SCIENTIFIC ABSTRACT PANKRATOV, S. A. - PANKRATOV, V. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239030008-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PANMTOV, S-A-
1-1-,---,-~',-,-.-.-,-,_C,ombinel resonances due to vibration nf elastic roda nub-
jectea to longitudinal forces varying according to the bi-
barmonic law , Nauch,dokl.v7s.9bkoly; atroi. (ino.2:5-16 159.
UA 13- 4)
1.! Rekomandovana )mfparoy atroitellnykh nanhiu Moskovskogo
inzhenano-str6it6l Inogo Inn Mute, imenj V.V.Kuyby9hovu.
MiLatic rods astu wiees--Vibration)

PANKUTOV2J-A-4 doktor tekhn.nauk
Dynamic processes in the operation of 'Q=aVcLtors equipped with a
dynamotor unit having a three-winding generator. Sbor.trud. MISI
no.31:104-109 160. (MIRA 14:3)
(fteavating nadhinery

DOMBROVSKIY, N.G.,~ doktar-tekhn. nauk~ prof.l..PANKRATGVp S.A., doktor
tekbn. rauk,, pr6f.j VDOTMO, Z.I., red.7 :Gl::V-fFj-CAM;UKHIN,
Ye.K., tekbn. red.
(Excavating machiner7l Zemlerqinye mashirW* Moskvap Goa. izd-vo
lit-ry po stroit... arkhit. J stroit. materialem. Pt.l. (Bucket
excavators] Odnokovebovye ekskavatory. .1961. 650 P.
(MIRA 34slO)
I# Men-korrespondent Akademii otroitellstva i arkhitektury SWR
(for Dombrovskly). (Excavating machinery)

PANKOATCV, S.A., doktor tekhn.nauk
Using 6ifferential vibrators with twisting vibrations for
working frozen soils and bard rock. Stroi. i dor. mash. 6
n6-5:13-15 my 161. (MIRA 14:6)
(Vibrators) (Earthwork)

PANMTOVJI S. A., doktor tekhn. nauk
Dymmic processes in the operation of machines for construction
and strip mining and comprehensive wthoft of studying them.
Sbor. trud. )MI no.39:3.66-3.80 1611 (MIRA 26:4)
1. MoBkovskiy inzbenerno-stroitellnyy institat imeni V. V.
Kuybysheva.
Construction equipment-Testing)
Strip mining-Equipment and supplies)
~

FANUATOV., S.A., doktor tekhn.nauk
Protecting workers from vibrations. Mekh. stroi. 18 no.5:13-14
my 61. (KMA 14 -- 7)
1. Hoskovskiy inzhonero-stroitellnyy instItut imeni Kuybysheva.
(Machine tools-Vibration)

PANKRATOV, S.,&," doktor tekhn.nauk, prof., BOGIJSLAVSKIY, P.Ye.,
----ka-nd. tekhn.naukp retsenzent; SOKOLOVA, T.F., tekhn. red.;
UVAROVA, A.F.,, tekhn. red.
(FluMamentals of the design of main units of excavators and
craneslKonstruktaia i osnovy rascheta glavnykh uzlov ekska-
vatorov i kranov. Moskva, Mashgiz,, 1962. 539 P.
(KMA 15:10)
(Excavating machinery) (Cranes, derricks, etc.)
-4

FQWTOV S.A.. doktor tekhn. nao, prof.
Determination of the pressure of ground and belt on roller
supports of belt conveyors, Vest& mashinostr. 43 no.703-
35 -T1 t63. (MIM 16 8)
(Conveying machinery-Testing)

ZENKOV$ R.L.p doktor tokhn, nauk; FANOATOV, S.A., do)(tor toklm.
nauk, prof., retsenzent ' -
(Mechanics of ULlk freight; bases for designing loading
and unloading and transporting equipment] Vekhanika na-
sypnyl-h gruzov; oanovaniia rascheta pogruzochno-razgru-
zocIU.ykh i transportnykh ustroistv. Izd.2., ispr. i
dop. Moskva, Mashinostroonie, 196q. 250 1).
(I-11ju j'/.-9)

t
L-- -

PP14KRATOV., S. A, (Prof. Dr. Tech. Sci.)
I'Problems of calculation of band conveyors for operational safety and service
1. ife. "
"Peculiarities of d-ynaxaic calculation of boom design in dredges, cranes, and
';Abetzer" [gravel and rock remover?) in regard to cables and girders of great
length."
"Some physical laws of' rock crushing in crushers."
reports submitted for Intl Conv on Conveyor Engineering & Construction Machinery,
Magdeburg, E. Germany, 7-12 Sep 64.

IPAINK(ATOV, S.A., pref.; 0.1., inzh.
deter--ination w, stresses In a convrayor belt
during a-,arting and braking, taking into acco7unt the !o-
n
cation of the driving dnm,. izv. vys. licheb. zav.; gor.
zhur. 7 no.11:97-103 164. O'qRli IF 3)
1. Universitet druzhby narodov imeni Patrisa Lumilmby.
0
Rekomendovana kafedroy konstruktsii detaley, uzlov mashin
i meldianizinov.

TeE~'es 21, 5
7, h u r n 8 2
narorirv al~aeni Patrisa Dumuralby. !lc,':.
kafedroy l:o-st-rlKLs-ii1 detaley -cizlov ;all-sh"n i

FLNMATOV S.rl.) F,1jml, 0.1., inzh.
-f bs -vey r
-11; con -D
pc.-', tion rf rte dri-ving drum,
no.9-11- (IM 1 RA 181
3-220 '64.
* t- T~uzhlby narcdDv imeni Patrisa LiLm-umby. Relc-~!er.-30vana
UniversL et d-
kaft-d:r,,,y hcnstrukl.,,;~J. detaley, uz"cv mashin j mekhan,izr.~v.

L 2~~2 5 P(V)/aP(j)_/T lip (C ailpilm
~ACC NR, M15 19686
Monograph
vata2hina, V. 1. (Candidxte of Technical Sciences); 0, V. O,~ (Candidate of
Architee -M. (Engineer);
jtk __jEngineer); B.
Badagas:hvili. 0. R. (Engineer)
Hermetic se-alingjwiterlalv~far structural elenento (Garmstiziruyuahchiyematerlaly
dlya sfrortellmkh konstruktaiy) Macaw., stroyizut., 65. o146 p.
iuus.,. biblioa. (At head of title: Gosudarst-venn". kcraitet po promyshlennosti
stroitellnykh raterialoy pri Goostrm SSSR. Vsesoyuznyy nouchno-Issledovatelookiy
inatitut novykh stroitellnykh materialov) Errata ellp Inserted- 3,000 coPies
printed.
TOPIC TAMS: general conatruction,, construction material, civil engineering,
hermetic eeal,.synthetic material. structural plastic,
'PURPOSE PWD COVERAGE: TILis book gives a survey of the development In the Qqviet
Union and abroad of the problem of.hermetically sealed gicam of ezterall aggregate
elezents.~All types of sealing materials. used in constuctuion are vievdd.
7 Engineering of the proauction of.princIple hermetic sealing mterials used in large
-panel construction Is also covered. The book presents nx.-ans of sppl~ing the
materials and technical eharacterlstics of the. apparatuij and equiprwnt necessary
for mecbjuiized !xpplication of herme-tic seams of buildings and structures,
special attention is given to methods of0fetsiffing hermetic Beals and means of
determining their water and air penetrability which permit Insepetion of materials
in olmilated workivg conditions. The book also gives data of comparative economic
UDC.. 691a7t624xT8

L 25662-66
ACC NRt W028686
effectiveneon In using hormetic sealing In large panel construction. MAs book
is mc=naed for angineero-and techniciano In thO Induotry of oyathet1dull-aing
-:materials, for workers of project organizations and building mnufactur-orn.
TAM OF COMM (abridged):
Introduction, -3
Ch. 1. -Mork of Jointed senas and hermetica,13,)r sealing them -10
eh. n.~ HDrmetIcBealing materials -20
Ch M. 23achnology of the production of hermetic seals for structures -42
Ch. IV. Instruments for theological and pbysical-mechenical testing of hermetic
seals -68
Ch'. V-. -Air-and-vater penetrability of hermatic seals -84
Ch. VI. Use of hermetic sealing materials __99
Ch. VII. Economics and effectiveness of-Polymer hermetic sealing materials -127
Bibllography __142
50 CODS:1 3.lp33/ SVM DAM 13ym-65/ mw mw-. o67/ mH w: m3
.13 ca
-4,

SHRAYMANp L,I.t inzh.; PANKFATOV, S.lq.y inzli.
Device for removing bits from boring barB.- Shakht. Btroi.
5 no. 1s26 A _161'. (HIRA 1/+:2)
1. Ukrainskiy nauchno-issled=tel'aAy instltu*t organizatsii i
mekhanizataii shakhtn~go stroitelistva.
(Boring machinery)
'0-

PANKRATOV, �_. P.,--
"DELta for the dynamic computation of band conveyors"
report to be submitted for the 4th Intl. Conference on Earthwork, Prague, Czech.,
9-15 oct 63.

P, g.Kotlas); TATCHEMO, F- (9-KOtlas)
Creation of protective forest belts on the Pechorn rall-
road. Zbel.dor.tranap. 36 no.5:71-73 14Y '55- (MIRA 12:5)
1. GlavnVy inzhoner Pechorskoy dorogi (for Fanlmatov). 2. Rachel'-
nik otdola zashcbitnykh lesonnewhdoniy Pechornkoy zheloznny
dorogi (for Yatcbenko).
(Russia, Northern--3ailroads--Snow protection and removal)
(Russia, Northern--Windbreaks, sholtarbalto, etc.)

VATAZHINAP V.t kand. tekhn. nauk; KHOMENKO, Z,, kand. tekhn. nauk;
. PkNKRATOV, V., insh.; PANFEROVA, A., inzh.; FOMANSKAYA, M.;
inz i.; DEMINA, Ye... inzh.
Modern joint-sealing materials in housing construotion.
Zhil. stroi. no.9:5-6 165. (YIRA 18%11)

VATAZHINA, V.,:kand.tekhn. PANKRATOV V insh.
S*Iing for joints of large-pars'l, buildings. Na stroi. Ros.
no OURA 160)
.5:26 W 163o (Building-Details) (Polvmers)

PANKRATOVI V9
T~rade mark "700.u Naulm i zhy-ttia 22 no.213 35 F 6~.
' tM31RA 1694)
(Donets Basin-Gement)

PANKRATOV$ V., itzh.
Using putty in house construction. Izobr.i rate. no.5 (201)s
44-45 163. (MIRA 16:7)
(Putty) (Building materials)

PANDATOV, V. MUSIN, B.
Application of liquid asphalt i- r~mcrete nalntenarce. Avt.dor.
22 n0.7:11 Tl ,59. OGRA 12 ' 9)
(Aapbalt) (Pavoments, t1oncrete)

PAMMITOV, V.,.- podpolkovnik v zapase; FNIDMMN, I., podpolkov-nik v zapaso.
(MIRA 11:1)
Imortal feats. rhen. znan . 33 no.12:6-7 D 157.
(World War, 1939-1945--Personal narmti7es)
I

Nalm
Chief, Dept. of iepublic of Ghief Road Adini-Alistration
y
of the Coundil of 1.inisters of Kazakh SSR.
En.gineering.
On road construction repairs.
Source: 1-1; Kazaldistanskaya Pravda, !Lbia-Ata 4Jiine '47
Abstracted in USH "Treasure Island" report No. 4220
on file in Library of Congress, Air information Division
";4 M1110 INN 'A 11 E~"~ t E~~ i?~ A'I;I~K -!e ~~7.r Y I-S!
W- MVE's
g i
am
R-MR-Pirt- "R

PANKRMV, V.A.
organization of business accountizw in the various shops of
the Vladimir Il'ich Plant. Vest.eiektroprom. 27 no-5:17-19
Y7 156. (MLRA 9:12)
I. Zavod Imeni Vladimira Il'icha.
(Electric macbinery industry--Accountlog)

ACCESSION NR; Ap4oloo44
s/oo62/64/boo/bo1/bl41/bl48
AUTHOR: Korshak, V. V.; Vinogradova, S. V.; Pankratov,, V. A.;
Baskakov, A. N.
TITLE: Polyesters'with a hetero backbone. Report No. 54.
Synthesis and studies of new types of polyarylates based on phenyl-
bis-(4-0xy,.:ihenyl)methane and diphenyl-bis-(4-oxyphenyl)methane
SOURCE: XN SSSR. Izvestiya. Ser. khim-, no. 1, 1964, 141-148
TOPIC TAGS: heterochain polyesters.. polyarylates, phenyl-bis-(4-
oxyphenyl) methane, diphenyl-bis-(4-oxyphenyl) methane, diatomic
phenols, aromatic dicarboxylic acids, polymer thermostability,
polymer workability, polymer solubility, voluminous side sul-stituents,,
interphase polycondensation, equilibrium-polycondensation, polymer
physical properties*,
ABSTRACT; In the search for polymers with high thermal stability and
good workability, interphase or equilibrium polycondensation was car--
ried out for the synthesis of homogenous and mixed polyarylatel3 based
Card

:ACCESSION NR-
Ap4oioo44
on the title compounds, hydroquinone, diane and the acid chlorides of
terephthalic and isophthalic acid in a high-boiling solvent. The
-presence of the.theimostable phenyl ring In the backbone as well as
on the macromoleoular side branches in the end products also was ex-
pected to result in less'paoking of the backbone,:thus better work-
ability. Yields) viscosity in solution, softening point, break, and
stretchability are graphed for some homogenous compounds, Ps well as
solubility, thermomechanical properties and degree of crystalliza-
tion for seven mixed polyarylates based on either of the title com-
pounds and the acids, hydroquinone and diane. Interphase polyconden-
sation yielded homogenous polyarylates whose pellicles had good
elasticity and solubility. Equilibrium condensation yielded homogen-!
ous polyarylates with high thermostability and non-solubility. Mixed,
polyarylates with terephthalic acid were more heat-stable and less
soluble than those with isophthalic acid. The softening point
passed through a minimum upon addition of the title compounds. Both
title compounds gave mixed polyarylates easily soluble in many or-
ganic solvents*, The presence of voluminous phenyl side substituents
2/3
C
ard

ACCESSION NR: Ap4oloo44
considerably decreased the degree of crystallinity of the polymers.
Laboratory procedures are described. "In conclusion, the authors
wish to thank the staff of the X-ray analysis laboratory headed by
A. 1. Kitaigorodski for providing the roentgenographic study of the
polymers." Orig; art; has; 5 figures, 4 tables, 1 formula.
ASSOCIATION: Institut elementoorganicheskikh soedineniy Akademii
nauk SSSR (Institute ot Organoelemm'tal Compoundss Acadwy of Science a j SSSR)j
HoskovaUy khUAk9-to~kha919gWh~qW1y MoUlut Lae Do It Kmdeleeva (M06001t.
Cbenical-ToobnologLoal lhetituU)
SUBMITTED: 20Aug62 DATE ACQ: 14peb64 ENCL: 00

KORSHAKI V.V.; VINOGRADOVA, S.V.; PANKRUITIOV, V.A,
Effect of thestructure of initial biphenols on the propertieu
of polyarylates. Dokl. All SSSR 156 no. 4:880-883 je 164.
(MIW,. 17:6)
1. Institut elementoorganicheskikh soyedineniy AN SSSP..
2. Cheln-korrespondent AN SSSR (for Korshak),

ester
firn n.-Iii -qtudv of poiyary
AB,-!~TRACTI T-Ine puxpoge 1--f thl's -r lat-3
VI-E
--F:V
L 2R ii, ~W
WN
j

jj~

KORSHAK) V.V.; PAVIDVA, S.A.; TIMI-PEY-EVA, G.I.; S,V. ; F-T`Y-~--ATOV, V,A -
Influence of the steric factor on the viscosimetrlc properLies ar:d
polydispersity of polyarylates. Dok,1. AN SSSR 160 no.l.:119-12-2
J' Ja 165. (141PA 18:2)
1. Institut elemantoorganicheskJkh soyedineniy AN WOSSR. 2. Chlen-
korrespondent AN SSSR (for Korobak).

L 3398-66 EWT(s)1EPF(c)1VdPQ) RM
AMMIGN M: JX5W4M UR/OD20/65/164/OD3/0563/0566
44
AMORS: Vinogradova, So V. -, Korshak,-V. V. (Corresponding member AN SSSR)j
F!2~ ~M~PY3_1_ As;/ Tur., Do He
TITLE: Investigation of the kinetics of polycondensationlof-biRphanolo th the
acid chloride of terephthalic acid
SOURCE: AN SSM, Doklady., ve, 164, no. 3,, 1965$ 563-566
_TOPIC TAGS:~ polycondensation, -terephthalic -acid, bisphenol,, -organic, compound,
polymer
ARSTRACT: The-kinetics of. the polycondensation of bis-(4-oxyphanyl) -methane,,
2P2-bis_(4-oxyphenyl) propane., 2,2-bis-(4-oxyphenyl)-hexafluorol?ropane, bis-(4-
oxyphenyl)-pheny1methane., 2,2-bis-(4-oxypheriyl)-2-ptienylethane, bis-(4-oxyphenyl)
:,.trifluoromethylpheriy~methane., and bis-(4-oxypherkyl)-diphenylmetliane with th'3 acid
I chloride of terephthalic acid in the temperature region from 160-200C was inves-
tigated. The purpose of. the investigation was the determination of the influence
ral carbon atom of bisphenols on the
1-of the.nature of substituents at the cent
reactivity of the latter. The reactions were carried out in ditoluyl methane In a~
Lcard--i3
~'W
- Wvl~ Aurn"'.J1 t
iiO' 1.

N

L oio46-66.:: n, 1,3(j )/F7. IT( ml)/EPF(c blttl I( )/T/EWA(h)/9TMA(1) UW/RM
W66621651006160TI12864288
54.6+539-2:~8~
VA'.
LOB:
Korahak, V, V., Vinogradovat Be V.
Pankratov,
MITLE-., Synthesis of_pplyaryl esters _of 2'-,7'-dihydroxyc,, iro[fluoreiie-9,91-xanthenell
1SOUIRCE: AN SSSR. Izvestiya. Seriya khimicheskaya, no. '1', 1965, 1286)-1288
TOPIC TAGS:: poly'aryl. ester, heat resistant polymr, solubility
~'~ABSTRACT:. How- and co-polymeric polyaryl esters based on 2',T'-dibydroxyspiro[fluo-
-rene.-9,91-~Xanthenej Ildve been prepared in an attempt to produce-polyaryl esters having
6istance0and good solubility in common organicsolvents, and hence, better
--both heat re
y~ Tlie,other reactants vere terephthalic wdlot isopbthalic chloride
processabilit
land 7warious bisphenols of the type
44
H0
j0prd 1/2
:7'

39. 110, 17,X16?
A T -
P motho L or

c)/E#P(J)/T/EWA(c) RPL W011"
L 378!~-66 -EW4-(M) PF.(.
R.#
UR/0062165/000/009/1649/1654
541.6+661j23-16 Z'
AUTHOR% 1~orshakj, V. V.; Vtnogradova, S. V.; Pankratov, V. A.
TITLE: 1-Varvlates
Heterochain polyesters. 56. Fluorinated no
-Iz -khimicheskaya, no. 9,-1965, 1649-1654
SOURCE:. - M SSSR.~ vestiya. Seriya
TOPIC TAGS: polymer, fluorinated polymer, polyester, polyarylate
ABSTRACT: The purpose ofthis work was to prepare homo- and beteroRolyarylates
-1,1,1,3,3,341 a~2,2-bis-(4-hydroxy-:''
from 2,2-bis-~(44ydroxyphenyl)
-.p nyl with terephthalic# ihophthalic, perfluoro-
-:. -he ~ )-1,1,1-tri,fluoro-2-phenyle.thane
:adipic, and perfluorosebacic acids, and to investigate the properties of the polymerd
It was found that replacement of the methyl group at the central carbon,
obtained.
atom of the diphenols by a.trifluoromethyl group lowers the softening temperature
of the homo-and heteropolyarylates obtained from them. Condensation of W,W,U) -
'trifluoroacetophenone wita phenol yielded 2,2-bis~(4-hydroxyphenyl)-1,1,1-trifluoro.
4~4 1/2 - - -----
3
T77

KORSHAK, V.V.vPAVLOVA) S.A.; TD40PEYEVA, G.I.; VINOGRADOVA, S.V.;
PANKRATOVY V.A.
Effect of tufk method of preparation and of the size of the
side cha-~,n radical on the viscosometric properties of
polyarylates. Vysokom.soed, 7 no.10:2679-1683 0 t65.
(IaRA 18: 1:0
1. Institut elementoorganichoskikh noyedineniy AN SSSR.

L 3938-66 a; kM)/E?F(C)/0;;rk' !/T ilM
-,ACCESSION NR: AP5025956 UR/0190/65/007/010/1689/1692
541.64+678 674
AUTHOR: Korshak, V* V.; Vinogradova, S. V.: PaHkratov, V./A.
TITLE.: , Synthesis and investigation of ~olyarylates from 4 4'-biphenyldicarboxylic
a
c diphenols with various substituents ht'the
id and central carFor m
-1 t-SOU
SOURIE: Vysokomolekulyarnyye soye4ineniya, v. 7, no. 10, 1965, 1689-1692
TOPIC TAGS: polyester, plastic, polyarylate
ABSTRACT: In thecourse of continuing investigations of polyesters, a series of
polyarylates were prepared from bis-(4-hydroxyplienyl)metltute, 2,2-bis-(4-hydroxy-
phenyl)propane, 2 '2-bis- (4-hy droxypli enyl) hex af luo rop rop ane, bis-(4-hydroxyphei1yl)_'
phenylmethane, bis-(4-ltydroxyphenyl)methylphenylmethane, bis-(4-hydroxyphenyl)tri-
fluoromethylphenylmethane, bis-(4-hydroxyphenyl)diphenylinethane, 9,9-bis-(4-hydroxy
phenyl)fluorene,and 4,4'-biphenyldicarboxylic acid. It was found that the physical
properties of the polyarylates obtained depend to a large extent on the nature
of the substituent at the central carbon atom. The physical -constants and the
mechanical characterf3tics-of'the polya-ry'lates aie -given in tabular form. Orig. -1
art. has: 2 tables. [VS
ASSOCIATION:. 'Institut elemeritoorganicheskikh soyef4inenJY,AN SSSR (Institute.of
HeVeroor , j", I I I . .
adc Compounds, -AN SSSR

L 3036-66 DJT(m)/.M(
RPL W/RM
ICCESSION WR: AP5025968 UR/011)0/65/007/010/18-13/18
6T ~t678.67
%
lAwHoR: korshak, V. V.; Manucharova, 1. F.; Vinogradova, S. V.; Pankratov, '16
JTITLE- Investigation of the thermal stabilit of a series of polyarylat, s by,
y
Idiffe;ential thermial analysis
-1817
'jSOURCE: Vysokomolekulyarnyye sayedineniya, Y. 7, no. 10, 1965, 1813
.-.TOPIC TAGS: polyarylate, plastic, polymer, thermal'stability
ABSTRACT: Polyarylates i~ere prepared from diphenols and terephthalic acid7and
subjected to differential thermal analysis utilizing thermoe;ravimetric mL-thods. It,
found that the nature of the substituent at the central carbon of the diphenol.,
(of the di-p-hydroxypheny1methane type) exerts an appreciabile influence on the
-,~~thermal ntability'of the polyarylate. Thu e.g-, replacement of methyl grou
ps M
....,the central.carbon atom by trifluoro~neth 1 roups improves the stability of the
polyarylate. . The Vebperatures of incipler decomposition of the polyarylates in-
Jvestigated ranged from 375 to 465C. The 'st thermally stable polyarylate was
'iobtained from 9,9-bis-(4-hy(itoxyphenyl)fluorene wid terephthalic acid. Orig. arto-1
NO,
'haEl* 2 tableB and 5 figures..
lCard 1/2

L 2925-66 ENT(m)/EPF(c)/EWP(Jjj!4~T m)
qL
ACCEMON MR$ AP502261o UR/olqo/65/bo7/ooq/I6lhA618!
678 *Olt54+678.674
7 4,0"
Mravlova, 1. V.1 Harikov, S. L; Korshakj V. V.j
AUTHDRSs Regoj V# V#L r
Vinogradova, V I Pankratov, V. . ooLo -31
;OS J,~~ zi
Tr=t The I do adation' polZdibydrpxyoip-bprwlfxqpr.060rt--.--
h t
phthalat . 271% N=Ntl-on in theser4es "Chemical Transformation* or
SOURGE1 Vickomolokulyarru7s aoyedinaniyal v. 7. no.. 9. 1965, 161h-1618,
TonG TAM therma:dogradation, thermal oxidation, organiq compound.. olyme
1) 9 P02Y*z7l&t*
ABSTWTs The thermal dogradation, arA thermoaxidation of polyarylato D-9 was
investigated. This investigation is an extension of the previously publinhed
vori of 1. V. Zburivlsva,,V. V. Rods, and S. R. Rafikov (Isy. AWSSSR, aer. khin.,
1965, 269). The thw=1 degradation and thermoozidstion were casTied out over i
thq temperature region from 325 to 5= by 25G intervals. Grapho for the kinetics!
of Sea evolution during d*p6dation and thormooxidation are presented. The
composition of the tbermaxidation-dogradation prodocto am tabulated. 'The
LCIT-d-lys

L 2925-66
AGGLSSIDN NRi AP5022610
m"rimental results obtained for the theracoxidation J~ air are shown graphically!
in Fig. I Onohe Ex
of-Rkl plosure. It is concluded that the thermoaxidation degradation
XyZIate 0-21~rocesde via a bomolytic chain rupture accompamied by the
evolution Of C02, CO, and H gases. No induction period for the thermoaxidotion,
was observed. Orig. arto ant 2 tables and 6 graphs;
AS=WION# Inetitut alomentoorgamicheeldkh opyedineody AN SSSR (Inetituts for
Heteroorganic Communist. im BBBR)- 4 1
MKMEDs 23944, ENCLs U SUB CMZs 00
No REr SM OD3 Omni 000
2)WA

XORSHAK, V.V.; MANUCHAROVA, I.F.; VINOGRADOVA, S.V.; PANMLTOV, V.A.
Investigation of the thermal stability of a number of poly"
arylates by differential thermal analysis, Vysokom,coed. 7
no.10:1813-1817 0 165. (MIRA 18:11)
1. Institut elementoorganicheskikh so'iedineniy AN SSSR i
Institut obshchey i neorganichaskoy khimii AN SSSR.
M-~

I-V.; BURLACHENKO, P.Ye.[deceased]; VATAZHINA, V.I.;
PROVINTMV, 1-,~,',)CRALINA.,
P HIKOVA, B.A., red. izd-va;
A6R&TU, YF,,- ZAYG
takhn. red.
(Waterproofing, roofing and sealing materials] Gidroi7,0-
liatsionny6 krovel'nYe i gormatiziruiushchie materialy.
t 230 p. (MIRA 16:6)
Moskva, Gosstrouzdat~ 1963.
(BAlding materials)

VATAZHINA, V.I.p kand. tekhn. nauki MUNTS, V.O., kand. arkh.;
PANKRATOV., V.F.p inzh.; VOSKODDYRIKOVA, 3,1.r inzh..-
inzh.5 SADAGAS"ILI, G.R., inz-1.
[Hermetio sealing materials for structural elements]
Germetiziniiushchle materialy d1la stroitellnykh kon-
struktsii. Moskva, Stroilzdat, 1965. 146 p.
(MIRA 18:7)

PROVINTEMI, I* Vat kand. taklin. nauk, PANKRATOV, V. F, inzh.
Te!.-hnology of the production of colored two-layer poly=er-
bituminoua tiles. Sbor. trud. WFIDW no.5:29-37 161.
(HIM 15: 10)
(Tiles)
M
MR-0, r
10-
-.0 1

j'o,, v*r
liermet'-c salal ilng Of -Mltt Jc-Lnt~ - inf
5 ' 64.
Zajnes~i,jejl -uj,cvod!tel,,,a ",aboratorii VSeSOYUzn,:)go nauchno-
issiedovatellskogo instit-uta novykh stroitellnykh

VATAZHINA, V.I., kand. te-khn. nauk; PANKRATOV, V.F., inzli.
Sealing materials for large-panel constraction. Sbor. trud.
VNIINSM no.7:41-47 163. (MIRA 17:11)

BURLACHENKO.. P.Ye., kand.khimicheskikh nauk,, PANKRATOV, V.F., inzh.
Materials for sealing joints in large-panel construction. Stroi.
mat. 8 no.30-7 Mr 162. (MIRA 1518)
(Ownents, Adhesive)

MDROZOV,
N.V., kand. tekhn. nauk; KnUUMYO, A.K., kand. tekhn.
nau),j ANTIPOV, T.P., arkh.; KOCHESHKOV, V.G., insh.;
LISJLGOR, I.A., insh.; TSAPLEV, N.M., in2h.; IVASHKOVA,
V.K,, kana.tekhn. nauk; SHIKUNOV, I.Ya., insh.; FILIN,
YU.D., inzh.; 140STAKOV, V.I.; BUBIACHENKO, P.Yu., kand.
khiri. nauk,[deceased];z4Auornir1 it r -,.inzh.; RUSANENKO,
B.R,., glav. red.; ROZANOV, N.P., zam. glav. red.;
ONUFRIYEV, I.A., red.; 'PMIN, Ye,Ya.,, red.; NKSONOV, V.N.,
red,,; ISIDOROV, V,Y... red.; MMAKCHEVp V.V., red.;
POLUBNEVA, V.I., red.
[Ways of improving design details for.the seams of
extorior wall slabs) Pati uluchsheniia konstrulctivnykh re-
shenii stykov panelei narazhnykh sten. Moskva, TSentr.
biu:.-o tekhn. informataii i nauchno-inBl. in-ta organizataii,
mekhanizataii i tekhn. pomoshchi stroit., 1962. 78 p.
(MIRA 16:8)
1, 'rSentrallnyy nauohno-isaledovatellskiy i proyektno-
eks::)erimentalInyy institut lndustrlalfnykh zhilykh i mas-
sov,ykh kullturno-bytovykh zdaniy (for.TSaplev). 2. Nauchno-
iss'Ledovatellskly institut betona i zhelezobetona Akademii
strAtel'stva i arkhitektury SSSR.-Parbvo (for Mostakov).
3. Vsesoy~znyy nauchno-issledovatel'skiy in-atitut novykh
strDiteltnykh matarialov Akademii stroitellstva, i arkhitek-
tury SSSR (for Pankratov).
(Wall&)

YEVSTAFIYEV,, G.F.., otv. red.; MP-vEVSKTY., I.V.p red.; MASLOVA., II.S.y red,;
PANKRATOV, V.G., red.; KHMIYAKGV, A.I.., red. izd-va; ULITANOVA. 0.G.,
'-U-EFm-.red-.-
[Labor productivity and production costs iu industry] Proizvodit-ell-
nost' truda i sebastoimosti produktsii v promyehlonnosti. Moskva
. Izd-vo Akad. nauk SSSR, 1961. 335 P. (MIRA 14:111
1. Akademiya nauk SSSR, Inatitut ekonomikia
(Labor productivity) (Costs, Industrial)

PRILIFKO, I.T.
Blectrcdynamic capacitor-modulator of weak direct currents,
Izm. te-kh. no.12:30-32 D 163. (MIRA 16:12)

PAM OV, V.I.; PRILIPXO# I.T.
Contactleas automatic bets-ray gage* Bum* prom, 33 no. 7:11-14
11 158. (MIRA 11:7)
1. Ukroinakiy nauchno-iseledovatellskly institut tsellyuloznoy
i bumnshnoy promyshlonnouti.
(Beta rays--Industrial applications)
(Papar)
w
On g-5
N
M
2;
R
H

PAIMLMV, V.I.. Inzhener; SHCHIM A, N.V.
Using 'black crushed stone on Central Asian roads. Av-t.
dor. 1,R no.6:32 Ja '56. (MLRA 9:9)
(Soviet Central Aaia--Road construction)

XMVEngineering Aydrgulics, Dam' Apr 52,
.*Prote~ction of the Upstream Slopes Of r5arth Dame
`Aj~ainat, VAve-- Action,'" "N. IC. rankratov.,'19334;r, -
"Gidrotekh i Melio" No 4, PP 38-43
Descrites e_~~D_erimentally developed construction of
.,floating breakwater which has following fea~wes:
submerged portion does not exceed -wave heig~t;'Ab-
stnee of parts above water decreases pressur -of
vaves:,ou structure and consequently lowers 9tress
in anchors, facilitating fastening of breakwater
,P bottom.of reservo,ir; vooden ,structure has,
,=52
Ion, -ljfe,_bejng..CozpjOtejy som,~Fged in 1~It4r;
04"L stening system decreaies'm&ility
double-anchor fa
siplifyi, Junction
of breakwater to a minimUM 1 1 1
; cost is only 72 to 3 of that
of: it's A'Fctions
revire4 for slope protection with stone pavement-;,

BUDNIKOV) F*po: akademik; KRYLOV, V.F.s
inzh.; zLODEyEVA, V.S., inzh.
Using Water and , t,,ugh tO granulate
Stroi.mat. 8 no.7:30-34 JI 162.
(Slag)
kand.tekhn.nauk;
MTOV V L
blast-furnace slag.
(MIRA 15:8)

BUDNIKOV P.P.;.4AWV V L.; KEVESH, Ye.P.
Reactivity and bydraulic activity of E,3.ag glass., Dok--'& AN ESSF,
146 noo2:43.5-417 S 62. (MIRA 15:9)
1. Gosudarstvennyy vsesoyuznyy nauchno-issledoiratellskiy
institut toem6ntnoy promyshlennostie
(Slag) (Glass)

BUDNIKOVI p.p.; PANKRATOV, Vl.
Hydraulic activity of certain crystalline and vitreous phases of
blast-furnace slags. Dokl. AN SSSR 1/+6 no.1:156-199 S 162.
(MIRA 15--9)
1. Gosudarstvennyy nauchno-issledovatel'skiy institut tsementnoy
promyshlennosti. 2 Ch~en-korrespondent AN SSSR (for Budnikov).
(hag
t'-M

VOLKOIISKIY, B.V., kand. tekhn. nauk; PANIM ATOV V L. nd. tekhn. nauk
Reviews and bibliography. TSement 30 no-4:24- p.3 of cover JI-Ag 164.
(PUR.-A 17:11)
wC

KRYLOV, V.F.Y kand.tekhn.nauk; PANKRATOVY V.L., inzh.; MODEYEVA, V.S., inzh.
Hydraulic impact and launder classifier methods of granulating
blast furnace slags. Stall 22 no.9s786-78JI 3 162.
(MRA 15:11)
1. Gosudarstvennyy vsesoyuznyy nauchno-isole(lovatel'skiy institut
tsementnoy promyshlennosti i Yuzhnyy nauchno.-issledovatellskiy
inatitut po stroitel'stvu. (Slag)

- - - -- BUDNIKOVI, P.P.-, akademik;-PARIMTOV, V,L~, inzh.-
HydravJJ.o activity of mono:~alcium silicate and helenite.
Nauch. soob. 11-1IT-Sementa no*11~28-32 10"'. (11-awh 11,5-2)
1. All USSR (for Bildnikar),
(slag)

YZ 0 0
AUTHORS:
TITLE:
PERIODICAL:
Kholin, I. I., Pankratov. V. L.
Production of aluminosilicate cement, and investigation
of its structural and technical properties
Referativnyy zhurnal. Khimiya, no. 17, 1961, 352, abstract
17K345 (Nauchn. soobshch. Gos. Vses. n.-i. in-t tsement.
prom-sti, no. 5(36), 1959, 18 - 27)
29431
3/081AI/000/017/086/166
B101 B102
TEXT: The possibility of obtaining self-crumbling aluminosilicate cement of
high initial strength in addition to standard cast iron in blast-furnace
smelting of iron ore is confirmed. Such a cement of optimum composition
has a specific surface of 1000 - 1600 cm2/g. Addition of 30% of gypsum
(bihydrate) to aluminosilicate cement increases its hydraulic activity
substantially and makes it possible to attain a Quality of 400 - 500.
Aluminosilicate cement ground to a specific surface of 3000cm2/g has an
activity of 400 - 500 kg/cm2 and a high initial strength. lion-ground
aluminosilicate can be used in civil and industrial overground construction,
ground cement in the manufacture of concrete and reinforced-concrete pro-
Card 1/2

294A
3/cal/61/000/017/086/166
Production of aluminosilicate ... B101/B102
ducts, and cement with an addition of gypsum in underground constructJon,
[Abstracter's note: Complete translation.]
Card 2/2

KRYWV, V.P., kand. tekhn. nauk; PAMATOV, V.L., inzh.
Formation of filaments during moist granulation of blast furnace
slags and methods for reducing such formation. Mrmdy KIITSement
no.10:56-67 157. (MIU 10.-IZI)
(Slag cement)

BRILL$, O.D.;,PANERATOV, V.M.; RUDAKOVP V.P.; RYBAKOV, B.V.
Cross sections Of the reactions T(d. n)He4 and D(d, n)Ha3
in the 3 - 19 Mev. deuteron energy range* Atome energe 16
no.2:141-143 F 164. (MIRA 17:3)

/V
"Eultation Functions for the Reactions Mg24 (d cc)lfs.22,
Fe5 (d,~;'.)Mn52, Fe 5~(d,n)co55, and U66(d,2D)GaMP11by
N. A. Vlasov, S. P. Kalinin, A. A. Ogloblin, V. M.
Pankratov, V. P. Rudakov, I. N. Serikov, and V. A. Sidorov,
Atomnaya Energiya, Vol 2, No 2, Feb 57, pp 169-171
This work describes experiments to determine the excitation curv
for the r actions Mg24(d,o()Na22, Fe 54(d,oj-)M52, Fe54(d,n)co55, and Zn9
(d)2n)Ga69. cross section versus deuteron energy graphs are given for
:-each of the four reactions.
The measurement apparatus and technique are explained.
No interpretation.of the data is made. (U)

/ - /%. 1~ I -~ .0' ." I I I
I - - - - - ,
YJJZNIN., S. P. and FAMPATOV, V. M.
"Fast Fission Cross -4%.ct ions."
paper to be presented at 2nd TJN Intl. Conf. on the peaceful uses of Atomic
Inergy, Geneva, 1 - 13 Sep 58.

Y,OMkK, V.V. [Korsha'C-., V.V, j (Mosh-va); VIINOGRU)OVI., S.V. Woskva);
V,'IIZCKIJX P.Ivi. Valet.91-.iy J-LjMVj"P V.fi.
(Yershova, V..&.] (Movkvu~- PANKIMTOV V.1-1. (Moskva)
Copolyarylates of ivophthalic acid with dihydroxy-diphenyl-
propane wid polyfunctional aliphatic alcohols. Chem prum
13 no,5:Supplement:l~~romolekularni latky 13 no.5:265-270
163,
dumat-I --n

ACCESSION NR: AT3012184 S/2963/63/000/005/0038/0057
i;:.,' AUTHORS: Rekhin, Ye. I.; Pankratov, V..M.; Krsheninnikov, I. S.
Time interval to digital code converter
SOURCE.-, Mnogokanallny*ye izmeritellny*ye sistemy* ir yadernoy f.lzike:;
Nauchno-tekhnicheskiy sbornik. Moscow, no. 5, 1963, 38-57
TOPIC TAGS: time pulse converter, digital code readout, scaler
circuit, pulse height analyzer, nanosecond interval converter, neu-
tron analysis, time of flight analysis
:,ABSTRACT: The described converter for the transformation of a nano- I
second time interval into a pulse train, is claimed to be original
j
both in circuitry and.in technical characteristics (overshoot,
channel width stability* construction of constant delay line, etc.),
and is*intended for large scale commercial production. Nanosecond
intervals can be measured with this instrument accurate to about 1%.
Card

.-ACCESSION NR: AT3012184
The-operating principles and the characteristics of the circuit
elements employed (oscillator, triggering univibrator, coincidence
't) are described and the linearity of the transformation dis-
circul
cussed. The measurement accuracy and the operating reliability are
claimed to be superior to those of time-to-amplitude converters.
Another advantage is that the data can be read
-out directly in digi-
J~.:- tal code, making the equipment usable not only in mu:Lticbannel
pulse-height analyzers, but as individual scaler circuits (with a
0.25 microsecond resolution time) and for the measurement of both
short (1--255 nanoseconds) and lotig-(0.25--65 microseconds) time
intervals. The equipment is intended for-the analysis of fast neu-
trons by the time-of-flight method.. The neutron energy range from
0.5 to 30 MeV, corresponding to a transit time from 1,00 to 10 nano-
seconds (for a base separation of about 1 meter) is covered by 256
conversion levels with a level- width-of 1 nanosecond.. Orig. art.
hAsa 12 figures and 13 formulas.
Card

I.; KURASHOV, A. A.; OGLOBLI]q, A. A.; 11
D.; YENIKOV, N.
B. F.
Search for Light Neutron-Nuclei (i.e. dineutron, tetraneutron, n6
report submitted for All-Union Conf on Nucl~:ar Spectroscopy, Thilisi,
14-22 Feb 64.
Inst Aton-le Energy, AS USSR
A~

AUTHOR; Pankratov, V. M. 89-3-26/30
I., __- -- ~----------
TITLE.- Fission in the Strip ing Reaction (d,p) (Deleniye v
reaktaii sryva (d,M
PERIODICAL: Atomnaya Energiya, 1958; Vol. 4, Nr 3, pp. 321-323 (USSR)
ABSTRACT: At in the International Neutron Conference, in September 1,057i
Dzh. Nortrop and R. Kh. Stoks -held lectures on the (d,pf)-
reaction, from which extracts are reproduced here.
A new ingenous method is proposed, of how the fission croon
section of neutrons, which are captured by the target nucleus
in the (d,p)-reaction, can be determined.
This reaction is specially interesting as it permits an easy
investigation of the excited states of the initial nucleus,
which lie lower than the neutron combination energies. In
other words, it is possible to examine states, which corre-
spond to a negative energy of the free neutron, which cannot
be achieved by the direct neutron capture.
Now the experimental task consists in measuring the energy
spectrum of the protons, which are in coincidence with the
Card 1/2 fission products only in cases, when the target of the material

Fission in the Stripping Reaction (d..p)
AVAILABLEt
Card 2/2
B9-3-26/30
to be split up is irradiated with monochromatic deuterons.
For the reactions U 238(d, pf) and U235(djpf) the curves for
q6d, f
dy in dependence of the proton energy are reproduced.
6 d'p
p
There are 2 figures and I reference, 0 of which in Slavic.
Library of Congress
1. Neutrcn fission cross section-Reaction 2. Free neutrons-
Negative energy
'2
0,

P!'mrmT1-'v7' V. r
tali
16
'A
1! A
ji. VillI I
!!Igo lit
13

3

8 /089/60/009/005/oo6/020
B006/B07C1
AUTHORS: Pankratovq V. M., Vlasovq N..A., Rybakov, B. V.
TITLE: Fission Cross Sections of Th232 U 235 NI) 237 and U 238
for Neutrons Having Energi_,es_01?10-~22elr~_~l
PERIODICA.L: Atomnaya energiya, 1960~ Vol. 9v No. 5, pp. 399 -- 401
TEXT: Measurements of fission cross sections for high-energy neutrons
are communicated in this "Letter to the Editor". The neutron source was
the reaction D(d,n)He 3j the analysis was made by the time-of-flight
method 9 as it avoided some of the difficulties discussed in the intro-
duation. The deuteron energies were varied from 6.5 to 19-5 Mev
(En: 9.7 - 21-7 Mev) by means of platinum foils. The etnergy spread of
the neutron was between 250 and 700 kev. All meaBuremttnts were made at
an angle of 00 to the deuteron beam. The fission events were recorded
by means of a gas scintillation fission chamber (xenon) and a photo-
multiplier of the type PY-33 (FEU-33). The pulses from the multiplier
were fed into a multi-channel time-of-flight spectrometer. The results
Card 1/a

08~81-67
CC W AR6017638 SOURCE CODE: UR/0272/66/ooo/001/01TO/0170
~-"AUTHOR: Rekhin. Ye. I.; Lyaporov, V. M.; Pankratov, V. M.
TITLE: Conversion of microsecond time intervals into digital code
SOURCE: Ref. zh. Metrols i izmerit, tekh., Abs. 1-32-129T
REF SOURCE: Tr. Soyuzn. n.-i in-ta priborostr. vyp. 2, 1965, 38-56
TOPIC TAGS: analog digital converter, particle detector, electronic measurement
ABSTRACT: Converters for changing microsecond time intervals into digital code are
designed for measuring the periods of time (time of flight) between some %ero'l
moment determined by a start signal and the moment of particle registration by a de-.'.
tector. Since these periods may be comparatively long (hundreds of Usec), beginnings-.
of measurement should be shifted along the time axis to coincide with the arrival of
a "delayed" start signal. Delay is achieved by scaling of timer pulses. The start
signal triggers the 11 clock", i. e. opens the svitch of the timer pulse generator Bo
that pulsen are fed to the address unit. Channel width atability is maintained by
using quartz frequency stabilization. It is preferable to.have both fast and slow
measurement conditions. Distributions are measured cyclically in either case. Under
conditibns of fast time analysis, the.detector pulse blocks the input to vhiclf it is
fed an
the timer pulse output during the registration period after arrival of the de-~
-Card 1/2
00: 389:239-1-075031.16
77777.

L o8381.,67
ACC NR, AR601763B 0.
--layed start signal. Upon completion of registration, the address is corrected (sup-
plementea) by the number of channel pulses transmitted during the blocking time, i. e,*
during the dead time Tm. Under slow analysis conditions, the input switch is opened-
-~7'
th arrival of the delayed start signal, and the detector signals are sent to an
arithmetic unit. The next channel pulse closes the input switch after which counting -7111t~
and recording take place. The signal for termination of recording sets the number of
the following channel in the address register and opens the converter input after a
brief delvi. Thus the information stored in the arithmetic'unit before arrival of the
next d 1 pulse will belong to the channel whose number is-determined by the pre-~_I
hanqe
ceding cycle. The accuracy in measurement of time intervals is determined, and the
effect of asynchronous and delayed,start signals is described as well as synchroniza-..':-
ion of the signal detector, the effect of factors dl-4, the effect of instability,_.,~,
the fronts of the frequency divider and the effect of dead -time. A description
d characteristics are given for,converters, phasing pulse geaerator, a circuit for-.'
aping, channel pulses and a conversion cir6uit-. ---'7'---1'-:ilIUstrAi,Dn, -'.,.Bibliography, Of
~h
n, of abstrac U j
-titles. -[Translatio
CODE: 09
Usrd 2/2 not
54

L-34780-66 Kw(m)_
ACC NRs AR6017209
6/A03
SOURCE CODE4 UR/005;8/65/000/012/A036/A03
AUTHORS: Kurashov, A. A.; Pankratov, V. Me; Perov,-P. Te.
TITLE: Electronic devices for a two-dimensionaltime-of-flight, qpectr6iktdr Xr tast-
nuclear particles . 1~
SOURCE: Ref. zh. Fizika, Abe. 12A343
REF SOURCE: Tr. 6-y Nauchno-tekhn. konrereptsii po radern. radloelektron o To 2* Met
Atomizdat, 1965;_12_~5-135
TOPIC TAGS: nuclear radiation spectrometer, spectrum analysis, electronic component
ABSTRACT: The article describes briefly a two-dimensional time-of-flight spectrome-
ter for fast nuclear particles. This spectrometer is constructed on the basis of the
time analyzer of the fast-neutron spectrometer of the IAE cyclotron laboratory. The
time analyzer operates on the "vernier" principle. The resolving time of the two-
dimensional spectrometer is 1- 3 neec in each arm. The channel width is 0.65 - 2 nsec
The maximum possible number of channels is 1023. The spectrometer records the ob-
tained information directly on a paper chart with the aid of a type PL perforator.
The registration speed reaches 5 correlated events per second. A detailed dencriptl-oE
of the electronic devices that ensure sequential operation of the individual units of
the sDectrometer-is-- resented. L. So' [Translation of abstract].'
,SUB CODE: 20
'99
Card

ACC NRt AR6018963
SOURCE CODE: UR/0271/60_/G"0/OO2/A019/AO2O
AUTHOR: Rekhin, Ye. I.; Lyaporov, V. M.; Pankratov, V. M.
TITLE: Conversion of microsecond time intervals into a digital code
SOURCE: Ref. zh. Avtomat telemekh i vychisl tekhn, Abs- 2A133
REF SOURCE: Tr. Soyuzn. n.-i in-ta priborostr., vyp..2, 1965, 38-56
TOPIC TAGS: multichannel analyzer, time interval counter, time measurement, analog
digital converter
ABSTRACT: The microsecond time interval to digital code converters are intended for
measuring time intervals (flight transit time) between a certain initial time "zero"
corresponding to a start signal and the time when a particle is registered by a
detector. Since these intervals may be long (hundreds of milliseconds) it is expedi-
ent to shift the measurement start time along the time axis so that it coincides
with the arrival of the "delayed" start aignal, The time delay is implemented by the
pulse counting method. The start signal starto thu, "clock," i.e., opetil; L-110 gaLe be-
tween the pulse generator and the counter. The pulse generator uses a quartz crystal
for frequency stabilization. It is.expedient to have two measurement modes: fast and',
slow. In the fast time analysis mode the detector pulse after the arrival of the de-
layed start signal blocks the input at which it enters for the duration of registra-
tion. The timing pulse output is also blocked at this time. At the end of the
Card 1/2 UDC: 62-52:681.142.621

ACC NR: AR6018963
registration the address is updated (complemented) by the nuinber of pulses which were
passed when the input was blocked. In the slow time analysio mode the input gate is
opened with the arrival of the delayed start signal at which time the detector signals
are applied to the arithmetic unit. Tne next pulse in line shuts the input gate. The
read and write operations are executed next. The "end of write" signal determines the,
number of the succeeding channel in the address register and after a short delay opensj
the converter input. Thus, thla~information stored in the arithmetic unit, until the
arrival of the succeeding pulse, belongs to the channel whose ntm~ber is determined bir I
the previous cycle. The accuracy of the time interval measurements is determined.
The effect of asynchronism between the-starting and the delayed starting signals is
described along with the effect of frequency divider jitter, detector synchronization,,
and blocking. The description and the characteristics of the converter, phasing pulse.
generator, and channel pulse shaper circuits are given. (Translation of abstract] i
11 illustrations and bibliography of 6 titles. N. Z.
SUB CODE: 09
Card

,CC NR: AP0013512
UIV0120/(i6/000/k),',!/0123/0128
'AUTHOR: Borkovskiy, A.G.; Guselln~kov, V.21.
0R0:. Moscow Iq-octric Lamp Works (Y1o,,kovukiy olaktrolatapovyy zfivod)
TITLE; Photoelectric multipliers with large diameter cathodes and a toroidal
multiplication system I
.SOURCE: Pri~ory i tekhnika eksperimenta, no. 2, 1966, 123-128
,----,TOPIC TAGS: photomultiplier,
toroidal multiplier photomultiplier, photomultiplier design/'F~:U -65
STMUr: Design features a nd performance char ac terls tics of ipiproved pliotomultip,li-I
s are discussed.These ohotomultipliers, with large cathode diameters and toroidal
i*.*'.-shape multiplication systems are represented by.-the recently introduced production mo-~
dels, FELI-63 (cathode dia. 100 mm) and FEU-65 (cathode diameter 150 nim). Design appro-
ach, constructional details, characteristics ana results of tests are presented. The
toroidally shaped multiplication system comprises emitters, potential Shaping surfa-
ces etc, generated by rotation of suitable profiles around the enclosi;re axis. With
the electrostatic system of focusing used, this approach has the advantages of 1Y lar_~
ge working surface, 2)absence of sharp corners and edges generating dark autoelectro-I
nic currents; 3) absence of electron dissipation 4) absence of structural members in 1,_
the electron path 5) rigidity and 6) a large area of the diaphragm ent'r-a-rice. During ,
the design stage, the emitter and screen profiles were modeled in an eletrol~tic ana-i
log bath and on electronic trajectograph. The cathode integra.1 sensitivity is around
40 55,ua/lu. The maximum dark currents at an anode sensitivity of 1000 a/lm
UDC: 621.383.533
EnERKMEMMMM

1 ALC NK. AVOU13.)1Z
are 50 - 100/Aa. Uncertainties in thru-flight time were under I nsec. The time re-
solution for two tested FEU-65's was 3 nsec. The very good perfornance of these pho-I
ton,ultipliers permits their use in certain nuclear physics research projects..They
have a high time resolving power (several nanoseconds), a high amplification factor
around 108), and a wide range of output signal linearity (up to I a). Orig. art.
has 6 figures and I table.
SUB CODE: 09 SUBM DATE: 12Mar65 ORIG REF: 005 OTH REF: 002

~:4_405046_,. )4iN!db*P(1) 1j`P(c) Wen,
AT5024112
iACCESSION XR: -~--UR/3157/64/000/099/0001/0019
601.1424621
'AUTHOR: Rlexhin Ye. I.; Lyaporov,
V. Pankratov, V. M.,
TITLE:.:. Conversion of microsecond time ietervals into di~itai code,
SOURCE: USSR. Gosudarstvennyy.komitet po ispollzovaniyu atoirmoy energii. Doklady
to
99, 1964, Preabrazovaniye mik sekundnykh intervalov vremeni v tsifrovoy kod,
TOPIC TAGS., analaix digital converter, time interval counterli time measurement,
electronic.measurement
The authors discuss for measuring the ti e interval -
!ABSTRACT converters designed
--l(triansit-ti -) between- some "zero"-time determined by- the starting signal-and the-.
M_
----time 'when -the -detector records a particle. Accuracy in the measurement of such timd,-'
.,.-:.---.,:,intervals is analyzed with respect to factors which;,may cause nonlinearity in the
'I.-Aconverter. Converter charactei-istics are discussed and -a. block-diagram of a con- I
C -A-brief -detic i't1on a g van of'o-converter cormisting of, thr
werter is. giv n r p
circuits! phasing pulse generator$ chani-ml pulse shaper and converter,
!Card 1/2

wet-, 1 14

AccEissjoN NR: AR4040816 S/0058/64/000/005/AO40/AO40
,SOURCE: Ref. zh. Fizika, Abs. 5A325
AUTHOR: Pankratov, V. M.
TITLE: Gas scintillation counters and their application for measurement of
fission cross sections by neutrons with an energy of 3 37 rftev
CITED SOURCE: Sb. Stsintillyatory* I stsintillyats. materialy*. Khar,kov,
Eharlkovsk. un-t, 1963, 182-186
TOPIC TAGS: gas scintillation counter, scintillation counter, fission fragment
measurement
TRANSLATION: There is given a short description of a gas scintillation counter In-..
tended for registration of fission f ra ments. The counter is a spherical chamber 10
!'centimeters.in diameter with a round Nass window to which, with the help of a
light guide, is attached a photoelectric multiplier. On the inner surface of the
hemispi~ere, opposite the window, there is a layer of f fissionable material with a
'Card l/ 2

REKHIN~ Te.l.; PANMTOV,.V.M,; KRASEENIIRIIKOV, I,S.
Converter of time intervals to digital code. Yhog6kan. izm. sist.
v iad. fiz. no.5:38-57 163. (MIRA 16:12)

MiKRATOV,..V.M.; SEJUKOV, 1.11.
(He3,cK) reaction on C-12 and Mg24 nuclei. Zhur. eksp. i teor.
fiz. 45 no-4:910-912 0 163. WIRA 16:11)

SERIKOV, I.N.
(He3y k) reaction on C12 and 14g24 nuclei. Zhur. eksp i teor.
fiz. 45 no.4:910-912 0 163- iMMA 16:11)
IS
mz

STRUCHKOVY V.I. (Moskval-y Truzhennikov per.,d.18,kv.31); VINOGRADOV, A.V.;
SAKHAROV, V.A.; PANKRATOV, V.M.
New method of determining the minute volume of the heart. Grud.
khir.' 2 no-5:46-50 S-0 160. (NEIRA 16:5)
1. Iz kafedry obshchey khirurgii lechebnogo fakullteta, I Hoskovskogo
ordena Lenina meditsinskogo instituta imeni I.M.Sechanova.
(HEART-NEASUREMENT) (BLOOD VOLUME)

L 176!9-63 E'dP(q)1Z-dT (m)/BDS A.F.-FrC/A5D JD
8/056/63/044/aO5/019/0~13
AUTHORs Pankratov, V. M. and Serikov, I..
TITLEs -Elastic Scattering f 26-33 Mev H03 on G lb and Al nuclei
, No, E
~v 7 'L I . -L -7
-:PERIODICAL: Zhurnal eksperimentallnoy i, tekhnichoskoy fiziki, v. 44, no. 31
19631 887-393
TEXT: The low Mev region elastic scatterinz cross section for Fle.1-1 was studied on
only a f0W 7,Uelei and for energies of 21 and 30 Mev. The present study tried to
obtain the narameters of the optical wdel and to check the existence of sharp
irregularities in the course of the differential cross section (as function of
energy) which were reported by a group of Japanese authors, T. Mikumo, H. Yamaguchi,
1. eonaka, S. Hitaks-, T. eflaki, M. Miksi, and T. Nakajims (Ref. 9: Proc. of the
Intern. Conf. on Nuclear Structure, Kingston, Canada, 1960, p ' 591). Experimental
results of the differential cross sections for elastic scattering of He3 (from an
1-5 m cyclotron beam) on C, Mg, and Al-nuclei are presented for six energy values
lying between 26 and 33 I'llev and for the two energies 25.7 and 32.8 Mev for
scattering on Ne. The energy dependence is manifested by the variation of t.he
Card 1/2

L 17619-63 3/056/65/044/005/019/053
7--.Zl-ustic -scattering of ~6-33 mevw ...
-8. e values of the cross
sections and by the angular shift of the diffraction
maxi-s. For each of the nuclei the interaction range computed on the basis of
diffraction on a "black' disc is found to be constant within the investigated
energy range. The interpretation of these data by means of the optical model will
be published later. There are 6 figures.
SUBMUD: October 29, 1962
Card 2/2

PANKRATOV, V.M.; SERIKOV, I.N.
~23
Elastic scattering of He3 on G12 11~ 9 11g5 and A127 nuclei in, the enoru
range 26 to 33 ~bv, Zhuro eksp. i teor. fiz. 44 no.3;887-893 Mr '-63.
(MIRL 16;3)
(Helium--Spectra) (Ions--Scattering) (Cyclotron)