-t, 1957, vypi 6, 47-60,
Abstract The stimulating actioa of various polyphenols (1) and of
their derivatives-hydroquinone, gumiacol and t&nnin -
was coqWad with the action of sodium hunafe (II) in ex-
periments with sunter wheat. All substances were used
In concentration of 0.00010. 1, particularly tannin
and guaiacol.) stimulated the growth of plants but to a
lesser degree than M II greatly increased the absorp'-
tiO11 Of 02 by plant tissues (the determination was
Card V2
USSR / Soil science. Organic Fertilizers. j
Abs Jour tRef Zhur - BiologiyS, No 11, 1956, No- 48666
Author :nristeva, L, A.; Yarchuk, 1. 1.; Kotlyuba.
V. G,
Inst :Kherson Agricultural Institute
Title :Agricultural Principles In the Technology of
Humus Fertilization
Orig Pub :Nauchn. zap. Khersonsk. a.-kh. in-t, 1957,
vyp. 6, 83-102
Abstract :In a large number of experiments conducted
during the course of several years, the dose
significance of humic acids and humus ferti-
lizers on ciop harvests was Investigated; also
studied were problems connected with the manu-
facture and application of soluble humates and
organic-mineral humus as fertilizers. Of all
Card 1/3
37

USSR/Forestry Forest Pleats. K-5
Abs@Jbvr Ref Zhur - Biol.) No 21 1956;,5908
Author Khritsten L.A. Ponomarenko, V.O., Runrjantseva, V.M.,
Inst Kherson AgriculturalInstitute
Title The Influence of Humic Acid on the Growth of Pines in
Nurseries and:Tree Plantations Set out in the Autumn on
the Lower Dnep'e Seaft
Orig Pub Nauchn. zapo Khersonsk. s.-kb. in-t) 1957, No 6, 125-133
Abstract In order to explain the effect of humic acid, on the quali-
ty ofplanted material, experiments were conducted in 1953
in the Goloprist-snskiy Forest Economy, Khersonskaya
oblant') in the nutrition of common pdaes vhich had not at-
tained full grovth., Sodium humate in M.0.00* concentra-
tion was used as a humic fertilizer. It was applied by
Card 1/3

IMISTLVA, L. A.
"Die RoUe Der HumlnjAuren Und Einiger Vitamine Bel Der Pflanzenarnflhrung".
report submitted for the 7th Congress of International Society of Soil Science
Madison, Wisconsin, 15-23 Aug 60.

KHRISTEVA, L.A, --
Physiological role of humic acids and some vitamins in the life
of higher plants. Trudy Inst. mikrobiol. no.1104-40 161.
(KMA 16tll)
1. Dnepropet-rovskiy sellskokhozyaystvennyy institut.
V

P doktor sellokokhoz.nauk, prof.
Is it 4.sad capital? Nol Nauka i zhyttia 12 no.10:25-26 0
162* (MIRA 16:1)
(Ukraine-Fertilizers and manures) (Peat)

KMJ@MYA, L-1- LUKfYAMENXO,, N.V.
I-
Role of physiologically activo substances of soils, humic soids,
bitumens,.and vitamins 82, Cp P-P, A, and D in the life of plants
and ways for replenishing then. Pot'hvovedenie no.1003-37 0
162. ' .. (MIRA 151ll)
1, Dnepropetrovskiy sallskokhotyaystvannyy institut.
(Soil chemistry) (Plant physiology)

L. A. Khristeva (USSR)
"Theory and practice of application of humic fertilizers in the Ukraine"
kieport submitted for the2nd International Peat Congress, Leningrad,
15-22 Aug 63-

VELEV, Dimitur, k. t. n., inzh.; BUKHCHET, Georgil KHRISi _MF4a,
inzh.
Cbaracteristics of mazut, and their influence on the flame
during combustion. Tekhnika Bu-Ig 13 no. 2: 19-20 164.
lo "Druzhba" Glass Factory.

BKAGOYEN, I.A., kand. tekhn. nauk,- IMISTIANINOVA., G.P., inzh.
Study of screv pairs with m4ving Bpac6". Sbor. nauch. trud.
KGRI no.13-.85-89 162. (KrRA 16:8)
fBoring machinery-Equipment and supplies)
I

BYCHKOVP V.P.; KHRISTIANOV, A.S.
Thermogravimetric apparatuo baoed on the TV-200 toruion balanoe.
Zav. labi 29 no.10&1267-1269 063. (MIRA 16tl2)
1. Institut obahchey i neorganicheakoy khisii imeni N.S. Xurnakova.

MIKIMOV, A.S.; KOROVYATNIKOV, G.F.
Apporatus for the simultaneous fixing of differential-thermal and
thermogravinietric measurements. Zav.lab. 30 no-4:495-496 164.
(141RA 17-4)
1. Institut cbshchey i neorganicheskoy khimli AN SSSR imeni
N.S.F.urnakova.
". :,71*?.!

VA;@L

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7(5) 3(0)
AUTHORS: Baranov, V.I., Khristianov, V.K. 50V/7-58-7-9/V@
------------
TITLE: Borometric Profiling by the Neutron Method
(Borometricheskoye profilirovaniye neytronnym metodom)
PERIODICAL: Geokhimiya, 1958, Wr 7, pp 680 - 681 (USSR)
ABSTRACT: To state the boron content in soils the authors have develaped
the following method: a neutron source in the intensity of
1.107 n/sec is fixed under a water reflector, 24 cm next to a
neutron end-detector. The appliance is moved with 4 - 5 km/h,
the intensity is recorded visually with an indicating instrument.
By its absorption of neutrons 0.01% B 0 can be ascertained.
2 3
A depth up to 10 - 15 cm can be examined. A figure shows the boron
distribution which has been fixed for a length of 1.5 km. There
are I figure and 3 Soviet references.
ASSOCIATION: Institut geokhimii i analiticheskoy khimii im.V.I.Vernadakogo
AN SSSR, Moskva (Institute for Geochemistry and Analytical
Chemistry imeni V.I.Vernadskiy,AS USSR, Moscow)
Card 1/2
mill
N

67913
-9(2), 5(4) SOV/20_ 129-5-20/64,
AUTHORSt Baranov, V. 1 9 Khristianovp V. K., Karasev, B. V.
TITLEo Photoneutronic N*thod of Determining the Concentration of
Deuterium in Natural Water
PERIODICAL: Boklady Akademii nauk SSSR, 1959, Vol 129, Nr 5,
PP 1035 - 1037 (USSR)
ABSTRACT: The usual method of determining the deuterium concentration
in water exhibit* certain difficulties. They can be eliminated
by the here described methodq when making use of the photo-
cleavage of heavy water (Refs 2,3)1- The deuterium conce,ntra-
tion can b *&Tily and quickly determined in water within an
accuracy 0; _+ % by combining an adequately trong tLradia-
tion source with an efficient method of noutr:n nodetation
and recording. The water samplo is irradiated by a quanta
bean from N04.@The neutron resulting due to the re tion
D2 (t,n) III-is recorded by appropriate counters. The thresh-
@old of this reaction is 2.22 Xev# its cross section being
1.2.10-27 022 (Rof 4)- Under standard conditions of measurement
the number of emitted neutrons is proportional to deuterium
Card concentration in wat*ro By determining the counting-rate of

67913
Photoneutronic Method of.Doteraining the Concentration SOV/20-129-5-20/64
of Deuterium in Natural Water
both a standard sample of water and the sample to be in-
ventigat*dl the deuterium concentration in the latter can be
*&oily calculated. The above method was experimentally
chocked by the authors, Na24 served as )tLrediation source.
With its f-radiation energy (2-76 VerWelozent Be only is
capable of emitting-noutrona.under the action of hard f-quanta.
The y@n)-r*action arose sections are approximately thl same
for D20 and Be. Figure I shows the arrangement in which the
measurements were made* It consists of a cylindrical lead
block I which is bedded in a paraffin reflector 2. In the
middle of the block.there is a roughly spherical container 3
with three tubes 495,6. 20 proportional counters 7 with B40-
concentrated boron fluoride are arranged in an annular spacing,
of the lead. The radiation source 8 is situated in the center
of container 3. Due to'the short lifotiae of Na24 the authors
were forced to content themselves with the accuracy of .
.�2-5 t 1.@5% determined by a single calculation. Up to a D20
concentration of 0.1704% a linear dependence of the counting
rate on the deuterium content was determined (Fig 2,1). The
Card 2/3 error due to water contamination was determined. Such elements

67913
Photoneutronic Method of Determining the Concentration BOV/20-129-5-2o/64
of Deuterium in Natural Water
an BpCdt C1 are apt to distort the determination result.
Figure 2, 11, shown the results of such an experiment. Thus
C11 in an amount of 0.240 causes the determination result
Of D20 to appear lower by 10. Apart from N&24, TOO might be
used for the 4hF6* purpose (T-105 days), but the required
24
amount should be larger by dozens of times an compared to No
Natural isotopi ThC ,, (T1208) aeons to be promising* Its an-
,
cestors RaTh (Th228) and N~Thl(R&228) hay* half-lives of
1.9 and 607 years respectively. The authors investigated the
applicability oflaft. The preparation generates noutrons.it-
selfe Chemical yurifioation r9duc9d this emission to about
r possibility' would be that of preparing metallic
1/5. Anoth
99.9 -' 99. 90 pure thorius enriched by radio thorius, By pro-
;
limin;r; experiments the authors confirmed-on principle the
determinabil4ty of deuterium in natural water within a high
accuracy. There are 2 figures and 6 references, 3 of which are
Soviet.
PRESENTEDs July 17, 1959P by A. P. Vinogradoyp Academician
SUBMITTEDs July 14, 1959
Card 3/3

85535
AUTHORS:
TITLE:
s/oo7/6o/ooo/oo6/oo1/o1o
B002/BO67
@aranovg V, I., Khristianov2 V. K., Karasev, B. V.V
Korobovs, SW. SJ.@
Neutron-borometric Profiling/1
PERIODICAL: Geokhimiya, 1960, No. 6, PP. 490 - 497
TEXT: At the radiogeokhimicheskaya laboratoriya Instituta geokhimii i
analiticheskoy khimii im. V. I. Vernadskogo AN SSSR (Radiogeoch.emica-1
@aboratory of the Institute of Geochemistry and Analytical Chemistry
imeni' V. 1. Vernadskiy AS USSR) an iastrument for neutron-borometric
profiling was developed in the course of the last years. In principle
it consists of a sleigh (Fig.1) carrying a 5 cm thick paraffin reflector
layer (3), a moderator (7) with the neutron source (8) and detectors
with oriented action for neutrons a@d gamma quanta. The first one (9)
is a proportionality counter in a boron- cadmium screen (11), the second
(4) ia a packet of GTC-6 Gia@Xlogen 0ounters protected by a lead
coating (6). A small cadmium metal foil is placed between the counters.
The detectors are arranged symmetrically to the radiation source at a
Card 1/3

85535
Neutron-borometric Profiling s/oo7j6o/ooo/oo6/oo1/oio
B002/BO67
distance of 38 am. The apparatus is dLrawn b acar at a speed of
-8 km/h; the car carries the S n "5e ord r. With a polonium-
6 rr_14 G-111 c e
beryllium source with 0.8-1 lo7n/see 200 to 300 Imp/see could be
counted. The sensitivity was experimentally examined between 0.01 and
0-15% B203* The range of detection reaches to about 15-20 cm. Chlorine
is recorded as anomaly by the n,n probe, i.e., 0.6% NaCl correspond to
the effect of 0.01% B203' The limit of boron detection is 6% NaCl.
Disturbances due to uneven ground are unimportant and may be easily
corrected. The practical testing of the instrument proved its superiori-
ty over recordings bj means of individual tests. There are 7 figures
and 10 Soviet references.
ASSOCIATION: Institut geokhimii i analiticheskoy khimii im.
V. I. Vernadskogo AN SSSRp Moskva (Institute of
Geochemistry and Analytical Chemistry imeni V. I.
Vernadskiy AS USSR, Moscow)
SUBMITTED: April 7, 1960
Card 2/3

85535
8/00 60/000/006/01-1 1101!@
B002 o67
YB
Fig. I
r 10
i PHC. 1. CXeMATHtleCKMA P13pp YCTaHoBKu

[AGGamm mitt ApWoW
jAUTHMv Beranavp To 191 Kos Many# Do V,j Pamars, 0. Z,
TrUgs Measuring bar by the neutron metbod In outcrops and mine workings
SWWIt AN SM. Dwo Ssro'vdbop we 3# 3$641 349-30
ITOPIC TAGSt borons neutron sonde, neutron logging# SM 5 comter
ABSTRACT t The authors describe a portable instrument used for boron detection and
Amtron bombardment and furnish results of field tests* To mks
meamirement bY r
the instrument portable it was necoseaz7 to reduce the weight of curzwA dodoes
iand,, consequently, to reduce the power of the neutron source. The neutron
'retarder and reflector were combined in a single blocke Sondes near the inversion.
value were employeds - and this required a miniml length of 40 CA. Shorter sondes
:,were too insensitives The first instrument constructed weighed 16J kg and was
@:tested in the field in 1960o A later model, tested for the present study, weighs
'but -8 kg., The instrument has three partat 1) a retarder-reflector of 5-liter
icapaoity,j Imersed In water 2) a casette with two WO-5 counters Ja a P-shoped
lboron-cadadum shle3d; wA 3) a panel with &%aifter, disslidnator, tnmmitteri
-ca
rd JA

ACCESSION NRt AP4030336
actuator, generatort and rate counter. Sensitivity was found to be OeOCL% B203 f*r
1& 10% decline in counter rate. Results on surface rocks and in mine workinp dw
oron mineralisation
1the instrument to be satisfactoryfor rapid determination of b
-without selection of rock samples. Results of profiling and of laboratory tests
Ion the are" investigated are in good agreements The JImtrument is suitable for
lexposed or slightly covered rooks* Either continuous or isolated readings asy be
imade, and work may be carried out rapidly, permitting large areas to be covered
,quickly. Orige art* hass 4 figures*
ASMUTIONs AkadeWiya nok SM Lutitute gookbioli i &Ulitich"koy lrh4mt4 im,
takogo (Acadesy of &demos SM Institute of GeocheoWtry and
Anaytical ChGM1i2tZ7)
SUBK=Mo 17Jul& DME MQ I 29Ap-64 MLe 00
WD COWS 0 90 MW 80V# 002' ormu 000
!'a
LCWd

BARANOV, V.I.; 8ARSUKOV)V.L.; 1VANOVA, V.F. KBRI@;TL0*0v V.K.-
A
SURKOV, Yu.A.: kand. fiz.-mateln. na " OLVI VQXI.
[Neutron methods of research aiv, analysis of boron-
containing raw materials fleitronrWe metody poiskov i
analiza bornogo syrtla. iW V.I.Barariov i dr.) Mo:,kvu,
Izd-vo "Nauka," 1964. -139 p. (MIRA 18: 1)

BOMM Wq Yu.At _ i-I
Imtopic ompwitim or the m-ptanisaum voter of sa'J
-4noz-196 0803ftdia WAS44-M A 465.
Wu lasu)
2. gMtcdttW Awm7 l3v 1965.

; MWVAP L. A.
Xbrietianova, L. A.) Cand. Chou. Sol.--(Dine )
"Radiotoohnioal Analysis of Deep voter Marine Deposits in Gonnection
with Determination of the Rate of'Sediment Accumulation." Mos. LSiblishing
House of the Aced Sol UMM/ 1958. 19 pp (Aoad. Sol. LSM. Inst. of
Geochemistry and Analytical Chemistry Im T. I. Vernadskiy), 200 copies (KL046-580 138)
k -

BARUoV, V.I.; KHRISTIANOTA, L.A.
.Concerning the notes by $,Me Grashohanko and others on Tole
Baranov and L.A. 1hristianova's article #Radioactivity of
waters in the Indian Ocean.$ Gookhimiia no,7t651-652
16o. (MIRA 13:11)
(Indian Ocean-Radicactive mustances)
(Grashchanko, S.M..)

BARANG,11) V,1,; MIRISTIANOVA L.A,
Ago of bottom vediments in the Pacifle Ocean. Gookbimlia no.3t
277-290 mr 165. (MIFA 18-7)
1. V.I.Vernadsky Institute of Geochemistry and Analytical
Chemistry, Academy of 8clences of the U.S.S.R., Moscow.

.. . ... ....
-S* TI A10 V19, 4-;@
v.r. MMOV, r,.x. XEMITIMA (USSR)
"Radioactivity of oceanic sediments.
ftport presented at the C"renct on ch@
6 f the Earth's Crust,
t4
Nbecow, 14-19 mar 63.

miusTm,10VICIII S.
I'loskaia zadacha matematicheskoi teorii plastielmosti pri vneshnikh silakh,
zadamykh na zamPutom konture. (Matematicheskii sbomik. Uovaia spriia.
19361 V. 1, no-It, P. 511-530)
Title tr. ; The plane probleti of the mathematical theory of plasticity
in the case where the external forces are applied along a closed contour.
QAI - Wj 1936
SO: Aeronautical Scienccs and Aviation in the Soviet Union, Library of
Congress, 1955.

Zadacha Cauchy dlya nelineyny-kh Uravneniy Giperbolicheskoco tipa. 1;'atem
s
1 2 (14), (1937), 671-900.
o.)
So: Mathematics in the USSRp 1917-1947
edited by Kurosh, A. G.
Mlarkushevich, A. I.
Rashevskiy, P. K.
Moscow-Lenincrad, 1948
0

MISTIMIOVICII, S. A.; MDUUIN, S. G.; DEVISON, V. V.
Nekotorye Novye Voprosy Mekhaniki Sploshnoy Sredy (Lome
S' New Problems of the
Mechanics of a Continuous Medium), 1938-

1A
KHRISTIANOVICH) S. A.
"Certain New Problems in the Meebanics of a Solid State," Publ. House
Acad. Sci. USSR, M.-L.p 1938

V
KHRISTIANOVICH, S. A., F. I. FRANKLI., and R. N. ALEKSEEVA.
0snovy gazovoi dinamiki. MoskvR, 1938. 109 p.,, plates, diagra.
(TSAGI. Trudy, no. 364)
Bibliography at the end of chapters.
Title tr.s Fundamentals of gas dynamics.
QA911.M65 no. 364
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955.

KMISTIANOVICH,, S. W@'
CYbtekanie tel gazom pri bol'shikh dozvukovyl-h skorostiakh. Moskva, 1940. 52 D., diagrs.
(TSAGI. Trudy, no. 481)
Title tr.: Streamline flww of gases around bodies at high speeds approaching sonic
speed.
DNACA RPB (microfi-Im)
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of bongress,
1955

EIMISTIANOVICH) !"). _A.
"Gas Flow Around Bodies at High Sub-Sonic Velocities," In Honor of Native
Science and Technology, 194o.
Central Aero-flydrodynamics Institute im. Zhukovskiy

laMISTLUICIVICII, S- 11-
"Motion of Ground Water Which Does not conform to DarcY's Lww," Pril. Materat.
i meldl.; 1@1 No. 1, 194o.

kMISTIANOVICH S. A
o gverkhzvukovykh techeniiakh gaza. Moskvav 1941. (TSAGI. Trudy, no. 543)
Title tr.: On the supersonic flow of gases.
NCF
SO: Aeronautical Sciences and Aviation in the So*iet Union, Library of Congresso
1955

KHRISTIANOVICH, S.A.
"Supersonic Gas Flows." Trudy To AGI, No. 543 (1941)

I KRISTIANOVICH, S. A.
"The Calculation of the Ejector." Prowlshl. Aerodin. No. 3 (1944)

SDIONOV, L.A., and S.A. MRISTIANOVICH
Vliianie szbimaemosti na induktivnye skorosti dryla i vinta. (Prikladnaia matematika
i mekhanika, 1944, v.8, no.2p p.89-98, bibliography)
Summary in English.
Title tr.: Effect of air compressibility on inductive velocities of an airfoil
and propeller.
QA80l.P7 1944
SO: aeronautical Sciences and Aviation in the Soviet Union, Library of Oongress,
19550

!GMISTLAITOVICII, S. A.
"High Speed Problems" Gazette of the Air Force of the Red Army, Moscow, 1945-

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throughput, wA requivid distance between pumping stations,
yielded by Uw new forwas, am lose than the correspowding
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12HIMITIANOVICII, S. A.
"Use of Ejectors in Gas-collecting Networks." Iz. Ak. Nault, Otdel Tekh. 1,Tauk,
No 3, 1946.
Mr., Academy of Sciences
N. Ye. Zhukovskiy Central Aerohydrodynalaics Inst.