SCIENTIFIC ABSTRACT USTINOV, V. - USTINOV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858220008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEFMOV, V., inzhener (g.Izhevsk) ~
~ - g,,,Izhevsk).
Bag loom with mechaniezil drive. Prom.koop. no.4:23 Ap '57.
MRA 10:7)
(Looms)

USTINOV, V. ; BOBROVNIKOV, 11. ; PIRWHOV. K. ; KREST ITAIIIIIOV, V. , SOSIN, A.
Moscow workers kept their promise in an honorable manner. Gor.
khoz.V,oak. 34 no.1:1-3 Ja 160. (MIRA 13:5)
1. Sakretarl Hoskovskogo gorodsko" komiteta KoAmunistichaskoy
partli Sovetskogo So3ruza (for Ustinov). 2. FredRedatell ispolkona
Mosnoveta (for BobrovnIkov). 3. Predsedatell Hosgorsovnarkhoza
(for Petukhov). 4. Predandatell Moskovskogo gorodskop 9ovota
profso.yusov (for Krestlyaninov). 5. Sekrotarl Hoskovokogo gorod-
skogo komiteta Vaesayuznogo LeninRkogo kommunisticheakogo soyuza
molodezhi (for Sosin).
(Moscow--Municipal services) (Moscow--Building)

SDMHKIB,$., inshener; USTINOV,V., Inshener
Widely apply progressive methods In welding. Proo.koop. no-4:47-
48 ApI55. (KLRA 8:11)
(Welding)

YAKOBSON, K.K., doktor tekhn. nauk, prof.; tLS1j4OV,
~_ _Y,, doktor
tekhn. nauk, dots.; HYABUKHO, A., otv. red,
[Calculating prestressed concrete bridge elements; hand-
book on planning] Raschet elementov mostov iz predvaritell-
no napriazhennogo zhelezobetona: posobie ilia proektirovanila.
Novosibirsk, Novosibirskii in-t inzhenerov zhel-dor. transp.,
1961. 145 P. (MIRA 17:7)

YT/ Al a V-
27-2-11/19
AUTHOR: Ustinov, V. , Devuty Director for Industrial Studies,
IgNbir-o-V-51-Technical School No 2
TITLE: Foremen Study.Ecoqomign (Masters, izuehayut
problemy ekonomiki)
PERIODICALi Professionallno-Tekhnicheskoye Obrazovaniye, 1958, No 2 (153)
pp 21-22 (USSR)
ABSTRACT: In 1954 the Khabarovsk Technical School No 2 was founded,
on the base of a trade school.
It proved necessary to instruct the masters in economics as
the Labor Reserves schools are partly educational institutions
supposed to train qualified workers and partly industrial
enterprises.
The development of rationalization was f4rthered by the
astablishment of a technical propaganda workshop containing
a "TEKSO" card catalog and technical reference literature.
The following program on problems of practical economics
has been carried outt 1) The planning of school production.
Card 1/2 2) Basic funds and production capacity; resources and their

Masters Are Studying Economical Problems 27-2-11/19
utilization- 3) Liquid funds and technical material supplies.
4) Labor efficiency and how to raise it. 5) Net cost of
school production and how to lower it. 6) The accounting
balance of the school and its analysis- 7) Calculation and
accounting. The analysis of the school economic-production
activities.
ASSOCIATION: Technical School No 2 (Khabarovsk) (Tekhnicheakaya shkola
No 2 g. Khabarovsk)
AVAILABLE: Library of Congress
Card 2/2

MUBARI, R.; MTIIIOV, V.
At the LikhachOT Automobile Plant. Pozh. delo 5 no.10:10 '5-j.
(YIRA, 13:2)
(Factories--Fires and fire prevention)

USTINOT T
Fire ese&pes. Pozh.dolo 6 no.8:22 Ag ,6o.
(KM 13: 8)
(Fire ow-'apes)

USTINOV. V.
Time marches on. Zhil.-kom. khoz. 11 no.8:25 fig '61. 'XIIR-~ 14:9)
(Municipal services)

USTINOV, V. (g.Kighip
ev)
When there is a Community in every house...Zhil.-kom. khoz.
12 no.1:7-9 Ja 162. (NIRA 15:6)
1. Spetsiallnyy korrespondent zhurnala "Zhilishchno-kommunaltnove
khozyayotvow,
(Kishinev-Housing management)

--UST.U40V. V. - -
There in such an automatic machine, Zhile-kom, khoze 12 no.2:22-23 .7
162. (MIRA 250)
1. Spetsial I nyy korrespondent zhurnala 11 Zhilisheluio-kor, muna 1 'noye
khozyaystvoll, g. KiBhinevo
(Kishinev-Trol2ey buses-Tickets) (Vending macaines)

r-~-
With the help of a large m=ber of activists. Zhil.-kon.
khoz. 12 no.4:22-23 Ap 162. OaRA 15:7)
(Housing management)

USTINUT, V. A., Engineer
"Detection and Investigation of Reserves for Increasing t,.e Efficienc:; and Lowerinp
the Cost of Transportation on Automobile Transport." Sub 21 Jun 51, Yoscow Autc=oblile
and Road Inst imeni V. li. Molotov
Dissertations presented for science and engineerim- depreen in Moscow durin.- 1951.
SO: Sum. No. 480, 9 May 55

BARK, S.Te.; DVSHI11211KOV, Y.M.; MARTYNOVSKIY, D.M.; MV=V, Ye.V.;
SKVORTSOVA, M.I.; USTIMV, V.A.
Multiject burners with individual mixers and a gas colled crater.
Gaz. prom. 4 no.2:17-23 Ir '59. (MM 12:3)
(Gas burners)

WiRKOVA, i.V.i UsTlf;ovo V.A~
Mcsci7d Eeirir~a7 on
119 no.31405 '61.. (~17r:,

0 0 0 0 0 0 0 0 JS 0 0 0
T a--JL-
SOA '
0#0 7r7!,--r / At 0 P"Co"t AMID "Ottlits mot$
*oj
so; F
00
002.
aspen 0004
I,@
% 4556. 4U CuN!>TRUCTIUN ~X AIJTX,41TIC LINE LUBRICAMS. Ustinov, f.A.
0041 0
so (Gortyl Zburnal(Wn-J.), Nov. i949j, 314). A now 66isiriiit:f~d,
a :
008 replactng the W-3 lubricatat for hamer drills is described.
It consists of 185 m.T. lo4g byllhder'vith double vaUs. The
sot
00 4 internal diameter Is 19 a.m. and the diameter of the outer tube
964 Is 73 a.m. At both of its endB It in covered wizh a lid of av,-Mt
sod 47-48 a.m. height, vIth helei 4% m'Pa. In diameter forming
1H prolongation of the inner tub*;of th; apparatus. The total
0OW i length
0 0 i1! is then about 280 m.aso The compressed air hose in then introduced
into the holes of the lid. In the lid to an opening closed by a
steel ball, uhioh is hold b7 a spiral springs Air is forced through
this opening Into the space between the walls of the cylinders,
uharo it foram an air-oil emulsion. The emulsion Is forced by the
air pressure Into the other lid and from thers, id sucked by th*
stream of air through an oponlng(1*5 a.m. In diameter) In the lid)
*LA
t In si+21-
his npgning ted unA*r thmLannis of a amodle Wrap uhich
enables tbo oil xupp4 to be regulatede The lubricator can be
slaw
constructodin the collfer7 workshop from scrap #1pe. Its weight
U a At MD is Is 3*1 k.g.jcoapsred with 5.9 keg* for the M.K.-3. (Q. N.C.B.i-s-,
-4 *-, -467-41 0 0
a o o o 6 0
16:9 :1 0 010 0 0 0 * : 0 0 Is SO * 0 0 0 0 6 0 0 0
ftee
-00
100
-00
goo
200
glo*
404F
goo
.21 .00
goo
woo
goo
too
too
400
goo
woo

SOV-120-58-1-18/43
AUTHORS:Ustinov, V. B. and Sergiyenko, V. A.
.f'?*WVMV~
TITLE: 1=irmer with Compound Correction for the Recording of
Coincidences6(Usilitell so slozhnoy korrektsiyev dlya
registratsii sovpadeniy)
PERIODICAL: Fribory i Tekhnika Eksperimenta, 1958, Nr 1, PP 76-78
(USSR)
ABSTRACT: In studying 0-y and y-y coincidences in radioactive
isotopesi it is desirable to have a recording apparatus
having a high resolving power. The resolving power and the
efficiency of the SDectrometric and the electronic apparatus
determine the ratio.1of true-to accidental coincidences. By
using an additional wide band amplification of the signals,
it is possible to obtain higher efficiency and resolving
power from a coincidence circuit. The amplifier described
in this paper was designed to be used in studies of O-e
and e-e coincidences in a magnetic lens 0-spectrometer
(Leningrad State University). The double coincidence amp-
lifier was designed on the principle of compound correction.
Each channel has sixla3plifying stages and the amplification
of both channels is 0 . The basic circuit for one of these
amplifier channels is shown in Fig.l. It was discussed in
Card 1/3some detail in Ref.l. The bandwidth of the amplifier is

SOV-120-58-1-18/43
An Amplifier with Compound Correction for the Recording of Coin-
cidences.
50 Mels while the resolving P9 wer of the coincidenca appara-
tus was equal to 2T = 6 x 10 see. The frequency character-
istics of channels I and II of the amplifier are shown in
Fig.2. They are almost identical and reasonably flat be-
tween about 6 Mc/s and 5G Mcls. 6Zh4 valves were used
throughout. The efficiency of the coincidence scheme for
electrons with energy > 200 KeV was 90 to 95%., As an
example, the partial spectrum of ThB and its Ku--ie plot
is shown in Fig.4. The spectral characteristics of this
substance obtaii~ed using this apparatus are found to be
in good agreement with those quoted in Refs.5 and 6. There
Card 2/3

~j
3OV-120-58-1-I'A 3
An Amplifier with Cor.,ipound Correction for the Recording of
Coincidences.
are 4 figures and 6 references, of which 4 are Soviet, 1 is
Swedish and 1 is English.
ASSOCIATION: Leningradskiy gosudL.7_stvennyy universitet (LeninGrad
State University)
SUBMITTED: April 17, 1957.
1. Co;Lncidence counting--Equipment 2. Amplifiers--Design
3. Amplifiers--Performance 4. Beta ray spectrum analyzers--Performance
5. Radioisotopes--Radioactivity
Card 3/3

24(7)
4
'7 0
1 '/2
1 1! C, .7 .5 K~jn 1 r a t

T I`
N, E ------------------
Tn,) i :af ion o f "lie Luninu:icon-,e ----------
After,~Iow
of T---T;i11r.! Salt
- 0
Qolut3.ons by Means of an Blectzon
ic Shutter
(Tssled,)var,~iye
yosl-covec'ieniva lyum1r,,es1Usenta-_i rantvorov soley 2
j,omoshch',yu elcktronno,,,ro ~,,atvora)
PERIODICAL1 Vestnik Loninl-radskoCo universiteta, Seriya fizz.lki -, '-Khimii,
1 ~
.,59. ",r 1, pr 5-10 (USSR)
ABSTRACT: For the purpose of investigatIzil- tl,-e luminescence after-low
of terbium salt solutions the authors employed the sc!,eme
of the so-called llele,~tronlc shutter" designed by Stiiinhaus
Crosowhite and Dieke (Ref 1) "he ncheme vas 5 slightly modif led
for investicatine an after-low of 10,2 ~_ 10'- sec as oc(,-.rs
with the salts of rare earths (representation of the sclieme
applied in fig-are 1). The intensity of the afterglow Ta~~
directly recordel by means of a ricroan,meter. the chrononeter
mentioned in reference I wa3 not uned and the duration of Lf-
terglow was mcaaured by means of an oscillograph, The lumines-
cence spectrum PaL excited by spark discharge between nickel
Card 1/2 electrodes, i was measured at various te,,~iperatures fG-r tl,.e

SOV/54 51"- 1 -1/25
Investigation of the Luminescence Afterglo-,? of Terbit-m Salt Solu-,ion::
11
..eans of an Electroni,: Shutter
bands X max ' 5090 5450 and 4890 R of Tb 2(so 4)3' dissr,~,,led
in water and concentrated sulphuric acid as well as of T-bC1
in aqueous solution The results are listed in a table. The)
values obtaincd for the aquor-us solutions a-'ree well
those listed in reference 1. It was shoin that r s equal for
all bands under invesligation,. ThG variation cf T and the
intensity, w:Lth temperature in strongest with the solutir.%n
of Tb (so 4~; in concentrated sulphoric acid. The gr*ateat
variaLon i to be folind wit'hirt the teriperature range of 0 30
In the case of aqueous sclutiong of terbium salts it is con
aiderably smaller,. The variation of T an! the intensity with
temperature is almost similar. Aceordln'tr to the auth)rs thia
indicates that the variaticn of intensity is primarily cat;.3c-~
by the variation of the luminescense yield with
The authors thank Professor A, IT, Zaydel~ for the piobj,era an!
the discussion ofthe results, There are 3 figureq 1 taLl~
and 7 references., 3 of which are Soviet,
SUBMITTED: June 101, 1958
Card 2/2

KONDRATITEVA, Te.V.; USTINOV, V.B.
Investigation of residual lumineacence in
by means of electronic switch. Vent.LGEJ 14
(Therblum Balts) (Luminescence)
terbium salt solutions
no.4:5-10 159.
(MIRk 12:5)

9,7800
AUTHORS:
TITLE:
Yurov, Yu.Ya., Vinokurov,
An Electronic Function Converter
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiotekhnika,
196o, Noo3, pp-376-385
TEXT: The problem of transforming a function can be formulated as
follows. For a given electrical signal and a known
functional relationship
a = f
It Is necessary to produce an electrical signal corresponding to
the values a = fQ ). The problem of transforming the given
polar coordinates r, V into rectangular coordinates x and y
is often of great importance. Such a transformation is described
by x = r-cos 2 Uo-,
Uom (2)
86796
S/142/60/000/003/011/017
E192/E482
V.I. and Ustihmv. V B
U
Card 1/7 y = r-sin 21T Uom

86796
S/142/60/000/003/011/017
E192/E482
An Electronic Function Converter
where (f =:21CUO/Uom; here U. is a voltage and UOM is the
value of the voltage corresponding to y =.211. The coordinate r
Is given by the voltage amplitude Um which in a sinusoidal
function of time. In order to obtain the voltage proportionate to
the coordinate y of Eq.(2), it is possible to employ the
circuit shown in Fig.1, where the voltage at the anode changes in
accordance with
Ul(t) = E + U.0sin wt
where E is a constant voltage component, while UM is the
amplitude of the variable component. The load of the tube in
Fig.1 is in the form of an RC network connected in the cathode.
The tube Is normally closed by means of a biasing -oltage applied
between the grid and the cathode. At the Instant t , a positive
pulse having a duration Tu is applied to the grid and the tube
becomes conducting during the presence of the pulse,. Now, if the
Card 2/7

86796
S/142/60/000/003/011/017
E192/9482
An Electronic Function Converter
time constant for charging the condenser C is much shorter than
Tug C will be charged to the voltage almost equal to the anode
potential. If RC>> T (T is the period of the anode voltage)
and the positive pulse at the grid is repeated periodically, the
voltage across C changes insignificantly during the discharge
period-. The average voltage across C is therefore given by
Uc(t*l) = y(E + Um-sin wtl) (3)
where y Is a constant factor taking into account the influence of
RC and T . In order to obtain the voltage proportional to the
other coordinate (x), a circuit,similar to that of Fig.1, is
used but its anode voltage should be shifted in a phase by 90%
The positive pulses at the grid of this circuit should be applied
at the same instants as those in a circuit of Fig.l. If the
system is to operate correctly, it is necessary that the instant
of the appearance of the positive pulse should be determined by the
coordinate y, that is by the voltage Uo. Consequently the
Card 3/7

86796
S/142/60/000/003/011/017
E192/E482
An Electronic Function Converter
following conditions should be met
t UO T (4)
1 - UOM
In practice, this condition can be realised by means of the
circuit shown in Fig.3 where the voltage UBx is in the form of
a sawtooch waveform having the repetition period equal to a
multiple of T . The amplitude of the sawtooth voltage should be
equal to UOM or a multiple of it. As long as the sawtooth
voltage is lower than Uo, the tube in Fig-3 is open and no
current flows through the rectifier. However, at the instant
when the sawtooth voltage becomes equal to UO the tube becomes
closed. A positive pulse is therefore obtained at the anode of
the tube, This is differentiated and the resulting short pulse is
applied to the grid of the tube in the circuit of Fig.l. Suth
pulses thus appear at the instant t1. Fig.4 shows a practical
circuit which can be used for the purpose of coordinate
Card 4/7

86796
S/142/60/000/003/011/017
rl92/E482
An Electronic Function Converter
transformation. Though the above case considers the
transformation defined by Eq.(2), it can have very general
application, since various non-linear functions which are
periodical can be approximated by a Fourier series consisting of a
number of harmonics. A block diagram of a device permitting the
transformation of complex non-linear functions is given in Fig.5.
Here the unit providing the constant component can be built in the
form of an accurate divider of a highly stable voltage. The units
for various harmonics are the form of the circuit shown in Fig.4.
Each harmonic unit will produce a sinusoidal and co-sinusoldal
voltage component. The generator of the stnusoidal oscillations
for all the units can be the same, if a suitable number of
frequency multipliers is employed. A converter circuit,of the
type shown in Fig.4, was investigated experimentally. The circuit
operated in the frequency of 15 kc/s and the duration of the
positive pulse was 0.6 ~t see. The system was supplied from a
stabilized force of 200 V. Curves illustrating the transformation
of several functions by means of this device are shown in Fig.6.
Card 5/7

86796
S/142/60/000/003/011/017
E192/E482
An Electronic Function Converter
The circuit of Fig.4 can be employed to perform various
mathematical operations such as division, multiplication, root
extraction, squaring and so on. The use of the circuit in
determining the logarithm of a number is analyzed In some detail.
It is shown that in this case it Is necessary to apply an
exponentially rising voltage instead of a sawtooth voltage to the
comparison circuit of Fig.3. The circuit can also be used for
determining the number whose natural logarithm is known. The,
circuit has the following sources of errors: (1) instability of
the voltage E; (2) instobility of the instant t1, which may, be
due to the instability of the sawtooth voltage or the instability
of the comparison circuit; (3) dependence of the coefficient y
of Eq.(3) on the internal resistance of the tube in the circuit of
Fig.1 and (4) the instability of the voltage amplitude Um.
These errors are analyzed in some detail and it is shown that the
cathode follower in the converter circuit can be stabilized by
using the system shown in Fig.7. There are 7 figures and
3 Soviet references.
Card 6/7

86796
S/142/60/000/003/011/017
E192/E482
An Zlectronic Function Converter
ASSOCIATION: Kafedra teoreticheskikh osnov radiotekhniki
Leningradskogo elektrotekhnicheskogo instituta im,
V.I.Ullyanova (Lenina)
(Department of the Radio Engineering Theory of
Leningrad Electrotechnical Institute imeni
V.I.Ullyanov (Lenin)
SUBMITTED: January 25, 1960
Card 7/7

UNINOV, T.B., BOCHKOVA, O.P., RAZUKOVSKAYA, LX*
Low-power high frequency generator for use in the spect
analysis of gases. Zav.lab. 26 no-5:621-622 16o.
(MIRA 13:7)
1. Laningradskiy gosudarstyennyy universitat in. A.A.
Zhdanova.
(Games--Spectra)

3/ /,2.17,,
AUTHORS: Z a.vdf,,', A. N
TITLE: Stab-AL 1: z er-d h I 1-h
feedtao-k
A. ar, I Ui, t." 1, V. P
f g"r,:t ra,.:: - r.
PERIODICAL: Zavodskaya latoratcriva. ~7
rp). grj.'
TEXT: Re produ c i ble nir-a.9,.; ramerr, I t s f 1-and - r --2 s Az-o- a t v d 1: rrd
on the stabl e cpe rat, i --.r :-)f r:t gh -; req i. 7-r gz-ne 7 -a!, r -.7. -a'. a--,;
isotopic spertrum analys,~s.. Th~ *~w : f-)rTL- a~j'-h-r-6 .'Rw- f C."',
spektroskopi.ya, 1,, 97- a t''ll 3 - ed, s e r
excited by a Bf" i1 ik",- - 7 it -j g n a r h.
the hydrogen s-ectr'.1w
J W.- r~,d-.-.
intensities of tne .51---~~rill S J.,
1% at
Fl" D d
The Power supplted Uy
the mains vol +,ape and :~r t F 'n s r, 3
required: R, - F F rf-L-, gene- -v5 4 ST'Ar, -C, . rp -
-
Card 1/13

/0c,
StabilI4 z-qd h.,gh--f.roq--er-,-/ F,
sistance of the :125~harg,~ t,Ae- 9 -,e RH ir~p-~YAS .-I ~J;4;
iEi only wi th T i~, r ti fr I r; t
circu-`t, --~ptlmlim gas prri-~Llllr-~ :1 a
tions ah,-,w minimum effa~,-~. F,' j; shr-xi rel~L-I:v,, -Ijunge ir ',-irl
intensity with Aangirir th~ VG- 2 g n i- rj *,h
gE
0
tangent o, f th-, ang]. e i~ f~ I -~,,a --n TJ
r
e
min.im-.am h K, - r s -3 1 d h t, z -]!d
eLVen at
3r-3 gene.-al-1-7 with -'0, ' k% F-,g w i t h ? r ~ r, i a -a k
Part of the light d-,!,-~harg~ g-e3
converte.r. I,~ is amzl:fi~-d -~r th~- f t, ~d '. a -, kiu --- r.. d ~L r?.s -1 z
modulation signal aIr the higlzi 1'h,,,s, a
change effects a feeding 71-1-i,;--e- The :f
coefficient and polarity IiEh-.
tube. The multistage genera,;c, perml-~-s a D" r.hz: amFi-.fying
coefficient of the feedback -Ar-,uir. The genarqtor p3wer s ~~on!--rolled in
the weak stago? J12 wi~,hout mairs .--urrente Thui, the f,:,-,?dbaf:k amj,,I*.f,.ri., ~ar,
operate with direct, cl;rrerl, :trd Irw amp!,,;*'-~-,ng Tile A "
generator is built according t-j t;he :rduct, ",n -4rr,,.j:t %ith f'SIT~ r(P6 ',,j
Card 218

25639
S/032/6I/027/007/0-1,0/012
Stabilized high-frequency generator B1110/B203
The generator powAr is modlilated by a voltage change in the control grid of
theJ[- tube, A voltage am;!,, of -20 v is required for IOVP modulation.
The subsequent stages _-ompcsed cf AF 31 71 49 andX15tuba-s acsording tc, an
ordinary push-pull '~Ircuit a~t as p,--,wer amplifiera,. Th~. f-:~,_ldback
consists of the phot:)ela-2:trri.:~ :onverte:- and d-c amplif--a.-I, and the tu'res
7r L
716 9 J'i 7 '8. An ~P3Y-l (FEU-1) 1'ght amplif4er fed by re-tifiers serves as
converter. For 5CF/6 modulation, the amplifying coefficient must be-500.
When testing the apparatus with h1drogen, the a-.;thori: C-.itabi~shed a sltght
.1 1
effect of the f lu.-tualic-ne cn 1 Th~ VG-3 K,?rer-itor ._-p-tt~s -th
r". r H'
higher stability th-in VG without feedba-k.
excitat.4ton. In the r)-_~w g~nerati),r-, the interval . -10
In VG-'~ with and vilrhout feedba-..k (Fig. 1th-~! graphs f.~r the pre3s-jrt-
ence on AlgA Tj, -)t,7 ~,h,-~w thq ex!itotn~~e .:f for M-3 . 3tabl
axcitatic,n of the ape~tra, Jr. th~ -.ew pgg4n,~:jtor th.-Y ar.~,
shifted in the directi.~n of high 1-ressures. The val -je b".
H e r-, +. r 1 "3 r"y
half of that, in VG-2. The re-ording ,.f the rhott_-current obtained from the
Card 3/6

2563;~
S/05 6'-/0-27/007/0',0/C!2
Stabilized high-frequency generator B" OYB203
HP lines in luminescence excitation ahowed bette7- radiation atabtlity for
the switched-on feedbalk. The high vallie- of the -yarial.",on :oefficlent
(0.6~6) (Table) is rrobab'.7 due '.0 the 4ns*~at-ility of the Phct.-e'.ectr1-_-
recordirg block. The appa7atUS can be tined fo-- mi ;aot')pi.- analysis and
spectrochemif~al wai analy3is where a nor. do~~ompi7,3t:d sr-v:tral light current
is used as contrcj. signal. Tha authnrs thank. Y--. S, Fedu-"k-n who super--rised
the construr-tion of th,3 apprxratu3 at the experimental produstion workshopec
of the NIFI LGU~ There are 3 figures, table, and 5 references: 4 Sovie',
bloc and 1 non-Soviet The referqn,~.~ to the English-language
publication reads as foll;~ws; Ref. 3; H. P~ Broida, M.. Selgin., 11. J.
Morowitz, J. Res. Nat. Bur. Stand... 52, 293 (1954),
ASSOCIATION: Leningradskiy gosudar5tvennyy univera;tet im. A~ A. Zhdanovs
(Leningrad State University imeni A. A. Zhdanov/
Fig. 1. Dependence of -.he relative change in intensity of hydrogen linen
with changing feeding voltage of the generator.
Legend; (1) VG-2 generator, (2) VG-3 generaior without feedback, (3) VG-3
generator with feedback.
Card 4/8

L 16802-66 EWT(d)/FSS-2 EVIT(l)/BIA(h)
ACC NRi AP6005292 SOURCE CODE: UR/0413/66/000/001/0034/0035
INVENTOR: Ustinov, V. B.; Rassvetalov, L. A.; Chartorizhskiy, D. N.
ORG: none
TITLE: Cortrolled for pulsed radio signa
Is. Class 21, No. 177459
(announced by the Leningrad Institute of Electrical Engineering im. V. 1. Ul'yanov
(Leningradskiy elektrotekhni-c-fi-eskiy institut)]
SOURCE: Izobreteniya,, promyshlennyye obraztsy, tovarnyye znaki,, no. 1, 1966, 34-35
TOPIC TAGS: delay lines pulse signal, radio signal
ABSTRACT: The proposed delay line (see Fig. 1) utilizes the spin-echo effect. To
simplify the circuit and to increase the signal-to-noise ratio of the delayed radio
Input laye
d
Poe n
iadio sianal'. rad 0 51 al!
P. .3 Fig. 1. Controlled delay line
I - Mixer; 2 - master oscillator;
3 - resonance system; 4 - coupling
~.-!Cqjntrol voltagei element; 5 - pulse amplifier.
'2 UDC: 621.374.5

L 16802-66
ACC NRi AP6005292 0
signal, cobalt-59 is used as the working medium in the resonance system. Orig. art.
has 1 figure. [KM]
SUB CODE: 09/ SUBM DATE: 26Mar65/ ATD PRESS:100?r
2/2 rn C.,

SEMraAMOV, Mikhail Yevgenlyevich. Prinimali uchastiye: VOROBIYEV,
P.A.., kand. tekhn. nauk; SIROTINMIY, V.F., kand. tekhn. nauk;
YEGOROVP V.S., kand. tekhn. nauk; D14ITRIYEVSKIY, A.A., doktor
tekhn. nauk# prof.p retsenzent; PSTIMOV, V.F., kand. tekhn.
nauk, dots.., retsenzent; WHOM-' A.G.,--inzh.'p nauchrqy red.;
MO-i'MOVA, P.B., rod. izd-va; WPOV, I.I., tekhn. red.
(Interior ballistics of barrel systems and powder rockets]
Vnutrenniaia ballistika stvollzWkh sistem i porokhovykh raket.
3. izd., dop. i perer. Moskva,, Oborongiz., 1962. 703 p.
(MMA 15.12)
(Bal3istiest Interior)

PLEKHOV, I.M.; PT~fIGY, Y.F.; GUMNICH, A.L.
Centralized feed of carbon dioxide and air mixtures. Lite proizv.
no.lOsl9-20 0 '63. (K= 16:12 )

losif Yakovlevich [deceas6d]; ~Ijklif!J1 Josifovich;
USE71NOV, Vladi:rdr Fedcrovich; LYALIT., S.G.J. red.
[Secondary networks of electric power Platita uYlti aubsta-
tions] Vtorichnye skhorq alektricheskikh stant3li i pod-
itantsii. Izd.2., dop. i perer. Moskva,, Izd-vo "Energiia,"
19U*. 174 P. (,,.'iRA 17:8)

ARTOBC11-VSKI.Y. S.1., dok--:;r tekhn. nauk, vrol% Ldect!aeedl; h.~TISCV~ I.A.,
kan~. tekhun. litsent, inzh.
Energy investigatinn of power drIvag of autor~atic engin-iring
F
machines. izv. vvs. ucheb. zav.-, monminostr. no.2-.174--86 164.
1. Tullskly merhaLn'nhvskiy

USTIM, V. 2. , DONTSOVp I. I.
Swine.
Progressive practice in raising pigs. Sov.zoo tekh. 7. no. 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, December -195AZ Unclassified.

1. USTINOV3 V.G.
2. ussR (6oo)
4. Swine
7. Five tons of marketable livestock from one sow in a year. Sov.zootekh. 7 no. 11,
1952
9. Monthly List of Russian Accession, Library of Congress, February, 1953.Unclassified.

115TIR971 V.c. .
I
juine.
Orgatdzation of fattening hogs. Kolkh. proizv. 12 no. 8, 1952.
9. Monthly List af Russian Accessions, Library of Congress, Nmyemhpr -195Y2 Uncl.

USTINOV, V.G.y DONTSOV, I.I.
Swine - Feedin-- and Feeding Stuffs
Accelerating the grodth of hogs on collective fn--ms of the Kurgan district. Sots.
zhiv. 14 no. 2, 1952
Monthly List of Rugsian Accessions. Library of Congress, June 1952, UnclagnifIed.

USTR191, V. 5.
"Fig Raising in the Wooded Mountains of Krasnodarskiy Kray and
Its Expansion." Cand Agr Sci, All-Union Sci Res Inst of
Animal Husbandry, Krasnodar, 1953. (RZhBiol, No 3, Oct 5h)
Survey of Scientific and Tephnical Dissertations Defended at USSR
Higher Educational Institutions (10)
So: Sum. No. 481, 5 May 55

KLUSOV., I.A., kand. tekhn. nauk; USTINOV, V.G., inzh.
Efficiency of indust'rial machines. M'ekh. i avtom. proizv. 18
no.10.-45-48 0 164. (MIRA 17t12)

HUT1111, Gennadiy Vikhaylovich; AUTSEYEV, I.A., retsenzent;
.. UST11-10V~, , d.; VOLCKOK,
. _V.I.Sretsenzent3 CTIERNYYI N.Ye.j ze
K.M.Y tekhn. red.
(Pumdarn ntals of E;afety and fire prevention techniques]Os-
novy tokhniki bezopannosti i protivopozharnoi tekhniki. Le-
ningrad.. Izd-vo "Reclmoi transport.," 1961. 423 p.
(MIRA .15: 10)
(Industrial 1wgiene) (Fire prevention)

USSR Farm Animals. Reindeer. U-4
Abs Jour s Ref Zhur - Biologiya, No 16, 1957, 72076
Author 3 U.;qkn
_9v, V.I.
Title i Hard Specialization in Doer Breading
Orig Pub I Zhivotnovodstvo, 1956, No 12, 66-68
Abstract No abstract
Card 1/1 - 18 -

VIXOGRADOV, A.P,; GRINMO, V.A,;
laotope composition of ouirur compounds in the Black Sea.
Gookhiaiia no,101851-M3 162. (KRA 16--4)
3.. Institut gookhimii i analiticheakoy khimii imeni V.I.
Vernadskogo, AX SSSR, Mookva.
(Black Sea-Zulfur isotopes)

NOV V . I . - GP 1 M-11 K%0. 11 . A ~
--.- .;0 1 w
Analysis rf the comrpn2ation -yFt,~rt for the precision
;7
m,!-a8ur(-.jr.ent,s of isotope abundance raticis. av. lab. _310
no.5;578-580 '64 . (141PA 1715)
1. inntf-tut geokhimil i analtichc-skov kidmii Irneni Vernadskogo
A N "S SIZ R .

~il 111 "', V V,
n iin-1; -nirbci .'n tYe ;re ~;f 1!-ie Shcr-l'u
6 7 t '7 -7 :),S6 1
iz be ~3 L.L n
(MIRA 18:8)
ana' j-h-Lrill iImen' V.T
-.![Ernadskcgo
IT SZSIR, voolwa.

ACCESSIC'
AUTI.OF: Sklya-reniko, I. S-; Usti-I
TITIE, Hoscow seminar or, analytical chemis tr,,
sOURCE: Miurnal anal i ticher-koy khirnii, v. 211), no. 1, l4o-JI'l
TOPI3 TAGS: chemical conference, cheaica.1 laboratorl apparatus, microchemical
analy sis, isotope, autornation, mass spectroi;copy, analytic chemistry rf
ABSTRACT: Regular sessions of the Moscow S?rninar on Analytical Chem--st
__a e on n-i 'Z.
44
r
papers vvor,,
S, z~s ion
N. Paley (Institute of Geochernistrv, A,,ivjfrm1v of Sciences SSSR
Instrumental methods of analysi1q. A rrv.~,w of the state-of-the-art.
The author concluded that 2 cl,~s- 1-)']'ah---i1i-)-: betw-n chemists and
Card 1/4

L 26925-6.5
ACCESSrOU NR: AP5006977
designf-.rs of instruments and improvern-nts in the field of information
exchz.nge are necessary for prc,L-ress ,n ia~.;tcmatior.
V. A. Zarinski , A. F. Volkov, V,_,,%, R-talmki-iin, V, A. Yanchevskiy,
SSSR i Aulomatic. :TrAT(,Ir nP ail -
thors introduced a ne,.,i t.t,, .--o, Ks. 'AIll~h
makei it suitable for wide dissemination
The following papers were presented at the second session:
M. S. Chupakhin (Instity r= C
_tg Qeocht. Ly- my Qf, Sciclaces
:T 7
'T'
ratio iimulta.-neously ith tne va( uum me!Lti~ ano isotope ditution. The
anticipated error would not exceed 101~) for limiting concentrations.
CQ,d 2/4

L 26925-65
ACCESSION UR: td'~M6977
Mas s~ p F-- t 1-,-, 3C,
G' ~ G 'I a ,-I n (I ri s tu tc-.
lutinn fr,jm aq ~Z; F,
2
a!a
corde,i on J.he sur fac iof the Substi"It, :i-ai