SCIENTIFIC ABSTRACT NOVIKOV, A.A. - NOVIKOV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137420010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/ 119/62/000/002 /()Olt /U 10
New designs of pneLIMMIC 1)201/0501
the controlled par-injeter e)Kc,2c(l,, or falls below a preset I~nilt. Fhe it,
strument can operate with any type of pi;k-ups, in which the jjnvtifri~01,
output signal var:cs from 0.." to I kg/cm-. The signaller operat-Is on 11,e
principle of displacement compensation, the control point beinK ,.;(,t-up b% L11
different,al levers. Th~ output tiignal for pneumatic signal is the (om-
pressed air at 1.4 kp/cm--, foi electric signitl a voltage tiot ex( eed I IIK
20-70V. Res t st i ve load c tirrent 0 - 2 IOA, i nduc t i w e 1 oad - ur rent 0.2-5A.
The absol ut E er r or and backlash not exceed i ng * !%. 4 ) Pu I se t i me r e I ay
t ype V P ~' --5297 ( IRV 5297 ) f or transm i t t i ng a pnetifflat i ( s i gna I a t 1.4 k-g
CM2 pressure o f it v, i ven durat i on at it gi ven repet i t i on f re(pien,. y , may b"
used 1 11 sampl ed dat it c ont ro I syHt ems . 5) Stor iigc re I ay typr- I' -, -5-'23 (Itl-
5221) tised as a storiigv element fol- input sivnitl with the rommand !41gli'll
il~pplied ~n the form of it 1.4 kg/cm 21 pressure'. 6) Prest~ure relay
f j~~1-5271 (RI) 5217711 for convertin, an input itir pressure tnto j -taiidard
air pressure. rh(-- sensitivity is better than 0.001 kg,,'(:m2 10.1% of I'lax.
ou t put pr e,,; stir e ) .Absolute error less than - Vo of the itipu! i.r pre,su-
rang-~ additional error due to it change of + IWo of ,upply pressor- no,
exceeding 0 21/;, nere itre (, fiKur-eF...
Card 2./2

L IGVY7-63 EWP(q)/EW7(zm)/Bl)g
ACC&MICK NR.- AP3001951
AFFTGIASD M
S/0226/63/0w/O03/WIS/O()24
Atn=: jLudr em, 'I(, T,; Mtkhaylcffl N. I.; NbvIkQY, A. A* r-7
- Mtot -
TME: Production of very fine copp er powder
SMM ForcahkoveyametallurgEm. no- 3* 12 IB-24
TOPM TAM: very fine copm povder.. cupric sulfate reduction, reduction Vith
titanous oulfatt., batch-tVpe process, continuous process, solution acddity,,
current density., lead anodes, titanic sulfate reduction
ABSTPj=:. Very fine, pure copper povder vith particles of s heroldAl hope vere
produced by, the reaction between titanous sulfate M sub 2-W sVb 4) sub 3)
and, cupric sulfate (CuSO sub .1.) in an aqueous solution containing 200-2SO g/dm sup
3 of sulfuric acid. With cu]pric sulfate added in excesa of the stoichiometric
amount,,, yields of 99.&-99.9% of the theoretical vere obtained. Particle size
varied depending on the concentration of titamus sulSate; st, a corcentmtion of
about 1.0 g-eqtLiv/dm OUR 3, particles vere I- to 10-micron in diamter. At
concentrations of less than 0.1 g-equivIdm. sup 3, particles: vere nearly colloidzi
Card

L 10107-63.-
ACCESSIOff NR: AP3001951
ad formed a gtable suspension vith vater. The higher the acidity of the titanous
sulfate solution,, the purer the copper povder obtained; in a 6--1% solution 200--
P-50 g/dm Ow 3 of sulfuric acid produced the optimun acidity. Titanic sulfate
produced by the reaction vas reduced to titanous sxdfaLte by electrolysis vith
direct. current; the beat resulta vere ottained. with a cathode cux-rent density of
1-3 amp/dmx sup 2 and. lead anodes. The reduction of cu-pric; sulfate to copper
pouder and. the reduction of titanic sulfate to titanous car. be done in tne same
vessel by either a. batch-type method -_ dripping a saturated solution of cupric
sulfate into a solution of titenous sulfate .- or a continuous method -- anodic
dissolution of' metallic copper in a solution of' titanous sulfate. la both., the
reduction of titenie sulfate, on lead or copper cathodea occars siMLItaneously with
copper reduction of cuprie sulfate. The batch.-type method yieldn particuLsrly
high-purity povdars. The a&antagea of the continuous method are t1lat 1) copper
.vaste products can be used as anodes., P-) there is no loss of titwdim and copper
salts,, and 3) the process may be automated. Laboratory units for both processes
hwre been built., and procedures, for treating, dry-ing,, and controlling the quality
Of,,the pomders produced are described. Orig. art. has: I table and. 3 figures.
ASWCU.TICK: Naskovskly khImiko-tekhnologicheskly institut im. D. 1. Hendeleyeva
(Wscov Institute of Chendcal Technology)
C6-r
--------------------------------------------- ....................................

AIXESSION Us AR4018306 3/0137/64,/000/001/003Z/(;034
SOURCEs RZho listallurgiya, Abs. 10235
AUTHORt Ku4ryavtsev# N. T.1 Kikhaylov, No 1.1 Rovikoir, A. A.
A!-=
TITLEi Preparation of highly dispersed powders of iron and copper
CITED SOURCSt Tr. Ku7bysshevek. aviats. in-t, vy0p. 16, 1963, 6-9
TOPIC TAGSi iron powder, copper powder. electrolytic reduction coll
7RANSLATIONc A description is given of laboratory methods of preparing pure, finely
d1spersod Fo and Cu powders. Fe to obtained in a conloal glass electrolytic roduc-
tion coll with anodos of low-carbon ateel strip and a oRthode of Ni or Ti. The
electrolyte consists of FeS04*7H2O (66-76 C/1) and K230, with p1103.0-3.6. Current
density is 16-35 a/dm2 and temperature is 10-220. The Fe spon4ge formed at the
cathode is loosened by the evolving H2 and collects a&',& pulp In the bottau part of
the cello Acidity of the electrolyte is maintained by adding H2SO . The recovered
'Ibitor to remove
pulp is treated with 3-6% H2904 containing I e/l of Ra arsenite I
the hydroxides The re powder is then washed with water and acetone. mid dried in
air at roan temperatures The purity of Fe powder to 97%o and its spaoifLo surface#
Card 1/2

ACUSSION 11Rs AR4018306
30 M2/9- The Cu powder is obtained by the homogenoous reduction of CuSO 4 in acid
modiun by Ti sulfate in an electrolytic reduction call containing a 6% 130lution
of' Ti2(304) (200-250 &/1) acidified with 112SO4* Tho call has Ou anodos. a soluble
Cu cathode taourie of Cu ions In solution)# and an insoluble Pb cathode for regan-
orating Ti which is enclosed in a ceramic diaphragm with a 10% solution of H2504a
The current density is 6 9/da2e The Cu powder forming in the bulk of the olootro-
ly-ta deposits on the bottom of the bath is filtered, washed with water and driad6
Vo Mashpor
GV8 CODSt EXCLe 00
Card 2/2

(MOGIUM19 V.S.p lnzh.; NTIMP, A.A., Inzh.
PeducIng the emumptlon of arc f~--rwce electrodes.
14t* proizv* no.11:10-12 R 165. (MIFA M12)

EWA(k)IFBDIFAT(1)IEFX(k)-21TIE~4P(k)IEWA(M)-21EWA(h) ~SM/IJP(0) W13
ACCESSION NK3 APS021726 UR/0386/65/002/002/0058/0063
1AUTHOR: Yellseyev, P. G.; Novikov, A. A.; Fedorov, V. B.
lo4
TITLE: The effects of optical interactioh'of two diode lasers
iSOURCE: Zhurnal eksperimental'noy I teoreticheskoy fiziki. Pis'ma v redaktsiyu.
;Prllozhenlye, v. 2, no. 2, 1965, 58-0
1TOPIC TAGS: laser, diode laser, gallium arsenide, gallium arsenide laser, injection
;laser, semiconductor laser. optical Interaction
ABSTRACT.- The optical interaction of two diode lasers placed less than 5 u apart
was studied experimentally. The gallium arsenide p-n diodes obtained by cleaving a
~single crystal into two parts 425 and 1450 p long, were placed in the save plane in,
'liquid nitrogen and pumped by square-wave current pulses with an amplitude of
;,0.5-2.5 amp and a duration of 1.5 Vacc from two oscillators. The emission spectra
were observed by means of ISP-51 and DFS-8 opcctrographs and were recorded by an
:17,U-22 photomultiplier. The emission sRectra of the 425-M 6hort) and 1450-u (long)
:'diodes were in the Ashort - 8420-8435 and Xlong - 8465-8478 1 regions, respec-,
i
ttively, and consisted of modes spaced 1.7 1 and.0.8-0.9 X apart, respectively. The.
optical interaction was evidenced when during the pulse coincidence the relative
1.Card__l/2,_ _-A

L 2972-66
ION MR: AP5021726
'Maxima of the Ashort,and Along lines changed correspondingly; moreover, a decreese
in the Ashort and an Increase in the Along line intensities were observed from the
Ishort diode side, while an Increase in the intensity of both lines was observed from
the long diode side. Thus, the optical interaction effect, as observed from the
short diode side, was the decrease in line intensity from the short diode.side due
to the introduction of an external emission into its active medium, and, from the I
long diode side, an increase In the intensities of both lines due to the time coia-
cidence of pumping pulses. The optical interaction is fur 'ther explained in terms
of the effect of coupled modes an the population of the energy levels. origo art#
has: 2 figures. IYKI
last-itut-Wchnoy mekhaniti I vychislitel'ttoy tekhaiki Akademli nauk
SSSR (Institute of Pure Hechanics and Computer Technology, Academy of Sciences0 SSSR)j
SUBMITTED: 25May65 ENCLt 00 SUB Com. EC OP
jK0 REF SOV: 000 OMR: 005 ATD PRESS-.P
CV K
LC~ard -2/2

. NOVIKOV, Aleknandr Aleksandrovich,_dvaziLdy geroy Sovetskogo Soyuza;
rea .*,;-*, "GIJRDZHIY EVA, A.M., tekhn. red.
[Jet equipment in commrcial aviation) Reaktivnala tekh-
nika v transportnoi aviatsii. Leningrad, Ob-vo "Znani6O
RSFSR, 1963. 64 p. (MIRA 17:3)

MAKSIV.OV, Vita) iy lvan,~vl -h; Alek--a
1 nj. ~, h
FROKOF-f-EN., 01--g T~"~~31.'!Y, Yu..".,, red.
[!;pocia-1-purpose -u,-i(fojo,.m means of mv.-Aering the
O.'ean depths] Podvodnyi f'.,.-)t. npetqlallnogo naznw:heniia;
sredstva c-svoeni-la rnorskikh glabtn. 1,:,.)nkva, Vcenizclat,
1969. 103 p. (MfU, 18-6)

re
Z f r

NOVIKOV, A.A.
Using the S-492 d=pIng and piling machine, Mekh. stroio 18
no. 3:16 Mr 161. (KMA 14:5)
(LWing and unloading)

BILMIONOV, I.Y., kand.sellskokhoz.nauk: LOBAKOV. G.A.. icand.sel'skokhor.
nauk; UOTIKOT, A.A.. kand.sellukakhot.nauk; SMAYOT. 5.M.,
kand.sollskokhoz.nauk; CHIGRIN, T.H.. kand.sellekokhoz.nauk;
OZMOV, T.M., red.; JEUVA, T.M., tekhn.red.
(Fruit culture] Flodovodstvo. Moskva. Goo.izd-vo sallkhoz.
lit-ry, ig6o. 334 p. (MIRA 14:1)
1. Unuchno-Isaledovatel'skiy institut eadovodetva imeni 13.
Michurins (for Belokhonov. Lobanov. Novikov. St&panov. Chigrin).
(rruit culture)

YOVIKOV, A.A.. RUSSMV. V.V.
Recording @lee t rooncerohqlogrnme with an I:KP-4M electrocnrdlograph.
Vrneh.delo no.3:281 Kr'58 (MW 11:5)
1. Knfedra iftfpet3ionnykh bolezney ORV. - Drof. L.K. Korovitskty)
i kafadra normallnoy fiziolopii (znv. - plof. P.N. Serkov) Odesakogo
moditainskogo Instituta.
(F-IgCTROENCYTHALOGRAPHY)
(RLM.CTROCARD IOGRAPHY)

K,UVAUK27OV, Ivan I~ALKIII', Vuniiiy Kirillo~i,-r,
Georg ~yevich, .,e- I k:,rz. rlLu_
retsenzent; lTlRKljUA', I'J., karii- willk, 00to.,
retsenzent; A.A.2 kanii. naui., ;Ots.,
O.G., it. p-epod., r,.*!--,-nZrnl;
1- und a me ri t a Ii;r o
pe r,,.-- z
A. KWby.,;l;cv~;ki-, In
2.
saf'ronov,-)

I iI /~ "/,-
ITOVIKOV. A.B.
the vear resistance of VK2 and TZOD alloys
during machining of modified cast iron. Stan.i instr. 29
no.1-24-25 Ja 158. (KIRA 11:1)
(Alloys--Teating)

NOVIKOV, A.B.; SOIkV5Ti--V, ',i,A,; MEMUN, ll,jl~
PnuuMtic mndrel for gripping, thin-walled part- '.vt.pr=.
28 no.1:43 Ja 162. (MTft;, 1. 5 -~ 2
1. Yarosiank-ly motornyy zavod,,
(Ijithas)

M07IKOvF A.B.
Extrusion instead of machining. Avt. prom. 29 no.11:41-42
N 163. (ICRA 16.,12)'
1. Yaroslavskiy wtornyy vlvod.

AID F 3678
Subject, USSR/Aeronautic8
Card 1/1 Pub. 135 - 5/22
Author Novikov, A. D., Guards Lt. Col., Pilot Class 1I
Title Carefulness of the technical and flying personnel
Periodical Vest. vozd. flota, 1, 18-22, Ja 1956
Abstract This article belongs to the series "Notes of a commander
of a unit without accidents. fl The author describes, In
several simple examples, how to avoid accidents by training
and good organization. Names are mentioned.
Institution None
Submitted No date

1;na-)V, A. i:,.
Propaganda sel':3kolhozlaistveu.ykh
znanii (Popularizing arrciiltur~.! :lo-
s;-va. ';oskulltprorvetizlat, 1)53. 5) P. 0;-chl~a
sellsko~,o klubno-o ral,,-,-ArJkzj. rin. lQ
3J: Monthly List of ll~ufijian Acce,,isions, 'i) I . 1, :.,j. ~ , t I

NQYLKQ-V,,- A.F., inzh.
Testing az4 checking of electropneumatic brakes. Elek. i tepl. tiaga
7 no.6:41-43 Je 163. (MM 16:9)
(Railroads-Brakes)

G(RTUNOV. B.F., kandidat tekhnichaskikh nauk; GUDAOTS, N.A.. kandidat
takhnicheakikh nauk; ZIATOVMHOVHIKOV, L.P.. kandidat tekhnicheskikh
nauk-, KAGAU. YA.Kh.. kandidat tekhnicheskikh nauk; IMIYOT, A.K..
Inshener; MOCHKIN. S.M.. Inshanar; LTAKI(MITSKIT. T.Te.. doktor
takhnichaskikh nauk. professor- RQU -&U.A.Z.W.Jondidat takhatcheakikh
nauk-, RONASHOV, D.G., inzhanarl, SH~ZNTSELI. V.K., Imndidat takhni-
chaskikh nauk; 021KIN, T.P., redaktor; ZAYTSU, N.H., redaktor;
MILMOVA. B.S.. rodaktor Izdatel'stva; TIKHONOVA, Ye.A., tekhnicheakiy
redaktor
[Port hydrotechnical Installations. construction and disigal Portovys
g1drotekhnichealcie sooruzheniia; konstruirovanio I raschet. Koskva,
lzd-vo OXorskoi tranaport.R 1956. 537 P. (KLRA 9:11)
(Harbors)

NOVIKOV, A.F., kand.tol-ft.nauk; 311PAR&ARG, B.I.
Actual measurements of the elastic line of a metal grcO'7p,. Trudy
TSNIIMF 7 no. 32:41-47 '()1. (24LU 14 5)
(Elasticity-44easurement)

SHKOLINIK, E.V.; PINSKIY, G.B.; NOVIKOV_, A.F.
Experimental hydraulic generator at the Volga Hydroelectric Po-.mr
Station "22d Congress of the CPSU). Biul.t,~kh.-ekon.inform.Gos.-
nauch.-isal.inat.nauch.i tekh.inform. no.11&69-72 162. (MRA 15:11)
(Volga Hydroelectric Power Station (22d Congress of the CPSU))

311KOLINIK, S.V., inzh.; 1IMSKIY, G.B., inzh.; NOVIKOV, A.F.p inze
Experimental hydrogenerator of the Volga Hydroelectric Power
Station (22d Congress of the CPSU). Vest. elektroprom 34
no.6:1-4 Je 163. (IAIRA 16:7)
(Volga 11~droelectric Pqwer Station (22d Congress of the CPSU)

NOVIKOIJP AsIF., tnzh.
Testing of 04 1 supi.ly syBrens and autorratic crw~,ro' (,'
of the TGIV-200 gen,)rator. Energ. i elektr~,tekh. ;7rr,=. m~.4:49-51
O-D 164. 0,11RA 18:3)

1'1~ x.
22880
S/089/6 1 /0 1 ~)11)rj/o 1
B102/192 14
AUTHORS: Doillnitayn, Ye. Ta., Novikcv, A. G.
TITLE, Measurement of spectra and temperature -)f re;*r r i7fis in a
graphite-moderated water-cooled reactor
PERIODICAL! Atomnaya energiya, v. 10, no. 5, 1961, 517-rl~
TEXT: In the present "Letter to the Editor" experiment.9 ire dpocribed on

*22, ILI 8 0
S/089/6 1/0 1 0/')o
Neasurerv,,nt of spectra and temperature of . . .B 1 021B2 14
efficipnoy of about 8 %1 the selector baokgrounj v;;is 2-3 %o of the e!fcct-
It was a2sumed that the neutron spectrum in the beam t, identi,,,,j] with tt,at
in the reactor. The thermal neutron opectrum (for 0 .0', % t,) 70 1~0 re actnr
power) was Mnvivellian for cold as wel 1 -is hot rralihite in th(- rang,? of
0.1 ev to the lower limit of measurement. Tht:, ne,,Orr)n temper,iture was
determined from the spectrum find according to the metn,)d of the boron
filter. The results are shown in Fig. 2. The difference of the neutron Vl(
and graphite temperaturee can be described by the 1'r,rmula
0.72. SDviet-bloc
Tn- Tgr -0.9 Tgr There are 2 figures and 3 ~ ~
and 1 non-Soviet-bloo. The refrrence to the Engllsh-llanguage
reads as follows: G. Leibfried. Nucl. Sci. Engnf-. 1, No. 4, ' 73 (1yFi'l'.
SUBMITTED: Junuary 17, 1961
Card 2/3

4255P,
5/089/62/013/005/011/012
B102/B104
AUTHORS: Doillnitsyn, Ye. Ya., Novikov, A. G.
TITLE: Measurement of thermal neutron spectra in boric - -t-acid
solutions
PERIODICAL. Atomnaya energiya, v. 13, no. 5, 1962, 491-495
TEXT: The thermal neutron spectra in water and aqueous solutions of boric
acid were measured anew since the results obtained by other authors are
inconsistent and disagree with theory (M. Pool, J. Nucl. Energy, 5, 323,
1957; H. Walton et al., HAGATE Symposium, Vienna 1960; H. Amster, Nucl.
Soi. and Engng- 3, 394, 1957). The measurements were carried out in a
cylindrical tank, 60 cm long and 50 cm in diameter. A neutron beam from
a graphite reactor was passed through a Cd plate and a tube, and thence
to a lead sphere placed in the middle of the tank. It served as a
spherical neutron source with Fermi spectrum. The spectra were measured
using a mechanical selector with a 256-channel time analyzer. With a
rotor speed of 5000 rpm, the time resolution of the apparatus was 40psec/m.
Correction was made for the deviation of the detector sensitivity from the
i/v law, the transmission function of the rotor and the neutron absorption
Card 1/2

S/089/62/013/005/011/012
Measurement of thermal neutron B102/BI04
in the air. The measurements were made at two absorber concentrations per
hydrogen atom: oc.1-5 b (1) and Ic . 2.9b(2). The experimental curves
agreed with the corresponding Maxwell distributions for a neutron
temperature Tn'(333+15)OK for pure water; T,0(356+15)OK for (1) and
Tn' (362+15)0K for (2) with a water temperature of 3200K. The spectra
measured coincide with those calculated by G. I. Warchuk et al.
(Atomnaya energiya, 13, no. 6. 600t 1962). There are 2 figures.
SUBMITTED: June 9, 1962
Card 212

DOILINITSYli, Ye.Ya.; MOVIKOV, A.G.; STAKHANOV, I.P.; STEPANOV, A.S.
Temperature relaxation of a neutron gas. Atom. ener 15 no.3:
255-258 S 163. IKOMA 16:10)
(Neutrons--spectra)

1 1,1~ Y-. Ya. ; HOVIE("'l, A. ~1. ; f-L. Y-
"T!,e ~'i., rf' ne~;tr,r, " " ' !. -.-, Wat, I- ~-,, I I!.'! --- ! ". 'I *
I~,ittr
r*.cwt ,iubmltted f'or, --"r) Ir;t~ ', rX, P-% ~-l' . 1, At(,:."! - ,
J~ .
AIA~r,- ' ~Cjl f,

Climatalory rrid th- Of
"0 1953, V-19
The author rejortF on 'Ic con~;truc' Lon (,f' th, rli:,40ic of
Orlow:kayR Oblast. Tn ll-, o- L,.Ir)rl, "CIL.I.,A01ory" i.- !~C!Lo nc~- tl--,
sti;,'les tYe Lnterrc lonr of cv-o-
Frra-Mcal Intitude. (RZF;polf No 5, 1954)
30; Sum. '~O. 5F,8, ( .11,1 55

NOVIKOV, A.G.; SINITSYN, F.Ye.j 3MORTSOV, I.V.
Prospects for linding o'-! an." in no-;tnern and' sz;-Ith!SrIst-,rn
Kazakhstan, northorn Klr,~hizia, an-A the eastern Ural Molintnin
region. Trudy VNMNI n,,.35:~M-3C1 '61. (14IRA 16:7)
(Petroleum geology) (Gas, Natural-Goology)

NOVMOV A.G. j SINITSYN, F.Ye.; ZAGORUYKO, V.A.
Geology, porspects for finding oil &ad gas, and trends in geologic
studying of the Kyzyl Kam. Izv.AN Kazakh.SJR. Ser.geol. no.5:16-26
162e (KIRA 15:12)
(Kyzyl Kum~Geology,, Economic)

NOVIKOV, A.G.
Association of the mercury-complex metal mineralization of
the Talss-Als-Tau with the volcanic complexes. Trudy lab.
paleovulk. Kazakh. gos. un. no.56:224-226 163.
(MIRA 16:6)
1. Yuzhno-Kazakhstanskoye, geologicheskoye upravleniye.
Talas-Ala-Tau-Nercury ores)
~Talas-Ala-Tau-Vojcanoes)

-NOVIIKOV, A.U.; ~,IIIJLSYN, F.Ye.; FILIPI-11-N, u.p.;
Tectonics of troughs in southern Kazakhstan in relationship
with oil and gas powutials. Izv.AII Kazakh.SSR. Ser.geol.naak
no.4.3-14 163. (HIRA 16:9)
1. Y u zlino-Ka zakhs tans ',oye geolugichookoye upravleaiye edd.,.-
terstva geologil i okhrany nodr Iaz.S)SR, g. Alma-Ata.

,~.7 '1 1, ~ CV , ~, ~
1 11 , "I ~, -~ r - . I - - , , - -, - . . , ;! " *: ~ ~*. ", ',l I , - 7 : ,
I. I - - I , , - . I -, I I
-q :,. " f . ".. I I I . .1

-*' - ~' i - - , ,
NOVIKOV, A.G., inzh.
Problem of determining loss of pressure in ~Tates. Gidr.stroi.
26 no.10:50-51 0 '57. (YIRA 10-10)
(Hydraulic turbines)

JL;. ( 2 ) _~ (1, 11 - C. 1) -"-')/10
/99
A'LIT! I 1~' R .,ri ~-,i ne e r
T IT LE' Tren(-!h "Ho'.wird" 'Trr,~nah , %1 e, k, o p, i t o v -i r -d
P E'l ~' 10 D A 1, Nr pp
(USSR)
ABSTRA-7: The i T t i 21 e -1p ~i !.,~ wi *. h t r, ct i nF, an Enf--' i sh trench
of the "Howird" -I7pe, for laying drain pipes
made by the firm 2otary Hod,-,e in Great Britain. The
tests-, toc~!~ F);,ice -, f`- 7,-)1khoz "Ledurga" ("Ledurga"
KoI1,-1hoz), :33i7,1_1',-!!~ ray~-D Latvia-n SSR, durinF
Sep*,,--,1-,.---0C tot,,-; 1 The trench diCger has also
br, e n (-1 'arms of the Pribaltiys-
"17 (Baltic !_13) and t1ie Nauchno-iss led ovatel'-
iy inqtitut Filrotokhniki i meliornt-.:-,_'i Akademii
n fj! i 1r SS',? (Research Institute of Hydraulic
Enp,ineerinf,- and !.7plioration ol" thn AS Latvian SSR)
loc~if~lld in t'1- 'Daldone rayon Durinf., the testing
T) e r ~L 0d a tot j 1 n f 1 G m of trenches was dug, yet
Card 1/;? t.1-le tr-nz,i dig,,-er's ince was found inadequate

Trench Digger
-~(-"199-7 I C,
.1 ~ d
for the folllo-.,iin~,, reisons: I ) it,-, JigginE;
depth proved too shallow (ori.':~ 1,180 mm of
1,500 mm accordinF, to Sovie. requirements) and 2),
there ;.,ere frequent bre,,ikdo,.,.,rs due to stony ground
as the trench (IiFf.-er %,vis designed for .,jork on stone-
terr~iin. Thorp are -) Ifliot-os.
(',ard 212

r)
r
,.I0v4kD-7, A
T P
I TLE Thr, C,,ilculrit-~,.,. nt ti;- Capa,-ity cf P-
tile -)f co!:Ipres,-)r ~~)v C c; r
0 p e r - iC u t i o,, i F, n f G E S III r o - Ar8
-11,akc,i i ~,
rc z -o~ite:
deler, i "OF!
k om r, U c- s, F 0 -n ~7 o rn r -- ~-j
C) v
T
T
IU ~j I C Au Gr 1,3 r c i A oj~. ~Yr, p t I, nt
5 Z - S i
~n resigns" 'r, ~t%
.-BSTRACT :n th's arti-
by Ei- ineer Ya,S "Kct, c s
r
1952, 'Ir the cha'--lon,;es ~he
of t.".e forrialla foi- -If, r,.-I-Iv- -,-3
l um.- v t t_,
v k('+Pk)n-Vkc
p pp Pk
becauae It cor,'~riins ~i coefficien', of ilr
Carl which -t,, the %utiinr's cpin-,

The Calc~il ation of paci ty of ti.-
-rity of the Compr,?Ppor f ~Dr Co.~~ .2~_-., ~or C
'7S IT- ~Iro-Aggrp.-a-s
r r r)
Ile to !isv
l For c a! cul at i on r) f t lie rec e ivi, r ' s c apa
v vk P k "L- 2 For c al c,i 1,, t i c r, c f r
p 0 V r, - r, ' nv~
rp r o ~!,_i c t '~ v i p p
t
v i F rr..- e ve r cap-c i 'y in m-' V~_is
a~r s pac e n l,.e c 1--i_,7,b ., r o+ e b n %v r;~
wh P e 1 a f t f, r f o r c i ri j~ ou t e -,v a t ~_, rp 1,-i o r~
of al r npac n c) f the Ppi ral and the P(.(, t I- e "-)ro
the or"icr I- '-"~Cy r1ftt-r. foz'(-in~r 0111 1-1~- '11"I+-r
(2ri t IQ Oill~
/1 'n 'Itopper ~fl clorpri,
V
Card 2/3 D Pk ip iir preonure (in'jita) in +'he viork

The Calculation of Re--e-4-.rer an-l~ '~.e
of the Compree~or 'rr
'ES
-,ha7
r of *v-e
work vih(-~-l ~,,mbr r, 1 1 n ~he in
c h anib e r p is thr? -iir
thr, k.E~./cm p iE- tht~,
Fure -n 'he c'
ed to bp great, -r tl-*rin pby crn' p
compre,!isor ' P productivity in m3/Tnin n in thm tc*a*
number of -Iggregat~~s being trangferred info
Ratory ccndi*icnpj t i F, t I'm e i I-, t (-, rva I n F, e
restoration of normal air i.;rr-spiire in thp
i- minutest q in the copfficde!A of air :--tka,~e ~n
m3/how- ,-7hich har, tc he as-cprt~-.inecl
Card 3/3

NOVIKOV. A.G.. iazh.
Heads of turbine water inlets. Gidr.strole 31 no.4:48-50 AP 161.
(MRA 146)
(Hydroeleotric power stations)

ACC NR, AP7000313 SOURCE CODk7-Ui~-/64-1-3[6-6-/G-d~6-/622/0030/0030
1"I'Va'TIOR: Novikov, A. G.
ORG: none
TITLE: Multilayer spiral-joint tube. Class 7, No. 188471
SOURCE: Izobreteniya, promyshlennyyp obraztsy, tovarny-ye zn&ki, no. 22, 1966, 30
"J
TOPIC TAGS: metal tube,-iW-1 _t-;'~! Ube,
ABSTRACT: This Author Certificate introduces a multilayer epiral-joint tube formed
from step-shaped skelps. To increase the tube strength and to obtain uniform wall
thickness, the skelp steps are of equal width and are joined on the 4-mak curface in such
a way that the analogous steps form a corresponding layer. Orig. art. has: I figure.
LTDJ
SUB CODE: 13/ SUBM DATE; 04Feb63/ ATD PRESS: 5109
Card 1/1 uDc: 621.774.21; :621.643.23/24

MA TV EY EV P TU.M., doktor tnkhn. nnlj~, VYI-IRINY V-1o' , doktor tokhn. nnuk,
FINKELISHTEYN, Ya.3., kand. t,,~khn. nnuk; KAUYKAN, M.M., kand,
tekhn. nauk; GIATBEDG, A.Z~, Kand. tekhn. nauk; 107'.F07, A.G ,
inzh.; SITNIKOV, L.L., Jnzh,; NODPI, F.O., Inzh.j STOTYPTY11T,
M.F.,inzh.; STERN, V,A,, inzh.; FRIDMAN, D.S., 4nzh.
Operating conditions and wear of mandrele on the co-n*.1nuous
billet mill of a 30-102 pipe rolling un1t. ztall 25 nn.10.
930-934 0 '65. (MIRA IP,11)

V~frlrin, 7.
`Ni' th fk 1 J A tI ~i T. 1 11 4'1
r iv a71
Metal tilho
pipo, nwi,;t lkirj~,,i p., i:-ot;i, iria(:nine
V,)W
T: 7)~P fund-uient-i, oqu;tt-.on of ,%ol-ori rt f~-at~ni, rmandrel durini~ a :ont.n.i-
our pipe ro, 1 irij, proci-,,3~3 zj;is i~oth~,,tolot7y of ~al~-ulati-ng the velo-:ity and
opt~,-,ium '-th of' it floitin,- mandr. . w.,,, improvod. Formulas for dotemining the
adva'nce of' tho mandrel from the pip,~ and ieio,~ity of the free floating mandrel were
derived. The calculated results werQ compared with experimental data. 2 illuatra-
tions, 2 tables. Bibliograp* of 6 citationn. Kochenova /Translation of abatrac
SUB BODE: 13
Card TiD,;: 621.774.~kjl

NOVfKOV, A.G.; KONOVALOVA, L.I.; FADEYEVA, F.M.
Continvouo dyeing with Insoluble -to dy,~tj witt parLial dr-jini,
cf the fabric after "azotolation." Tokst.prom. 25 no.11t69-
70 N f65. (MIRA 18:12)
1. Glavriyy inzhener ivanovskogc khlopchatobumazhnogo komt1inath
imeni Samoylova (for Novikov). 2. Zaveduyushchty khi::Acneskcy
labo-eLtoriyey Ivanovskogo khlopchatobumazhnogo kom'ninata imeni
Samoylova (for Konovalova). 3. Starshiy inzhener-khLmik Ivanov-
skogo khlopchatoburrazhnogo kombinata imeni Samoylova (for Fadeyeva),

ROVIKOV, A.G.
IL
Automatic fabric guide for textile printing michines. Takst. pro=.
18 no.2:58-59 F '58. (MIRA 13:3)
1.11achallnik pechatnogo teekha kombinata imeni III Internatsicnala
Mxtile printing) (Automatic control)

NOVIKOV, A.G., alektromekhanik
4~"_ Isprove the cliabers for climbing poles. AvtOI3., telez. i aviazO
2 no.5:40 My 158. (MIRA 11:5)
l.Stantsiya Ponyri Moskovsko-Kursko-Donbasekoy dorogi.
(Telephone lines--Equipment and supplies)

NOVIKOV, Andrey Grigorlyevich; PETROV, Georgiy Grigorlyevich;
POLO S11TA,'G'.7. , red.; IL'YUSHENKOVA, T.P., tekhn. red.
(Construction and ent7ineering maintenance of VA-345M and
FMR-III billing machines] Konstruktsiia i tekhnicheskoe
obsluzhivanie fakturnykh mashin modelei VA-345M, FYR-III;
uchebnoe posobie dlia shkol i kursov UFK TsSU SSSR. 3.,
perer. i dop. izd. Moskva, Gosstatizdat, 1963. 249 p.
WDA 17:1)

ZOESSION MRs AP4024990 S/0070/64/009/OW/0227/0230
AIrLHORSS Famin, V, 0,;1Ma.1jutinap G. L.; Oursvich,, H. A.; Movikove A. 0.
TITL3i Distribution of g024 In germaiiua single crystals
SOURCEs KristalloCraftyap v. 9# no. 2, 1964, 227-230
TOPIG TAGSs germanium,, gold$ antimony, gold alloyed germaniums, antimony alloyed
gernanium,, alloy distribution in crystals, spectral germanium analysis, x-ray
germaniwa analysis,, GUR-3 x-ray gonlometers URS-501 x-ray apparatus, lattice
structure# dislocation densityp dispersion, alloy separation,, cooling efrect
ABS"I'RACT: The distribution of small quantities or gold in germanium single
crystals was studied with the use or a double-crystal spectrometer (Bragg-Bragg
orientation) and & special attactment mounted on the GUR-3 goniometer of a URS-501
x-ray apparatus. The n-type germanium served as a crystal-mnochrollator, while
the s az9les studied were cut from different parts of a garmanium ingot alloyed
with gold to 1015ce3 and with antimony to 1~14cm7k The concentratioa of the
uncontrolled acceptor-admixtures did not exceed 1013cm"3. Data obtained by the
x-ray and metallographia (etching) analyses were compared after the dislocatioa
Ca,d 1/2

AGussiou Nat AP4024990
density in the areas studied spectrometrically was determined* Itwas at first
established that defects observed in the Go crystalline lattice were caused by
the presence of Au and Sbo Further study showed that gold rather than antimony
atoms were responsible for the presence of these defects. An wcplanation is
offered of two possible causes of the phenomenon: 1) the presence of dispersed
eutectic inclusions of Au.; 2) dispersion separation of Au fron the solid solution
during, cooling, The authors conclude that gold atom in a germaniumi monocrystal
are distributed between the undisturbed matrix and dialocationso Origo art. bast
3 figures,
ASSOCLAMON: GosudarstvannM nauchno-issledovatel'skiy proyektnM institut
rodkometallichaskoy ~shlonwati (State Scientific Research Institute of Fare
Metals Industry)
MBI-117TO& l6ttay63 DATE AiGQt 16Apr64 FIEL: 00
SUB CODE s 24Lj, PH NO REF SOVs 004 OTIER: 008
C4rd 2/2

NOT LK
,j,0T
LSucculent feed for ccws] Sochn7e korma v ratsione korov. [Gorlk-it]
Gorlkovskoe ka-vo. 1953. 53 P. (KaA 9:11)
(Cattle--feeding and fooding stuffs)

BOGDA~AUU, A.S.; HOWRODSKIY, A.A.; VINGARlYT, 1I.B.; GORBUNOT. V.1.;
GORBUNov, Y.R.; DUROV. T.K.; n-TRAKOV, A.L.; ITANOT, A.A.;
KA:L;KUfA. N.1.; KUYLTAKUY, L.K.; KOMOVSKIT, U.I.; KA?LUZ-PTAINCT.
K.P..' KIRWAN. U.N.; NErIfiCTOT, G.P.; 11OVIKU..A.G.; CLOUCOTIZIT.
X,l.; PASTRTAKOV, A.I.; PCLAPANOT, A.T.; WMTARhT TA, Te.Kh.;
SCLDATAI&OV, S.I.; SCROKIN. U.N.; TRUSHINA, Z.V.; FEDCROV, P.P.;
FADOSAIXT, A.M.; FROG, N.P.; SHMUTAT, G.P.; TANOUXIT, T.Ta.;
OlUMHOT, A.D.. apetared.; 10-YEVA. T.H.. tekhn.red.
(Handbook on now agricultural machinery] Spravockinik po novoi
takhnike v ael'okom khozinistva. Moskva, Gos.ied-vo ael'khoz.
lit-ry. 1959. 364 P. (MIRA 13:2)
(Aaricultural machinery)

GORbUt-j'OV, V.I., lnzh.; V.DWWAII, G.1%, inzh.; YAI:CVSKIY, V.Yn.,
inzh.; IVANCV, A.A., inzh.; YEPI-MOV, A.L., inzh.; FEDCXV,
P..--., inzh.; LARYUMII'A, G.G., inzh.; ,-1-ChF7(,V, G.F., in2t.;
,YiOVIKC1V-r--ArrG-.-y-inzh.; EUROV, V.K., inzh.; BAHSUKOV, A.F.,
red.; PECINIM, IN., tekhn. red.
(liew tractors and agricultural machines; toot results of 11 571
Novye traktory i sellskokhoziaistvermyc mashiny; rezullt--ty
ispytanii 1957 gods. Moskva, M-vo sel'.]dioz.S-SSi-1'. No.3. lq5c,,.
35C P. (MIRA 11:: 10)
1. Russia (1923- U.S.S.R.)Glavnaye upravloniye mekhanizatsii
i elektrifikatsii sel'skogo khozyaystva.
(Agricultural machinery)

MOVIKOV, A.G.
Experience In u.71 mg mor- T,rrr', -~; 171!! -, " !;, I ~ , , ~' A ~r !- , *,, - - ,
- - -, I ! I
observations for rht- ch~irFic - I ,,s of agr~~r limal Ic ccn~i I I ~ r, ~ ' ~-wlng
spring wheat. Trudy T!'Ml ;1-11; 165. (MT?,A IQ:- I

- SHMIZAT. H.S., red.
(Meteorological instruments; repair and adjustnentl Heteoroloe.1cheakie
pribory; reriont I regulirovka. Leningrad, Gidronateor.izd-vo, 1951.
94 P. (MIRA 12:10)
(Meteorological instruments)

ov,
7-4
V
;Oftzd-~ Mod calibrat;ctn.] Intl fey. Lit.' 1999- 105
-Thit Instruawnt ntai,. t,,,s,we nu,iWd if lintrital 11) ronsiure. (01"Perature
DLC
sad humidity Instrument& Dctaikil instriw-knit ar '91Wn for statitm cnqtrol, 6-pertion
anti ezpcd*a baeom-ters. nx-rrnry nui-,twr, th(: coh~.nistg amt dklill.itints (4 Picirury air
auction pumM sta6unary aneruid anti htialit 1winwiers, lianmriph and hyp~nfnrttr, (her.
semeter and thennagmph, aspWatina Imir hyrna-ter. hygragraph ai(tf the
dock mithanitin of autonsatic tecto,ki, N &od,-tt 1;-( -4 thermonletrfs and barfuncters
esed in the Soviet Union k givvit tat pit, 4).4t l(x) ms,tx lk 4 rtniuttt tnd ccpair sutiitru Mt pp-
los-106. sukka IfeddiNJI. 1. A ua=lo 2. Inotrument maintenance
LIASOMMORMeWs CV.S.S. -------
t 7,

rVo vi kov~, N - i.
USSR/Automatics and telemechanics FD-2666
Card 1/1 Pub. 10-13/15
Author Demeshin' V. P.; Kostetskayfi, 1. A.; Novikov, A. I.; Pozin)
N. V.; and Kashirin, V. A. --- _%",_W"
Title Bibi iography. A 1.1-t uf Pus,31an an' tr.-Lnslated Literature oil
telemetering for
Periodical A list of 39 works on tuLemetering, Russian and translated.
For 1954: V. D. Ambrosovich and V. S. Y,&Iov, "Telemetering
apparatus for 400-kv lines," Trudy TsNIEL, No 2, 244-260. N. A.
Givartovskaya, "Ways to increa3e the accuracy of telemt.-ter de-
vices," 3b. statey, TelemcKlianizatslya energosistem, Academy
of Sciences USSR Press, pp 70-77. etc. For 1953: N. N.
Shumilovskly and V. 11. MikhaylOV311 ty, "Design computation of an
acoustic con-jrunication channel," Voprosy avtomatiki I izmeritel'-
noy tekhniki [Problems of' automatics and measuring techniques]',
Vol. 2, No 1, Acad. Scl. Ukr. SSR Press. etc.
rnstitution
I
Bubmitted

USSR/AutomaticG and t,3jem(,~(,jjanicj FID - 2(.6c)
Card 1/1 Pub. 10-7/15
Author Il'in, V. A., and Novikov, A. 1. (rlosco-,j)
Title Choice of' multLehann,,!1 pul,;,:~ t.-iemetet-in8 i~yot.ern;j
Per 1,j-:1 Cal Avtcm. I teien. 16, Jul-Aug 19')'.-, 372-i8l
Abstract The authors consider the most characteristic multichannel telemeter-
ing systems. They present quantitatives evaluations of them. on the
basis of expounded criteria they compare the systems and analyze the
trQnd3 of their development. They conclude that the development of
telemechanization necessitates a wider application of multichannel
pulse systems, ahicb in industrial telemechanics permit a more ra-
tional transmission of several remote readings from one point to
another. In aviation multichannel radiotelemetering-.9ystems permit
more convenient tranjais,ion o: info7l",atlon necessary for airpian,--s
and create the possibility of th-c automatization of take-off, flicW.,
and landing of aircraft. The uuthori noto that Gome of the mc)43,
prospective commutators in teiemetering systems are commutator:3 based
on magnetic elements with rectangular hysteresis loops. Fourteen ref-
crences, e.g. "Trochutrorni and their app.lication," Vopros raketnoy
tekhniki [Problems of -ocket techniques], No 1, 1952; "CoKlection of
translation on the technique3 of transmission of results of measure-
ments b~ radio, under the editorship of P. I. Yevdokimov, B. Kh-
Krivitskiy and Yu. A. Shumlkhin," Military Press, 1955.
.Institution
Submitted March 16, 1955 - A, - 0"'! 31

SOV,'11 1 5 -'- 9 - 19 29 1
~I ition from: Referativnyy zh~.-..-nal 19~)77, 'Ir 9. P 194 (USSR)
'OR Novikov, A. 1.
IJJ] Matrix Commutator (MatricY-nyy k,,,nInLt,jt_,r')
1'~ VC)DICAL. Sb. rabot po alitomatike M , AN SSSR, 1956,
245 -252
I-' A G TMatrix commutators wi0i r e( tang,)Ili i type matrices art! considered.
principle of the construction of rn.-4trix comm,-itators is described,
lc~Ii-i;tionq are given, and formulae for c,,t--( jliting commutation parameters
re presented. The necessity and e-mi are pointed out for selecting
ontimum version of matrix constr-,icur)n f(,. a given number of inputs.
, Which should have a maxim--rn -. imber ef channels (outputi, A
.;-~-ipl.-fied electrical design of rectangA-ir -type rnatrix commutators :9
and its limits of applicatic- i-.-i ;~~-curacy are indicated T~.ere
illustrations. Bibl!ography. 2 te-ni
V. G. L

V ! V, ~_ , )
AUTHM
TITLE:
PERIODICAL:
F
MOVIKOVA.I. 10.3-8-6/8
Tim-Pulse Tran formers. (Eksponeatsial'ayye vremya.-
impullmnvye predbrazovatell, Russian)
Avtomatikaf Telemekhanika, 1957, Vol 18, Nr 8. pp 749-755
(U.S.S.R.)
ABSTRACT: The basia relations for such transformers are investigated.
Their scheme are described, and, because exponential tram-
formers make It possible to develop multi-channel tqjgLeter
!yLloo-without commutators with a subdivision of channeli-
with respect to time, a three-channel telemeter system is de-
soribed by way of an example. The following may be said an a
result of investigations carried cut:
1.) In an exponential time-pulse transformer deviation with
respect to time does in principle not depend on the modi-
fioation of the feed voltage, which is a oonsiderabl-3
advantage. The schemes of exponential tra formers are
characterized by their oomparative simplicity.
2.) Exponential transformers have a rather wide range within
wh1ch rapid aotion Is possible. They can be used In tele-
meter systems which are used for the tranamission of fast
developing processes, an well as for system wbLich &1'2
Card 1/2 able to tran mit slowly changing quantities.

AUTHORS: Illin, V. A., Novikov, A.I.(Moscow) 103-19-8-5/11
TITLEs New Principles for the .3onstruction of Telemetering 3,/3teMS
With Pulae-Frequency and Pulse-Width Modulation
(Novyye printaipy pogtroyeniyu si3tem teleizmerenlya s
vremya-inpul'snoj i shirotno-impullanoi modulyataiyey)
P&RIODL;ALs Avtomatika i telemckhanika, 1958, 701 19, Nr 8, pp
757-761 (U5310
ABSTHA~'Tt Ati a result of the work intendet for the construction of
hiChIj stable transducers ~modulatora, demodulators etc.)
new, siople highly stable pulse-frequeney and pulse-width
transducers were proposed and developed at the Institule
for Automation and Telemetering of the AS UiSh (Institut
uvtomatiki i telemekhaniki Ali SSSR), which were denoted
aj exponential transducers. They are described and the
foundations of tneir theory are det"iled. The exponential
pulse-width transducer consists of a bridge, to the one
branch of which belon;, the resis'.ances R 1 and R21 whereas
the other capacitance and a resistance or an inductivity
and a resistance. A diode is inserted into the diagonal
connection of the bridge. The fundament-I formul~.Le are
lurd 112

New Principles for the Construction of Tele-netering 103-19-6-5/11
3j 3 tems,Yith Fiila-~-Frequency find flul.,jo-t7idth Modulation
written down. A new :;iethcd for the construction of a
m
'ti
u L -,channel sy-3tem ,;ith pulse frequency aiodulation
L.nd a time separation of the channels ..-;ithout a commutator
is given. Furthermore the diagram of the trLinsmitter
(peredatchie.) and of the receiver of a one-channel
telemeterine ayqteai b,;T-1 is given. Thij is do;ie primarily
to replace the outdated system of thL- Bristol Company
(3r1itoil). The char4.Lcteriatic particAurity of the receiver
ia the memory element. The characteri a ties ob~ainpd on the
bagis of the investi.-Tation ure given. The errors of
rfi,~.asurement c:orr"spond to those of equipmQnt of fir3t j,-rade.
Tht: 3~-St(:M operate3 nOrMiLlIy, when the resistance connected
in 3-.~rioii to the ietidti is varied from 0 to 10,000 ohms.
There are 8 figures.
SUBMITTED: April 1, 1958
I. Telemeter systems--Design 2. Telemeter systems--Eqiipmant
3. Transducers--Desigri 4. Electric bridges--Performance
Card 212

WIN, V.K.; IIDVIKOV. A.I.: POLTANSKIY, S.V.; K&RASIX, Ta.Ya.
The TST-1 pulse-tine talonatering system. Blul.teich.-oknn.
inform. n0.8:36-37 159. (141RA 13:1)
(Telemeter-)

T IT LL
t 1. un
T-'XT 2 n
Urlu nut t 1:.. 1%. ;,!3 d,v
tran3fOIT:C,: C
t '.~ ~, C F, , I' -
stab,-!"-- a.,- ii~ve i e c: i r c ~j j i. a, rL-s ~1,(- ;A,~thor t j C-S n.
n e n t r
.3 I-Zlk~ ~'SG t t. C
C f t :"-,I
-t T t., u -i c L., c- r,
c OMI
i urid,-e c I' r cu i t i., rertan.--,,j.,L:- -i & I c- 1,- 2 a is
peri-juically a,,,. 1 tsi
ct.an 12 C- r r-2.. capacitor t t C- t t
C arc! I tl

t a
c
n
n the
r
;.e ar
,U-U

crc-.i* I a',- trans -`crmers th a
33031 It
S/ IC 3/60/C21 /CC7/01.2/01 4 /Y;r
Bi 16/3202
q
i,i~ere m = R/1~ r?/R 2 A tR/R 'E is the volt&,
of re a-.
0 R + 2;
ich the diolde oi~ens; '-R is the resistance bet*.,,,ec-n the sl:.der of tne R,
p.Jck-up and the ground.
Ek ;j
I'D In -
ua (t,)
is obtained for the trailing edge o.' a pulse, where U H (t is the voltaje at
-,,.,k.ich the readings of the decay timc t,- are taken;
apa 0 < 1, < tc, t, 0,
U. = Ek !to e e 113PH 0 < 12 < 00, 11 tc. 22)
Card 3/0 S

33031 It
3/1 C)-J/6C,/-V2 1 /CC,7 /0 1 2/~, 1 11 /ZZ
i:~.ponential transformers with a B116/B202
wi th 0 -- ti t t - 0 and with O~-t 00 , t tc. Formula (22) expresses
C r 2 2~~-
the change of the voltage at R It follows therefrom that 'U H passes two
Eta6ez at R 1) until it becomes equal to tct U H varies -,,--th tne tizc
constant T 2) subsequently, U varies with the time constant T- It
1 H 2
rcl lows from ( 13) that the pulse durati on depends o6ar:. thz4 cal'y on A. :he
author obtains -1E
(i) fn n)
for the voltaGe TJ(A) at the back-transfor-mer. It Indicates tr.Lt U as a f~.~nc-
tion of X, changes nonlinearly (Fig. 5). In order to dete=4-ne tne ncn-
linea-ity, the nonl.fnearity factor L U ( X0)/U(~, 1 (27) is determined.
+ VX1
i-0 -+q rhnm (I -
Card 4/ nq nq

33031 ~~
s/1 c,'6C/C21,1OG7/C1 4/,C~
.~x.,_z;rent" a! 311 6/z2C2
transfo=ers a ...
h
ni + q(1 _n)
In C:
U ic,
In n + q (I
I fl
At
-r q (I
~n --- __
AL'
j - /I - i.-1k
In a detailed study of the errors it is der.-.onstrated that to reiuce and
the errors cauLed 'Ly t , R H and ~R must be reduced and E and R must be in-
czeased. Table 2 shows some circuits and formulas for several other type3
c;.' tran3formers. The transformers described here can be used for telumater-
irL;, re...ote signaline, and remote ccntrol. There are 12 _`"J.E;ures, 2 tab--es,
a.,d 4 Soviet-bloc references.
ME rd

NOVIKOV, A.I. (Moskva)
-- I... I .
Exponential seiector and increase in the interference rejecti::n 7f
time telemetri systems. Avtom.i telem. 23 no.10:1375-1384 0 162.
(MIRA 15:11)
(Telemetering) (Pulse techniques (Electronics))

NOVIKOV, A.I., inzh.; ALEKSANDROV, B.S., irz~..
Automatic testing of ooluL`.or-~3 '-T,, ti-zpjos. Vej,"-'. i hVLOM.
proizv. 19 no.1:16-18 ja It, (", ~A 1":~/

GINDICH, M.G., inzh.; IIWKOV, Yu.A., inzh.; NOVIKOV, A.I., inzh.
Using a vibratory percussion unit for unloading frozen loose
materials. Makh. i avtom. proizv. 18 no.6tl9-2O Je 164.
(MIRA 17:9)

ACC NRr AF6=an SOURCE CODE:
AUTHORS: Novikovj A. I.; Folyanskly, 5
ORGs none
TITLEs A Oulse selector Class 21, 11o, 176950
UR/0296/65/000/024/0034/0034
SOURCE: Byalleten' izobroteniy I tovarnykh znakov,, no. 24, 1965,, 34
TOPIC TAGS: pulse analyzer, circuit design
ABSTRACT: This Author Certificate presents a pulse selector containing an RC ladder
network. The device selects uu1ses with a width larger than a apecifiad value and
fixes pulses with delayed fronts. It contains a four-arm bridge of resistors and
capacitors (see Fig. 1). One diagonal of the bridge holds an emitter-base junction
of the transistor. The base of the transistor is connected with the cathode of a
diode. The anode of the diode is connected to the mid-point of a resistance divider
included in the input of the selector.
Fig, 1, 1-41 - input; 2-2 - output; 3, 4, 6 - bridge
resistors; 5 - load resistor; 7 and 8 - resistors
of the divider; 9 and 10 - bridge capacitors;
U - transistor; 12 - diode.
Grig. art, has: I figure,
SUB CO[Et 09/ SUBH DAM 21Dec62

? T F
XE-cNm_,_-A_T60J I W (A )--SOURCE CODE: (jR/3176/6510001001/0110/0119
AUTHOR: Karasik) Ye. Ya.; Lozhkomoyev, 1. A.; Novikov, A. L; Pol 4n0kiy, S. V.
ORG: none-'-:
TITLE: Narrow-band telemetry system
SOURCE:--- Vaesoyuznyy nauchno-issiedovatel'skiy i proycktno-konstruktorskiy institut
kamplekanoy avtomatizatsit v neftyanoy I. gazovoy prornyshiennosti. Trudy, no. I
i965*. - Avtomatizats-iya tekhnologicheskikh protRessov (Automation of technological
processes), 110-119.
TOPIC TAGS: telemetry system, telemetry technique , Aj#qRQetj aRkpo rWAA13111111
ABSTRACT: Developed by the Institute of Automatics and Telemechanics, AN SSSR.
and tested by the Grozny Branch of the VNILKAneftegas, a new telemetry system is
described which: (a) uses a frequency band as narrow as 12 cps, (b) sends signals
over a 6/0.4-kv electric-power distribution network, (c) tses no 280-cpS carrier
isolating choke coils, and (d) emp,loyg transmitters of only 1-3-w capacity. The
signal transducer at the sending end and the pulse-time signal selector at the I
receiving end are based on a special bridge-type semiconductor exponential
converter. The transmitter generates two pulses: a sync pnise and a parameter
Card 1/2

ACC NR, AT6012346 SOURCE CODE. UR/0000/66/000/000/0086/0097
~AUTHOR: Kashirin, V. A.; Novikov, A. 1.
ORG; none
'TITLE: Possibilities for drastic narrowing of frequency band used in tele-systerns
!SOURCE: Nauchno-tekhnicheskaya konferentsiy~,_po sredstvam promyshlenno
I J_
itelemckhaniki. Moscow, 1963. Promybhlennaya telemekhanika (Industrial
;tele mechanics); materialy koaferentaii. Moscow, lzd-vo Energiya, 1966, 86-97
1OPIC TAGS: remote control system, telemetry system, supervisory control system
.ABSTRACT: The possibilities are theoretically explored of designing a narrow-band
,pulse -duration telemetry system that would contain an exponential threshold device;
;the latter is capable of accurately detecting variable-height easy-front pulses. The
instrument accuracy of such a receiver is evaluated, as is the feasibility of operation
in a very narrow band. The accuracy and efficiency of this new receiver arc
tompared to those of a fixed -thre shold receiver. It is claimed that at & - 4-10, the
~accuracy of the new receiver can be'14-23 times higher"(?) than, and the required
passband as narrow as 1/10 to I/Z5 that of a fixea-threshold receiver. Here, V is
,a "band factor" equal to j a I f T, where A[ is the effective passband of the input
1ilter and T is the measurement period. Orig. art. has: 6 figures and 27 formulas.
SUB CODE: 09 / SUBM DATE: O8Jan66 / ORIG REF: 004
1 'JI/

ACC NRi AP7011360 SOURCE CODEt UR/0425/66/009/009/0022/0025
AUTHOR: NovikQv, A. I.; 111rogova, T. A.
ORG: Tadzzliik State University Im. V. 1. Lenin (Tadzhikskly gosudarstvannyy
universitet)
TI-ILZ: Separntion of tellurium and Iodine by coprecipitatlon with
iron hydroxide
SOURCE: AN Tadzlu;~;R. Doklady, v. 9, no. 9, 1966, 22-25
TOPIC TAGS: Iodine, tellurium compound, chenical separation,
hydroxide, Iron compound, chemical precipitation
SU3 CODE: 07
AaST.:~,kCT. 7-,c following procedure was used to Geparnte iodine from. irradiated
.~eC)2. -,,-,e snmple of Te02 is dissolved in alkali, acidified with 2 M sulfuric acid,
and oxidized with ammonium persulfate to convert TcIV to TeV' and I' to 10;
0
?otassium hydroxide is then added to give a concentrotion of 214 with respect to
M.-I and the K2SO4 crystals are ceparated by centrifuging. The solution is then
raised to 5M KOH. Coprecipitation with iron hydroxide is carried out at pff 11-14.
This DreciDItates the carrier with sorbed TeVI while the 10- remains in solution.
3
Card 1/2

ACC NR: AP7011360
This paper was presented by Academician Ali TadzhSSi( K. T. lbroshin on
25 January 1965. Orig. art. has: 3 figures. E-TPRSs 40,3617
Cord 2/2

ACC NRi AP603?027 SOURCE CODSt UR/0374/66/000/005/0693/0699
AUTHORt Zolonov, Yu. V.; Novikov, A. G.
ORG: Laboratory of Polymer Physics Problems, Moscow State Podagogical Institute In.
V. L Lanin (Problemnaya laboratoriya fitiki polimorov# Vloskovskiy gosudarstvennyy
podagogichoskiy institut)
TITLEi Effect of temperature on the change of the stressed state of toflon seals
SOTIPr'T: Onv-hnnika uolimerovq no. 5, j966, 693-699
TOPIC TAGS3 vacuum soal, teflon, stress relaxation
ABSTRACT: In connection with the lack of methods for estimating the performance of
teflon parts of sealing systems as a function of changes in the tomDerature of the
ambient medium, the article analyzes problems involved in time-limited shifts from
one temperature to another. It is assumed that the process of fast relaxation has
already occurred and that the shift in temperature does not cause the stress relaxa-
ti*n pr43ca55es to accelerate. Cases of both uniaxial and volume loading of teflon
specimens are considered. Formulas are derived for (1) the decrease in stress during
the temperature change In a uniaxially compressed teflon specimen, (2) lateral pres-
sure on the teflon specimen during its compression in a closed volume, and (3) de-
crease in compressive stress of the teflon specimen in a closed volume during its
1cooling. It is shown that in order to reduce the decrease in stress with temperature,
2 UDCt-6?8 col

ACC NR% AP6037027
it is nocessary to try to obtain mnaller geometrical dimensions of the polymer seal
and to decrease the rigidity of the structure holding the seal. Orig. art. haso 6
figures and 7 formulas.
SUB CODES II/ SUBK DATES 15jan66/ ORIG MI 0051 OM REFS 001

.. 11 V /4., AV
a ILI a
9. U
vt
gij. Aq
VI I
it - ,
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1114 A f I jIts
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IN 4.j ttj
.:U
J

61 V
AUMOR: 'Xzolotov, Yu. A.
39-4-5-23/26
TITLE: Conference on the Use of Radloactive Isotopes in Analytic
Chemistry (Soveshchanlye po primenealyu rad1oaktIvnykh Izotopov
v an&J-Itlcheskcrj khlmll)
PERIODICAL: Atomnaya Energiya, 1953, Val 4, Nr 5, pp 49-495 (USSR)
ABSTRACT: -In Macaw on December 2-.',,, 1957, a meting on the use of radio-
active isotopes In analytic chemistry was called by the Department
or Chemistry of the Academy of Sciences (MSR) and the Cccmittee on
Analytic Ch=Istry of the Institute of Geochemlstr7 and Analytic
Cb=istz7 Imen! V. 1. Vernefiskiy. The meeting was attended by 450
members of vaeloua scleevific research institutes,, institutions of
higher learning, and industrial enterprises, Including 30 scientists
from England, Balgaria, the Chinese People's Republic, Poland,
Rmsania, Czechoslovakia, and the United States. The purpose or the
meeting was to consider the work of the Soviet Union in 1) the use
of radioazc-t-lve Isatapea for the development of new methods of
analysis based on radIo&::tiv1t 2) developing the theoretical
bases of analytic cherdstry, 3~'Improving and testing the methods
of separating end differentiating chemical elements, and 4)
Card 1/5 determining those physico-chemical values which have analytical

89-4-5-23/26
Conference on tile Use (cont.
significance. The 50 reports preseeted &I this meeting will be published in
a collection under the title "'Me Application of Radioactive Isotopes in
Analytic Chemistrym (Pelmenenlye redioaktivnykh izotopov v aaal-iticheakoy
khlmli). Following are the general aLneas of consideration and swmuLries of
the reports given at the meeting:
I. Methods of analysis based on radioactivityl
I. Ye. 7Amakov and G. S. Rozhavskiy (Gintsvetmet [State Institute of
fronferrous Ketalsj) - a nev variant of the method for deteradning
minute quantities in mixtures, ce.Ued the method of "matl-radloactive
dilution", vUch eliminates measurement of the specific activity of
preparatIms - thereby slaplifying analple. 1. P. Allwwln and
(;. s. wiaovich (Giaghi Eaeochemical, rmutmte, of the Aca&Aq of
Sciences (WO)l - a method for sepamUng tantalum from titanium,
zirconium, and n1obilum; and identifying tantalum by Isotopic dilution.
The preelpatlon of taatel-am waz induced by a new organic reagent,
[ammonium benzeneselenate) (benzoIxeleninovok1slly ammonly). Radionetric
titration (two reports; etuthDr not given) - a aew method of volumetric
analysis in which the point of equivalence Is determined by measuring
the activity of the solution. K. B. Yateimirakiy and Ye. N. Roslyakova
Card 2/5

Conference on the Uae (Cant.) 83-4-5-23-/26
(1vanavo Thatitute of Chemical TL-chno - the use of solutions of
cmWlex compounds (luteo salta) of *89y)
6 for Identifying large anions
(phosphates,, molybdites, and sulfates) by the radiametrIc t1tration
method. 1. H. Korem-n and F. R. Sheyanove, (Gorlkly State University)
- the possibility of using non-isotopIc indicators in radiometric
titratloo and other areas of analytic chemistryo Ae Ie Kulak (Moscow
rustitute of Chemical TL-chnology Lmenl D I Mandaleyev) - the de-
termination of micro-admixtures (jo-5 to jo:X %) of cobalt, copper,
tellurium, arsenic, and antimony in ferrous oxIdeso A* A. Ztn&hovitskly
and others (UM) - development of a new rapid method of analysis based
on the reflection (backward scattering) of beta-rays (P-rajim).
V. B. Gejdad4mov (GEQMI) and L. L 33.1ina (Moscow Electric LIgbt Factory)
- determination of the properties of binary tantalun-nlobl= alloys by
the 0-ray-reflection mathod*
IL 149thods of identifying and sepaxating elements: M* He SeuyavIn
(GEOKhl) - chromatographic analysis using radioactive Isatopenj for
exaMle,, research on separating infinitely small quantities of
substances, quantitative aneJvals by isotopic dilution, etc.
H. 1. 111yenko, Bo P. Eko3 Iskly and A. M. Troflnov (RLO (Padlun
Institute of the Academy of Sciences (UWR)J) - the results of research
an the adsorption of mercury in Ion exchange resins.
Card 3/5

89-4-5-23/26
Conference on the Use (Cont.
Lo Ve Borisov& (GEMU) data an the distribution -of rhenlum and
molYbdiewin between faalonite) EIZ-10 and solutions of hydrochloric acid.
A. Ko Lavrukhlaa, Ke Tun-Pin and V. Khoblokh (GEaMI) - a new complexly-
fOndng substance [triaKyautarlc acid) (trlokslgluteraMs k1slota),
which to no less effective for Identifying purposes then lactic acid
used at present. V. L Kuzneteov and To G. Aklmove (ORMI) - separating
of uranlus from sea-4mter by the co-preelpitatlon of Itblocyanate)
(rod=ldnyy) complexes of uranyl with the sed1watatIon of a large organic
cation of hodaulde - metbyl violet. Some reports were related to the
question of co-precipitatIon in inorganic collectors: (Tu. V. 14drachevskly
and A* Z* Noylkow (lenIngrad State UnIverelty) - wCopreelpitation of
sevem elema -of low concentration with metal bydroxIdenw. 1. Te. Starik,
F.Ye.Starik,dad A. N. VoUca- . (RrM) - wCarbonate method of sepa;=Ung micro-
quantities of ur-Alum from weighable amounts of Iroa*. A. K. tavrukhLaa
(GE(Zhl) - examination of peau3laritles in the behaviour of insignificant
concentrations of radioactive Isotopes In solutions, and expeilmental
dIffIcultles caused by the lose of elements adsorbed In filters and glass;
the formtIon of radlo-collolds, etc. V. P. di~ylffd L.J5 Nancy
(RM) - methods of separating the isotopes MbV. AC--, Cd and Ba to from
complex mixtures.
Card V 5

89-4-5-23126
In- Sam general Problem Or analytical Ch-Istry: So 1. lzmaylov &ad
VO so CherwjY (Kharlkov State UnITersity) - research on the Lanuence of
the nature of solvents on the solubility of s:Llyer chlorldes and ceslum.
The authors related the degree of solubility to the dielectric constant
of the solvent. Do Me Z1v and L A. Nfros (RTAX) - a method for determin-
Ing s 'AW the Otdtra-vdcroll method. X* P. Komar (Kharlkov State
10 ) !y (by
Uhn I we I t Y In connection with the above method),, reported on the use
of rediocheadcal measurements in combination with a detersduation of the
molar coeffIcIent of abso tIon for the study of complex Ions :in two-phase
systems. To Mo Kolotgof = sot& State University, USA) - new data
rlzlng the aging and developmat of crystalline sediments with the
aid of radlosative Isotopes* A. K. LiLvrukh:Lna and S. B. Padla (GEMU) -
the results of several experfmats wIth the behaviour of element 87 (Frence)
by co-preelpItation vIth vexious carriers, extra&Aon by solvents, etc.
1. me Ik-v~ (Word Vidveralty, &Waad) - study of the analytical
properties of Indium with the aid of redloactIve Isotopes. A. A. Grizik
and 3* 1. Yaxuniaa (GIradmet [State Pam Meta" ScleatIfic Research
Institute]) - the use of radloactive Isotopes for control of production,
for example, productIon of rare-earth metals.
Card 5/5
1. Conferences-_JWicactive Isotopes.-Moscow 2. Isotopes (Radioactive)
--Applications

KORACHT-VSKIY. YU.T.; NOVIKOV, A.I.
Coprecipitation Of 7arjous elemente In
metal hydroxides. Trudy kam.anal.khIm.
(metals) (Precioltation)
small conemtrationc with
9:121-134 '58.
(Hydroxides) (MMA 11:11)

5(2) MASS I DOM LXPWITATION 3OV/W46
Lowningrad. Erniversitet T--
Voprozy krilail (Problems In Chtalatry) jonglngrW XS4-v9
Leningradskogo unlv., 1959. 160 P. 13gri.11? its. Vaban776
zaplaki, no. ZT2) :5oriesi Leningrad. UnIveraltat.
Kh-imicheakii raxuitat. uch.n"a zapiski. somys kbijuansaxim
naux, Y". 16) 1.600 copies printed.
A: a. moraczevaklj; 5d.s Ye. V. akcheceolvvaj Tach.
Zd , D V04010SLna.
rUnMZ: This book Is Intended for chawlets in research and
Industry se well as for teachers and students In chemileal vuBsO.
.OYMAGS. This collection of,:JGAtten articles on warlouk branobaS
or che Istry 1y phy I and analytical. Was compiled an the
A :'.. byer. CftcQ16tr7 D4`P&rtaMV
e to of xpriaa -al re rah t or
b
Leningrad U.1-ral ty. Th art el do &I chiefly With *~the" or
1:01ating ram .&rths In pure form and Identifying then. No
P roonalitles are mentioned. References accompany indIvIdUal
articles.
UM' OF CCUTUM
V-S,.bY - S. LraslikQv- Th. inriu.nce or surraoo
Ife~s L,,.an! B.
-r-2-H . u is. on 11-16-F15-~ia, Lin.tice or Soas Cations
Kmalk.., B. B.. and lo~ 3tud7 or the Regularity
of Copper Ion Discharges In the Presence of Tribanx7lamaln.
Sul"
IM-YfOtb, V. L., and L, 3--UcxAbBxhrlt. me -%ties of
JoInt Nickel and C.pper Ion Blachar"s,.. 1J - Th Infl as
of T-P.MtUm, Cathode Patent--&'., and rrvscn:e of Unnface-
3Ur
kctIvO Anlons on the 1114trIbution of Current betearn 9i.41
and ffydrog" 49
Z-h&r'_TCyDXjX__n"., and K. 14. Y%sjjt,xo- Th. ApyllcablUty
of Thl -I.Y~red El--rodem tO--;~14 Study of R.doa 3yatM& 4a
Z&K)%#,r? YvvbXIY, X. S., and V~ A. FX2t1knv.3tudy of 3041M.
and PDtm*81~- Ni trot* Xelts by the EjectrogootIvs porce ftthod 57
5hkDl'r,lkcva,H, 1. M# 3VjUbIlIty of D&SVS In Colloidal
systems 64
XQxhv"lkov 3 P The fi.thod of & ~h-jpl* Contact
-
;;4
~
ireparavx 07
Y-fle-CY 0 Y and A. V. OonchiLrov. Ccpmcjpjt&tjM al-
---- --
T
Z~
6 1;
4
,
h.111
WI
Hydmitid.
Tefremov. 0. V., =4 It. P. 3tolyarow. Photometric Detarma.
nation or Thadium In--=jV-M%rav1o17&t-3p*ctrua Racg&
Mvra.rLtv,MkU__rA__X. and a. v. Y-fremov, Th, rrotam or
Analytically D-toralning Th&2.jjuM in ame and Industrial
West* PrVau*ts 105
M-m-no-kly. Y.. V.. And AL_ COPrOCIPItatIon
-f 3-11 Amount- of Plotal RYdrazIdes.
" C-P"c'Plt-"On ~f 3trOnt-t4M Wlt' Iran. 1ritaniva,
Alualnum and twrYllium ftydroUd.ft
U. Cop"alpitat3- of r~kftll Amounts of Rare Sartb
ei ;" to 'd-th Imn- Alualnum &n4 beryllium

Ill. Cop"cipitatlon of Ceftiuft. "aju, and zjroonj~
With Iron Oxide
129
rU. V. and Y, toov. CaRroolpitation
-X-
AX-t' or Ra- E
tt a
i
a
l
en a vx%h metal
t r
v P of SurvVIUM with Jr..
134

90VLKOW, A.L.
Copreci?itation of small quantities of iodine and metal Vdrozides.
Dokl.Aa%.Tadzh. SSR 2 no. 5:9-13 159. (KIRA 13-12)
1. TadAtkskiy gosudarstvannyy univeraltet Inant V.I. 1,enina.
Predstavleno oblenom-korrespondentom AN Tadzhikskoy SSR Adkhamovym.
(Iodine) (Hydroxides)

50)
AUTHOR: Novikov, A. I. SOV/T6-4-9-37/44
TITLE: The Simultaneous Precipitation of Small Amounts of Chromate
Iona With Aluminum Hydroxide
PERIODICALt Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 9, pp 2161-2167
(USSR)
ABSTRAM The reaction referred to in the title has not yet been completely
clarified, in particular not for small amounts of chromate ions.
Therefore the reaction was in the present case investigated while
the pH of the medium and the concentrations were ~jing changed.
The indicator ased was the radioactive iso toge Cr . It was found
1) the simultaaeous precipitation of chromate ions takes place by
means of an adsorption on the aluminum hydroxide precipitate;
2) the amount of adsorbed chromate ions after the completion of
the coagulation of aluminum hydroxide depends on the yU of the
solution, the ammonium nitrate concentration, the hydroxide
amount, and the chromate ion concentration; 3) the simultaneous
precipitation of chromate ions is further influenced by the way
in which the reagents mix and the duration of contact of solution
and precipitate. Under experimental conditions the amount of
Card 1/2 simultaneously precipitated chromate ions with concentrations

The Simultaneous Precipitation of Small Amounts of SOV/78-4-9-37/44
Chromate Ions With Aluminum Hydroxide
below 10-3 gram ion/1 ranged from 0 to IOQA ; 4) with chromate
ion concentrations exceeding 10- 5 g ion/1 their simultaneous
precipitation may be avoided by a pH of 10.1 - 9.4 and ammonium
nitrate concentrations between 0.03 and 2 mol/1. The higher the
pR of the solution and the concentration of ammonium nitrate,
the more thorough is the separation of the chromate ions from
aluminum hydroxide; 5) it is assumed that under certain
conditions it would be possible to determine a change in the
charges or compositions of adsorbed ions by means of curves for
"carried-down ioz; portions - pH of the solution". There are
5 figures, I table, and 16 references, 12 of which are Soviet.
Card 2/2

KOROLCKNSXIT. rU.V..- MOVIKOV, A. 1.
Coprecipitation of small amounts of cortain nlammnts with
metal hydroxides. Report Mo.l: Coprecipitation of strontium
with hydroxides of Iron, titanium, aluminum and beryllium.
Uch.%&p.WU no.272:112-122 '59. NIRIK 13: 1)
(Strontium) (Hydroxides)

!40RACHVSXIY. Yu.T.; HDVIKOV, A.I.
Caprecipitation of small amounts of certain elanqnts with
metal hydroxides. Report No.2: Coprecipitation of small
amounts of rare sarth elements with hydroxides of iron,
titanium. aluminum and beryllium. Uch.cap.LGU no.272:123-128
159. 04IRA 13:1)
(Rare earths) (Fqdroxides)

MORACHSVSKIY. Yu.V.; NOVIROV. A.1.
Coprecipitation of small amounts of certain slactonts with
metal hydroxides. Report VAD-3: Coprecipitation of cesium.
rhentum, gallium, ruthenium and circonium with iron hydroxide.
Uch.s&p.LGU no.272tl29-133 '59. (MIRA 13:1)
(Iron hydroxide) (Metals)

a ya n n t I y 1) o r. d r i i o:., u I o: o Iz o v a n I yil z iC, T--, I 10 y
On, Ta, -I
J of AIC ;Ic F ' ;':~y ) v . " ' - , ; 7'.
P. Erra..a 'Ilp 1,1-013 cc. Irl-i pvln~~,ci.
L;pr,n~~orln;, AZency: Alcadcrdya nauk
.j C b 1 V. v, Q"
Of an'l D.
A. A. o~' -I lo -Ac al
r1 C (2 3
of Fhy--Ic.; zi~,,! 0 1-
Candl
of uicail Sclencf~--'; Car,
A. S. L~adykov, Cori-c-pr,r, 'Ing i ~y r,
Ac,~.(1-2~nlc tan, Acaderay of Scl(~ricca I~zb-21, LS~,; "'-lan-,

T-af 1 '-cr,.,, of Tahkent'. (Cc,nt.) ~"r , 0
L a 1,,? c, f i y:l c -, an d ':u- ;Doctor
i r-n C,~ 3 it. 1. A. G.
-.1 r r Tj n 1* r;,~ r (in~l
r r i
ll') -o L" C ~l
1, tt,c n t 1,
v I
f r f-- I Cf r. L-l can ,
pr" T,*-Cn an"I Cl-, J !, 'l 'i,
1 nv- t Icr, of -,c "lc-,
of ar~-pilc :1,
'nlm- cont~:-n~; of ic
cl cc r
of for obtalriltiL puvc, ~uhLtanct--L'.
Gar-.i 11120

Tran3actiona of the Tazh!ccn*. (Cont.) S 017/5 4 10
wich ro F,,iat- re7ul:~tur,~),
lc,vol L ~tz -cv, and ar.2 Cc~,ar_`jcd.
No T, -
are mentioncd. '1,cforcncQa follow lr~divldklal
article,i.
TP~L".E OF CONTENTS:
RADIOACTIVE InGTGPI-~ A,.D 1UCLT_-'AR RADIATICN
IN L,D GZO:,riGY
1/jbanov, Ye. 11. (In-stitut y.,.-1--~,-noy fizilki Uzzo=t - Inatituto of
Nuclear P~iy3icz AS Uz=l). Ar),)llc~tlon of Radioactive 1rotopoa
and iuclear Radiation in Uzbokiotan 7
Ta)-3ar, I. M., and V. A. Yanuoh~.-ovr;kly [Inotltut flzzlki AN Latv
33i1 - Institute of PhyniG3 A~j Latvl,-,., Sorlij. Problc%13 of tilo
T,,plfleatlon of Automatic-Control Apparatua Based on the Uz;o of
Radloactivo Isotopes 9
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