SCIENTIFIC ABSTRACT USOV, YU.P. - USOVA, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858210006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VOROBIYEV, Grigoriy Abramovich, doktor fiz.-matem. nauk prof.;
MESYATS, Gennadiy Andr(rfevieb. Prinimali uchastiye.
USPVjJU.-P.; KREIINEV~ V.V.; MELESHKO, V.X..,-red.;
MUM, Ye.l... tekhn. red.
(Technique for gonorating high-volinge pulses] Tekhnika
formirovaniia vysokovol'trykh impullsov. llosWa., Gos-
atomizdat, 1963. 166 p. (MIRA 17:1)
(Pulse techniques (Electronics))

MESYATS, G.A.; USOV, Yu.P.; GOLYNSKIY, A.I.
Some data concerning the affect of electrode shapes and breakdown
voltage on the commutation Uie of a spark gap. Izv.vya.ucheb.zav.;fiz.
no.~:38-41 163.
(MMA 160)
1. Tomskiy politakhnicheskiy institut imeni S.M.Kirova.
(Electric switchgear) (Breakdown,Electric)

L 3,1395-6
E1dP(q)/EdT(m)/BDS AFF'1'01.ASD Pq -L WH
S/120/63/000/002/039/041
AUTHOR: Usov, Yu. P. and Voroblev, G. A.
TITLE- Selection of material for windows in chambers used for investiga-
tion of discharges in gases under pressure
PERIODICAL: Pribory i tekhnika eksperimenta, March-April 1963, v. 8, no. 2,
177-178.
TEXT; The article describes tests performed on various ultraviolet-trans-
mitting materials in order to find out whether they could be used as windows
Ln apparatus for investigation of discharges in gases tinder pressure. rest
results show that ~he heat material for 0-50 atm pressure is crystalline LiF,
while qu&rjz_Z_1AgV is best at higher pressures. Quartz glass is bast under
all conditions when maximum ultraviolet-transmission is not necessary. There
are four figures.
AS,410CIATION: Nijuchno-issledovatellskiy institut yadernykh isaledovaniy elektroniki
i avtomatiki pri TPI (Sclentific-Research Institute for Nuclear
Research, Electronics and Automation at the Tomsk Polyte'qhnx.c___.'
t -itute)
January 16, 1962
Card 1/1 JakE

L 22277-66 EWT(l)
';7ACC NR: AR6005194 SOURCE CODE: UR/0058/65/ooo/oo9/dol9/oo19
AUTHOR: Usov, Yu.,.P.
!TITLE: Spark-light triggering of discharge gaps in gases at
;different pressures
!SOURCE: Ref. zh. Fizika, Abs. 9G153
!REF. SOURCE: Sb. Proboy dielektrikov i poluprovodnikov. M.-L.,
iEnergiya, 1964, 79-82
TOPIC TAGS: spark gap, gas discharge, pressure effect, ignition.,
'~dielectric breakdown, cascade
TRANSLATION: Data are presented on the investigation of spark-light
ignition of a discharge gap in air.. N Ar, H . and He for d1j.-
2$ 02-P 2
ferent pressVes and different parameters of the igniting flash. The
delay of the triggering was recorded with accuracy + 1.5 nsec. The
~results show that in order of magnitude the delay of the triggering
iis equal to the time of flight of the electron through the gap, and
Card 1/2

L 22277-66
ACC NR; AR6005194
Jno noticeable ion current Is necessary to complete the breakdown.
:.The difference between the delay and the travel time of the electrons'!
iincreases with'increasing as pressure. The character of the de-
ipendence of the delay on EX is the safne for all gases. The range I
of delay with respect to 9/p becomes smaller with increasing gas
!pressure. 1. Popov
ISUB COM 20
-A.
Card 2/2 -nat

USOVP ru.P.
Delayed breakdown of a nonirradiated spark gap at large overvoltages.
Izv. vys. ucheb. zav.; fiz. no.l:'81-83 164. (MIRA 170)
1. Tomskiy politekhnicheskiy institut imeni Kirova.

Tq. T T 11 7t~ OS -, ,jptjr~-, -; i =-*-A - i r- i t~~-A , -4-Jsf~h a rcie t iT.~-, za-
I- - -~i ~
t- 1, ,~ ; 4
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~ , I -. ,-11 Q , - -:., - .-I - - - ~ , , -,, -, 7- ~ a - " C, L.7 . e, r-

ACCESSION NP: AP,1047~67
mined frori this plot- makes ~L ~i) deteriu.-,e the phot-Dcirre-ft
cL I: r- rlaZ3 4 L .1yu L U5
1:57. Dr-,v PYT W v p !VI
-Ord 2/2

ACCESSIal NR: AP40.38~649 S/0109/64/OD9/005/OW2/0887
AMUR: mesyatsp Go Ao; Usovp Yu, P.; Korshunov,, Go So
TITIE: investigation of the spark lag in irradiated gays for use in nanosecond
pulse work
SaMCE: Radiotekhnika i 61ektronika, v. 9,, no- 5; 1A,, 882-887
TOPIC TAGS: spark gap, spark lag, irradiated spark gapp iulse work,
nanosecond pulse work
ABSTRACT: Re C, Fletcher's investigations (Phyao Hey-# 1949.,,76, lo, 1501)
were continued with a view toward using the results in nanosecond pulse work&
Fran a surge generator with a sealed'gap K (see Fig I of the Enclosure), pulses
were applied to an auxiliary 0.5-m gap G whose spark irradiated the main gap 0.
*The latter was either of an open-type or a quartz-window sealed type (at 360 tW4
A positive 15-kv peak was used in all the experiments. The irradiation time was
varied by altering the length of the Ga SuPply cableo The effect of.the inten-
sity and time of irradiation on the.10-9-oec-front-pWse lag was studied* Also,,
Card -1/3

Acassiw NR: AP038ag
the effect of the electrode shape and preasuke on the spark-formation time
was investigated. A multigap delay system Is suggested for h-v pulse work.
Tests with a 5-gap., 15-kv system showed that, with 2-m-diamdter electrodes And
166-pf cawitors., the tim lag could be continuously adjusted within 6o-lpoo
Orig, art, bas: ft a foruu3m., and 2 tables
nanosece gure
ASSOCIMCM none
suuc=.- 14mar63 MWL: 01 SUB CCM I EG
no FzF sovi oo6 3 003
Card 2h

I
ACCEMICH NRI AP403W*9
ENCLOSURM 01
Starting cathf-ray 0900
lei 4
A
Figo 10 Experimental hookup f .studying the
effects of irraftated-gap spark ]Ag
D D - capacitive divIders; K - coaxial chmber;
A osdillograph
CWA3/3

~~L,49~,,!66 EWT%f1)/EWA(h)
ACC NRs
AP50206493 SOURCE CODE: UR/0286/65/000/019/0026/o
ITWEVITOR: _Usov, Yu. P.
TITL---: Device for triggering discharge tubes in a high-voltaEe Pulse generator.
Class 21, No. 175085 (Announced by the !Z-ntif I t1lut'! of fi=lear
P1=3 Qaa"o -
n at Tcjm Lv:LELChnic institute im. S ji-_EU_QL_-
-Cilauchno-issledovatelIskiy institu yadernoy fiziki, 61-ektroniki i av-tomatiki pri
Tomskom politekhnicheskom institu
SOURCE.- Byullaten' izobreteiiiy I tovarny1di znakov, no. 19, 1965, 26
TOPIC TAGS: pulse generator, d1scharge Woe
ABSTRACT: The proposed device (see figure) Is designed to trigger discharge tubes
Fig. 1. TriggAring device
Trigger-pulse generator; 2 - elec-
trodes of the firing discharge tube;
r-El 3 - section of coaxial cable; 4 - load
resistance; 5 - ferromagnetic core.
Lin a high-voltage pulse generator. To avoid shunting of the load resistance of the
generator by the firing circuit and to protect the trigger-pulse generator against
C.r'j
C
arcl 1/2 uDc: 621.373.43

L 64c'-3-66
ACC I101- AP5026493
high.-voltage effects, the coaxial cable section along which the trigger pulse is
transmitted to the firing discharSe tube is wound around a ferromagnetic core; the
sheath of the cable is grounded on the side of the trigger-pulse generator. Orig.
art.,has: I figure. [DWI
SU B CODE: EC/ SUBM DATE- 24Feb64/ ATD PRESS:
nw
Card - 2/2

MALINSKIY, Vladimir Davidovich; VEREVKIN, Yu.Ye., prepodavatell,
retsenzent;_W Ye.p prepodavatell, retsenzent;
--- Y,J_p~_-
BASAVINA, Ye.V.,, red.
[Collection of laboratory papers on amplifying and ra-Ro
receiving systems] Sbornik laboratornykh rabot po usili-
tellnym i radiopriemnym, ustroistvam. Moskva, Vysshaia
shkola, 1964. 176 p. (MIRA 17:12)

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USOVAY A#B, (CheliabinBk); LITINSKIY, D.Ye. (CholiabinBk)
The experiment of the teachers of Lipetsk and teachir,,-, pb~rsics.
Hat i fiz Bulg 5 no.6:39-44 N-D 162.

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Jrwr&WA-K.V~ s (Coop. wed-4c&wl. Sri. U.N.S.S.. 1N4.
U-12s)-umm'6010 dVm14 1-nd sear Kohand in,
00
UebieWstan gi" the X-ray diagram wW tbwmagrapb for viont.
00 moirtuouite. a" their "Nuing capad 400
0.3 castial seads Made vvil= ifaew. =,,rtjyc."d.
v =nderjao 00
mm"Mg MIM equal to that of bentoolte from 1)
at present the osly MGM in on V'S'S.R. H. CV.
too
00
v0
400
ago
too
a . iAACIALLUITCKIK LINSOWN CLASSIFOCAflO el- clef
via
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t4eit'a Some ritalaIns OIINI~aAb.'Pj'~~lcf llwiuk 91k
Z-!P. C'.L
Rde-C-1. Zhu,. K4fqs.' X01. Khim'
-A study ~4' Olt CtTcct cl rlicntffjf'~ acid,
vilaniiii It, (1), P-.l fuhlotic n vile Aejd (it) afld of NEC (111)
gild nsvorhj~ (IV, af'H3 on th'! 4'ak Ivolm ~.,i 111141n.
alld It iwul'llt!~ t!-,r dcvcloj i! silk ivcmu catc;-pillan.
hastc:l LIIC elwIMI-1 .1:11 (11-2 -'w'disig "f tht- bilk thr'ad'j'
in'lc.ne the tvt. of OIQ '-;acrpi!1 tt~, and =1m.,:t th.ir r,;.-
sistance to tile fillindic filf,:etbil. S.- fc-v in
WWI-

IVANOVA, A.S.; SHAR IN, S.D.1 KICHURINA, I.A.; Uff, IDIK, T.Te.; F3CMW1.
N.G.; TATSMO. V.A.;, 1,A.P.- 7RMVA, P.A., otir.red.;
ROGOVSKAYA, Te.G., red.; VCMOV, N.V.. takhn.red.
(Agroclimatic reference book on Awar Province] Agroklimatichookii
spravochnik po Amurskoi oblasti. Leningrad, Gidrometeor.izd-vo,
ig6o. 134 p. (MIRA 13:11)
1. KhBbarovek. Gidromsteorologicheakeya observatoriya. 2. Khaba-
rovskaya gidromBtaorologicheakaya observatoriya (for Ivanovs,
Shabalin, Hichurina, Shlendik, Pechent. Tataenko, Uaovs). 3. Na-
ch.allnik Otdela agrometeorologii M3Bbarovskoy gidrometeorologicheakoy
observatorii (for Ivanova).
(Amar Province--Crops and climate)

ACC NR. AP6032592
AUTHOR: Androyev, V. M.Lis~~
~OUR(:k--CODI~~UR/6662/66/,-,10/008/1410/14i6
ORG; Institute of Organic Chemistry im. N. D. Zolinskiy, Acadon7 of Sciences, SSSR
(Institut organichoskoy khizii Akadomii nauk SSSR)
TITIB: Diono condensation of ethyl y-ostor of 0-formylacrylic acid with 2,3-dimothyl-'
butadiono and bivinyl, and reaction of the adducts with hydrazino hydrate
SOURCE: AN SSSR. Izvestiya. Soriya khimichaskaya, no. 8, 1~66, 1410-1416
TOPIC TAGS: dieno synthesist butadiene, hydrazine-compoundg acz7lio acid) virql Com-
pound
ABSTRACT: Diene condensation of ethyl y-ester (I) with 2.3-dimethylbut-adiene produced
"ster (11)9 which was reacted as shown bolowl
4 UDCS

CH C**~,
~O
CH~(
C211$ (11) octi,
A
CH CH CH
+ 0
CH CH3
HO
Ovil) CH& (jVl,) Or-,H,
Condensation of (I) with bivinyl produced y-ester (V)g whose further reactions are
included belcu:
00
+ 0.
~10 0~0
CHS C21 H C110]
M WO
COOH 001i
0
ocif, actio
'VII) (Vill) fix)
Card 2/4

ACC NR, Ap6o32592
ltrdrogonation of (VI) in mothanol involvod tho following roactional
(pd) OOH r-'~O,,,
(VI) ", 0 + H
ClIjOH /OH
CH,
000
"'Cooll
+ -.0
0 ' (::~:Il *
~X~Ha
Hmmhydrophthalazones (XII) and (XIII) wars obtainod as follows;
0 0
CH
(VI) H (U)
0:~, CH
(XII)
Chlorotetrahydrophthalazine (XVII) was sy'nthesivid as followss
_.~qrd--3hk-

ACC NR, AP6032592 0
(Y 0) -"A In. H+
AM (XVI)
0
ANH
1
CC N
(XVIII) (XVIO
The synthesized hydrophthalazones can serve as the starting.matorials in the synthesial
0 1
.of Aprossin analogs. Authors express their thanks to S. S. Yufit for assistance in I
evaluating the results and to M. B. Shadurovaq who participated in the experimental
part of this work.
SUB CODEs o7/ SUBM DATEI 13HU-64/. ORIG RWS 003/ OM W9 010

USOVA, A.V. (g. Chelyabizwk).
Blements of agricultural mechanization and electrification In a school
course on physics. Fiz. v shkole 13 no.4,.18-24 Jl-Ag '53. (WU 6:6)
(Agricultural engineering-Study and teaching)

USOVA, A.V.
~~FA,I,Awnwywr -
Demonstration of uniform straight-line motion# Fiz. v shkole
16 no.6:50-51 N-D 156. (MLRA 9:12)
1. Pedagogicheskiy Institut, Chelyabinsk.
(Motion--Study and teaching)

USOVA, Antonina Vasillyevna,;DROZHZHIN, Yu.N., red.; VOLCHM. V.L.,takhn. red.
[StudYing tba motion of liquids and gases in secondary schools]
Isuchmpie dvizhaniis zhidkostei i gazov v arednei shkole. Moskva,
Gou. u6habno-podagog. i~d-vo H-va proav. RSFSR, 1958. 73 P.
(MIRA 11:12)
(Fluid dynamics--Study and teaching)

V.
AUTHORs Usova, A.V. 47-58-1-19/35
-
TITLE: ---------
Aemonstration of a Computer of Charged Particles (Demon-
stratsiya sch4tohika zaryazhennykh chaatita)
PERIODICALt Fizika v Shkole, 1958, # 1, PP 55-56 (USSR)
ABSTRACT: Computers of oharged partiol&s are now available in the
stores of "Glavsnabpros". They will prove useful for demon-
etrations in the schools. The author suggeste a airouit
necessary for the installation of such counter and gives a
detailed description. In this installation the counter
IISTS-5" is used. It can work with a potencial of 250-300 v
that could be eupplied by an anode battery,
Thero is 1 diagram and 1 figure.
ASSOCIATION: Pedagogicheskiy ins titut, Chelyabinsk (Pedagogic Institute,
Chelyabinsi)
AVAILABLEs Library of Congress
Card 1/1

USOVA, A.Y. (Chelyabinsk)
Connection between the physics curriculum of rural schools and agri-
cultural machinery. Piz. v shkole-19 no.1:70-82 Ja-Y 159.
(MIRA 12:3)
1. Podagogicbeekiy institut.
(Agricultural machinery) (Physics--Study and teaching)

USOVA A yt(delyabinsk); TUSHEV, M.N.(dhelyabinsk); VOROBIXEV, S.A.
Organizing independent work of studente in pbysics lesnons.
-71z. v shkole 20 no.2s25-30 Mr-AP 160. (MIRA 24:5)
Mysica-Study and teacbing)

USOVA, A.V. (Chelyabirsk)
Organizing independent work of students in physics lessons. Fiz.
v shkole 21 no.2:92-94 Mr-Ap '61. (MIRA 14:8)
(Physics--Study and teaching)

RUCHFHOV, V.F.; SEREBRYAEOV, E.F.; USOVA,_AL.
Stereochemistry of cyclic compounds. Report No.49: Oxidation of
cis-syn-.87-hydrindene-4,5-dicarboxylic acid and the synthesis of
isomeric trans-hydrindane-4,5-dicarboxylic acids. Izv. AN SSSR
Otd.khim.nauk no.1:106-112 ja 162. (14IRA 1-1:1)
1. Institut oreanicheskoy khimii im. N.D.Zelinskoeo AN SSSH-
(Cyclic compounds) (Acids, Organic) (Stereochemistry)

USOVA, A. V. (Chelyabinek); LITINSMO B. Yo. (Chelyabinek)
Practices of the Lipetisk Province teachere and the teaching of
plWeics. Fiz. v shkole 22 no.4:30-31+ JI-Ag 162*
(MIRA 15:10)
(Physics-Study and teaching)

USovA,-A.-V.-Uhoayabinsk); KREmLLrVA, M. A. (Chelyabinsk)
Students' work with material distributed to them in pbyBIco
lagoons. Pis. v shkole 22 no.4t85-87 Jl-49 '62-
(MMA 15: 10)
(pbysios Study and teaching)

KCTOMINAS M.G. (Cfi6lyabinak).,;,,,USOVA,_.4tyl,_,(Chblyabinek)
, -
PractiQal work in phpics in industrihl laborktorlope ?iz.
v shkole 23 no.3t43-44 MY-Je 1639 (KIRA 16:12)

USOVAS A.V.
Developm6nt of students' interest In research work during the
process of teaching physics. Fiz. v shkole 23 no.4t45-49
J1--Ag 163. (MIRA 17:1)
1. Pedagogicheskiy institut, Chelyabinsk.

U-SiDVAI F,. P.~ GOL-l-, 11. G.., ar.1-1 MIMSARTV) K. A.
.LL110 I
If Application of the analytical computation method to evaluation of errors in paper
chromatography and to refining of the measurement of crystallization terrmp-rature"
Report presented at a symposium on the mathematical processing of analytical
data vas held on 3 March 1964 at the Institute of Geochemistry and Analytical
Chemistry, Acad. Sci. USSR
( State Design and Planning Scientific Research Institute of the Nitrogen Industry)

USOVA, E.P.; SHESAREV, K.A.
Quantitative determination of amino acids with the aid of
quinhydrons. Report No.ls Determination of -aminoenanthic
acid. Zhur. anal. khim. 19 no.2:243-247 164.
(HIRA l7s9)
1. Gosudarstvennyy nauchno-issledovatellskly Iproyektnyy
institut azotnoy promyshlennosti i produktov organicheskogo
sinteza, Moskva.

U-SOVA, E.P.; SNESAREV, K.A.
Quantitative determination of amino acids with the aid of
quinhydrone. Report No.2: Quantitative raper chromato-
graphy of higher 40-amino acids. Zhur. anal. khix. 19
no.3079-382 164. (MIRA 17:9)
1. Gosudarstvennyy nauchno-Issledovatel'skly i proyektnyy
institut azotnoy promyshlennoBti i produktov organicheskogo
sinteza, Moskva.

11SOVA, E . 1'. ; SNESAM,,"], K. 'AO
. - - -- I I -.. - - - . .
Qua n, 1. -1 ta t J e d e te r,-.-' t, a t, a n c fn o a c _4 d s b7 me a r, a o 0 :, V. -,-~ r:, r e .
ReporL Na.3: Re-action betweer,60-amino acids and L-benzo-,-.' n3rz- .
Zhilr.anal.lchim. 19 na.9~1147-1154 164. ~~i'TPUI 17:30)
I.. Stata Scientific-Pesearch and Dosign InstItuto of the Nil~rogan
Indu5try and the Froducts of Organic Syntheals, Monc-rj.

USOVA, G.V. (Orsk)
~
Use of small series conveyors in multiple-Btyle section
assembly lines. Shvein. prom. no.2:28-31 Mr-Ap 163o
(MTRA 16:8)
Clothing industr7)
Osemb3y-Iine methods)
~

USOTA. I.S.
Determination of the center of narrow axisymmetric beams of
quanta by means of sectional ionisation chambers. Dekl. AN SSSR
104 no-3:391-392 3 155. (KIU 9:2)
1.Flslcheekly Inatitut Imeni PoWelobodeve, Akademli anuk SSSR
Pr*dstavloao akadealken I.To. Tammom.
(Ionization chambers) (Go=& rays)

66379
AUTHORS: Piskov, M.P. and Usova, I.N. SOV/120-59-5-32/46
nisa
TITLE: A Differential Chamber as a Monitor for the
Bremsstrahlung from a Synchrotron
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 5,
pp 127 - 128 (USSR)
ABSTRACT: The Bremsstrahlung of a synchrotron is conveniently
monitored using a thin-walled lon1sation chamber placed
in the photon beam in front of experimental apparatus.
However, experience with the synchrotron at the Physics
Institute of the Ac.Sc., USSR has shOWIL that because of
the presence of a considerable electron background which
accompanies the photon beam, the monitor readings depend
on the maximum energy in the spectrum of the Brems-
strahlung (Figure 1, 1). This fact, together with some
instability in the maximum energy, leads to a reduction
in the accuracy of such a monitor. In order to improve
the accuracy of thin-walled ionisation chambers used as
monitors, Veksler has suggested that a differential thin-
walled chamber may be used since the sensitivity of such
Cardl/3 a chamber to the electron background can be made VK

66379
SOV/120-59-5-32/46
A Differential Ignisation Chamber as a Monitor for the Bremsstrahlung
from a Synchrotron
sufficiently low. The differential monitor chamber
is in the form of two ionisation chambers placed directly
one after another and connected so that the currents
subtract. The froitwall of the first chamber is a copper
foil, 12 IL thick. It also serves as the high-voltage
electrode. The rear wall of the first chamber is a thick
collecting electrode made of aluminium, which is also the
collecting electrode and the front wall of the second
chamber. The rear wall of the second chamber is also made
of copper foil, 12 p thick. A voltage of -1 kV is applied
to the first chamber and +1 kV to the second. In this
way, the charge received by the common collecting electrode
is proportional to the difference in the currents through
the two chambers. As a result of the fact that the front
wall of the first chamber is very thin, the current in
the first chamber is mainly due to the electron background.
Conversely, the current through the second chamber is
card 2/3 mainly due to secondary electrons produced by the photo

6F,379
SOV/120-59-5-32/46
A Differential Ionisation Chamber as a Monitor for the Bremsstrahlung
from a Synchrotron
in aluminium. The contribtition of the electron background
to the ionisation in this chamber was determined by
studying the change in the lonisation current of an
identical subsidiary chamber by varying the thickness
of its front wall between 1.51; and 1 mm of aluminium.
The contribution turns out to be about 30% of the total
ionisation produced in the second chamber. The dependence
of the readings of the relative monitor with the thin-
walled differential chamber on the maximum energy of the
Bremsstrahlung spectrum of the synchrotron mentioned
above is shown by Curve 2 in Figure 1. As can be seen,
the effect of the electron background is reduced.
There is 1 figure.
ASSOCIATION% Fizicheskiy institut AN SSSR (Physics Institute
of the Ac.Sc., USSR)
SUBMITTED: August 21, 1958
Card 3/3

USOVA, I-N.
Absolute measurement of the intensity of high-energy gazma radia-
tion by the methocl of pair difference. Zhur. tekhn- fiz- 30
no.6:665-671 Je 16o. (MIRA 13:8)
1. Fizicheakiy Wtitut im. P.N. Lebedeva, AN SSSR, Moskva.
(Gamma rays) '

usOVA, 1. N. Cand Phys-Math Sai -_ "Ionization methods of absolute measurements
of the intensity of high-energy ga=&,-radiation." Moo, 1961 (Min of Higher
and Secondary Specialized Education RSFSR* Moo Phyn-EMineering Inst ).
M, 4-61, 185)
-47-

20631
S/12o/6i/000/001/015/062
E032/E114
AUTHOR:
TITLE: Application of Sector Ionization Chambers to the
Absolute Me3surement of the Intensity of High-Energy
Gamma-Rays
PERIODICAL: Pribory i 4.-ekhnika eksperimenta, 1961# No.1, PP-53-55
TEXT: In a previous paper (Ref.1) the author described a
sector ionization chamber designed for the location of the axis
of the y-ray beam of an electron accelerator to an accuracy of
1 0~1 mm. The design of the chamber is illustrated in Fig.l.
Owing to the fact that the two sector-shaped cavities 1, 2,
have a common collecting electrode and the high-voltage electrodes
3, 4, have opposite polarities (� 1500 V), the charge flowing to
the collecting electrode 5 4B proportional to the difference
between the currents through the sectors I and 2. When this
difference is zero the beam axis coincides with the axis of the
chamber and the energy fluxes Ul and U2 passing through the
transverse cross-sections of the sectors I and 2 are equal.
This fact can be used in the determination of the energy flux due
Card l/ 5

20681
S/120/61/000/001/015/o62
E032/E114
Application ol: Sector Ionization Chambers to the Absolute
Measurement of the Intensity of High-Energy Gamma-Rays
to high-energy y-rays by measuring the difference in the number of
electron-positron pairs from thin converters 3, 4. As shown
by Blocker et al. (Ref.2) this method consists in the calculation
of the energy flux from the current difference I(Zl) - I(Z2)
for converters with different atomic numbers ZI and Z2 but
equal numbers of electrons per cm2 of surface. Normally, plane
parallel Ionization chambers are employed in this method.
However, sector chamberb have the advantage that the current
difference can be measured directly to within 1-2%. The intensity
is measured as follows* The axis of thG chamber is brought into
coincidence (by remote control) with the beam axis. The front
walls of the sectors are replaced by the converters, in which case
the current difference is related to the energy flux by
U = AI/e g (ZI ) R1-2 W
where e is the electronic charge, g(ZjL) is the effective
Card 2/5

20681
S/12o/ft/ooo/oot/015/062
E032/E.114
Application of Sector Ionization Chambers to the Absolute
Measurement of the Intensity of High-Energy Gamma-Rays
depth of the chamber for
atomic number Zl, and
Wmax cr
R n(W,Zi) -
1-2 W max
S
0
electrons leaving the cosiverter with
RI-2 is given by
, Z f (W) 17W7 dW
a~(W 2
W f (W) dW
In this expression (1n(W, ZI) is the number of pairs produced in
the converter with atomic number Z1, f(W) is the number of
photons of energy W, IN is the mean number ef pairs of ions
produced by the electron positron pairs per unit path length and
Al is the current difference between the two sectors which Is
measured directly. The ratio g(Z,)/g(Z2) was calculated by the
present author to an accuracy of 1.5-2% in Bef-3. The absolute
accuracy of the intensity measurement is said to be 7%, while in
Card 3/5

W68i
S/120/611000/001/015/o62
E032/E1111
Application of Sector Ionization Chambers to the Absolute
Measurement of the Intensity of High.-Energy Gamma-Rays
the case of the plane parallel ionization chamber the accuracy is
10-15%. The device has been used on the synchrotron of the
Fizicheskiy institut AN SSSR (Physics Institute, AS USSR)
(Wmax = 260 MeV). The results obtained were foutid, to be in good
U
agreement with determinations by other metho pq ma,le later by a
group of physicists under the direction of k GuIldanskiy.
Acknowledgements are made to V.I. Veksler A, Cherenkov for
interest, and to A.I. Yudin and P.A. Zayt5d,, o built the chamber.
e ViT4
There are 1 figure, I table and 4 referencqAo 2 Soviet and
2 non-Soviet.
ASSOCIATION: Fizicheskiy institut AN SSS41
(Physics Institute, AS USSR)
SUBMIT'PED: February 16, 1960
Card 4/5

200,81
S/120/61/000/001/015/062
Application of Sector. lonization..EO32/Ell4
Fig. 1
Card 5/5

USOVA, I. M.
Determining eAergy flux in a high-energy photon bean by the
area bela- the cascade curve. Prib. i tekh.eksp. 6 no./+:27-30
n-Ag 161., (MIRIA 14:9)
1. Fizichoskiy inatitut AN SSSR.
(Photons)

3?785
S/120/62/000/002/Oo8/o47
E039/E520
AUTHOR:
TITLB: The absolute sensitivity of a thick-walled graphite
ionisation chamber for photons with energies up to
26o MeV
PERIODICAL: Pribory i tekhnika eksperii-tienta, no.2, 1962, 36-42
TEXT: The method of calculating the absolute sensitivity of
a thick-walled graphite chamber described in this paper is more
accurate than previous calculations by other workers. The
effects of density, multiple Compton scattering, radiation loss,
annihilation positrons in the chamber wall, ionisation losses,
the nonlinear relation between path length and energy etc. are
taken into account. The expression derived for the sensitivity
of the chamber is:
W
iax Wf (W) ~ Cf 1 (W) / f Ml -, 0q) s1(11) +Cf2('V)/f(")]_r(")s2("4)dW
S(W max WInax -
Wf(W)dW (16)
Card 1/3 b

The absolute sensitivity ... S/120/62/000/002/008/047
E039/E520
where s I(W) and s2(W) are the fractions of the energy of photons
of energy W used in ionisation, forming secondary electrons with
path lengths R T respectively, where T is the
thickness of the front wall of the chamber, -r(W) is the photon
absorption coefficient, f(W) gives the spectrum of the synchrotron.
The calculations are carried out for a chamber with a front wall
thickness of 4.5 cm and depth of working volume 1.04 cm for a 5
maximum energy of 260 'MeV. This gives a value of -(0-83+O-o6)-1d-
whereas the value obtained in the previous calculations :;as
-1.02*10-5. The more accurate treatment giving a value -20%
lower than be-lore. The accuracy of the formula obtained is about
_+77~. This error is made up of inaccuracies in the values for the
spectrum of the synchrotron, ionisation loss, the cross-section-
for Compton scattering and formation of paits, the absorption
coefficient for photons etc. and also by neglecting the develop-
ment of cascade processes. It is noted that if the development of
cascade processes is taken into account that the formula for the
absolute sensitivity of the chamber remains practically unchanged
for photon energies up to Wmax --- 1 BeV. There are 5 figures and
4 tables.
Card 2/1

The absolute sensitivity ... S/12o/62/000/002/008/047
B039/B520
ASSOCIATION: Fizicheskiy institut AN SSSR
(Physics Institute AS USSR)
SUBMITTED: June 20, 1961
Card 3/3

TSNLIN, A.L.; USOVA, K.I.
Periodicity In the excretion of Intestinal protozoa. DDkl.
AN Tadsh.SSR no.5:31-34 152. (MLRA 9:10)
1
1. Tadzhikskiy Institut malyarit I seditsinskoy parazitologii.
Predstavleno cbelnom-korrespondentom AN Tafthikskoy SSR
W.F. Berezkirqm.
(Protozoa)

USOVA, K. K -
28009. USOVA, K. K. -- Blizhayshiye klinichaskis rezulltaty lochenlyn khronicheakikh.
ognestrelinykh. Osteomielitov po materialam respublikanskogo gospitalya. (tashkent).
Trudy per-roy nauch. Mezhreop. Konf-teii po lecheniyu invalidoy otechestv. Vo7V
v trod. Atli. Tashkent, 1949, S. 117-23-
SO: Letopis' Zhurnalinykh Statey. V61: 37, 1949.

USSOVA, K. M.
V. U. ROSHKOV, ZhPhysiols 1935, 12, 582-584

USOVA, K.M.
V.M. ROZHKOV, J. Physial. USSR, 19, 1936, 582-4

U1,0711) L. F.
USOVA, L. F.: "Invos',4,raticr. Of the apinf, of tp-chnic,!-i 1ron". 1~-Toscow, 19.---'-
Min Figher Educaticn USSR. Moscow Ordor of Labor ii~ed Fanner Inst of
Steel imen7. 1. V. ~-talin. (Dissertati. ns for the d Pgree of Candi d,-te of
Technical Science.)
~0: Knimaya Letopis' No. ")'0 10 D~-cnviber 19,1-5. Moscow.

USOVA L Fq,FIffM,,'SJITnll, B.11"
Determining, the activntion mnergy in the Ming of comm-rcial
iron. 14tuch. dokl. vym. shkoly; mot. no.l-.163-168 159.
(WRA ID9)
1. Monkovskly inntitut stali.
Oron--ffardmning) (Activity coefficients)

137-58-4-8150
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 255 (USSR)
AUTHORS: Finkel'shtcyn, B.N., Usova, L. F.
TITLE: The Aging of Technical Iron Investigated by the Internal- friction
Method (Issledovaniye 5tareniya tekhnicheskogo zheleza metodom
vnutrennego treniya)
PERIODICAL: Sb. Mosk, in-t stali, 1957, Vol 36, pp 176-190
ABSTRACT: Three grades of technical iron from different melts were in-
vestigated by measuring the extinction rate of low-amplitude
torsional oscillations of wire specimens 315 mm long and 0.7 MM
in diameter, and also by measurement of the shear modulus and
Young's modulus of elasticity during the aging process, and
microstructure investigation by optical and electron microscopy.
The moduli were determined by the natural frequency of the long-
itudinal and torsional oscillations of specimens 250 mrn long and
4 mrn in diameter. The single-stage quartz method was used in
making copies. Stress relief was performed by annealing for 2
hours in vacuum at 7001C and cooling in the oven. Quenching
was from *1000 in 10% NaCl. A study was made of the change in
Ca rd 1/2 the low-temperature peak of internal friction during the aging

137-58-4-8150
The Aging of Technical Iron Investigated by the Interna I- friction Nlethod
process at 60, 80, 90; 100, and 1200. The number of C and N atoms in the
solid solution was calculated by the magnitude of the change in the peak. It
Was established that the solubility of C and N in C( Fe at room temperature
is lower than the values quoted in the literature. The solid solution remains
oversaturated both after quenching and after annealing at 7000 and cooling
for 10 hours. The rate of decomposition (RD) of the solid solution increases
with a rise in aging temperature and degree of oversaturation. The aging pro-
cess clearly divides into three periods: 1) the RD of the solid solution is low;
2) a rapid rise in RD, attaining a maximum, followed by a rapid drop there-
after; 3) a slow decline in RD. The quantity of the precipitated phase at '-ar-
ious moments of aging is determined. It is found that the moduli of elasticity
do not change in the course of the aging process.
A.F.
1, Iron--Aging--Ana1_ysis 2, iron--Mechanical properties--liging effects
Card 2/2

AUTHORS: UBova, L. F., Finkel'shteyn, B. 11. SOV/163-58-1-30/53
TITLE: The Determination of the Activation Energy of the Aging -~f
Technical Iron (Opredeleniye energii aktivatsi2-4 ataTeniya
tekhniche-kogo zheleza)
PERIODICAL: Nauchnyye doklady irysshey shkoly. Metallurgiya, lqf~~S, Nr 1,
pp 163-168 (USSR)
ABSTRACT: The activation energy in the aging after the hardening of the
technical iron alloys Nr 5 and 6 was investigated. The course
of the kineti3 curves of deformed samples, which depends on
'the various temperatures of aging, is analogous to the course
of the aging curves after hard3ning. The activation energy was
determined from the kinetic curves by two methods:
1) For every temperature the time is determined within which
part of the C and 11 deposited in the iron are separated from
the solid solutions. In the caoe of iron sample Nr 6 (in
hardened state) the activation energy amounts to 13500.t.500
Gal/mole, and for sample Nr 5 ~'in hardened state) to
20000+500 cal/mole. The activation energy of deformed sampleS
of th"~ iron alloy Nr 6 amounts to 8600 cal/mole.
gard 1/3 2) The activatlon energy was calculated by means of the formuls,

SOV/163-58-1--30/53
The Determination of the Activation Energy of the Aging of Technical Iron
4,6 T2 Ti 16C,
TT-I -T i g C (2)
The activation energy calculated -'n this 'Nay for iro,- alloy
Nr 6 amounts to 13000 - 16000 cal/mcle, for iron alloy NT 5:
18000 - 20000 cal/mole (both in hardened state). The actuivati-=
energy may also be determined by its dependence on the internal
friction as well as the frequency and the temperature o-.zlirr~ng
on that occasion. Taking into account this dependence zhe
following formula was derived:
R T 1,T2 1n f2
T2 - T I f 1
where H denotes the acti-rat-Lon energy, R the gas conEtant,
T1 and T 2 the absolute temperatures at the maximum, f I and f2
the frequency.
In using this formula for iron alloy Nr 6 15c:00�500 ca"/'mci-l-
were found for the activation energy at different frequencies.
As may be seen from the result obtained the activation energy
for iron alloy Nr 5 differs considerably from that of Nr 6. The
Card 2/3 lattice state in the alloys influences the activaticn. erergy.

SOV/163-58-1-30/513
The Determination of the Activation Energy of the Aging of ?echnicai- lror
The state of the crystal lattices is influenced by various
impurities.
There are 4 figures, 1 table, and 7 references, 3 of which
are Soviet.
ASSOCIATION: Moskovskiy institut stali (Moscovi Steel Institute)
SUBMITTED: October 1, 1957
Card 3/3

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Sktt~lk , S.A. f MzteU~a last L.A. "" AS -,SSR,
Dteraiw~ or witroCom In XWtalm bf the &Ussj~. Zq~trux Mth3d
Zc4wr the Cmeltiom of a amroflod LOW ToltAC- SWt 231
_PZW_T,Aj.. [Cmtrul Scientific Rse.r*h Itistitule of Ferrous met.11,,rJ7,
Homc~j. Chamber for Spoctral AnaVels or Cease in Metalj and LnOYs 2"
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USOVA, L.F.
Determina ion of gases in metals by the internal friction method.
Trudy kow,anal.khIm. 10;215T224 '60. (MM 13:8)
1. Institut stali is. I.T.Stalina, MosIrva.
(Gases in metals)

-11, V. a-J V.
11X-ray Investigation of Palladium Catalysts or, ")Jlica G.A.,
DOI-a. Ak. i;auk 65. a67-70, 194-9.
in catalyst.-; w, th 1 .113 , 1 .03, Rrjrj 0.4,9,'~' Pd, the lattice const. oc Fd is
identical i-rith that of the massive metal. From the hal-f-widths of the linec
by Scherrer's forrAtla, the Pd pqrticles are c,ibic, and tile leni7th -~f the side
0
of a particle, ir! the 1.41,"'~' Fd catalyst, is of the order Bf 24,0 A.
(Battelle)

SOLNTSEV) N.I~;-q�"v m'_La.____
Separate date tion of copper, chalcocits, and bornite
in ores; aome investigations with diganite and betekhtinits.
Sbor. nauch. trud. Gintsvetmeta no.19:756-772 162.
(MIRA 16:7)
(Copper ores-Analysis)

NIKONOVA' O.S., USOVI, M.T.
Cerebral melanomas (with summary In French]., Zhur.nevr. I psikh,
58 no.5t526-528 138 (IMIRA 11:7)
I* X11nike nervnykh bolesney (zav. kafedroy - prof. N.7.
Grashchenkov) TSentrallnogo insitutn usovershonstvovanlyn vrachey
i narrnoye otdoleniye bollnisty imeni S.P. Botkina. Moskva.
(MBLANOMA. cane reports.
brain (Rue))
(BRAIN NEOPLASMS, case reports
melanoma (Rua))

-ILI IR&, N.A.; MELINIKOVA, Te.M.
Clinical and physiological analysis of the effectiveness Of acuPane-
ture In radiculitle; preliminary communication. Zhur.nev. I paikh. 59
no.6$723-728 159. (MMA 13:1)
1. laboratoriya igloterapli (nauchny7 rukoyoditell - prof. N.I.
Grashchenkov) Institute. paikhiatrii kdir. - prof. D.D. 7adotov)
Ministerstva zdravookhranenlya SSSR, Moskva.
(ACUPOCUTICS, invar. dis.
radiculitie (Bas))
(IMVES, SPINAL, dis.
radiculitis, acupuncture (RUB))

GRASHCHMOV, N.I.; KASSILI, A.M.; ILIIIIA, N.A.;
KAMEMSrATA, B.I.; X)ILINIKOVA. Te.M.
Application of acupuncture in certain diseases; clinical pbysiological
investigations. Zhur.nevr.i paikh. 59 no.10:1159-1166 059.
(MIRA 13:3)
1. Laboratoriya reflektornoy terapii Institute. psikhiatrii (direktor -
prof. D.D..Pedotov) Ministerstva zdravookhraneniya SSSR, NoskTa.
(ACUPUNCTME)

OSIPOVA, N.N.; USOVA, M.K.
Changes in vascular reactions during acupuncture in
practically healthy people. Sbor. trud. GKI no.9:115-123
162. (MIRA 17:2)
1. Dotsentskiy km sigloukalyvaniya, kafedra klinicheskoy
i eksperimentallnoy fiziologii (zav. kafedroy Ye.F. Pblezhayev)
TSentrallnogo instituta usovershenstvovaniya v?achey (dir. -
M.D. Kovrigina).

USOVA, M.N., Leningrad. 67. ul. luraklnp-. d. 1/3 P&ril'on. kv.25.
69000
Outoosynthesis of fractures with metal and. plastic nails.
vest-khIr- ~7* W.St 37-44 Je '55. (KLR& 8:10)
1. Is fakulitstskay )ehirurgicheekay klinlid Leningradekogo
saultarno-jigiyoutcheekoge meditsinsIxogo Institute, (saw.-
kafe& -prof. P.N. Rapalkiv)
OTIRACIUM, surgw7,
Intramedullary nalling)

USOVA,j M. 9 Cand Mad Sci -- (diss) "Treatment of closed fractures of tkw
PA I r-014'
_~~ 4~, ~,4t,1-4
clavicle with4betelplastma" osteosynthesis." Len, 1957. 8 pp (Min of Health
RSFSR. Len Sanitary Hygiene Med Inst), 200 copies (KL, 45-57, 99)
-30-

USOVA, H. # assistant (laningrad, Kurakins uls, 1/3, 32-Y Pav-, kv,25)
1. Metal-plastic ostoosyntheein for treating closed fractures of
the olaricle [with summary in Bngliob]. Ttst.khir. 78 no.4:62-65
AP '57- WAA 10:9)
1. Is fakul'tatskoy khirurgicheskoy kliniki (zov. - prof. P.N.
lepalkov) laningradekogo eanitarno-giglyenicheekogo maditainskogo
Instituta.
(GIAVICLS, fractures,
osteosynthesis (Rue))

A[A/
1Z&AXkr_Y.er_.XJJune 58
3108. (74C) METAL AND PLASTIC os-rEOSYNTHESIS OF CLOSED CLAVICLE
FRACTURES (Russian text) - Usova M, M. - VESTN. MIR. 1957, 78/4
(62-65) Blus. 2
Shafts of stainless steel (E Ya I T) covured with a polymethylmethacrylic sheath
were uied for osteosynthesis of the clavicle. These shafts are found to be 2 or 3
,times more reliable than those of organic glass, Fifty patients were operated
upon with excellent results in 33, good in 11, fair in 5 and poor in one patient.
The outcome in patients non-surgically treated was obviously worse, and the f it-
neon for work was sooner regained by the former than by the latteir.

U~OVAP M-M!_, kand.med.nauk
Surgery for cancer of the large intestine as revealed bjY data
of the Machnikov Hospital from 1946 to 1958. Trudy ISMI 59:
2/d*,250 160. (MIRA 14:9)
1. Fakul'tetskaya khirurgicheakaya klinika Leningradakogo sanitarno-
gigiyenichegkogo moditsinskogo instituta (zav. klinikoy - prof.
P.N.Napalkov). (INTESTINM-CANCER)

IT
folla.,Ilng rcsect~Gn rtn~~
17: 1U)

USOVA, Mariya Mi.khaylovna; TELIMAN, I.F., red.; ONGSHKO, N.G.,
red.-
[Closed injuries of the clavicle) Zakrytye povreshdeniia
kliuchitsy. Leningrad,.Medgis, 1963. 103 p. (MIRA 16:10)
(CLAVICL&-FRACTURE)

UsOV,,~, K-67, ul. Kurakim, 1/13, '13)
Some problem-E In tne surgeri o*: rec-*al t,;'- -1s. Onk. 10
no.4":111-115 164. 17:7)
1. Iz klinik., khi-.rurgicheskikh bole-mey LenlngraOs--.o;,o s,-..ni-tt.,rno-
g1glyenicheskof,,o meditsinskom inst-It.u-, -L (Zav.
deyatel' nauld prof. P.N. NLpalkiv)

USOVAI M.M., kand. med. nauk (Leningrad, K-17, Zabaykallskaya ul., 12, kv.33)
Simple stand for easy application of a plaster cast to the leg.
Vest. khir. 92 no.6:107-108 Je 164. (MI-RA 18:5)'
1. Iz kliniki khirurgicheskikh bolezney (zav. - prof. P.N. Napalkov)
Leningradskogo sanitarno-gigiyo-nicheskogo meditsinskogo instituta.

~ I - I. I I I ~~ . .- - . - . - I I
I - . . I ~
. .~, - .1 ''. 1.1 - . I - . I
.9 . 'I I
U - - -1-- ".. , '... . "'. - - -

USSR/Analyzis of Inorganic .1;ubatancoo 0-2
Abs Jour: Ref Zhur-Khimlya, No 6, 195y, 19598
Author Z. V. Pushkareva, M. zi. Usova, 0. 1. Levchenko
Inst PolyteGlinical Inst tute-or-uri--disk
Title To The Question of UtilizLiL Or6anic Compounds
in Analyoio of Platinum 'Metals and Gold. Report
I. Power of Series of Heterocyclic Compounds to
Precipitate Platinum Metals frora Solutions.
Orig Pub: Tr. Urallskogo Politekhn. In-ta, 1956, sb. 57,
183 - 191.
Abstract: The power of 23 heterocyclic compoundo (1IC) -
derivative3 of pyridine, quinoline, acridine,
phenazine, pyrimid1ne, sulfathiazole and pheno-
thiazine containinE- Cl, NH2, 1402, Off, SH and OCH3
Card 1/3 - 74 -

USSR/Analysis of Inor6anic 6ubstances G-2
Abo jour: Ref.Zhur-Kh1imiya, tic 0', 1957, 19598
as substitutes - to precipitate platinum metals
(PM) was studied qualitatively,. Some sulfamides
containing heterocyclic Evoups and complex dei,lva-
tivez of acridine weve studied also. Vie study
of PD1 precipitation was carriEid out at OpH 0 and
2 at the indoor temperature and at 100 . It was
shown that tile capacity of HC to produce complexes
with P14 Increased toLetlier with the molecule pol-
arity. Among all tl:e 3tudied 11C, phenothiazine
produced the most steirle complexes with PI-Lanill ill;
i7as recommended for the quantitative determination
of" PM. None of tile studied JIC produced precipi-
tations with ilon-precious metals under descrited
conditions. .',.monL;; tile otudied HC there was none
Card 2/3 - 75 -

U,iSR/Analysis of Iriomanic Substances G - en
Abs Jour: Ref Zhur-Khimiya, No %S, 1957, 19590
U
that would act sufficiently selectively on any
individual Pill.
Card 3/3 - 76 -

a Vj, tA,S,
Category: USSR/An&lytical Chemistry - General questions. G-1
Abe Jour: Referat Zhur-Khimiya, No 9, 1957, 30932
Author ; II. Usova M. S., Pushkareva Z.V., Levchenko 0. 1.
III-~Us-ov&M--S-,
Gayeva N. F.
Inst :Urals Polytecbnical Institute
Title :Use of Organic Compounds in the Analysis of Platinum-Group
Metals and Gold. Communication II. Precipitation Capacity
of Some Noble Metals in the Urea, Thiourea and Guanidine
Series. Com-nication III. Use of Phenothiazine for the
Determination of Platiralm in Alloys.
Orig Pub: Tr. Ural'skogo politekhn. in-ta, 1956, ab. 57, 192-2DO; wl-2D6.
Abstract: II. Report of the results of qualitative tests on the capacity
of some substituted urea, thiourea (I) and guanidine (II) comp-
ounds, to precipitate platinum metals (PH) from solution. Intro-
duction of phenyl- and heterocyclic residues into the molecules
of I and II, clearly enhances the capacity of I and II to preci-
pitZte noble metals from solution. The introduction into the
Card V2
Category: USSR/AnalYtical Chemistry - General Que8tiona. G-1
Abs Jour: Referat Zhur-n'miya, NO 9, 1957, 30932
PhenYl rings Of diphenyl-thiourea of COOH and So
motes the secondary process ZNH';.grouPs pro_
The Of Precipitation of common metals.
capacity of I and II to Precipitate Rh increases on t-
tion f ransi
other --om derivatives of II to derivatives of I
hand Precipitation of Ir is observed more .1 while on the
the II series. frequently in
molecule Of II IntrOductiOn of a third substituent into the
decreases considerably the solubility of the com
Pounds formed with pM. The results thus Obtained permit to se-
lect a number of derivatives Of I and II for further study, of
their Properties as analytical -
III- A study Of the capacity of reagents.
specific FM ("t, Pd phenothiazine to precipitate
,Y 1U2 and Ir), for the Purl>osea Of qualitative
analysis, Ind also the description of a quantitative method
which has been developed for the determination of pt in solutions
of pure Pt salts., in artificially produced mixtures and in silver-
Platinum alloys, by precipitation with phenothi&Zine, followed by
ca-leiratiOn Of the resulting Preci
cation I, see RZhnim, 1957, 19598 pitate to metallic pt. C0==,_
Card 2/2
-13-

ULIYAWY, Andrer VladIuIrqyIch;KOL'XVIST, Gerwm Aygustovich; USOVA,
I., redaktor; TRUIPINOT, A.V., takhnichosirly redaktor.
[Geology of oil and gas deposits] Geologila neftiwWkh i
gazovykh mentorozhdonli. Moskva, Goo.nauchno-tekhn.tzd-vo
neftianoi i gorno-toplivwi lit-ry, 1955. 297 P. (KM 8:12)
(Pfitrolmm geology)

TOPGHIYBV, A.V., akademik, redal-,tor; TROFIKUK. A.A., redaktor; THEBIN, Y.A.,
doktor tekhnicheskikh nauk, redaktor; YXDTNSIIY, T.Y., doktor fiziko-
matematichaskikh nauk, radakt9r; SUK9AKOVA, T.P., inzhener, redaktor;
POSTNIKOV, Y.G,.. redaktor; VOL17SON, S.I., redaktor; BIKHMAN, Yu.K.,
vedushchiy redaktor; KOVALEVA, A.A., vedushchiy redaktor; PERSHINA.
Ye,.G., vedushchiy redakt6r; SAVINA, Z.A.. vedushchiy redaktor: USOVA.
N edushchiy redaktor; ZAHARAYEVA, K.M., vedushchiy redaktor~-.'
!
;:~' W".Cv
'NOV A, M.M., vedushchly rodaktor-, LIVOYA, L.A., vedushchiy redaktor;
YERSHOV. P.R., vedushchiy redaktor; POLOSINA. A.S., tekhnicheskiy
redaktor; TROPIMOV, A.V.. tekhnicheakiy redaktor
[4th International Petroleum Congress) IT MazbdunarLAnyi neftianoi
kongress. Moskva, Goo. nauchno-tekhn. izd-vo neftianoi i gorno-toplivnoi
lit-ry. Vol.l. [Tbe geology of oil and gas dep0bitB] Geologiia neftia-
nykh i gazovykh mostaro2hdanii. (Pod red. A.A.Trafimuka). 1956. 534 P.
Vol.2. [Geophysical methods in prospecting] Goofizicheskie metody
razvedki. (Pod red. VaY.Fedynokogo). 1956. 392 p. Yol.4. [The
technology of oil and shale processing) Tekhnologiia pererabotki nefti
I slanteev. 1956. 527 P. Vo'l-5- [Chemical processing of oil and gas]
Xhimicheakaia pererabotka nefti i gaza. 1956. 302 p- Vol.8. [Equipment,
metals and protection from corrosion] Oborudovante, metally I zashchita
ot korrozii. 1956. 227 P. (MIRA 9:12)
1. International Petroleum Congress, 4th. Rome, 1955. 2. Chlen-
korreapondent AN SSSR (for Trofimuk-)
(Prospecting--%ophysical methods) (Petroleum--Refining)
(Gas, Natural)

SHCHERBAKOV, B.I.,- USOVA, N.P.
... ....
Concentration of cell sap and drought resisfan:~r, of plants.
Trudy That. bot. AN Kazakh..M 16:97-117 t6l (MTRA 170)

0
0 0 0 0 P99 0, -o.:
10t, '

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01 ro
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00
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00 E.,

Off
00
gg", of UjOOM ftodft so &CCIAn%gladon and IrAno
f*rMdm all pkdk ngWi#b in C11"log of grain undw
00 candido"s of I" tmtwdw". 4. A. KA41MMY.1 4"1l

0* P. 0. V*M. -PoIllady Abad. Sauk S.S.S.R. 60. KRU-70
tbetimeof I'Antingatulthercla-
In I
-Fthk to aitcr the ripen-
t It
-
00
*0 - P
tire umts. d mirmil
ing period of wbftt. so that tipenino 10 title mazy Stott
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lNe, in "mrpoW regionj wbm ord
w"
ripen=. cannot be comm out VAIUMIY. IFILIVAL"t 01' P e0
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It
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intsting with added P-K (I I days) - u4t of N-K aml X-P-K. 0

09 petting harvested grain (10-111 Rhs") -
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GO 0
Inerewittl K and P leads to iturtristed synthesiq of rarbo-
ago
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410 wheat, but their transfer to the grain 6 hinderril; lying in "0o
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into sturelf; hwmr, mcKt of the mill rr.
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in caws wbichtective ailded P and K feciting.
coo
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GRLV2j N#A4 [translator]; TOLSTOVp A.N. [translator]; U~SO~~,. [translator];
. CHKOTIILO, A,M. [translator]; WINDY, , A,I,, rea.; ZRAMOSKATA, T.K.,
red.; GRIBOVA. M.P.,-tekhn. red.
[Prozen ground of Alaska and Canada; a collection of articles]
[Translated from the ftlishl Nerzlye gornys porody Allaski i
Kanady; ebornik otatei. 3 prediel, AI. Ifimova. Moskva. Izd-vo
inostr. lit-ry, 1958. 262 p. (MIRA11t7)
(Alaska-Frozen ground) (Canada-frozen ground)

USOVA, Valentina [Usava, Vaiiantsinal
Glorious and famoixe daughter of our country. Rab. i sial.
39 no.7:2 of cover JI 1630 (KIRA 16:11)
1. Sekretarl partiynogo .'kombinata "Chyrvony Perakop"O
g. Yaroslavl'.

I r_ at ~7~~
nr- l.:

USOVA, V.V.,; 1AYNER, V.I.
-... -":1.'----.
Copper plating of titanium and its alloys, Izv. vys. ucheb.
zav.; tsvet. met. 6 no.4:132-137 163. (MMA 16 -.8)
1. Moskovskiy institut stali i splavov, kafedra korrozii i
zashchity metallov.
(Titanium-Electric properties)
(Copper plating)

L 56025-65 A:w kl?(b) TJP~C) iuvy/JD
Apt;,) ~6

AUTIHOR: Usov -V. V., Layner, V. I.
TITLE: Effect of heat treatment on the adherlon gtrene~h of ele-!trolytic copper
r and rUcke! couting to tit;~.nium
SOURCE: DiM Tsvetnaya nete-llurrzi If i n D
TOPIC TAGS: titanium, titanium plating, electroplatiag, adhegion, coatfmZ adhesion,
adhesion strenq~th, copper coating, ni -!kel co,,ting/T. J qn i ur.
ABST R-A C'T -Th e f f'-- ~ie
& --m- y Fn T-i 5-1 1 --,7 ri

D . r 6
Dr a ~-.ff~jsi~n y

5 figureB and I table.

F. M-MM UM- 'WOMMMI

lip: AF5016352
IT
_j; :71
lam

L 28067-66 EWr(m)/EWP(t)/ErI IJP(c) JD
?0
AUTHOR: Usova, V. V.; Layner, V. 1. 16
ORG: Moscow Institu f Steel and Alloys (Moskovskiy institut stall, i splavov)
TITLE: The activation of titgai surface prior to electroplating
SOURCE: Zashchita metallov, v. 2, no. 3, 1966, 331-335
TOPIC TAGS: titanium, titanium electroplating, titanium activation
ABSTRACT: The chemical and phase composition-of the surface layer formed on
titanium during activation in a mixture of ethylene glycol, 48% hydrofluoric acid,
and zinc fluoride has been investigated. The investigation showed that the activated
layer consists of titanium hydride and zinc hydride. The weight of the layer de-
pends on the duration of activation and the concentration of hydrofluoric acid, and
varies from 0.1-0.4 mg/cm2. The hydrogen content of the layer depends on the
temperature of activation and the concentration of the hydrofluoric acid. For
instance, at a hydrofluoric acid concentration of 90 g/1 and a temperature cf 14 or
30C the respective hydrogen content Is 0.059% or 0.017%. At an acid concentration of
70 g/lj the corresponding figures are 0.027 and 0.0084%. 7he optimum conditions of
activetion were found to be: hydrofluoric acid concentration 75-95 g/l, temperature
16-20C, maximum duration of treatment 2 min. The layer formed at 30C is rich in
zinc, poor in hydrogen, and is loose to such an extent that: it is washed away during
Card 1/2 UDC: 621.357.7