SCIENTIFIC ABSTRACT ABRAMOV, A. N. - ABRAMOV, B. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100210005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SUMMARY

5/1 -'O/U'- 3/0~,0/001/050/072
B192/E362
AUTHOR; Abrailov. A-N.
TITLE: Ultralow-iCrequency genevator of short pulses
PE-RIODICAL: Pribory i teWini1m eksperimonta, no. 1, 1963,
170 - 171
Tl,Y',T: The generator is --homl in Fir.r. 1. This is essentially
a 3chatitt trizger with a capacitance C, connected to its input
'grid , hich is elvirged through the resi N.1 .
6 t all c 0 11 Initially,
the first zubo is cut of-f and the sccond tube is conductinr,.
r e
generative changeover takes place in the circuit %-hon a
voltage sufficient for openinZ the first tube is reached on C 1
S inc a 11a Ra, I the voltaZa at the cathodes of the tubes falls
SuffiCientlY for the potential oil the grid of the first tube to be
above the common-cathodo potential ind so C 1 dischargazi tl-irou,(.rh
tho grid-cathodo resistance of the l'irst tube mid tho resistance
lzl~ . The notwork R 2 be R 3 is dc~i~;ncd so that tho second tube
becoizies conducting when the voltage across C1 becoi-,les equal to
Card 171-2-

Ultrt.low-frequency generat6r ....
S/120/63/ooo/001/05CI/072
r,,192/2382
that of the cathodo potential. The second changeover is thus
attaJ.ned and the circuit roturns- to Its initial state. It is
,sable to connect the thyratron c,cross 1.
advi C in the practical
generator circuit. This reduces the discharge tii-,ia of CIand
perm:Ltz rod"ction of the pul,-,e duration to 0.2 It& ,A circuit
furnished with a thyratron was built and ill- was found that the
freqaency ingtability was 0.2 - and that the mark-to-space
ratio of 10 could be obtained. There are 2 ficures.
L
ASSOCIATION: Institut fizilci AN ArniSSR
(Institute of Physics of
the ArmSSR)
SUD.NXITTED: April 8, 1962 R, ~01 401
j?z
,?1 qz
RI( Rj
Card 2/2 P i

KOLOM IN IGunnadiy Anireyevich; ABRAMOV, Anatoliy Nikolayevich;
. 14~-
, tr-
3USHMET, Aziatoliy PcTM%-crj,--MlT 1LI14 I .1 'M -re- d .
[Flakint, 901 m. of drift in one month with the FK-3
cutter-loaclor nt tho Polysaeva-2 Minel 901 m alArcka v
ii~esint.- kombabioin FX-3 na Bliakhte "Polysaovokain-2.11
Noskvi. , TSentr. ln-t informatoii i tekhniko-ekon. issle-
dovanli ugollnoll I)ronWshl-.p 1963. 11 1). 17:7)

ABRAMOV, MI.; KOLOWN, G.A.
Makir)g .1245 m of drift with the PX-3 combine. Ugoll Y9 no.lls24-27
N 164. (MIRA 18:2)
1, Shakhta IlPolysavevshaya-2" kombinata Kuzbassugoll.

FOuRCE CODE: UR/0051/65/0
A CC UR: "5027683 19/005/080/0030
AUTHOR! Tolstoy, N, A,; Akmov, A. P.
ORG: None
TITLE- Nonlinear quenching of manganese chloride luminescence with increased ex-
citution Intensity
SOURCE: Optlka I spektroskoptya, v. 19, no. 5, 1965, 830-831
TOPT TAGS: luminescence quenching, luminescent crystal, luminescence center,
luminophor
ABSTRACT- The authors Investigate the excitation by strong light of monomolecular
luminophors in the intermediate excitation Intensity region where the probability of forced
emission becomes equal to the probability of spontaneous emission (the case of "super-
luminescence'). The radiation centers In luminescent crystals used normally for the
generation of emission of superluminescence appear usually in "diluted" concentrati(nis.
The present note deals with the kinetic characteristics of luminosity in the intermediate
region for a system of "undiluted" concentration of luminous centers, Le. , for mono-
molecular IUMthophors of the "pure salt" type. Meaeurement results are presented for
the quenching time"'Cand the radiation yield has a function of the excitation intensity E
Card 1/2 UDC. 535.373.2

ABRAMOV, A.P., Inzhener; ZAKMOV.
- - ~ -A -f ~
More accurate calculation
no.2i4o-42 S 156.
(Railroads-Cost
A.G., kandidat skonomicheskikh nauk.
of haulrge costs* Vest*TSNII MPS 1~1
(MRA 9:12)
of operation)

ABRAMOV. A., P.. inzhener.
%_
Monetary evaluation of improving the use of freight containers.
Trudy TSNII MPS no.120:67-82 '56. (MLRA 9:12)
(Railroads-Freight)

I Al-PAMOV. A.P,; ZAKHAHOV, A. Is,.; Kj'rcv. G.V.; P-r,.;KOVA, rodmktor.
KRIT OV, r.L.. tek-nUher,:cij redaktor.
[Cost of haultng railroad .reirht and freient rates.j Sebestolmoet'
%he1e%nodorczhnykh ipe7evonok it grusovye tarify. Yoskvn, Goa.tmnsn.
zhel-dor.tzd-vo, 19-5?. 177 D. .(1-loscow, Vensolusnyl nAuchno-
issladovatellskil instit,it :!he1eznodnr%hnogo transports. Trudy.
no.134). (AILRA 10: 7)
(RallroAdp-Rates)

ABRLMOV, A.P.
I -
Ways of lowering costs when opening freight container points.
Vest. TBNII KPS 16 no.7t47-49 0 157. (HLRA 10t11)
(Railroads-Yraight)

ABR"OV, A.P.,insh.
Determining efficient distances for transporting freight in
containers. Trudy TbIIII MPS no.162:208-225 '58. WRA 12:4)
(Railroads--Freight) (Containers)

ANUMOV, A.P., kand. okon. nauk; BARKOV, N~L, kBnd. ekon. nauk;
-'-S19ikVSKIY, M.A., Itand. ekan. nauk
Xconomic evaluation of measures for a Creator efficiency of
transportation. Zhel. dor. transp. 41 no.10:16-20 0 '59.
(MIRA 13:2)
(Railroads--7~reight)

ABRAMOV.1-A.F.; KOTOV, G.V.; SHCHERBAKOV, P.D.# retsenzent; GUBAREVAp N.T.p
red.; USENKO, L.A., tekhn. red.
(Cost of rail freight transportation and how to reduce it] Sebe-
stoimost' zhele=crlorozhnykh perevozok i puti ee snizheniia. Mo-
skva, Vses. izdatellsko-poligr. ob"edinenie M-va putei soobsbehe-
niia, 1961. 41 p,. (MIRA 14:7)
(Railroads--Cost of operation) (Railroads-Freight)

AbIW10V 0 A,.P.- I kanddakon.nauk; YELISEYEVA, T.V., inzh.; FI1JPPOVA, L.S. I
red.; EHITROVA, N.A., tekhn. red.
(Costs of various types of freight transportation by railroadl
Sebestoinost' perevozok razl-ichrWkh gruzov na zheleznykh dora-
gakh. Moskva., Voes.izdatellsko-poligr.ob"edinenie M-va putei
soobshcheniia, 1961. 27 p. (MIRA 14:32)
(Railroad.--Freight) (Railroads-Cost of operation)

ZAKHAROV, A.G., kand.ekon.nauk, naucILnyy sotrudnik; SHISHOV, G.A.,
inzh.-ekonondstp nauchny~ sotrudnik; MUMMA, Z.I., inzb.-
ekonomist,. riaucluiyy sotrudnik; TVERSKOY, K,,N., ret&cnzent;
retsenzent; PETRlUKlq-;OVSKIY, I.V., retsenzent;
KIJZNET.SOV, A.N., re~senzent; KOLTUNOVA, M.P,, rod.; USENKO, L.A,.,
tokhn.i(~d.
(Economic evaluation of the operational indices of railroa~3j
Zkonomichaskaia. otsenka ekspluatatsionnyk-h polmzatelei raboty
dorog. Moskva, Vses.izdatellska-poliFr. ob"odinenie 11-va putei
soob., 19611. 174 P. (Moscow. Voe.-~oiuznyl nauchno- i c sled ovatel I skii
institut zhelemodorozhnogo transporta. Trady, no.218)
(MIRA 15: 1)
L, Jekt.)r okonomiki Urallskogo otdaleriiya Vseso)-umcgo i,,mchno..
iscledovatel5skogo 11w.-Itituta 7,helezrodox-ozhnogo tramsporta (for
_htihc; Zq_ -va).
-Cost of oparation)

ABRAMOVp A.P.p k~ind.ekon.nank
Estimating labor input in technical and economic cal.vuldtior:.s.
Vest* TSNII MIPS 20 rio.2:40-46 161, WIRA 3.4, 3)
(Time study) (Railroads--Cost of operation)

ABRAMOV, A.P., kand,okonom.nauk; YELISEYLVA, T.V.,, inzh.
Improving the railroad trawportation rateo. Vest.TSHII 19S
20 no,5:52-55 161. (MIRA 14:8)
(Railroads-Rates)

YELISEYEVAp T.V.p inzh.,- ADRAMOV, A-P.,, karul.ekon.nauk
Need for more flexible methods for the calculation of transpor-
tation costs ("Calculation and analysis of railroad transportation
coats*-by V.N*Orlovj A.S.Phudov. Reviewed by T.V.Eliseeva, A.P.
Abramov), Zhei.dor.tia4sp. 43 no.2t94-96 F 161. (MIRA 14W
(R&ilroads-Cdst of operation)
(Orlov, V.ri.) (Chtdovs A.S.)

ABRAMV, A.P.; xOTov, G.v.; kand.ekonom.nauk
Some economic problems of the utilization of the new tMs
of traction. Zhel.dor.trarsp. " no.807-41 Ag 162.
(MIRA 15:8)
(Railroads-Costs of operation)

ABRAMOT, A P., kand. skonom. nauk; SDUNOVSKIY, M. A., kand. skonom.
a__
nauk; TRUBIKHIK, M. G., kand. ekonam. nauk; FLLTSHKAN, F. M.,
kand. ekonom. nauk
Waye of improving the planning and material incentive in rail-
road management. Zhel. dor. transp. 45 no.105-60 Ja)163.
(MIRA 16:4
(Railroado--Management)

ABRAMOV, A.P., kand.ekonom.nauk
Potentials for a furthor reduction of operation costs fnr pn4scinge.-
transportation. Zhal.dor.transp. 45 no.8:21-25 Ag 163.
(MIRA 16:9)
(Railroads-Cost of operation)

ABRAMOV, A.P., kand.ekonom.nauk
P. -
Methoda for Wal.f%wing of the initial and final operations. Zhel.-
no.12:21-23 D 163. (MIRA 1712)
dor.transp.,45
.1 .

ABRAMOV, A.P., ~,~4tid..Aoncm.nauk, 17(ZLs,!0'-vl,
liti."Uzation of the rolling istock and ccq+, reduct-ion In passengir traffi2~
Zhej.iorotrmnsp. 46 nu.llz.15,-22 N 164.
(MIRA'.!8i-l)

ABRAMOV, A.P., kand.ekon. nauk; YELISEYEVA, TV,p 'r*.and& ekon. nauk
Potentials Tor reducing the naintenance costs of pELssenger
carse Vest, TSNII MP3 24 no,6:20-14 165o (MIRA 18:9)

L 942 6A
WH
-Ijp(c) ~_A
SWRCE CODE: UlVO051/66/020/002/0345/0346
AUMOR: Nletay,, No Aot, Abrawvs Ae P.
ORD: non
1%
TrIU; Monlinear quenching of the 1Wlaeocence of' der intense exeitatiod
4
GOURCIT; Qptika i spektroskopiyap Y 20# no* 2, *661 345-346
TOPIC V45: rubyp lumbescence quenching,, optic center, light excitation, light i
absorption., fwAlvated crystal,0 - re2a3mtion process, temperature dependencej;'.1uLWies_
cence speArum
.MZ7RACT: This is a continuatin, of earlier work, (Opt. i spekbr. v. 19, 830,,1965)p
where a new type of luminescenct? quenching, connected with interaction between ex-~
cited centersj, was di-scaverede To check w1rether this nonlinear quenching is con-
nected in some way with the spatial proximity of excited states which or1gin&te'1A'.,-
the Initial aet of absorption of the cowiting lightj the authors carried out vVerl-"
raente to determine whether nonlinear quenching occurs in the activated crystals whose
radiation centers are diluted. The tests were made on powdered synthetic ruby con.
taining a high concentration of chromium (2.5%). Measurements were made 'of the yield
and relaxation, using the same experimental apparatus as in the earlier study. A
pulse method for zoessuring yield was employcdp and will be described later. Plots
were taken of the decay time of the R line of ruby as a function of tewperatu:re in'
both weak and intenue excitation, of the yield and initial decay time as functions of
17the intensity of the mAting lights Tbe decay time wao practically uniform iYver the
312 UDC: 621-375-9: 535-CCA-14

L 242fifit"
rACC NR,
AIP6W7013
-lilt
enure -spectrum at all temperatureeP o4ing to the high chmium concentratioa. The'
nonlinear quenching was observed not' only ir. the region of the R liries, but 4~180 in
Ahe revaining parts of the luminesdence spectrum. This quenching was mantrent in
a near3y two-fold reduction of the decay dime with increase in intensity. TUG non-
,linear quencbiM is observed at lower concentrationn~ too, down to 0.5%. HcAieverj
other conditions being equal, it becomes weaker as the chromium concentration do-
creaseft. This concentration dependence will be inventigated in a later papez-,
is concluded that the now type of quenching 'in not, a ebaracteriatic of pure salts
pnly wAh undiluted radiation centers., but can also occur in activated cz~,Pstalo with
A-low concentration of luminescence centers. Thin result in of imp x an b
ot ce f r estab
110hing the meebanism vbereby excited states interact to produce nonlinear qPenching
of lv=~eecences Orig* art, has: 2 figures.
OD CODS: 20/ SUBM PATEt 1?May65/ am Mw: 001
"r., a
CcTd RIO dJA,

EWITM - IM0
L 27208-66
ACC NR
Wm1567 SOURCE CODE: UR/0051/66/020/003/049,15/0498
--AUTHOR., -Abramov, A. P.
ORG: none
TIILE% -On the possible theoretical interpretation of nonlinear quenchIng,"'
SOURCE** Optika I spektroskopiya, v. 20, no. 3, 1966, 496-498
TOPIC TAGS: luminescence quenching, photoluminescence, luminor,
activated crystal, ruby nonlinear effect, luminescence center, quantum
yield, kinetic equation
ABISTRACT: The auth6r explains theoretically a new type of photolumines-
cence quenching (quenching of the third kind or nonlinear quenching
which the-y-Fa-ve obaerved prevIously (Opt. I spektr. v. 20, 345, 19 1 ana
V. 19, 830, 1965) in luminors of the type of pure salts (uranyl malts,
manganese chloride) are activated crystals (ruby with appreciable
chromium concentration). A kinetic equation is set up to descritie the
nonlinear quenching, on the basis of the assumption that the excited
state migrates over the luminescence centers and the number of m1gration
events during the time of the excited state is sufficiently large. The
excited state when migrating can be transferred not only to a non-excited-
[ Card 1/2 UDC: 535 37~.2.001.1 I

L 27208-66
ACC NR, __~_pCoj_j_
.567
center but also to a center which to already in the excited state.. This
doubly-excited center serves as the center of the nonlinear quenching,
inasmuch as the quantum yield of its luminescence is half the yield of
the ordinary excited center. A stationary solution is obtained for the
derived kinetic equation and theoretically obtained quantum yield,,
calculated from this solution, agrees satisfactorily with experinx.?nt.
The results show that from the formally-kinetic point of view the lumirBs
cence to the presence of quenching of the third kind can be characterized
as :!onsisting of monomolecular glow with b1molecular quenching, -Orig,
art. has; 2 figures and 9 formulas.
SUB CODE: 20/ OR-IG-REF: 004/,-, SUBM DATE:- 27May65/

L 31507-66 EWT(m)/EWP(t)/ETI IJP(c.) JD/WW/JG
ACC NR: AP601303T SOUPCE CODE: UR/005i/66/o2o/oo4/0742/O744
AUTHOR: Tolstoy,, N. A.; Abramov) A. P.; Abramova) 1. N.
ORG: none V1 ~ 7
TITLE: Binary centers produced by light in uranyl salts
SOURCE- Optiks i opektrookopiya., v. 20., no. 4. 19661 742-744
TOPIC TAGS: uranyl nitrate, uranium compound, luminor, luminescence center,
fluorescence quenching, law temperature research, relaxation process, exc!~ted
state .414911r e-tel7wrle.,V
ABSTRACT: This in a continuation of earlier work (Opt. i spektr. v. 20, k961 1966
and earlier), dealing with a newly observed nonlinear extinction of monom,,Plecular
luminors when exposed to high- intensity light. This extinction is strongly pro-
nowiced in uranyl salts. The present note reports another unique phenomerion ob-
served by the authors in uranyl salts excited with ultraviolet at low temperature,
wherein prior excitation with a strong uv dose at liquid-nitrogen temperature
causes a decrease in the stationary glow brightness and the relaxation tillie. 11'his
decrease is ascribed to the formation of some centers in the uranyl salt. 'Ibese
centers remain stable so long as the temperature remains low. Die phenomenon was
Cori UDC: 535-370

L 3).507-66
ACC )IM: Ap6ol3()37 0
obser~red in uranyl sulfate, uranyl nitrate, and cesium-uranyl nitrate, and was
strongest in the latter. Mcasurements of the relative relaxation tirres ana an
anaIysis of the data indicate that the formation of the centers is a nonlinear
process) and that the centers are binary combinations of excited state, but an
explF-nation of the effect calls for more reaearch. Orig. art. has; I figure
and I table.
SUB CODE: 20/ SUBM DATE: 27Sep65/ oRiG REF: oo3
Card 2/2 1-h C,

L 04829-67
ACC NRi A 0-2-6-9,68
AUTHOR: Tolstoy, N. A.; ~bramovp A. P.
ORGi none*
SOURCE CODD-1 UR/0051/66/021/002/0171/0177
TITIS: XA~minoscence of uranyl salts at an increased level of optical excitation
SOURCEI Optika i spektroskopiya, v. 21, no. 2v 1966, 171-177
TOPIC TAGSt uranium compoundl luminescence centers luminescence quenchingi IN
ation , 41r.1yr F-ro17nro4,,)
ABSTRACTi The kinotics of photoluminescance of uranyl salts at An increased oxcita-
tion lovcil were studied,by using IFK-120 and ISK-25 flash Imps with a UFS-2! ultravi-
olet filter. The salts were coarsely crystalline powders of Cs[U0~_(NGQjJ,
U0~'S04-,'c!H20 in the fonn of layers hold between quartz plates, and also U020D -61~2
3)2
in the forn, of a thin layer fused in between quartz plates. The relaxation 'tiffic. r
and relative yieldqj were found to decrease with rising excitation intensity, It is
shown that this phenomenon cannot be Accounted for by the heating of the lwilnoFbor
under tho influence of tho exciting lightp but constitutes a now typo of quenching
(flquenching of the third kind") due to an incroaso in the probability of norixadiative
transitions with increasing concentration of the excited luminescence conter-36' The
ob:;ervod phenomena cannot bo alternatively intorpreted as being the result ot an in-
crease in the probability of radiative transitions or of an apparent decroatit) in

L %829-67
CC----' ___AFk~O 0
NRi
A
yield due to the increased transparency of the substance subjected to strong excita-
tion. The nonexponential, character of the law of luninescence quenching at the in-
creased excitation level is demonstrated. It is postulated that the phenomena do-
scribed are duo to the meeting of migrating excitations on a single luminescence cen-
ter. Orig. art. hass 5 figures and 9 formulas.
SUB CODEt 20/ SUEM DATE: 23Apr65/ ORIG REFS 004/ OTH REFS 001

L 1018D-6 W(I)/EWP(a)/FWT(m)/BDS/FYC(b)-2-
AMC/ HsD SsD-4G/VH/1JP(C')AH
ACCESSION-NE. AP30OUSa7 S/0051/63/014/005/(.1691/0699
AUTHOR., Tolstoy, N. A.; Abremov, A. P.
TITLE: Kinetics of emission of chrownium lualnophorsi'VII. The ruby (Pttrt 3)
On the interaction of chromium ions. Steady-state emission
SOURCE: Optiks i speXtaoskopiya,, v. 14, no. 5, 1963, 69.1-699
TCTIC TAGS: luminescence of ruby
TEM The seventh article in a series on the kinetics of emission of!
cbromium luninophors reports the results of quantitative stlxues of t1:15
ratio of steady-state emission intensity of side lines ("dimer" emisalon)
to main doublet emission intensity ("moncmer" emission) in finely pm~4ered
rtby (microcrystals grown frcm solutions) havins various Cr coneentra:,:;Lons.
This ratio increases with concentration, first linearly and then
"superlinearly." The intensity-of the linear se ti an be explained. on
the basis of M -density- theory only if it ics asmsumed either that %e
absorption of the excitation light is 10 times greater for dimers thaz~ for
=nomers or that the number of dimers is 10 times greater than statistically
Card 1/2
............. .. ... .

L 10180-63
ACCESSION NR: AP30DO587
predicted, Analysis of the superlinear section shows sensitization of the
dimers by the monmers, beginning at 0.0 Cr concentration. This
sensitization decreasev with increased temperatVire. An alternate
explanation of the linear and superlinear sections, based on dimer properties,
is offered. Monomer emission of the ruby is shown to have an extensiou into
the long-wave region. The emission from this region Increases with ino eased
te*erature. "The authors wm*mly thank E.-P,-Feofilov for his valuable
discussions," Orig. art. has: 5 figures, 5 formulas, and 1 table.
ASSOCIATION: none
SU3aT=: 23jul62 DATE AcQ: 12j=63 ENCL: 00
StM CODE: 00
Card 2/2
IWO W SOV. 007
09MER: OW

AEPAYOVI A. S.
ABBAMOV. A*S.; MMYNIN, B.I.; TZBSIZV, H.V., redaktor; 110VOCHADOV. A.4.,
reda or; GUROVA. O.A., tekhnicheskiy redaktor.
[Phel, furnaces and boiler installations] Toplivo, topki i ko-
telInye ustanovki. Moskva, Izd-vo Ministerstva kommmllnogo
khosialstva BMW, 1953. 247 p. (mm 7.m)
(Boilers)

K10-2/El -i'l'l
MITTHO_'~ 14 1 1 1 1 nnshrh I kov MI. Abrar OV.
Y, 1_1 a T- 1 V . 1
Ne chayev, Yu. -A..! Pozdn-V.akov, B. S., Ponomare\,-StepDqy,_~~I.,*
Ye, ak 0 v I q v,
TITLE: The "Hornashka" higli-teniperature runctor -Convcl ter
SOURCEz Atomnaya energiya, v. 17, no. 5, 1.964, 329-335
TOPIC TAGS: nuclear power react,-,r, reactor feasih.ility study, re-
search reactor, thermoelectric converter/Romaslika
C ard 113
R,
5
"T

ACCESSION NR: AP4049532
converter unit, which has been in ocwration at tho, Xurchato,, Atomic
Energy Institute snce Auq,~~t 1964. Th!2 fuel useo is uran_ii-m di-
a rl-, i J e e n _r _i L: I i Deryllium Eire aised as
reflectors. Electricity is generated by silicon-germanium semicon-
ductor tbermocouples distributed on the outer surface of the -rQ_f __,ec-
qtou -Which--can -be -connected ---i
ps ---
'of
aralle16-- The -temperatures-- -:tha--- -t-
iactive zone- amd__outor-sulr~___
_770--h-0-1
-=:=face --- axe----l aw e-Powe
-7-z" r-ratin~rs
maximum current (parallel
connection) is 88 A, the neutron flux i5 1013 ReUt /Cm 2 sec ii the
cen,Ler of tbe ---ic) in,' - 1.- 1--;1" Ili. 1- The reactor
xhaE, . negative temperature reactivity coefficient. The equipment
h~is high inh-_rent- stability and requires no external regulator, and
ii-ttle chanqf, was i e s a f,. r 2 500
Cord 2131

ACCI.
.SSION NR; AP4049532
ASSOCIATION: None
SZlB?iJTTUD? 00 ENCL- 00
NO HIT "0V1 (100
qT'R ('Or'F- NP

BAKULI, V.N., kand. takhn. nauk; ABRAMOV)_A.S,, inzh.; SIMPKOp G.F.,, insh.
..,. 1,
Diamond consumption in machining various brands of hard alloys.
Mashinostroanis no.1:97-99 Ja-F 163. (MIRA 16-67)
(Diamonds, Industrial) (Metal cutting)

ABRAMOV, A.S.; MIVDELISON, V.S.; FREYDIN, G.Yu.; FOGORELISKIY, M.A.;
BOBKOV, L.I.; SELEKHp V.F.
Designing die casting molds for diamond tools. Mashinoatroitell
no.11,30-32 N 164 (MIRA 18:2)

MILLIONSHCHIKOV, M.D.; GVFPDTSITELI, I.G.; ABRAM3V A.S. - GORIAW) L.V.;
GURA110V Yu.D.; YEFREMDV, A.A.; ZH&.6V--i.K ,
P I ; IVANOV, V.Ye.;
KOVYRZIN, V.K.; KOFTELOV, Ye.A.; KOGIOVSKIY, V.G.; KUKHAPKIN,
N.Ye.; KUCHFROV, R.Ya.; LALYKIN, S.P.; 1011KIN, V.I.; NECRAYEV,
Yu.A.; POZDNYAKOV, B.S.; PONOMARFV-ZTF.PNOY, N.N.; SAMARIN, Yaj.;
SEROV, V.Ya.; USOV, V.A.; FEDIN, V.G.; YAKOVLEV, V.V.; YAKUTOVICH,
M.V.; KHODAKOV, V.A.; KOWANIMS, G.V.
High-temperature reactor-converter "Romaihka.11 Atom energ
17 no.5:329-335 N 164. ~MIRA N12)

L 6$7h-66 EWT(2)/NA(h)/ETC(m) W
_AC_G NR:- -5025050 SOURCE CODE: - UR/0286/65/0OO/0l6/0C9l/0D9l
AUTIHORS: Viktorov, V. A.; Petrov, B. N.; Abramov, A. S.; Masloy, G, S.
Khokhlov, V. P.; Samsonov,_qA.
ORGt none
TITLE: Resonance level gauge. Class 42., No. 173971
SOURCE: Byulleten' izobreteniy i, tovarnykh znakov, no. 16, 1965, 91
TOPIC TAGS: liquid level indicator, resonator 0 A449,.~,~ ) Ac.4u,,~
ABSTRACT: This Author Certificate presents a resonance level gauge containing a
high frequency oscillator for exciting a resonance detector with a stop fr,aquency
chara-.teriutic and a frequency modulator for periodic variation of the oscillator
frequ3ncy in the range of the level variation. To increase the accuracy cl dis-
crete measurement of the liquid lovellh Riven points, the device is provided
with Lank circuits excited by the oscillator at the same time with the deti)ctor.
The tank circuits are tuned to the frequencies determined by the given values of
the m9asured level. With the coincidence of the resonance frequency of tho de-
tector and the resonance frequency of the corresponding tank circuit, the isignal
Card 1/2 UDC: 681.128,.82

L 65'14-66
ACC NRt AP5025050
from the tank circuit is fed in parallel with the detector signal to the inputs
of coincidence circuits which are connected to the signal device (see Fig. 1).
Fig. 1. 1- detector; 2- tank circuits; 3-~ coincidence circuits;
4- signal device
Orig. art. has: 1 diagram.
SUB CCIDEt EC/ SUBM DATEs 2ftr64
Card .2A

LIW-66 EW(1)/E*,a(h)ATC(M) . va
ACC M AP5025053 SOURCE COM UR/6286/65/6o0/ol6/OO92A1D92
AUTHORSt Viktorov. V. A.; Petrov, B. N.; Abramov, A. S.; Haslar, G. St;
Khokhlov, V. P.; Samsonov, G.-F.
'59
ORGt none
TITLE: Resonance level gauge, Class 42, No. 173974
0
SOURCE:. Byulleten? izobreteniy i tovarnykh znakov, no. 16, 19650 92
TOPIC TAGS: liquid level indicator, resonator,~tGe-A.,;"- C-~+,
ABSTRACT; This Author Certificate pre3ents a resonance level gauge containing a
froquency-madulated oscillator for exciting the resonance detector and tank cir-
cuits tuned to the frequencies corresponding to the discrete values of the Meall-
ured lovel divided in height at equal iztervals. To increase the accuracy of
digit-0. levol measurem6tWlth nonlinear variation of the detector and oscillator
output charceteristies, the gauge is provided with a device in the form of trillger
counters, 'j"hese cowiters determine the number of scale pulses from the tank dr-
cuits given off with the cDinoidonce of the oscillator frequency and the rosonance
frequency of the corresponding tank circuit until the appearance of the detectlir
Card 1/3 UDC: 681.M.82

L 7639-66
ACC NR: AP5025053
pulse. The gauge la also provided with a device for determining the time lag or
the detector pulse relative to the imediately preceding scale pulse. These
devices are connected through controllable logic switch elements respectively to
the output of the tank circuits and to tha output of the clock oscillator (see
Fig. 1).
Fig. 1. 1- detector; 2- tank circuits;
3- frequency~modulated oscillator;
4- scale pulse counter; 5- counter fi,.,r
time lag of detector pulse relative to
immediately preceding scale pulse;
6- logic elements; 7- switches;
8- clock oscillator; 9- counter for
determining time interval between two
scale pulses
To increaso the accuracy of measurements, the gauge is provided with a device :ror
determihing the time interval between scale pulses, The device is in the form
of a trigg)r counter connected to the clock oscillator by two electric channel,,$
with swite'les. One of the switches is controlled by the logic elements. The
Card 2/3

L 7639-66
ACC MIt AP502505) .0
other is opened by the detector pulse and is closed by the immediately following
scale pulse6 Orig, art, has: 1 diagram.
SUB GDJE: ZC/ SUBM DATEt 2%kr64
aird

MILOVANOV, IN., red.3-IMUM, I.I., red..;
SHVEWVt A.A. ,, red.; VADEYEV, 0., red.; KLIFIOVA, T., tekhn. red.
[Ethiopia, a country that has not been brought to its kwas]
Efiopiia - strana, ne vstavshaia na koleni. Moskraq Gos. Ind-vu
polit. lit-ryt 1961. 108 p. (MIRA 3-4:8)
(Etbiopia-Desoription and travel)

ABRAMDV, A.T.
for expediting Burveyirq, durly,
highway sites. Avt.dor. 22 no.8:210-22 Ag
the OX)31oratlon o~
159.
(MIlU 12:11)
(Roads--Surveying)

.4 0 A I ~) I
A7 'r-,,OP
J. At-,r imov A, T_ Teciln.1cian
7'LE
Elect.rlc slag weldirg In bhip rerair
Tr,,~ 3v-irrchnoye pz,,)1zvodMvo, :10, 1 1961-!, 3~ - 23
E Y.- ~,
information is given on the use of Elec-ric FIae. welding ~r
ri-nair using conventional semi-automatlc welding macriineFnw-~
(F3n-21) wl'h a modified holder whose flux-containing waz- 3 ar"!
vinase -,02zle was replaced by a prolonged ore. The same as 16
*tonal weldizw can be used, ramely P11-348, AN-8 and FIS-7 fl,,ixe7z :7%-09 a:.j z;v-,OOA
wi:--a. For '-e welding of s4.eels con'~aining -up to 0,2% -u 0~,~3 - 0,`~T '4,w
0..6% S!, t' Is recommended to ijz-:e wires with higher Si and M~. or,',inl k S -1 - 15--*.
3V-10C-~-:, 7o join parts by electric zllaz sqeidin8, '~ a If~:).-Tr, s % r E
r =0, I r ed Bes-~ ies,lts were obtained with a ceramic fcT--.n- 4o be -;sed once 1he
par's i3 4'ixed or. a ~.teel plate and Dinazz bricR bars wll*-~ 1,-& al-I ~f _:~n4
Sc1--,' !or. prepazed with liquid s.,dium. gia2s. Add., I I on -a',-- -1'y s
tne form tv -'eel clasnps. The finisi-el fcrm 11,; '~C)
Prior lo welding 4he rar* moun*ed In 'ne Is pE-":-_~14rd

,-I I/ , -,: ~ /, -, ',,-j i- ',%, -, I,,,-
-1 z , ,
~,hlg wolding In slOp repalr 41006 A 10 1
W f~ I u' I - t; i s c, ondu c, .1-d d ! , e:,- t I y o:. t.(. -tsz; ev I i t -
3 n ,, s w e
~i
-.rz ':-.E; We -'s lool it' a sre~-~i of 3 0 In'T
cn ei. -
c 6 ec rode wl --c `hrc.
!:- ~, ~::j %r - 7,)
1:,:,l !s 40 deep. Af er complel ed we- iing i ~rrr
1 850 - 900cC f cpr 1
Z~
r - Do ~.l Elec-,c !Fl;,S we I d 1, %F
v
f v -w t~ I d ng o f sh. a f a nrl ~ C- I T C 0 A'. 'd 7 weldl..-.,~-U; Of
C- I e Ire flg_UrE-S~
A -3 S If A..' C, d s k t y dc, r em on I n y y z 3, o (I n c 0 d,~ s 5 e T. a - - F I a -

ABRAMOVj A.T., inth.-
Using TSM-4-eleotrodes-in ship repairs. Svar. proizv. no.Wl
Je- 163. (MRA 16:
1. Odeaskiy sudoremontnyy zavod No.l.

ABRAMOV, A, V,, insh.
Drawing of. -pipe from stainless steel. Energo-
mashinostroenie 8 no.1208 D 162. (MIRA .16:1)
(Pipe, Steel)
(Heat exabaniters-Equipment and supplies)

's
PHASE I BOOK EXPLOITATION 755
Llvov, Dimitriy Sergeyevich, Rozhdestvenskiy, Yuriy Llvovieh,
Abramov, Aleksandr Vasillyevich, Litvak, Lev Kosilevich
Shtampovka kolltsevykh zagotovok (Pressforming)f Annular Parts)
Moseow, Mashgizs 1958. 182 p. 4,500 copies printed.
Reviewer: Zvorono, B. P.) Candidate of Technical Sciences; Ed.:
Mezhova, V. A., Engineer; Tech. Ed.: Gerasimova, Ye, S,;
Managing Ed. for literature on heavy machine building
(Mashgiz): Golovin, S. Ya.., Engineer.
PURPOSE: This book is intended for production engineerso de-
signers, technicians and students specializing in pressfoming
and forging of metals.
COVERAGE: The authors analyze the coefficient of utilization of
metals in manufacturing annular blanks for rolling-oontact bear-
ings. They present the latest work methods developed by bearing
plants which aim to produe blanks of good dimensional aoowraoy,
Advanced preBeforming and forging methods used in the
C ard 1/t

Pressforming of Annular Parts
755
atanufaoture of preoision annular blanks are desoribed.. There
are 22 ref erenbes of whioh 18 are Soviet.,' 3 Zngliph, and
1 aerman.
TABLE OF CONTENTS;
Aocepted symbols
Ch. I, speoial Features in Manufaoturing Forged Annular
3
Blanks for Rolling-contaot Bearingsp and the
Grade of Steel Used
kialysis of the coeffioient of utilization of metals 7
Grade of steel used 11
Ch. II. Manufaoture~of Annular Blanks for Bearings on
Horizont4 Forging Machines and With Forging
hammers * ',
F=damentals of blank forging on horizontal forging
machines 13
Determination of blank design and seleetion of the
forging method 17
Card 2A

Pressforming of Annular Parts
755
Allowances for machining and forging tolerances 20
Determination of the initial diameter of bar stock,
the number of passes, and the capacity of horizontal
forging machines 20
Method of designing die parts for pressforging in
closed dies 26
Method of designing heading tools (replaceable die
parts and punches) 38
1,11aking heading tools 44
Methods for determining norms of metal requirements
in pressforging blanks of horizontal forging machines 44
Heating bar stock prior to pressforming on hor-izontal
forging machines 51
Mechanization and automation of operations in bearing
pla:nt forging shops ~3
Forging annular blanks on flat dies 0
Cold-sheering of blanks for smith forging or press
forging 64
Ch. III. Rolling Annular Bearing Parts
F=damentals of the process and rolling methods used 66
Machines for rolling annular blanks 70
Card J/6

Pressforming of Annular Parts 755
Die design and mechanization of sizing operations 95
Determination of forces involved in semihot sizing 97
Methods of manufacturing rings for tapered roller
bearings by forging and buff-welding 105
Cli. V. Cold Forging of Rings for Tapered Roller
Bearings From 18 HGT Strip Steel
Technological process 116
Manufacture of preformed blanks by twisting out 121
Designing blanks 124
Twisting out blanks in a die having semiautomatic
feed 125
Manufacture of annular blanks by backward extrusion 12~
Die design for backward extrusion 12
Methods for calculatirkv, sizes of dies and multiple
bull-rings 131
Lubrication of blanks 137
Ways and means of Jmproving the coefficient of
utilization of metals 'In manufacturing annular
blanks by cold pressing from sheet metal in closed des 138
Card 5/6

?ressforraing of Annular Parts 755
Simplified theoretical analysis of stresses at the end
of deformation in forward -.,nd backward extrusion of
annular parts 141
Ch, VI. Manufacturp of Cages and Rolling-contact
Bearings
Process of manufacturing presBed cage partB for
ball bearings 151
Process of manufacturing cages for tapered roller
bearings from sheet metal 158
Making cages for tapered roller bearings from
pressed and welded blanks and from electric welded
pipes 164
Making pressed cages for ball bearings from welded
pipes 178
Bibliography 180
AVAILABLE: Library of Congress
Card 61(, GO/wde
11-4-58

ABRAMOV, A.V.
Cutter head for pipe beveling, Biul. TSIICHM no,10:IA 160.
(ERA 15:!4)
(Cuttinr tools-Patent)

A. A. ; IdiiUDIOV, A. V. ; , ~11. t",
Stratigraphy of the Pr5-Cambrian form;~ttn~; ~-,f
Mountains. Trudy 5111IGGlMS nc,.29:2C"21~ 16,,".
(',-~.'LitA 16:~3)

L' 243~,
46 ns-2/W(l
AP60059.58
SOURCE CODE: UR/0127/66
AUTHOR:, Sofronovj At Vs: Abramovs As V.; Nizovoy, Yu. K., Nefedov, It. P.4,
VitsenL, Teo M.
ORG: tione
TITLE: The development and application of "d namo-re*active" grenade launcham In the
blining indu3try
SOURCE: Gornyy nhurnal, no. 2, 1966, 57-60
70PIC TAGS: mining engin5ering, grenade, ground.weapon, weapon launcher
ABSTRACT: In 1960, theRamenskoye PILggh of VNIIgeofiziii.(Ramenskoye cl.,delitntye
VNIlgeofiziki) began reanrc-h--d-n-the design of a firing system to eliminate over-
hanSa in mining operations. One of the most.acceptable versions of the des1j,,n is a
system operating on the recoilless weapon principle: the "dyna.10-reactive" ciinnon
7 1 f Fig. 1. Diagram of a recoilless 1,annon.
Barrel; 2 - cap bushing; 3 -% 11ring
J,mechanism; 4 - nozzle; 5 - bottom plate;
".6 - cartridge; 7 - cartridge casel 0 - a'
Card 1/2
UDC: 621.926.1,

L 24357-66
ACC NR, AP600.5958.
.(see Fig. 1)! The advantages of the proposed device are; small naliber, lyw weightp
no recoil with highopower, high maneuverability, and the opportun,'.ty of fir:i;1k8
dummies or high-explosive projectiles. Further research resulted in the dellIgn of
the DPS-130 dynaw-reactive grenade launcher (see Fig. 2). The ri!sults obtcilned In
_7
7
2. Tot DRS-130 d7namo-reactive grenade launcher.
1 -.Shell; 2 Igniter; 3 powder charge; 4 charge
chamber; 5 - fins; 6 barrel.
ballistic tests were excellent and tests were conducted under field conditlontio In
addition to its main function$ the grenade launcher may also be used to strin,J~ cable,
to eliminate the danger of avalancheso and to break up ice formations in rivcvi
Origs axt, bast 4 figures and I table. 1081
i SUB. CODE: 19/ SUBH DAM none/ ORIC REF,. 001/ OTH REF: 002/
I Card L2

ABRAHOV, A.Ya. (Taahkent)
1-1--l-1. . ~, ~'Treatment -of isolated fracture of the sternum by fixation with
a motul rail. Ortop.,travm. i protez. 20 no-5:56-57 My '59.
(MIR& 12.04)
(SWURN. fract.
osteoey-athesis with metal nail in isolated
0 fract. (Rue))

,.AMAMOV A. Ya
v ut %f w v 1- 60 V 14 6 w
r It) r
li ~c It
I %T .oloills
Pit' L*,~s mr,
Inv"-tiglitinil of tj"r of
till,w
T-11 I h ol, 1. 1 h (1 7 TrT 9, 1
Hw cm-(N. of I l, ll,cl i: .f v1', I I fol.~ It tit I dk t:j-, ll tit wa
1111LIVI-1 %%1'- 11,14, 1-1 1-h-mial, ill, I,, 7'wl
Claffi( III .f k . I tit % . , - It-, II ill " Ill
a. 1- wi.. ~ , ~ I '.' I i, tJml Oxt
I'll 4.1 11, d I'll wit 'i
F, 11. W1111111,1,111

Ye %P % W W
W V V V to W V W W %0 %0 %P lk~" W %F
Ya, Abta
73, 921-4(1950) Aug. It
Wi Russtanl.
A study was made A the energy distribution of protons
emitted from Mn and V targets, in the reactions Mn"(d,P)mn"
and V"(d,p)V"t the deuteron energy being 3.5 t 0.1 Mev.
After traversing a wedge-like filter, the protons traversed a
photographic plate, leaving fihort tracks whoqe number per
unit. area dprreased across the plate. The ttick-frequency
curve pre-tented steps, corresponding to energy levels, at
definite wedge thicknesses. Taking Into iccount the pobsible
presenre of processes C"(d,p)C" and 0"(d,p)011, the follow-
Ing excitation levels were determined: for Mn" 1.22, 1.77,
2.07, 2.45. and 2.82 Mev; for V" 0,72. 1.31, 1.65, 2.01, 3,37,
and 2.75 Mev. The mass difforences are: Mn" - Mn" -
1.00111 t OMD1 0 and V" - V" J.DO076 t 0.00015 mass
units.
high,
"I'] Cle '01,011i were those corresponding to thv 7,cf-man
R~ 1AWIVOCAL t IMMURE CLA,WICAMIO
S L A Pffetl f" modt-rRMY strong fields.
nqv
~7

',: 'brrmov, Ya., Kononovich, L. r
UH SOV1321-24-8-13143
-47: Th~, Use of utorEsdiography in Investigating Non-Trawiparent
Qbj-~cts LvtoradiopxRii Ic issledc~vnni-u
ric.nrozra,~hAvkh oY'yLktov)
7C;
-1, - '~-,vo,islwyii Laboratoriy,U, 1958, Vol- 24, ",r 3, pp. 1':i-965(1
_31 1 '0
J, z-"RC T Th(., vo-cLlled di'lffer!l' from the usual
,,icntrm~t-rc.d4ography ill th-t the dictribution o~_' -,_ radio-
R,--tivity ic vtndied not from the blackening of the enuision
Imt from the single trecki, -i-Mch the rnrliation pri),liu-es in
.nr;rmore, -6,i, tantit:.tive ~Ictermint_tion
of thF: di.~,trib,ition ji~ not carried out nhotometrical:ly, 'out
b,,,- a ettlculation of the true!:s. The mothol ht:ts seireri-A dis-
P_dv!.,ntngeP, brt d,-,cs have the advant&ge that excoptf,zmally
:m.ll nmiclunts of rndioactivf, isotopes cen be u,-,,--.d,, TIA9
nethod ras vst,(l to 'jjy(!..t4
~~Fnte the dintribiltion 01, ti,- rndio-
:xtivc- leild i:!otOl,e (!i"11") ill les~d -Lilt i r-Ony JJO-c
Ir the
"V, 11 arnlytical 112:oc~-dure it j _,~ ro,ntiuned thut 'phc. to-
W.,hic emulsion (typC~ "R from ~:TKF uce~, ill thi,,kneaces
of 10 p kn~ 15-20 Ii. It waa; obcorved that the best ex.)eriment!.1
.3 1/ 11tv Obtill;A -~.iht:n -,. ercittv~-,r on o;' the 1,ilf-llfc-

//7
OV/3`-24-13- 19
,'ho U-e of in inventigating Non -Tr,-.nspari, nt Objects
11-~C,:) fo:.~ inveoti~~I.ftioll, ill which the ti-~,c of ;,x-
vomire cun last 6 - 8 days. Thene investigations viere pure-
I", -ethodical in naturo, however, and it cannot be asi:u*ed
thi-t ;b-S)b sycteras i~ormad under all conditions of allcy
Jormation will contain nothing, but tho raire componant!i of
tlv! alloy. it. 11'. Turutov Purticipated in the ro.-k. Thore
tore fipur(~s.

160)
AUTHORS:
.b.'ea ov, A. U., Kononovich, L. 1. SOV/32-25-5
A -20153
t_
TITLE3 Determination of Solubility of Lead in Antimony Aocoriing to
the Method of Tracer Counting
PERIODICALi Zavodokaya laboratoriya, 1959, 'Vol 25, Nr 9, Pp 1081-1083 (USSR)
A13STRACT: The method already described (Ref 1) for investigatii,g nontrans-
parent objects with the aid of "tracer autoradiograpl,yll can
also be used for the determination of a slight so,'..ubijity of the
components in polyphaae systems. As the data from pullications
concerning the solubility of lead in antimony are ve3--,y oontra-
dictory (Ref), the above mentioned method was used fc,r these
daterminations. The atome of the solved substance wei,a directly'
counted. A small quantity of radioactive lead was adelad to the
alloy Ob - Pb and a liquid photoemulsion (NIKFI Type-6t. 11.) was
then applied to the carefully pre-treated ground speOLmense
A. P. Tunitov developed the emulsion and counted the traces of
Pb made visible in the Sb by the ot-rays with a micrC300pe
(magnification of 600). The oomputations were made b3 taking
into consideration the radioactive Bi which was prescat due to
Card 1/2 the application of a radioactive lead (produced from &n active

Determination of Solubility of Lead in Antimony SOV/32-25-!i-20/53
According tD the Method of Tracer Counting
preoipitato of thorium emanation)(Table). From tho d'-,Rgram
obtained (Fig) for an alloy with 80% 8b and an alloy with 60% Bb
it can be seen that Pb is soluble in antimony by 7.6 - 9*6 wt%
or 4,6 - 5#6 atoms;# There are 1 figure, 1 table, and 2 Soviet
references.
ASSOCIATION: Leningradskiy tekhnologicheakiy institut
(Leningrad Technological Institute)
Card 2/2

1 ly of f'.*,,::!i tij7,, rad:
isotopo distrib-atilon,
1. Lc~n-lngrfids~.!,y Z~e
11111:11AZIliloy promy".11 "ormoiti

ACC NR. ARG033115 SO~RCE CODE: Ijil/0137166/000/007/1043/IO4.,~',
AUTHOR: Lbramov, A.. Ya.; Semenov, V. Ye.
TITLE: Changes in microhardness during strengthening of metals and a.,Ioys by.
nuclear -particle radiation
SC-URCE: Ref. zh. Metallurgiya, Abs. 71276
REF SOURCE: Tr. Leningr. tekhnol. in-ta tsellyulozno-bum. prom-sti, vyp. 18,
1965, 175-181
TOPIC TAGS: plastic deformation, microhardening, alloy steel, rnicroh.-.Irdness,
metal strenathening, metal irradiation, nuclear radiation, ion/ShKh15 stL-el,
0
P18 steel, U8 steel
ABSTRACT: Different grades of steel in various* initial states were expo:s ed to
irradiation with alpha and beta particles in a dose of 2-1010 and 3-1011 p,~r I cM2,
and with gamma rays from a Co6O sourc~e of an 0. 75 m/curie activity. Changes in 1
microhardness (M) were then studied for 100 days. Irradiation with a 2-1010 dose 1
of alpha particles with an energy of 5 and 15 Mev at 20C resulted in an ir,,(',.rease
of M in preannealed ShXh15 steel. But no increase of M in hardened ShKh15 and
1/2 UDC: 539.4.019.3:539.104:669.14

ACC NPI AP.6033115
P18 steel was observed. An insignificant increase of M was observed in U8 steel.
Alpha-particle irradi4tion of nonmagnetic specialty steel in an initial strongly
work-hardened state did not produce an appreciable change i.1 M. Its irradiation
with gamma rays of 1-Mev and with 2. 25-Mev beta particles resulted in. a more
complex character of the change in M. It is supposed that it is possible to use the
effect of nuclear particles on metal as a method of redistributing the dis locations
in it, which were produced by the previous manufacturing processes. Experiments~
have shown that the strengthening effect of irradiation remains even after subse-
quent strengthening by plastic deformation. It is supposed that Me strengthening
by irradiation is a method with potentials, especially in the use of multiply charged,
ions, L. U. inov, (Translation of abstract]
SUB CODE: 20/
LCard 2/2

K'I
1_1 V
h
PUGACREV, A.S.; A.Te.. reteenzent; KORKIN, H.S., nauchnyy re-
daktor, kandidat tekhaicheakikh nauk; DWGOrARMTA, Te.A., tekh-
nicheskiy redaktor.
[Collection of problems on shipbuilding arafting] sbornik zadach-po
sudostroitellaoma chercheniiu. Leningrad, Goo. soiuznoe nauchno-
tekhn. izd-vo sudoetroit. proaWshlennosti, 1954. 235 p.[Xicrofilui'l
(Kt" 8:2),
(Naval architecture--Froblems, exercises, etc.) (HechanlGal
drawing)

ABWOV, A.Te., master; ITOMR, Yu.A., master.
----------
Now automatic control arrangement for centralized lubricating
systems for hydraulic turbine-generator units. Ilek.sta. 29
no.1:77-79 Ja 158. . (MIRA 11:2)
(Hydraulic turbines--Lubrication)
(Automatic control)

b 0 1 C?A R TA
1-1,lit s
Abriviov,
11z, A
1 th " iy-,, c) t. 0
r: .3e
of C~tvum Cf~rvl L.
!~~,tion. (P*r,i,,1~~,,"V.11- Re-ort,
A--, L ti
19.5'F, 7) 3)
A f-ho C..", "4 r'l(~-r3c'ss "111,10
ta 4; (Q. (,:i Iry 0 , Wit- t 54n, 1) of 21, ,
cj!;, -Csa -7o in
Ot
"ol C) J.- (I
lat.~,d. Yhil- anzrjs not yc 0 -
contr-'Inn nitro!ren,!
In an aqiicaui iolution. It ic F~~ip-
to bo an 'WilliT.0
acid. Ter,~atlve plaarmacolo-
1/2

ABWOV, B.,agronom
Holybdemm helps to obtain better pulse crops. Nauka t pared.
op. v sellkhos. 9 no-3:26 Wr '59- (XIRIL 120)
1. Kolkhot "Traktor," Urenakogo rayonn,,Gor'kovskoy oblasti.
(Legumes) (H ybdenum)

- -k
, HRLHOY.-B--
Wages and production qualit7. Pots. trud 5 no.5:123-126 W 16,,,.
(MIRA 13 -, 11)
1, Glavnyy iushener Kupaviuskoy- tonkoeukonnoy fabriki,
(Starayd Kupavna--Wool induBtrV-(bmlib7 control)
(Wages and labor productivity)

ABWIOV.,B, sudlya reepublikanskoy'kategorii; SBIONOVr V., master sport-it,
g. Loeningradj MARCHENKO# Aq KRASNOGOIDVYY9 V. (g. Riga);
BROKTSITTERI G. (Karagandinskaya obl.)
Create, invent, test. Kryl. rod.11 no.12:28-29 D 160. (MIRA 14--.:0
l..Rukovoditell aviamodellnogo kruzhka stantsii yunykh tekhnikov
g. Kisbirmv (for Marchenko),
(Airplanes)

m
IKOMASOVp A.; ABRAMV9 B.9 insh.
IAtIs shorten the time required to build the Votld,ask Fqdro-
electric Power Station. Na, stroi.Roe. no.12:6-8 D 161.
(MIRA l6d)
1. Nachallnik upravleniya stroitel'stva Votkinskoy gidroelaktri-
cheskoy stantsii (for Tkomasov).
(Votkinsk Hydroelectric Power Statioa)

B.
(3
if-rv io~ ~ 1g, t~cjj,~j 'W', t ~ .I!,, ~ s. !;,)f t ;;x, ,` 15
il) 1 1,4 , k .~, 110,,9-
(~!TRA 18:2)

ABRAMOV B - SHUBIN, V.
Peas in northern Gorkiy Province. Zemledelie 24 no.1:45-46 .'a
162. (MIRA 1:,t2)
1. Predse3atell opytno-pokazatel'nogo kolkhoza "Traktor", Urensl~ogo
rayona (for Abramov). 2. Glavnyy agronom kolkhoza "Traktor",
Urenskorc rayona (for Shubin).
(Gorkiy Province-Peas)

ABRWIOV B,
Posters of the State A iculture Publishing House. Okhr. truda, J sots.
strakh. 5 no&6:30 Je 12 (IMA 1!,:7)
(Agriculture machinery6-Safety measures) (Posters)

ABWOVj B. (Tula)
There is no noise in the chopping section* Okhr, truds i sots. strakil.
5 no.809 P- 162. (MM 1517)
(Metalworking machinery)

ABRA14-0,V,,-,-B,,., inzh,
Concrete zusolea of dams* Tekh-mol. 30 no.9:4 162. (MIRA 15:91
(Ingur hydroelectric power stations-Dam)

AHUMOV, B.A.; GUMENM, NoU., insh.; BAILTXRO AL*, kand.tokhn.nauk.
'Nap raising on woolen fabricom by S. B. Salikhova. Reviewed
by B.A. Abramov, N.U. Oumeniuk, A.L. Balter. Teket.prom. 17
no.12:64-.66 D '57- (MIRA 11tl)
l.Glavnyy inzhener Kupayinskoy fabriki (for Abramov)
(Woolen and worsted manufacture)
(Salikova, S.D.)

ABRAMDV, B.A, ittzh.
At Kupavna fine-woolen cloth factory. Isobr.i rats. no.7:14-16
ji 158. (MIRA 11:9)
(Starala Kupavna--Wnolen and worsted manufacture)

I W - 3 ~*)- 6 - 1 1 '. 3 2
'rranslation from: Referativnyy zhurnal, 1,4etallurgiya, 1958, Nr 6, p 9. (USSR)
AUTH011- --Abramov, B.A.
TITL.& Conferences on the Quality of Urals Steel Ingots (Soveshch tniya
po kachestvu stal'nogo slitka na Urale)
PERIODICAL: Izv. Vost. fil. AN SSSR, 1957, Nr 6, p 147
ABSTRACT: Information is presented on conferences convened ir, Sv !rd-
lovsk in November 1956 and February 1957 by the Stce-.-in :ot
Quality Study Commission of the Urals Branch of the Acad my
of Sciences, USSR. A brief summary is presented of a -aapi r by
A.A. Popov, "Modern Theories on the Crystallization of th ~
Steel Ingot"; the major directions being pursued in irnprov ng
ingot quality at plants in the Urals are indicated: selectio:: of
rational weights, ingot shape, mold construction, conditio is for
vacuum pouring of steel, and the use of vibration in the sti el
crystallization process. Note is taken of work done on caEi:xngY
large ingots in vacuum, the introduction of longer ingots, )rep-
aration of hot tops from molten slag, development of rollr g of
heat-resistant steel, etc. 1. Steel--Produc-uion 2. Steel.-Proceqsing
Card 1/1 3. ! '. N.

AMMOT, B.A., insh., nauchnyy rod,
[h11 use of ohroultes and limoniten from the Serov deposit]
Komplakanoe lepollsovenis burokhromistykh rud Serovskogo
mestoroxhdsnilas OverdlovAg TSentr.biuro tekhn.informatsii,
1959. 158 (nn 14;4)
11 Institut metallurgil Urallskogo fillale Akedamil nauk SM.
(Serov region-Iron ores) (Chromite)

-C V
a 'T
a
tol
I1 4
.44 .44-3
fill 0: 2; t' j.-yl 4 .11
v

REVEBTSOV, V.P.; ABRAMO j IA.; TANTSYREV, V.V.; ZAYTSEVA, Ye.I.
Results of using ferromanganese and manganese-431con from
Polunochnoyigdeposit ores in the production of steel. Trudy litst,
met, UFAN SSSR no.7t183-199 161. (91. l6t6)
(Manganese alloys-Testing) (Steel-MetallurU)

REVEBTSOVI V.P.;.ALUWV,3.,A,; KAGOVITSYN, D.F.; LEBEDEV, A.A.;
OSIPOV, G.V.; TANTSMW, V.V.; ISUPOVp V.F.; ZAYTSEVA, Yea"~-,
QU&Uty, of manganese ferroa.Uoys from ores of the Polunochnoye
deposit* Stall 21 no.9:806-809 & 161. (MM 24 . 9)
1. Institut metanurgii Urallskogo filiala Akademii nauk;
Nizhne-Tagillakiy meta.Uurgicheskiy kombizat i Kombinat im*
Serova,
(Farrman AnGso) (Polutoohnoye region-Manganese ores)

VATOL4p N.A. (Sverdlovsk); YESIN, O.A. (Sverdlovsk); ABRAMOV, B.A. I
(Sverdlovsk) - --------- -1
In-matigating iron-vanadium melts by the electromotive foroe
method. Isv.AN SSSR. Otd.tekh.nauk. Het.i topl. no-4:51--55
JI-Ag 162. (MMA .518)
(Iron-vanadium alloys-Elootric properties)

ABRWOV, B. A.) XOGAN, Ve L)
"Transfrer of Impurity Resonance Radiation in Low-density Plasma,"
report presented at the 6th Intl. Conf. on Ionization Phenomena in Gwts,
Paris, France, 8-13 jid 63

ABRMOV, B.A.
Ilemodyntimic s' -bil ty oi' the Vroueso,, ; nr rf Ining molten
Fe-V--r--Sl and ie4r-0-41'i with confierv., t kn of' wnadium and
chromium, l3bor. nauch, truds Urat, polltWi. inst. nn.12,6t
100-111 163 (M--Rk l?z8)

AUTHORS: Abramov, B Pogorelyy, A.I. S~GV-128-58-8-'-3/211
TITLE: The Molding of Worm Gear 'Nheels and PJ.nions With Cas -, Cogs
(Formovka chervyaQhnykh k0163 i sheateren s litym vjioin)
PERIODICAL; Liteynoye proizvodstvo, 1958, Nr 8, pp 20-21 (USSR)
ABSTRACT: A method is described in the article, utilizing rold ng
patterns and model segments, in the production of sm.11
numbers of worm gear wheels and pinions, The model egment
is shown in Figure 1, the device for molding -in Figu,e. 2.
The described method is recommended for single and s!.all-
series production in repair shops, eta,, There are 4 sets
of diagrams.
1. Gears-Molding
Card 1/1

KOVALICHUNp F.Ye.; ~ IVASHCHLTKO, Yu.F.
~otentidl savings in electron tabes. Vast* eviazi 23 no*3:16 J~ 163.
(MIRL .160)
1. Rabotniki smeny ulltrakorotkikh voln radioatantaii Kiyevska;o
teletsentra.
(Electron tubes) (RaAUo., Shortwave-Equipment and suppa,'Les)

SOP/Oct 49
Materials Testing
"Torsion of Prismatic Rods With Craciform Trani-
verse Cross Section," B. L. Abramov., 6 pp,
"Prik YAt i Mekh" Vol XIII., No
Oiyes solution of the problem.of torsion of
~risiatic rods with cruciform cross section by
xming N. Xh.' Arutyunyan's method to solve .
Poisson's equation. Foriulas obtained~ dete=ine
stresses and rigidity.of profile for varioug
ratios Of b/d., starting from b/& equals one
(square cross section). Submitted 21 Jun 49.
14.9T43

ABRAMOV.-B,M, kand. tekhn. nauk, dotsent
--
Using link mechanisms for approximate plotting of given
trajectories. Izv. vys. ucheb. zav.; mashinostr. no.('t
22-26 165. (M.IRk .8:12)
1. Submitted September 3, 1963.

A7i, 21T1.7
vs, Ti 'F
u - /
i.achanics
Mathemnti~:s) Applied
(et LE
flProblen of the ',.otion of Machines Under the Action of Given Forcess," Acaci 1, 1. Artobolev
R. ?.~. Abranov, Ina 11,',ach Studies, Ac,~d Sci I)CEL, 3.,
pp
"Iz A flauk ELER, Objel Tckh Na.-A-:11 NO 10
neneral cquaLion of iaotion of a mach-'mi.- or ;-.ith onk~ (!c,-,rcc ol. freedma ,,-.n 1~o
written aE follai;:;: M pl, : T 4-1 ;!1--
where A):j"omcnt of reduced motive forces,
of rodurco resistance forces,
:y,.,.rcduccd moment of inertia of i-aechanism, and(~ :. ark,-,le of revolution of reduction
I ' Ca~' . S
-olution prccrntz; di-l''.1cultiez- - j)ccially ijcn the mcFc,nt,! R
link. 111 CIG c- nd
6ppen6, iot onil,y on Lhe anje of revclution~l but z,.15o on other vari;,'ble~-. Erp:! ains methid
for -~iwh uil"Jx4' mit-te(P July
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